National Compilation on
DYNAMIC GROUND WATER RESOURCES OF INDIA, 2020
Central Ground Water Board
Department of Water Resources,
River Development & Ganga Rejuvenation
Ministry of Jal Shakti
Government of India
Faridabad
June, 2021
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Gajendra Singh Shekhawat
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Governnrent of India
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MESSAGE
A scarce natural resource, water is fundamental to life, livelihood, food security and
sustainable development. Ground water has emerged as the backbone of lndia's agriculture
and drinking water security. Decline in water levels in response to ground water withdrawal
exceeding its annual replenishment has emerged as a concern in parts of the country in the last
few decades. This situation calls for effective management of the limited ground water
resources of the country to ensure its long-term sustainability. lt is crucial that pragmatic
decisions for sustainable ground water management are based on realistic assessment of the
resource availability. Periodic assessments of dynamic ground water resources ensure
availability of information related to annual replenishment, utilization and availability of ground
water for various stake-holders for all the assessment units in the country.
Dynamic ground water resources of lndia are being assessed once every three years,
jointly by State Governments and the Central Ground Water Board. The assessment of ground
water resources forms the basis for categorization of assessment units in the country as Safe,
Semi-Critical, Critical or Over Exploited depending upon the extraction levels. The category of
an assessment unit may be considered as an important parameter for developing policies for
ground water sustainable management in the country.
I am hopeful that the 'National Compilation on Dynamic Ground Water Resources of
lndia, 2O2O' by providing authentic information on ground water resources availability in the
country, will guide policy makers and other stakeholders to arrive at decisions and strategies
for sustainable management of this vital natural resource. I also believe that this will help
enlighten the stakeholders about the present status of ground water availability and guide
them to adopt measures for its optimal use to ensure a water secure future for the country.
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Office : 21O Shram Shakti Bhawan, Rafi Marg, New Delhi-110 001
. Tet No. (011) 237LL780,2377ffi,23l71420[., Fax : (011) Z3n08l04
E-mail : minister-ialshakti@gov.in
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MIN]STER OF STATE FOR
JAL SHAKflAIID SOCIAI-JUSTICE & EMPOWERMENT
GOVERNMENTOF INDIA
NEW DELHI -
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MESSAGE
lndia, with a geographical area of nearly 33 Lakh Sq KM is home to nearly 1_6 %
of the world population but is endowed with only 4 % of its freshwater
resources. Further, there is huge inequality in the distribution of water
resources within the country. Ground water, which is one of the primary
source of drinking water in the country is also an important source of water for
irrigation and industrial uses. Nearly 70 % of the ground water resources
available in the country are confined to the lndo-Ganga-Brahmaputra plains
covering only 30 % of the geographical area. ln this scenario, proper
management and development of the limited ground water resources
available in an area assumes utmost importance.
Management of ground water requires a structured approach, commencing
with assessment of its availability and utilization, followed by periodic
monitoring of water levels and its quality, analysis of hazards impacting the
ground water regime and finally, developing management strategies for
ensuring its long-term sustainability. Realistic assessment of dynamic ground
water resources is a significant step in this direction. Central Ground Water
Board (CGWB), jointly with State Ground water Departments, carry out
periodic assessments of ground water resources of the entire country. These
assessments form the basis for planning ground various ground water
management interventions including managed aquifer recharge, regulation of
ground water use etc. The 'National Compilation on Dynamic Ground Water
Resources of lndia, 2020' is the compilation of the results of the latest such
assessment.
I would like to congratulate Central Ground Water Board and the State/ UT
Ground Water Departments for their efforts for bringing out the
comprehensive report on such an important matter. I firmly believe that the
report would serve as an excellent source material for all stakeholders involved
in ground water management in the country.
(Rattan
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(irqrtl : (011) 23708419, 23718759, sm : 011-23354496, Tet. : (01't) 23708619,29718759, Fax : 011-23354496
215,
Delhi Residence : 2, Tughlak Lane, New Delhi, Phone : 011-23018776
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Rsftlence : 352, Katariya Kunj, Mata Mansa Devi Complex, Secilor.f, Pancfrkuh, Haryana, Tel. :0172-2555352,
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E-mail : secy-mowr@nic.in
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GOVERNMENT OF INDlA
MINISTRY OF JAL SHAKTI
DEPARTMENT OF WATER RESOURCES,
RIVER DEVELOPMENT & GANGA REJUVENATION
SHRAM SHAKTI BHAWAN
RAFIMARG, NEW DELHI.l1O OO1
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Groundwater is an integral part of the hydrological cycle and a valuable
natural resource. It is the primary source of water for drinking and domestic
use in the country. It is also an important source of fresh water for agriculture
and industrial use. Withdrawal of groundwater in excess of its natural
replenishment for meeting the increased demands of various sectors has
resulted in its depletion in ceftain parts of the country. The result is declining
groundwater levels, de-saturation of aquifers, deterioration of water quality
etc. On the other hand, available dynamic aroundwater resources are underutilized in ceftain other parts of the country such as parts of eastern and
north-eastern States.
Groundwater needs to be used and managed in a sustainable way to
ensure its long-term sustainability. Availability of information on status of
groundwater resources in the country is required to facilitate effective
management decisions by the policy planners.
Assessment of dynamic groundwater resources of India, following the
methodology recommended by the Groundwater Estimation Committee - 2015
is being undertaken currently once every three years. These assessments are
being undeftaken jointly by Central Ground Water Board and State/UT Ground
Water Depaftments under the overall guidance of an Expeft Group constituted
by the Ministry. The report titled 'National Compilation on Dynamic Ground
Water Resources of India, 2O2O' summarizes the results of the assessment,
primarily in terms of resource availability, utilization, present status of
utilization as a percent of available resources and categorization of the
assessment unit, compiled from the State/UT wise assessments.
I appreciate the efforts of the Central Ground Water Board led by its
Chairman, Shri G.C. Pati, and the guidance provided by the team led by Shri
Subodh Yadav, Joint Secretary (A, GW & IC), DoWR, RD & GR in bringing out
this publication. I have no doubt that this compilation will be of significant use
to all administrators, planners and other stakeholders involved in formulation
of strategies and interventions towards long term sustainability of
groundwater.
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Conserve Water - Save Life
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भारत सरकार
जल शि मं ालय
जल संसाधन, नदी िवकास
और गंगा संर ण िवभाग
क ीय भूिम जल बोड
Government of India
Ministry of Jal Shakti
Department of Water Resources,
River Development & Ganga
Rejuvenation
G C Pati
Chairman
Central Ground Water Board
FOREWORD
Water is crucial to life on Earth. It is vital for the growth of economy and a critical component of
ecology. Owing to its universal availability, easy access and low capital cost for extraction, ground
water has become the most preferred source of fresh water for various uses in India. The everincreasing water demands have led to extraction of ground water in excess of its annual
replenishment in several parts of the country. This has, consequently, resulted in adverse
environmental impacts including declining ground water levels and deterioration of its quality.
Ground water acts as a buffer in times of drought and is a resilient resource for mitigating the
effects of climate change. It needs to be managed judiciously to ensure its long term
sustainability. A proper understanding of the status of availability and utilization of ground water
resources is essential for its management. It is in this context that periodic assessment of ground
water resources assumes significance.
The report titled 'National Compilation on Dynamic Groundwater Resources of India, 2020' is a
compilation of State/UT – wise assessments, carried out jointly by CGWB and State/UT Ground
water Departments under the supervision of respective State/UT level Committees; under overall
guidance of Central Level Expert Group. The dynamic groundwater resources of India are
assessed following the Groundwater Estimation Methodology, 2015 (GEC–2015), which takes
into account all the relevant parameters contributing to ground water recharge and extraction.
For the first time, all computations for the assessment of ground water resources have been
automated and done in a GIS environment through a web based application namely “INDIAGROUNDWATER RESOURCE ESTIMATION SYSTEM (IN-GRES)” developed in collaboration with IITHyderabad. This application provides a common and standardized platform for the assessment of
dynamic Ground Water Resource for the entire country. This application will also help the States/
UTs to visualize the results of assessment and take proper management decisions. The database
thus generated will have a significant role in planning and scientific management of ground
water.
I genuinely appreciate the work done by the officers of Central Ground Water Board and State
Ground Water Departments for their efforts in completing the assessment by providing various
input parameters required by the system. I am hopeful that this report will be very useful for the
administrators, planners and ground water professionals and will be helpful in ensuring optimal
utilization and sustainability of ground water resource.
(G. C. PATI)
Bhujal Bhawan, NH-IV, Faridabad – 121001 (Haryana)
Tele : 0129-2477101 Email : chmn-cgwb@gov.in Website : cgwb.gov.in
viii
भारत सरकार
जल शि मं ालय
जल संसाधन, नदी िवकास
और गंगा संर ण िवभाग
क ीय भूिम जल बोड
Government of India
Ministry of Jal Shakti
Department of Water
Resources,
River Development & Ganga
Rejuvenation
Central Ground Water Board
PREFACE
Realistic assessment of the availability and utilization of a natural resource is vital for planning its
sustainable development and judicious management. This is extremely important in the case of
ground water in the country, which is under increasing stress owing to its extraction for various uses.
Assessment of Ground Water Resources of all the States and UTs in the country is being done jointly
by State/UT Ground Water Department and Central Ground Water Board once every three years as
per the methodology recommended by the Ground Water Resource Estimation Committee
constituted by the Govt. of India. This is a very important exercise as it helps stakeholders take
effective measures for optimal utilization and management of ground water resources based on its
criticality. Selection of areas for implementation of various schemes of State/Central Governments is
also broadly based on the outcome of such assessments. Atal Bhujal Yojana, PMKSY-HHKP-GW
Irrigation and Mission Water Conservation etc. are examples of such schemes.
The report titled ‘National Compilation on Dynamic Ground Water Resources of India, 2020’
summarizes the results of the assessment, primarily in terms of resource availability, utilization and
categorization of assessment units, compiled from the State/UT wise assessments, duly approved by
the State level Committees (SLCs) constituted for the purpose. The report briefly describes salient
features of previous assessments, ground water estimation methodology, rainfall distribution,
hydrogeology, aquifer systems of India and ground water level scenario of the country in the first five
chapters before describing various components of the ground water resource assessment, 2020 in
some detail. This is followed by details of State/UT wise assessment of resources and conclusions
drawn from the assessment. The report also has 12 Annexures having state-wise information related
to various components of the assessment and comparisons with the previous assessment.
I wish to place on record my appreciation of the untiring efforts of Dr. Ratikanta Nayak, Scientist-D
and the team of officers of Central Ground Water Board for completing the challenging task of
compiling this informative report. The team led by Dr.K.B.V.N. Phanindra, Asst. Professor, IIT
Hyderabad and the software professionals of M/s Vassar Labs IT Solutions, Hyderabad, deserve praise
for developing & customising the IN-GRES web portal for the assessment as per requirements of
Central Ground Water Board. We are thankful for the support extended by the State/U.T ground
water organizations by providing necessary inputs and approvals in time. The guidance of Shri Subodh
Yadav, Joint Secretary (A, GW & IC), DoWR, RD & GR has helped improve the quality of the report as
well as fast-track the assessment and is gratefully acknowledged. I truly believe that stakeholders at
various levels will find this report informative and helpful for managing our precious ground water
resources judiciously and for ensuring their sustainability for years to come.
(Nandakumaran P)
BhujalBhawan, NH-IV, Faridabad – 121001 (Haryana)
Tele : 0129-2477128 Email : msouth-cgwb@gov.in Website : cgwb.gov.in
x
DYNAMIC GROUND WATER RESOURCES OF INDIA, 2020
AT A GLANCE
1. Total Annual Ground Water Recharge
: 436.15 bcm
2. Annual Extractable Ground Water Resources
: 397.62 bcm
3. Annual Ground Water Extraction
: 244.92 bcm
4. Stage of Ground Water Extraction
: 61.6 %
CATEGORIZATION OF ASSESSMENT UNITS
(Blocks/ Mandals/ Firkas/ Taluks etc.)
S.
No.
Assessment Units
Recharge
worthy Area
Annual Extractable
Ground Water
Resource
Number %
in lakh
sq. km.
%
(in bcm)
%
Category
1
Safe
4427
64 %
15.67
64 %
280.26
70 %
2
Semi-Critical
1057
15 %
3.40
14 %
54.11
14 %
3
Critical
270
04 %
0.86
04 %
12.71
03 %
4
Over-Exploited
1114
16 %
4.09
17 %
50.54
13 %
5
Saline
97
01 %
0.3
01 %
NA
NA
Total
6965
24.33
xi
397.62
xii
Dynamic Ground Water Resources Estimation of India-2020
CONTENTS
CHAPTER
TITLE
PAGE NO
MESSAGES
i-vi
FOREWORD
vii
PREFACE
ix
DYNAMIC GROUND WATER RESOURCE OF INDIA, 2020:
AT A GLANCE
xi
EXECUTIVE SUMMARY
xiii
CHAPTER-1
1.0
1.1
1.2
1.3
Introduction
Previous Assessments
Ground Water Assessment and Management Initiatives
Re-assessment of Ground Water Resources, 2020
1
1
3
4
CHAPTER-2
2.0
2.1
2.2
2.3
2.4
2.5
2.6
2.7
2.8
2.9
2.10
Ground Water Resources Estimation Methodology
Ground Water Assessment of Unconfined Aquifer
Ground Water Assessment of Confined Aquifer System
Ground Water Assessment of Semi-Confined Aquifer System
Total Ground Water Availability of an Area
Ground Water Assessment in Urban Areas
Ground Water Assessment in Coastal Areas
Ground Water Assessment in Water Level Depletion Zones
Micro Level Study for Notified Areas
Norms to be Used in the Assessment
INDIA -GROUNDWATER RESOURCE ESTIMATION SYSTEM (IN-GRES)
5
5
18
20
20
21
21
22
22
23
32
CHAPTER-3
3.0
Rainfall of India
33
CHAPTER-4
4.0
Hydrogeological Setup of India
39
xv
CHAPTER
TITLE
PAGE NO
CHAPTER-5
5.0
Ground Water Level Scenario in the Country
42
CHAPTER-6
6.0
6.1
6.2
6.3
6.4
6.5
Ground Water Resources of India
Dynamic Fresh Ground Water Resources
Ground Water Extraction
Stage of Ground Water Extraction
Categorization of Assessment Units
Integration of Ground Water and Surface Water Data with a View to
Facilitate Planning for Conjunctive Uses of Water Resources
48
48
52
52
52
55
CHAPTER-7
7.0
State Wise Ground Water Resources Scenario
56
CHAPTER-8
8.0
Conclusions
80
ANNEXURES
I
State-wise ground water resources availability, utilization and stage of
extraction (as in 2020)
District-wise ground water resources availability, utilization and stage
II
of extraction (as in 2020)
III (A) State-Wise Categorization of blocks/ mandals/ taluks in India (as in
2020)
III (B) District Wise Categorization of blocks/ mandals/ taluks in INDIA (as in
2020)
III (C) State-Wise Annual Extractable Ground Water Resource of Assessment
Units under Different Category in India (as in 2020)
III (D) District Wise Annual Extractable Ground Water Resource of
Assessment Units under Different Category in India (as in 2020)
III (E) State-Wise Recharge Worthy Area of Assessment unit under Differeent
Categort in India (as in 2020)
III (F) District Wise Recharge Worthy Area of Assessment unit under
Different Category in India (as in 2020)
IV (A) State-wise categorization of blocks/ mandals/ taluks (as in 2020)
IV (B) Quality problems in Assessment units (as in 2020)
V (A) State-wise Summary of Assessment units improved or deteriorated
from 2017 to 2020 assessment
V (B) Comparison of categorization of assessment units (2017 to 2020)
xvi
85
89
131
135
175
179
221
225
267
307
335
339
CHAPTER
TITLE
PAGE NO
References
Abbreviations
Contributors
377
378
379
LIST OF FIGURES
3.1
3.2
3.3
3.4
3.5
4.1
5.1
5.2
5.3
5.4
6.1
6.2
6.3
6.4
6.5
Annual Rainfall Map-2019
Winter Rainfall Map-2019
Pre-monsoon Rainfall Map-2019
South-West monsoon Rainfall Map-2019
Post monsoon Rainfall Map-2019
Principal Aquifer Systems of India
Pre-monsoon depth to water level map-2019
Post-monsoon depth to water level map-2019
Ground Water Level Fluctuation: Pre-monsoon 2019 compared to Premonsoon 2016
Ground Water Level Fluctuation: November 2019 compared to
November 2016
Ground water resources and extraction scenario in India, 2020
State wise contribution of recharge components in Total Annual
Ground Water Recharge of India, 2020
Spatial Variation in Annual ground water recharge (as in 2020)
State wise Irrigation draft vs Domestic & Industrial draft
Categorization of Assessment units (as in 2020)
37
37
37
38
38
41
44
45
46
47
49
50
51
53
54
APPENDICES
(Separate Volume)
A
B
C
D
E
Government resolution on constitution of Central Level Expert Group
(CLEG) for overall re-assessment of ground water resources of the
country, 2020
Constitution of State Level Committee and approval of Ground Water
Assessment Report (as in 2020)
INDIA- GROUNDWATER RESOURCE ESTIMATION SYSTEM (IN-GRES)
Approval of GW Resource assessment by the State Level Committees
Minutes of the meeting of the Central Level Expert Group for overall
re- assessment of ground water resources of country, 2020
xvii
1
7
81
111
201
xviii
EXECUTIVE SUMMARY
Ground Water Resources Assessment is carried out at periodical intervals jointly by State Ground
Water Departments and Central Ground Water Board under the guidance of the respective State
Level Committee on Ground Water Assessment at State Levels and under the overall supervision of
the Central Level Expert Group. Such joint exercises have been taken up earlier in 1980, 1995, 2004,
2009, 2011, 2013 and 2017.
The assessment involves computation of dynamic ground water resources or Annual Extractable
Ground Water Resource, Total Current Annual Ground Water Extraction (utilization) and the
percentage of utilization with respect to annual extractable resources (stage of Ground Water
Extraction). The assessment units (Talukas/blocks/mandals/firkas) are categorized based on Stage of
Ground Water Extraction, which are then validated with long-term water level trends. The
assessment prior to that of year 2017 were carried out following Ground Water Estimation
Committee (GEC) 97 Methodology, whereas 2017 as well as the present assessment are based on
norms and guidelines of the GEC 2015 Methodology.
The main source of replenishable ground water resources is recharge from rainfall, which
contributes to nearly 64 % of the total annual ground water recharge. India receives about 119 cm.
of rain annually on average, with high spatial variation. A major part of the country receives rainfall
mainly during SW Monsoon season spread over the months of June to September, except in Tamil
Nadu, where the major contribution is from NE monsoon during the period October– December.
There are also States such as Jammu and Kashmir, Himachal Pradesh and Uttarakhand which receive
significant rainfall in all seasons.
Over 75 % of the annual rainfall is received in the four rainy months for June to September only
thereby leading to large variations on temporal scale. The average annual rainfall is 119 cm, but it
has great spatial variations. The areas on Western Ghats, Sub-Himalyan areas in North East and
Meghalaya Hills receive heavy rainfall over 250 cm annually, whereas the areas of Northern parts of
Kashmir and Western Rajasthan receive rainfall less than 40 cm. A major part of the country
including Northern, Central and Eastern parts receives annual normal rainfall between 75 and 150
cm. In general, rainfall decreases westwards in the northern part of the country, whereas it
decreases eastwards and then increases toward the coast in Peninsular India.
Type of rock formations and their storage and transmission characteristics have a significant
influence on ground water recharge. Porous formations such as the alluvial formations in the IndoGanga-Brahmaputra basin generally have high specific yields and are good repositories of ground
water. Ground water occurrence in the fissured formations occupying nearly two-thirds of the
geographical area of the country, on the other hand, is mostly limited to the weathered, jointed and
fractured portions of the rocks.
In the present assessment, the total annual ground water recharge has been assessed as 436 bcm.
Keeping an allocation for natural discharge, the annual extractable ground water resource works out
as 398 bcm. The total annual ground water extraction (as in 2020) has been assessed as 245 bcm.
The average stage of ground water extraction for the country as a whole works out to be about 62
%. The extraction of ground water for various uses in different parts of the country is not uniform.
Out of the total 6965 assessment units (Blocks/ Districts/ Mandals/ Talukas/Firkas) in the country,
1114 units in various States (16 %) have been categorized as ‘Over-Exploited’ indicating ground
water extraction exceeding the annually replenishable ground water recharge. A total of 270 (4 %)
xiii
assessment units have been categorized as ‘Critical’, where the stage of ground water extraction is
between 90-100 % of annual extractable resources available. There are 1057 ’Semi-Critical’ units (15
%), where the stage of ground water extraction is between 70 % and 90 % and 4427 (64 %)
assessment units have been categorized as ‘Safe‘ where the stage of Ground water extraction is less
than 70 %. Apart from this, there are 97 assessment units (1 %), which have been categorized as
‘Saline’ as major part of the ground water in phreatic aquifers is brackish or saline. Similarly out of
24.33 lakh sq km recharge worthy area of the country, 4.09 lakh sq km (17 %) are under ‘OverExploited’, 0.86 lakh sq km (4 %) are under ‘Critical’, 3.4 lakh sq km (14 %) are under ’Semi-Critical’,
15.67 lakh sq km ( 64 %) are under ‘Safe’ and 0.3 lakh sq km (1 %) are under ‘Saline’ category
assessment units. Out of 397.62 bcm of Total Annual Extractable Resources of the country, 50.54
bcm (13 %) are under ‘Over-Exploited’, 12.71 bcm (3 %) are under ‘Critical’, 54.11 bcm (14 %) are
under ’Semi-Critical’, 280.26 bcm (70 %) are under ‘Safe’ category assessment units.
In comparison to 2017 assessment, the total numbers of assessment units in the country have
increased from 6881 to 6965 with major contribution (in increase) from the State of Karnataka,
Haryana and Punjab. The total annual ground water recharge has increased from 432 to 436 bcm,
where major increase is noticed in the States of Uttar Pradesh, Andhra Pradesh, Karnataka,
Telangana, Gujarat & Chhattisgarh. The changes are attributed mainly to changes in recharge from
‘Other Sources’. Accordingly, the annual extractable resource of GW Resource Assessment, 2020 on
comparison GW Resource Assessment, 2017 also shows a increase from 393 to 398 bcm. The ground
water extraction has marginally decreased from 249 to 245 bcm. The overall stage of groundwater
extraction has marginally decreased from 63 % to 62 %.
The over-exploited assessment units are mostly concentrated in :(i) the north western part of the
country including parts of Punjab, Haryana, Delhi and Western Uttar Pradesh where even though the
replenishable resources are abundant, there have been indiscriminate withdrawals of ground water
leading to over-exploitation; (ii) the western part of the country, particularly in parts of Rajasthan
and Gujarat, where due to arid climate, groundwater recharge itself is limited, leading to stress on
the resource and (iii) the southern part of peninsular India including parts of Karnataka, Andhra
Pradesh, Telangana and Tamil Nadu where due to inherent characteristics of crystalline aquifers, the
ground water availability is low. In some areas of the country, good continuous rainfall and
management practices like ground water augmentation and conservation measures through
government and private initiatives have resulted in improvement in ground water situation. Ground
water resources assessment, like other fields of science, requires continuous refinements.
xiv
Dynamic Ground Water Resources Assessment of India - 2020
CHAPTER 1
1.0 INTRODUCTION
Water is a fundamental resource for life. Sustainable development and efficient management of this
scarce resource has become a challenge in India. Increasing population, growing urbanization and
rapid industrialization combined with the need for raising agricultural production generates
competing demands for water. Ground water has steadily emerged as the backbone of India’s
agriculture and drinking water security. Contribution of ground water is nearly 62% in irrigation, 85%
in rural water supply and 50% in urban water supply .Ground water is an annually replenishable
resource but its availability is non- uniform in space and time. Ground water available in the zone of
water level fluctuation is replenished annually with rainfall being the dominant contributor. Hence,
the sustainable utilization of ground water resources demands a realistic quantitative assessment of
ground water availability in this zone based on reasonably valid scientific principles. National Water
Policy, 2012 has laid emphasis on periodic assessment of ground water resources on scientific basis.
The trends in water availability due to various factors including climate change must also be
assessed and accounted for during water resources planning. To meet the increasing demands of
water, it advocates direct use of rainfall, desalination and avoidance of inadvertent
evapotranspiration for augmenting utilizable water resources. The National Water Policy 2012 also
states that safe water for drinking and sanitation should be considered as pre-emptive needs
followed by high priority allocation for other domestic needs (including needs of animals), achieving
food security, supporting sustenance agriculture and minimum eco- system needs. Available water,
after meeting the above needs should be allocated in a manner to promote its conservation and
efficient use.
1.1 PREVIOUS ASSESSMENTS
Assessment of water resources of the country dates back to 1901 when the First Irrigation
Commission assessed the Surface Water Resources as 144 million hectare meters (M.ham)
(NABARD, 2006). In 1949, Dr. A. N. Khosla, based on empirical formulae, estimated the total average
annual runoff of all the river systems of India including both surface and ground water resources as
167 M.ham (CGWB, 1995). Since then attempts have been made from time to time by various
Working Groups/ Committees/Task Forces constituted by Govt. of India to estimate the ground
water resources of the country based on available data and in response to developmental needs. In
1976, National Commission of Agriculture assessed the total ground water resources of the country
as 67 M.ham and the utilizable ground water as 35 M.ham, out of which 26 M.ham was considered
available for irrigation (CGWB, 1995).
The first systematic methodology to assess the ground water resources of the country was evolved
by Ground Water Over-Exploitation Committee in 1979. The committee was constituted by
Agriculture Refinance and Development Corporation (ARDC) and was headed by Chairman, CGWB
with Members from State Ground Water Organizations and Financial Institutions. Based on the
norms suggested by the committee, the country's Gross Ground Water Recharge was assessed as 47
M.ham and the Net Recharge as 32 M.ham (CGWB, 1995).
1
Dynamic Ground Water Resources Assessment of India - 2020
In 1982, Government of India constituted ‘Ground Water Estimation Committee’ (GEC) drawing
Members from various States / Central organizations engaged in hydrogeological studies and
groundwater development.The Committee submitted its recommendations in the year 1984 and
suggested a methodology for assessment of dynamic groundwater resources, which is commonly
referred to as GEC 1984. As per the recommendations of the GEC 1984, State Governments
constituted Working Groups for assessment of ground water potential. The Working Groups were
headed by Secretaries in-charge of Ground Water Developments and included Heads of Ground
Water Departments, State Agriculture Departments, representatives from Agriculture Universities
and NABARD as members. Director, CGWB was the convener of the group. The base year for the
computation of the resource varied between 1991 and 1993 and a National report on Ground Water
Resources of India was brought out in 1995 by compiling the data of all the States and
UnionTerritories. As per the report, the Total Replenishable Ground Water in India was assessed as
432 billion cubic meter (bcm). The ground water resource available for irrigation purpose was about
361 bcm.The Net Ground Water Draft for Irrigation uses was about 115 bcm, thereby arriving at the
level of ground water developmentas 32 %. Utilizable Irrigation Potential from ground water of the
country was worked out to be 64 million hectare (CGWB, 1995).
Increasing thrust on ground water and improved techniques for data acquisition led the Government
of India to form another Committee in 1995 to review the existing methodology for ground water
resource assessment and to suggest revisions, if necessary. The Committee submitted its report in
1997 wherein a revised and elaborate methodology for resource assessment was suggested, which
was referred as GEC 1997. In view of the limitations of ground water assessment in hard rock terrain,
another Committee on Ground Water Estimation Methodology in Hard Rock Terrain was formed in
2001 to review the existing methodology for resource estimation in such formations. The Committee
made certain suggestions on the criteria for categorization of blocks to be adopted for the entire
country irrespective of the terrain conditions. Based on GEC 1997, the dynamic ground water
resources of India have been estimated for the entire country considering 2004, 2009, 2011 and
2013 as base years. The methodology underwent comprehensive revisions again in 2015 and a
revised methodology, namely GEC 2015 methodology has been prescribed for ground water
assessment. This methodology is being followed for assessment carried out from 2017 onwards.
In the present assessment, the total annual groundwater recharge in the country has been assessed
as 436.15 bcm. Keeping an allocation for natural discharge, the annual extractable ground water
resource has been assessed as 397.62 bcm. The annual groundwater extraction (as in 2020) is 244.92
bcm. The average stage of groundwater extraction for the country as a whole works out to be about
61.6 %. Out of the total 6965 assessment units (Blocks/ Mandals/ Talukas/Firkas) in the country,
1114 units in various States (16 %) have been categorized as ‘Over-exploited’ indicating ground
water extraction exceeding the annually replenishable ground water recharge. In, 270 (4 %)
assessment units the stage of groundwater extraction is between 90-100% and have been
categorized as ‘Çritical’. There are 1057 (15 %) “Semi-critical’’ units, where the stage of ground water
extraction is between 70 % and 90 % and 4427 (64 %) ‘Safe‘ units where the stage of Ground water
extraction is less than 70 %. Apart from these, there are 97 (1%) assessment units, which have been
categorised as ‘Saline’ as major part of the ground water in phreatic aquifers in these units is
brackish or saline. Salient details of status of ground water resources and categorization of
assessment units in 2004, 2009, 2011, 2013, 2017 and 2020 are shown in Table 1.1 and Table1.2
respectively.
2
Dynamic Ground Water Resources Assessment of India - 2020
Table 1.1: Ground water Resources assessment 2004 to 2020
S.
No.
1
2
3
4
Ground Water
Resources
Assessment
Annual Ground
Water Recharge
Annual Extractable
Ground Water
Resource
Annual Ground Water
Extraction
for Irrigation,
Domestic &
Industrial uses
Stage of Ground Water
Extraction
2004
2009
2011
2013
2017
2020
433 bcm
431 bcm
433 bcm
447 bcm
432 bcm
436 bcm
399 bcm
396 bcm
398 bcm
411 bcm
393 bcm
398 bcm
231 bcm
243 bcm
245 bcm
253 bcm
249 bcm
245 bcm
58 %
61 %
62 %
62 %
63 %
62 %
Table 1.2: Categorization of assessment units from 2004 to 2020
S. Categorization of Blocks/
No. Mandals/ Talukas
2004
2009
2011
2013
2017
2020
1
2
3
4
5
6
5723
4078
550
226
839
30
5842
4277
523
169
802
71
6607
4503
697
217
1071
92
6584
4519
681
253
1034
96
6881
4310
972
313
1186
100
6965
4427
1057
270
1114
97
Total Assessed units
Safe
Semi-critical
Critical
Over-Exploited
Saline
1.2 GROUND WATER ASSESSMENT AND MANAGEMENT INITIATIVES
The inferences drawn from the ground water resources assessment is utilized as an input to the
planners and stakeholders for taking appropriate management measures for optimal utilization and
sustainable development of the ground water resources. Several measures, primarily based on the
findings of the resource assessment, have been taken up by the Government of India to
replenish/augment ground water resources.
Initiatives by the Government of India in this regard includes constitution of Central Ground Water
Authority for regulation of ground water development in the country and compilation of a
conceptual document titled “Master Plan for Artificial Recharge to Ground water in India” by CGWB,
which envisages implementation of nearly 11 million Rain Water Harvesting and Artificial Recharge
structures to augment the ground water resources of the country. Ministry of Jal Shakti has also
circulated a Model Bill to all States/UTs to enable them to enact suitable legislation for regulation of
3
Dynamic Ground Water Resources Assessment of India - 2020
ground water development, which includes provision of rainwater harvesting. CGWB has taken up
National Aquifer Mapping & Management Programme (NAQUIM), for mapping of major aquifers,
their characterization and formulation of Aquifer Management Plans to ensure sustainability of the
resources, prioritising Over-exploited, Critical and Semi-critical assessment units. Several State
Governments are implementing watershed development programmes, in which, ground water
conservation forms an integral part.Water conservation measures are also taken up as a part of the
MGNREGA. Ministry of Jal Shakti has launched ‘Jal Kranti Abhiyan’, aimed at consolidating water
conservation and management initiatives in the country through a holistic and integrated approach
involving all stakeholders. Atal Bhujal Yojana, being implemented from April 2020, envisages
improving ground water management in identified water-stressed areas in parts of seven States in
the country with emphasis on demand management and community participation. In addition,
schemes of the Government of India such as Pradhan Mantri Krishi Sinchai Yojana (PMKSY)- Har Khet
Ko Pani (HKKP)-Ground Water Irrigation (GWI) envisages creation of irrigation potential from
groundwater in assessment units where there is sufficient scope for further future ground water
development.
1.3 RE-ASSESSMENT OF GROUND WATER RESOURCES, 2020
The assessment of Ground water resources is carried out to determine the prevailing status of
ground water resources in the country. It also helps assess the impact of the on-going ground water
management practices on the groundwater resources. In 2020, Department of Water Resources,
River Developmwnt & Ganga Rejuvenation, Ministry of Jal Shakti constituted a Central Level Expert
Group (CLEG) for over-all supervision of the re-assessment of ground water resources in the entire
country as in 2020. The terms of reference of the committee include supervision of assessment of
annual replenishable ground water resources and the status of utilization for reference year 2020. A
copy of the Government Resolution is in Appendix A.
Ground water resources assessment for reference year 2020 at the State/U.T Levels have been
carried out jointly by State Ground Water Departments and Central Ground Water Board under the
supervision of State Level Committees (Appendix B), with technical guidance from Central Level
Expert Group. The assessment carried out was approved by the respective State Level Committee
(Appendix D). For few States (Chhattisgarh, Jharkhand and Kerala) the assessments are yet to be
approved in State Level Committee. Based on the assessments provided by the respective State
Level Committees and joint assessment made in the aforesaid States, the National Level Report
titled “Dynamic Ground Water Resources of India-2020” has been compiled. In respect of West
Bengal, assessment for 2020 could not been completed and CLEG recommended that the results of
previous assessment (2013) may be considered for 2020. The national compilation report provides
summary and analysis of ground water resources in different States. The report was reviewed and
deliberated upon during the meeting of CLEG held on 31.03.2021, and was approved as mentioned
in Appendix E.
4
Dynamic Ground Water Resources Assessment of India - 2020
CHAPTER 2
2.0 GROUND WATER RESOURCES ESTIMATION METHODOLOGY
Ground water resource as in 2020 have been estimated following the guidelines mentioned in the
GEC 2015 methodology using appropriate assumptions depending on data availability. The principal
attributes of GEC 2015 methodology is given below:
The methodology recommends aquifer wise ground water resource assessment of both the
Groundwater resources components, i.e., Replenishable ground water resources or Dynamic Ground
Water Resources and In-storage Resources or Static Resources. Wherever the aquifer geometry has
not been firmly established for the unconfined aquifer, the in-storage ground water resources have
to be assessed in the alluvial areas down to the depth of bed rock or 300 m, whichever is less. In case
of hard rock aquifers, the depth of assessment would be limited to 100 m. In case of confined
aquifers, if it is known that groundwater extraction is being done from this aquifer, the dynamic as
well as in-storage resources are to be estimated. If it is firmly established that there is no ground
water extraction from this confined aquifer, then only in-storage resources of that aquifer has to be
estimated. Until aquifer geometry is established on appropriate scale, the existing practice of using
watershed in hard rock areas and blocks/mandals/ firkas in soft rock areas may be continued.
It is also pertinent to add that as it is advisable to restrict the groundwater development as far as
possible to annual replenishable resources, the categorization also takes into account the relation
between the annual replenishment and groundwater development. An area devoid of ground water
potential may not be considered for development and may remain safe whereas an area with good
groundwater potential may be developed and may become over exploited over a period of time.
Thus, water augmentation efforts can be successful in such areas, where the groundwater potential
is high and there is scope for augmentation.
2.1. GROUND WATER ASSESSMENT OF UNCONFINED AQUIFER
Though the assessment of ground water resources includes assessment of dynamic and in-storage
resources, the development planning should mainly focus on dynamic resource as it gets replenished
on an annual basis. Changes in static or in-storage resources normally reflect long-term impacts of
ground water mining. Such resources may not be replenishable annually and may be allowed to be
extracted only during exigencies with proper planning for augmentationin the succeeding excess
rainfall years.
2.1.1. Assessment of Annually Replenishable or Dynamic Ground Water Resources
The methodology for ground water resources estimation is based on the principle of water balance
as given below –
−
(
=
)………………………………..( )
Equation (1) can be further elaborated as –
∆ =
+
+
+
+
+
+
5
±
±
−
−
−
−
……..( )
Dynamic Ground Water Resources Assessment of India - 2020
Where,
ΔS - Change is storage
RRF - Rainfall recharge
RSTR - Recharge from stream channels
RC - Recharge from canals
RSWI - Recharge from surface water irrigation
RGWI - Recharge from ground water irrigation
RTP - Recharge from Tanks & Ponds
RWCS - Recharge from water conservation structures
VF - Vertical flow across the aquifer system
LF - Lateral flow along the aquifer system (through flow)
GE - Ground Water Extraction
T - Transpiration
E - Evaporation
B - Base flow
It is preferred that all the components of water balance equation should be estimated in an
assessment unit. Due to lack of data for all the components in most of the assessment units, it is
proposed that at present the water budget may be restricted to the major components only, taking
into consideration certain reasonable assumptions. The estimation is to be carried out using lumped
parameter estimation approach keeping in mind that data from many more sources if available may
be used for refining the assessment.
2.1.1.1. Rainfall Recharge
It is recommended that ground water recharge should be estimated on ground water level
fluctuation and specific yield approach since this method takes into account the response of ground
water levels to ground water input and output components. This, however, requires adequately
spaced representative water level measurement for a sufficiently long period. It is proposed that
there should be at least three spatially well distributed observation wells in the assessment unit, or
one observation well per 100 sq. Km. Water level data should also be available for a minimum period
of 5 years (preferably 10years), along with corresponding rainfall data. Regarding frequency of water
level data, two water level readings, during pre and post monsoon seasons, are the minimum
requirement. It would be ideal to have monthly water level measurements to record the peak rise
and maximum fall in the ground water levels. In units or subareas where adequate data on ground
water level fluctuations are not available as specified above, ground water recharge may be
estimated using rainfall infiltration factor method only. The rainfall recharge during non-monsoon
season may be estimated using rainfall infiltration factor method only.
2.1.1.1.1. Ground Water Level Fluctuation Method
The ground water level fluctuation method is to be used for assessment of rainfall recharge in
the monsoon season. The ground water balance equation in non-command areas is given by
∆ =
+
+
+
+
+
±
6
±
−
−
−
−
…………………..( )
Dynamic Ground Water Resources Assessment of India - 2020
Where,
ΔS - Change is storage
RRF - Rainfall recharge
RSTR - Recharge from stream channels
RSWI - Recharge from surface water irrigation
RGWI - Recharge from ground water irrigation
RTP - Recharge from Tanks& Ponds
RWCS - Recharge from water conservation structures
VF - Vertical flow across the aquifer system
LF - Lateral flow along the aquifer system (through flow)
GE - Ground water extraction
T - Transpiration
E - Evaporation
B - Base flow
Whereas the water balance equation in command area will have another term i.e., Recharge due to
canals (RC) and the equation will be as follows:
∆ =
+
+
+
+
+
+
±
±
−
−
−
−
…………...( )
A couple of important observations in the context of water level measurement must be followed. It
is important to bear in mind that while estimating the quantum of ground water extraction, the
depth from which ground water is being extracted should be considered. One should consider only
the draft from the same aquifer for which the resource is being estimated.
The change in storage can be estimated using the following equation:
∆ =∆ ×
×
………………………………………….………………..( )
Where,
ΔS - Change is storage
Δh - rise in water level in the monsoon season
A - Area for computation of recharge
SY - Specific Yield
Substituting the expression in equation (5) for storage increase ΔS in terms of water level fluctuation
and specific yield, the equations (3) & (4) becomes (6) & (7) for non-command and command subunits,
=∆ ×
×
−
−
=∆ ×
×
−
−
−
−
−
−
−
−
±
−
±
+
+
±
±
+
+
+
+
+
……………..( )
+
……….( )
Where base flow/ recharge to/from streams have not been estimated, the same is assumed to be
zero. The rainfall recharge obtained by using equation (6) and (7) provides the recharge in any
particular monsoon season for the associated monsoon season rainfall. This estimate is to be
normalized for the normal monsoon season rainfall as per the procedure indicated below.
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Dynamic Ground Water Resources Assessment of India - 2020
Normalization of Rainfall Recharge
Let Ri be the rainfall recharge and ri be the associated rainfall. The subscript “i” takes values 1 to N
where N is the number of years for which data is available. This should be at least 5. The rainfall
recharge, Ri is obtained as per equation (6) & equation (7) depending on the sub-unit for which the
normalization is being done.
After the pairs of data on Ri and ri have been obtained as described above, a normalisation
procedure is to be carried out for obtaining the rainfall recharge corresponding to the normal
monsoon season rainfall. Let r(normal) be the normal monsoon season rainfall obtained as the
average of recent 30 to 50 years of monsoon season rainfall. Two methods are possible for the
normalisation procedure. The first method is based on a linear relationship between recharge and
rainfall of the form
=
………………………………………………..……….( )
Where,
R = Rainfall recharge during monsoon season
r = Monsoon season rainfall
a = a constant
The computational procedure to be followed in the first method is as given below:
(
∑
(
)=
)
………………………..………………..( )
Where,
RRF(normal) - Normalized Rainfall Recharge in the monsoon season
Ri - Rainfall Recharge in the monsoon season for the ith year
r(normal) - Normal monsoon season rainfall
th
ri - Rainfall in the monsoon season for the i year
N - No. of years for which data is available
The second method is also based on a linear relation between recharge and rainfall. However, this
linear relationship is of the form,
(
)=
× (
)+ ……………………………………………………..(
)
Where,
RRF(normal) - Normalized Rainfall Recharge in the monsoon season
r(normal) - Normal monsoon season rainfall
a and b - constants.
The two constants ‘a’ and ‘b’ in the above equation are obtained through a linear regression
analysis. The computational procedure to be followed in the second method is as given below:
=
−
−
……………………………………………(
8
)
Dynamic Ground Water Resources Assessment of India - 2020
=
−
……………………………………………….(
)
Where,
=
,
=
,
=
,
=
2.1.1.1.2. Rainfall Infiltration Factor Method
The rainfall recharge estimation based on Water level fluctuation method reflects actual field
conditions since it takes into account the response of ground water level. However the ground water
extraction estimation included in the computation of rainfall recharge using water level fluctuation
approach is often subject to uncertainties. Therefore, it is recommended to compare the rainfall
recharge obtained from water level fluctuation approach with that estimated using rainfall
infiltration factor method. Recharge from rainfall is estimated by using the following relationship –
=
×
×
( − )
………………………………..(
)
Where,
RRF - Rainfall recharge in ham
A - Area in hectares
RFIF - Rainfall Infiltration Factor
R - Rainfall in mm
a - Minimum threshold value above which rainfall induces ground water recharge in mm
The threshold limit of minimum and maximum rainfall event which can induce recharge to the
aquifer is to be considered while estimating ground water recharge using rainfall infiltration factor
method. The minimum threshold limit is in accordance with the relation shown in equation (13) and
the maximum threshold limit is based on the premise that after a certain limit, the rate of storm rain
is too high to contribute to infiltration and they will only contribute to surface runoff. It is suggested
that 10% of Normal annual rainfall may be taken as minimum rainfall threshold and 3000 mm as
maximum rainfall limit. While computing the rainfall recharge, 10% of the normal annual rainfall is to
be deducted from the monsoon rainfall and balance rainfall would be considered for computation of
rainfall recharge. The same recharge factor may be used for both monsoon and non-monsoon
rainfall, with the condition that the recharge due to non-monsoon rainfall may be taken as zero, if
the normal rainfall during the non-monsoon season is less than 10% of normal annual rainfall. In
using the method based on the specified norms, recharge due to both monsoon and non-monsoon
rainfall may be estimated for normal rainfall, based on recent 30 to 50 years of data.
2.1.1.1.3. Percent Deviation
After computing the rainfall recharge for normal monsoon season rainfall using the ground
water level fluctuation method and rainfall infiltration factor method these two estimates have
to be compared with each other. A term, Percent Deviation (PD) which is the difference
between the two expressed as a percentage of the later is computed as
9
Dynamic Ground Water Resources Assessment of India - 2020
=
(
)−
,
(
(
,
)
,
)
×
……………….……….(
)
Where,
RRF (normal, wlfm) =
Rainfall recharge for normal monsoon season rainfall estimated by
the ground water level fluctuation method
Rainfall recharge for normal monsoon season rainfall estimated by
the rainfall infiltration factor method
RRF (normal, rifm) =
The rainfall recharge for normal monsoon season rainfall is finally adopted as per the criteria given
below:
 If PD is greater than or equal to -20%, and less than or equal to +20%, RRF (normal) is taken
as the value estimated by the ground water level fluctuation method.

If PD is less than -20%, RRF (normal) is taken as equal to 0.8 times the value estimated by the
rainfall infiltration factor method.

If PD is greater than +20%, RRF (normal) is taken as equal to 1.2 times the value estimated by
the rainfall infiltration factor method.
2.1.1.2. Recharge from Other Sources
Recharge from other sources constitutes recharges from canals, surface water irrigation, ground
water irrigation, tanks & ponds and water conservation structures in command areas where as in
non-command areas it constitutes the recharge due to surface water irrigation, ground water
irrigation, tanks & ponds and water conservation structures. The methods of estimation of recharge
from different sources are as follows.
Sl. Source
No.
1
2
3
Recharge from
Canals
Recharge from
Surface Water
Irrigation
Recharge from
Ground Water
Irrigation
Estimation Formula
=
×
=
RC = Recharge from Canals
WA = Wetted Area
SF = Seepage Factor
Days = Number of Canal Running Days
×
×
=
Parameters
RSWI = Recharge due to applied surface water
irrigation
AD = Average Discharge
Days = Number of days water is discharged to
the Fields
RFF = Return Flow Factor
×
RGWI = Recharge due to applied ground water
irrigation
GEIRR = Ground Water Extraction for Irrigation
RFF = Return Flow Factor
×
10
Dynamic Ground Water Resources Assessment of India - 2020
Sl. Source
No.
4
Recharge due
to Tanks &
Ponds
5
Recharge due
to Water
Conservation
Structures
Estimation Formula
=
×
=
Parameters
RTP = Recharge due to Tanks & Ponds
AWSA = Average Water Spread Area
N = Number of days Water is available in the
Tank/Pond
RF = Recharge Factor
RWCS = Recharge due to Water Conservation
Structures
GS = Gross Storage = Storage Capacity
multiplied by number of fillings.
RF = Recharge Factor
×
×
2.1.1.3. Lateral Flow Along the Aquifer System (Through Flow)
In equations 6 & 7, if the area under consideration is a watershed, the lateral flow across boundaries
can be considered as zero in case such estimates are not available. If there is inflow and outflow
across the boundary, theoretically, the net inflow may be calculated using Darcy law, by delineating
the inflow and outflow sections of the boundary. Besides such delineation, the calculation also
requires estimate of transmissivity and hydraulic gradient across the inflow and outflow sections.
These calculations are most conveniently done in a computer model. It is recommended to initiate
regional scale modelling with well-defined flow boundaries. Once the modelling is complete, the
lateral throughflows (LF) across boundaries for any assessment unit can be obtained from the model.
In case Lateral Flow is calculated using computer model, the same should be included in the water
balance equation.
2.1.1.4. Base Flow and Stream Recharge
If stream gauge stations are located in the assessment unit, the base flow and recharge from
streams can be computed using Stream Hydrograph Separation method, Numerical Modelling and
Analytical solutions. If the assessment unit is a watershed, a single stream monitoring station at the
mouth of the watershed can provide the required data for the calculation of base flow. Any other
information on local-level base flows such as those collected by research centres, educational
institutes or NGOs may also be used to improve the estimates on base flows.
Base flow separation methods can be divided into two main types: non-tracer-based and tracerbased separation methods. Non-tracer methods include Stream hydrograph analysis, water balance
method and numerical ground water modelling techniques. Digital filters are available for separating
base flow component of the stream hydrograph.
Hydro-chemical tracers and environmental isotope methods also use hydrograph separation
techniques based on mass balance approach. Stream recharge can be computed either using
modelling techniques or simply by applying the Darcy Law.
Base flow assessment and Stream recharge should be carried out in consultation with Central Water
Commission in order to avoid any duplicity in the estimation of total water availability in a river
basin.
11
Dynamic Ground Water Resources Assessment of India - 2020
2.1.1.5. Vertical Inter Aquifer Flow
This can be estimated provided aquifer geometry and aquifer parameters are known. This can be
calculated using the Darcy’s law if the hydraulic heads in both aquifers and the hydraulic
conductivity and thickness of the aquitard separating both the aquifers are known. Ground water
flow modelling is an important tool to estimate such flows. As envisaged in this report regional scale
modelling studies will help in refining vertical inter aquifer flow estimates.
2.1.1.6. Evaporation and Transpiration
Evaporation can be estimated for the aquifer in the assessment unit if water levels in the aquifer are
within the capillary zone. It is recommended to compute the evaporation through field studies. If
field studies are not possible, for areas with water levels within 1.0mbgl, evaporation can be
estimated using the evaporation rates available for other adjoining areas. If depth to water level is
more than 1.0mbgl, the evaporation losses from the aquifer should be taken as zero.
Transpiration through vegetation can be estimated if water levels in the aquifer are within the
maximum root zone of the local vegetation. It is recommended to compute the transpiration
through field studies. Even though it varies from place to place depending on type of soil
&vegetation, in the absence of field studies the following estimation can be followed. If water levels
are within 3.5m bgl, transpiration can be estimated using the transpiration rates available for other
areas. If it is greater than3.5m bgl, the transpiration should be taken as zero.
For estimating evapotranspiration, field tools like Lysimeters can be used to estimate actual
evapotranspiration. Usually agricultural universities and IMD carry out lysimeter experiments and
archive the evapotranspiration data. Remote sensing based techniques like SEBAL (Surface Energy
Balance Algorithm for Land) can be used for estimation of actual evapotranspiration. Assessing
offices may apply available lysimeter data or other techniques for estimation of evapotranspiration.
In case where such data is not available, evapotranspiration losses can be empirically estimated from
PET data provided by IMD.
2.1.1.7. Recharge During Monsoon Season
The sum of normalized monsoon rainfall recharge and the recharge from other sources and lateral
and vertical flows into & out of the sub unit and stream inflows & outflows during monsoon season
is the total recharge/ accumulation during monsoon season for the sub unit. Similarly, this is to be
computed for all the sub units available in the assessment unit.
2.1.1.8. Recharge During Non-Monsoon Season
The rainfall recharge during non-monsoon season is estimated using rainfall infiltration factor
Method only when the non-monsoon season rainfall is more than 10% of normal annual rainfall. The
sum of non-monsoon rainfall recharge and the recharge from other sources and lateral and vertical
flows into & out of the sub unit and stream inflows & outflows during non-monsoon season is the
total recharge/ accumulation during non-monsoon season for the sub unit. Similarly, this is to be
computed for all the sub units available in the assessment unit.
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Dynamic Ground Water Resources Assessment of India - 2020
2.1.1.9. Total Annual Ground Water Recharge
The sum of the recharge/ accumulations during monsoon and non-monsoon seasons is the total
annual ground water recharge/ accumulations for the sub unit. Similarly, this is to be computed for
all the sub units available in the assessment unit.
2.1.1.10. Annual Extractable Ground Water Resource (EGR)
The Annual Extractable Ground Water Resource (EGR) is computed by deducting the Total Annual
Natural Discharge from Total Annual Ground Water Recharge.
The ground water base flow contribution limited to the ecological flow of the river should be
determined which will be deducted from Annual Ground Water Recharge to determine Annual
Extractable Ground Water Resources (EGR). The ecological flows of the rivers are to be determined
in consultation with Central Water Commission and other concerned river basin agencies. In case
base flow contribution to the ecological flow of rivers is not determined then following assumption
is to be followed.
In the water level fluctuation method, a significant portion of base flow is already accounted for by
taking the post monsoon water level one month after the end of rainfall. The base flow in the
remaining non-monsoon period is likely to be small, especially in hard rock areas. In the assessment
units, where river stage data are not available and neither the detailed data for quantitative
assessment of the natural discharge are available, present practice (GEC 1997) of allocation of
unaccountable natural discharges to 5% or 10% of annual recharge may be retained. If the rainfall
recharge is assessed using water level fluctuation method this will be 5% of the annual recharge and
if it is assessed using rainfall infiltration factor method, it will be 10% of the annual recharge. The
balance will account for Annual Extractable Ground Water Resources (EGR).
2.1.1.11. Estimation of Ground Water Extraction
Ground water draft or extraction is to be assessed as follows.
=
+
+
…………………………………………(
)
Where,
GEALL = Ground water extraction for all uses
GEIRR = Ground water extraction for irrigation
GEDOM = Ground water extraction for domestic uses
GEIND = Ground water extraction for industrial uses
2.1.1.11.1. Ground Water Extraction for Irrigation (GEIRR)
The methods for estimation of ground water extraction are as follows.
Unit Draft Method: – In this method, season-wise unit draft of each type of well in an assessment
unit is estimated. The unit draft of different types (eg. Dug well, Dug cum bore well, shallow tube
well, deep tube well, bore well etc.) is multiplied with the number of wells of that particular type to
obtain season-wise ground water extraction by that particular structure.
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Dynamic Ground Water Resources Assessment of India - 2020
Crop Water Requirement Method: – For each crop, the season-wise net irrigation water
requirement is determined. This is then multiplied with the area irrigated by ground water
abstraction structures. The database on crop area is obtained from Revenue records in Tehsil office,
Agriculture Census and also by using Remote Sensing techniques.
Power Consumption Method: –Ground water extraction for unit power consumption (electric) is
determined. Extraction per unit power consumption is then multiplied with number of units of
power consumed for agricultural pump sets to obtain total ground water extraction for irrigation.
2.1.1.11.2. Ground Water Extraction for Domestic Use (GEDOM)
There are several methods for estimation of extraction for domestic use(GEDOM). Some of the
commonly adopted methods are described here.
Unit Draft Method: – In this method, unit draft of each type of well is multiplied by the number of
wells used for domestic purpose to obtain the domestic ground water extraction.
Consumptive Use Method: – In this method, population is multiplied with per capita consumption
usually expressed in litre per capita per day (lpcd). It can be expressed using following equation.
=
×
×
…………….……………….(
)
Where,
Lg = Fractional Load on Ground Water for Domestic Water Supply.
The Load on Ground water can be obtained from the Information based on Civic water supply
agencies in urban areas.
2.1.1.11.3. Ground Water Extraction for Industrial Use (GEIND)
The commonly adopted methods for estimating the extraction for industrial use are as below:
Unit Draft Method: - In this method, unit draft of each type of well is multiplied by the number of
wells used for industrial purpose to obtain the industrial ground water extraction.
Consumptive Use Pattern Method: – In this method, water consumption of different industrial units
is determined. Numbers of Industrial units which are dependent on ground water are multiplied
with unit water consumption to obtain ground water extraction for industrial use.
=
×
×
………..……….(
)
Where,
Lg = Fractional load on ground water for industrial water supply.
The load on ground water for industrial water supply can be obtained from water supply agencies in
the Industrial belt.
Ground water extraction obtained from different methods need to be compared and based on field
checks, the seemingly best value may be adopted. At times, ground water extraction obtained by
different methods may vary widely. In such cases, the value matching the field situation should be
14
Dynamic Ground Water Resources Assessment of India - 2020
considered. The storage depletion during a season, where other recharges are negligible can be
taken as ground water extraction during that particular period.
2.1.1.12. Stage of Ground Water Extraction
The stage of ground water extraction is defined by,
=
×
………..…(
)
The existing gross ground water extraction for all uses refers to the total of existing gross ground
water extraction for irrigation and all other purposes. The stage of ground water extraction should
be obtained separately for command areas, non-command areas and poor ground water quality
areas.
2.1.1.13. Validation of Stage of Ground Water Extraction
The assessment based on the stage of ground water extraction has inherent uncertainties. In view of
this, it is desirable to validate the ‘Stage of Ground Water Extraction’ with long term trend of ground
water levels.
Long term Water Level trends are prepared for a minimum period of 10 years for both pre-monsoon
and post-monsoon period. If the ground water resource assessment and the trend of long term
water levels contradict each other, this anomalous situation requires a review of the ground water
resource computation, as well as the reliability of water level data. The mismatch conditions are
enumerated below.
SOGWE
≤ 70%
> 100%
Ground Water Level Trend
Significant decline in trend in both premonsoon and post-monsoon
No significant decline in both pre-monsoon and
post-monsoon long term trend
Remarks
Not acceptable and needs
reassessment
Not acceptable and needs
reassessment
2.1.1.14. Categorisation of Assessment Unit
As emphasised in the National Water Policy, 2012, a convergence of Quantity and Quality of ground
water resources is required while assessing the ground water status in an assessment unit.
Therefore, it is recommended to separate estimation of resources where water quality is beyond
permissible limits for the parameter salinity.
2.1.1.14.1. Categorisation of Assessment Unit Based on Quantity
The categorisation based on status of ground water quantity is defined by Stage of Ground Water
Extraction as given below:
Stage of Ground Water Extraction
≤ 70%
> 70% and ≤90%
> 90% and ≤100%
> 100%
Category
Safe
Semi-critical
Critical
Over Exploited
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Dynamic Ground Water Resources Assessment of India - 2020
2.1.1.14.2. Categorisation of Assessment Unit Based on Quality
As it is not possible to categorize the assessment units in terms of the extent of quality hazard, based
on the available water quality monitoring mechanism and database on ground water quality, the
Committee recommends that each assessment unit, in addition to the Quantity based categorization
(safe, semi-critical, critical and over-exploited) should bear a quality hazard identifier. If any of the
three quality hazards in terms of Arsenic, Fluoride and Salinity are encountered in the assessment
sub unit in mappable units, the assessment sub unit may be tagged with the particular Quality
hazard.
2.1.1.15. Allocation of Ground Water Resource for Utilisation
The Annual Extractable Ground Water Resources are to be apportioned between domestic,
industrial and irrigation uses. Among these, as per the National Water Policy, requirement for
domestic water supply is to be accorded priority. This requirement has to be based on population as
projected to the year 2025, per capita requirement of water for domestic use, and relative load on
ground water for urban and rural water supply. In situations where adequate data is not available to
make this estimate, the following empirical relation is recommended.
=
×
×
…………………….………………….(
)
Where,
Alloc = Allocation for domestic water requirement
N = population density in the unit in thousands per sq. km.
Lg = fractional load on ground water for domestic water supply (≤ 1.0)
In deriving equation (19), it is assumed that the requirement of water for domestic use is 60 lpd per
head. The equation can be suitably modified in case per capita requirement is different. If by chance,
the estimation of projected allocation for future domestic needs is less than the current domestic
extraction due to any reason, the allocation must be equal to the present day extraction. It can
never be less than the present day extraction as it is unrealistic.
2.1.1.16. Net Annual Ground Water Availability for Future Use
The water available for future use is obtained by deducting the allocation for domestic use and
current extraction for Irrigation and Industrial uses from the Annual Extractable Ground Water
Recharge. The resulting ground water potential is termed as the net annual ground water availability
for future use. The Net annual ground water availability for future use should be calculated
separately for non-command areas and command areas. As per the recommendations of the R&D
Advisory committee, the ground water available for future use can never be negative. If it becomes
negative, the future allocation of Domestic needs can be reduced to current extraction for domestic
use. Even then if it is still negative, then the ground water available for future uses will be zero.
2.1.1.17. Additional Potential Resources under Specific Conditions
2.1.1.17.1. Potential Resource Due to Spring Discharge
Spring discharge occurs at the places where ground water level cuts the surface topography. The
spring discharge is equal to the ground water recharge minus the outflow through evaporation and
16
Dynamic Ground Water Resources Assessment of India - 2020
evapotranspiration and vertical and lateral sub-surface flow. Thus, Spring Discharge is a form of
‘Annual Extractable Ground Water Recharge’. It is a renewable resource, though not to be used for
Categorisation. Spring discharge measurement is to be carried out by volumetric measurement of
discharge of the springs. Spring discharges multiplied with time in days of each season will give the
quantum of spring resources available during that season. The committee recommends that in hilly
areas with substantial potential of spring discharges, the discharge measurement should be made at
least 4 times a year in parity with the existing water level monitoring schedule.
=
×
.
…………..…….(
)
Where,
Q = Spring Discharge
No of days = No of days spring yields.
2.1.1.17.2. Potential Resource in Waterlogged and Shallow Water Table Areas
In the area where the ground water level is less than 5m below ground level or in waterlogged areas,
the resources up to 5m below ground level are potential and would be available for development in
addition to the annual recharge in the area. The computation of potential resource to ground water
reservoir in shallow water table areas can be done by adopting the following equation:
= ( − )×
×
………..(
)
Where,
D = Depth to water table below ground surface in pre-monsoon period in shallow aquifers.
A = Area of shallow water table zone.
SY = Specific Yield
2.1.1.17.3. Potential Resource in Flood Prone Areas
Ground water recharge from a flood plain is mainly the function of the following parameters


Areal extent of flood plain
Retention period of flood
Type of sub-soil strata and silt charge in the river water which gets deposited and controls
seepage
Since collection of data on all these factors is time taking and difficult, in the meantime, the
potential resource from flood plain may be estimated on the same norms as for ponds, tanks and
lakes. This has to be calculated over the water spread area and only for the retention period using
the following formula.
= . ×
Where,
N = No. of Days Water is Retained in the Area
A = Flood Prone Area
17
×
…………………...(
)
Dynamic Ground Water Resources Assessment of India - 2020
2.1.1.18. Apportioning of Ground Water Assessment from Watershed to Development Unit
Where the assessment unit is a watershed, there is a need to convert the ground water assessment
in terms of an administrative unit such as block/ taluka/ mandal/ firka. This may be done as follows.
A block may comprise of one or more watersheds, in part or full. First, the ground water assessment
in the subareas, command, non-command and poor ground water quality areas of the watershed
may be converted into depth unit (mm), by dividing the annual recharge by the respective area. The
contribution of this subarea of the watershed to the block, is now calculated by multiplying this
depth with the area in the block occupied by this sub-area. This procedure must be followed to
calculate the contribution from the sub-areas of all watersheds occurring in the block, to work out
the total ground water resource of the block.
The total ground water resource of the block should be presented separately for each type of subarea, namely for command areas, non-command areas and poor ground water quality areas, as in
the case of the individual watersheds.
2.1.2. Assessment of In-Storage Ground Water Resources or Static Ground Water Resources
The computation of the static or in-storage ground water resources may be done after
delineating the aquifer thickness and specific yield of the aquifer material. The computations
can be done as follows: =
×(
−
)×
…………………………………………………(
)
Where,
SGWR = Static or in-storage ground water resources
A = Area of the assessment unit
Z2= Bottom of unconfined aquifer
Z1 = Pre-monsoon water level
SY = Specific yield in the in-storage zone
2.1.3. Assessment of Total Ground Water Availability in Unconfined Aquifer
The sum of Annual Exploitable Ground Water Resource and the In-storage Ground Water Resources
of an unconfined aquifer is the Total Ground Water Availability of that aquifer.
2.2.
GROUND WATER ASSESSMENT OF CONFINED AQUIFER SYSTEM
The assessment of the ground water resources of the confined aquifers is done by following ground
water storage approach. If the areal extent of the confined aquifer is “A” then the total quantity of
water added to or released from the entire aquifer is
=
×
× ∆ ………………….…………………….……………(
Where,
Q = Quantity of water confined aquifer can release (m3)
S = Storativity
A = Areal extent of the confined aquifer (m2)
18
)
Dynamic Ground Water Resources Assessment of India - 2020
Δh = Change in Piezometric head (m)
Once the piezometric head reaches below the top confining bed, it behaves like an unconfined
aquifer and directly dewaters the aquifer and there is a possibility of damage to the aquifer as well
as topography. The quantity of water released in confined aquifer due to change in pressure can be
computed between piezometric head (ht) at any given time 't' and the bottom of the top confining
layer (ho) by using the following equation.
=
×
×∆ =
×
×(
−
)……………………….……………………(
)
Where,
QP = Ground Water Potential of Confined Aquifer
S = Storativity
A = Areal extent of the confined aquifer
Δh = Change in Piezometric head
ht = Piezometric head at any particular time
h0 = Bottom of the top Confining Layer
If any development activity is started in the confined aquifer, the assessment is done for both the
dynamic as well as in-storage resources of the confined aquifer.
2.2.1. Dynamic Ground Water Resources of Confined Aquifer
To assess the dynamic ground water resources of the confined aquifer the following equation can be
used with the pre and post monsoon piezometric heads of the particular aquifer.
=
×
×∆ =
×
×(
−
)………………………..……………………..(
)
Where,
QD = Dynamic Ground Water Resource of Confined Aquifer (m3)
S = Storativity
A = Areal extent of the confined aquifer (m2)
Δh = Change in piezometric head (m)
hPOST = Piezometric head during post-monsoon period ( m amsl)
hPRE = Piezometric head during pre-monsoon period (m amsl)
2.2.2. In-storage Ground Water Resources of Confined Aquifer
For assessing the in- storage ground water potential of a confined aquifer, one has to compute the
resources between the pre-monsoon piezometric head and bottom of the top confining layer. That
can be assessed using the following formula:
=
×
×∆ =
×
×(
−
)…………………………………………………..(
Where,
QI =In-storage Ground Water Resource of Confined Aquifer (m3)
S = Storativity
A = Areal extent of the confined aquifer (m2)
Δh = Change in piezometric head (m)
19
)
Dynamic Ground Water Resources Assessment of India - 2020
h0 = Bottom level of the top confining layer (m amsl)
hPRE= Piezometric head during pre-monsoon period (m amsl)
If the confined aquifer is not being exploited for any purpose, the dynamic and static resources of
the confined aquifer need not be estimated separately. Instead the in-storage ground water
resource of the aquifer can be computed using the following formula.
=
×
×∆ =
×
×(
−
)………………………………………………..(
)
Where,
QP = In-storage Ground Water Resource of Confined Aquifer or the quantity of water under
pressure (m3)
S = Storativity
A = Areal extent of the confined aquifer (m2)
Δh = Change in piezometric head (m)
h0 = Bottom level of the top confining layer (m amsl)
hPOST = Piezometric head during post-monsoon period (m amsl)
The calculated resource includes small amount of dynamic resource of the confined aquifer also,
which replenishes every year. But to make it simpler this was also computed as part of the static or
in-storage resource of the confined aquifer.
2.2.3. Assessment of Total Ground Water Availability of Confined Aquifer
If the confined aquifer is being exploited, the Total Ground Water Availability of the confined aquifer
is the sum of Dynamic Ground Water Resources and the In-storage Ground Water Resources of that
confined aquifer whereas if it is not being exploited, the Total Ground Water Availability of the
confined aquifer comprises of only one component i.e. the In-storage Ground Water Resources of
that confined aquifer.
2.3.
GROUND WATER ASSESSMENT OF SEMI-CONFINED AQUIFER SYSTEM
The Assessment of Ground Water Resources of a semi-confined aquifer has some more
complications. Unless and until, it is well studied that the recharge to this is not computed either in
the over lying unconfined aquifer or underlying/overlying semi confined aquifers, it should not be
assessed separately. If it is assessed separately, there is a possibility of duplication of estimating the
same resource by direct computation in one aquifer and as leakage in the other aquifer. As it is
advisable to under estimate rather than to overestimate the resources, it is recommended not to
assess these resources separately as long as there is no study indicating its non-estimation. If it is
found through field studies that the resources are not assessed in any of the aquifers in the area,
these resources are to be assessed following the methodology similar to that used in assessing the
resources of Confined aquifers.
2.4.
TOTAL GROUND WATER AVAILABILITY OF AN AREA
The Total Ground Water Availability in any area is the sum of dynamic and static/in-storage ground
water resources in the unconfined aquifer and the dynamic and In-storage ground water resources
of the Confined aquifers and semi confined aquifers in the area.
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Dynamic Ground Water Resources Assessment of India - 2020
2.5.
GROUND WATER ASSESSMENT IN URBAN AREAS
The Assessment of Ground Water Resources in urban areas is similar to that of rural areas. Because
of the availability of draft data and slightly different infiltration process and recharge due to other
sources, the following few points are to be considered.

Even though the data on existing ground water abstraction structures are available, accuracy
is somewhat doubtful and individuals cannot even enumerate the well census in urban
areas. Hence it is recommended to use the difference of the actual demand and the supply
by surface water sources as the withdrawal from the ground water resources.

The urban areas are sometimes concrete jungles and rainfall infiltration is not equal to that
of rural areas unless and until special measures are taken in the construction of roads and
pavements. Hence, it is proposed to use 30% of the rainfall infiltration factor proposed for
urban areas as an adhoc arrangement till field studies in these areas are done and
documented field studies are available.

Because of the water supply schemes, there are many pipelines available in the urban areas
and the seepages from these channels or pipes are huge in some areas. Hence this
component is also to be included in the other resources and the recharge may be estimated.
The percent losses may be collected from the individual water supply agencies, 50% of which
can be taken as recharge to the ground water system.

In the urban areas in India, normally, there is no separate channels either open or sub
surface for the drainage and flash floods. These channels also recharge to some extent the
ground water reservoir. As on today, there is no documented field study to assess the
recharge. The seepages from the sewerages, which normally contaminate the ground water
resources with nitrate also contribute to the quantity of resources and hence same percent
as in the case of water supply pipes may be taken as norm for the recharge on the quantity
of sewerage when there is sub surface drainage system. If estimated flash flood data is
available the same percent can be used on the quantum of flash floods to estimate the
recharge from the flash floods. Even when the drainage system is open channels, till further
documented field studies are done same procedure may be followed.

It is proposed to have a separate ground water assessment for urban areas with population
more than 10 lakhs.
2.6.
GROUND WATER ASSESSMENT IN COASTAL AREAS
The assessment of ground water resources in coastal areas is similar to that of other areas. Because
of the nature of hydraulic equilibrium of ground water with sea water, care should be taken in
assessing the ground water resources of this area. While assessing the resources in these areas,
following few points are to be considered.

The ground water resources assessment in coastal areas includes the areas where the
influence of sea water has an effect on the existence of fresh water in the area. It can be
demarcated from the Coastal Regulatory zone or the Geomorphological maps or from the
maps where sea water influences are demarcated.
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Dynamic Ground Water Resources Assessment of India - 2020
2.7.

Wherever, the pre monsoon and post monsoon water levels are above mean sea level the
dynamic component of the estimation will be same as other areas.

If both these water levels are below sea level, the dynamic component should be taken as
zero.

Wherever, the post monsoon water table is above sea level and pre monsoon water table is
below sea level the pre monsoon water table should be taken as at sea level and fluctuation
is to be computed.

The static or in storage resources are to be restricted to the minimum of 40 times the pre
monsoon water table or the bottom of the aquifer.
GROUND WATER ASSESSMENT IN WATER LEVEL DEPLETION ZONES
There may be areas where ground water level shows a decline even in the monsoon season. The
reasons for this may be any one of the following : (a) There is a genuine depletion in the ground
water regime, with ground water extraction and natural ground water discharge in the monsoon
season(outflow from the region and base flow) exceeding the recharge. (b) There may be an error in
water level data due to inadequacy of observation wells.
If it is concluded that the water level data is erroneous, recharge assessment may be made based on
rainfall infiltration factor method. If, on the other hand, water level data is assessed as reliable, the
ground water level fluctuation method may be applied for recharge estimation. As ΔS in equation 3&
4 is negative, the estimated recharge will be less than the gross ground water extraction in the
monsoon season. It must be noted that this recharge is the gross recharge minus the natural
discharges in the monsoon season. The immediate conclusion from such an assessment in water
depletion zones will be that the area falls under the over-exploited category which requires micro
level study.
2.8.
MICRO LEVEL STUDY FOR NOTIFIED AREAS
In all areas which are ‘Notified’ for ground water regulation by the Central and/ or State Ground
Water Authorities, it is necessary to increase the density of observation wells for carrying out microlevel studies to reassess the ground water recharge and draft. Following approach may be adopted:
1. The area may be sub-divided into different hydrogeological sub-areas and into recharge
area, discharge area and transition zone and also on quality terms.
2. The number of observation wells should be increased to represent each such sub-areas with
at least one observation well with continuous monitoring of water levels.
3. Hydrological and hydrogeological parameters particularly the specific yield should be
collected for different formations in each sub-area.
4. Details regarding other parameters like seepage factor from canals and other surface water
projects should be collected after field studies, instead of adopting recommended norms.
Base flow should be estimated based on stream gauge measurement.
22
Dynamic Ground Water Resources Assessment of India - 2020
5. The data of number of existing structures and unit draft should be reassessed after fresh
surveys and should match with the actual irrigation pattern in the sub-area.
6. All data available with Central Ground Water Board, State Ground Water Departments and
other agencies including research institutions and universities etc. should be collected for
the watershed/sub-areas and utilised for reassessment.
7. Ground water assessment for each sub-area may be computed adopting the recommended
methodology and freshly collected values of different parameters. The assessment may be
made separately for monsoon and non-monsoon period as well as for command, noncommand and poor ground water quality areas.
8. The ground water potential so worked out may be cross-checked with behaviour of ground
water levels in the observation wells and both should match. If it does not, the factor that
causes such an anomaly should be identified and the revised assessment should be reexamined.
9. Based on the micro-level studies, the sub-areas within the unit and the unit as a whole may
be classified adopting norms for categorisation as recommended elsewhere in the
methodology.
2.9.
NORMS TO BE USED IN THE ASSESSMENT
The committee recommends that the state agencies should be encouraged to conduct field studies
and use these computed norms in the assessment. For conducting field studies, it is recommended
to follow the field-tested procedures for computing the norms. There is the possibility of error
creeping in at various levels in the field study and hence the committee is of the opinion to give a
maximum and minimum values for all the norms used in the estimation. The committee can foresee
the handicap of the state agencies which are not able to compute the norms by their own field
study. In such cases, it suggests an average of the range of norms to be used as the recommended
value for the norm.
2.9.1. Specific Yield
Recently under Aquifer Mapping Project, Central Ground Water Board has classified all the aquifers
into 16 Principal Aquifers which in turn were divided into 42 Major Aquifers. Hence, it is required to
assign Specific Yield values to all these aquifer units. The values recommended in the Table 2.1 may
be followed in the future assessments. The Major aquifer map can be obtained from Regional offices
of Central Ground Water Board.
The recommended Specific Yield values are to be used for assessment, unless sufficient data based
on field studies are available to justify the minimum, maximum or other intermediate values. The
Norms suggested below are nothing but the redistribution of norms suggested by GEC-1997
methodology and hence people are encouraged to conduct field studies and strengthen the Norms
database.
23
Dynamic Ground Water Resources Assessment of India - 2020
Table 2.1: Norms Recommended for Specific Yield
Sl. Principal
No. Aquifer Code
Major Aquifers
Age
Name
Younger Alluvium
(Clay/Silt/Sand/ Calcareous
Quaternary
concretions)
Pebble / Gravel/ Bazada/
Quaternary
Kandi
Older Alluvium
(Silt/Sand/Gravel/Lithomargic Quaternary
clay)
1
Alluvium
AL01
2
Alluvium
AL02
3
Alluvium
AL03
4
Alluvium
AL04
Aeolian Alluvium (Silt/ Sand)
5
Alluvium
AL05
6
Alluvium
7
Alluvium
Recommended Minimum Maximum
(%)
(%)
(%)
10
8
12
16
12
20
6
4
8
Quaternary
16
12
20
Coastal Alluvium
(Sand/Silt/Clay)
Quaternary
10
8
12
AL06
Valley Fills
Quaternary
16
12
20
AL07
Glacial Deposits
Quaternary
16
12
20
Quaternary
2.5
2
3
Mesozoic to
Cenozoic
2
1
3
0.35
0.2
0.5
2
1
3
0.35
0.2
0.5
3
1
5
3
1
5
3
1
5
3
1
5
3
1
5
3
1
5
1.5
1
2
1.5
1
2
1.5
1
2
1.5
1
2
1.5
1
2
Laterite / Ferruginous
concretions
Basic Rocks (Basalt) Weathered, Vesicular or
Jointed
Basic Rocks (Basalt) - Massive
Poorly Jointed
Ultra Basic - Weathered,
Vesicular or Jointed
Ultra Basic - Massive Poorly
Jointed
8
Laterite
LT01
9
Basalt
BS01
10
Basalt
BS01
11
Basalt
BS02
12
Basalt
BS02
13
Sandstone
ST01
Sandstone/Conglomerate
14
Sandstone
ST02
Sandstone with Shale
15
Sandstone
ST03
Sandstone with shale/ coal
beds
16
Sandstone
ST04
Sandstone with Clay
17
Sandstone
ST05
Sandstone/Conglomerate
18
Sandstone
ST06
Sandstone with Shale
19
Shale
SH01
Shale with limestone
20
Shale
SH02
Shale with Sandstone
21
Shale
SH03
Shale, limestone and
sandstone
22
Shale
SH04
Shale
23
Shale
SH05
Shale/Shale with Sandstone
Mesozoic to
Cenozoic
Mesozoic to
Cenozoic
Mesozoic to
Cenozoic
Upper
Palaeozoic to
Cenozoic
Upper
Palaeozoic to
Cenozoic
Upper
Palaeozoic to
Cenozoic
Upper
Palaeozoic to
Cenozoic
Proterozoic to
Cenozoic
Proterozoic to
Cenozoic
Upper
Palaeozoic to
Cenozoic
Upper
Palaeozoic to
Cenozoic
Upper
Palaeozoic to
Cenozoic
Upper
Palaeozoic to
Cenozoic
Proterozoic to
24
Dynamic Ground Water Resources Assessment of India - 2020
Sl. Principal
No. Aquifer Code
Major Aquifers
Age
Name
Recommended Minimum Maximum
(%)
(%)
(%)
Cenozoic
24
Shale
SH06
Shale with Limestone
Proterozoic to
Cenozoic
25
Limestone
LS01
Miliolitic Limestone
26
Limestone
LS01
Karstified Miliolitic Limestone
27
Limestone
LS02
Limestone / Dolomite
28
Limestone
LS02
Karstified Limestone /
Dolomite
29
Limestone
LS03
Limestone/Dolomite
30
Limestone
LS03
31
Limestone
1.5
1
2
Quarternary
2
1
3
Quarternary
10
5
15
2
1
3
10
5
15
Proterozoic
2
1
3
Karstified
Limestone/Dolomite
Proterozoic
10
5
15
LS04
Limestone with Shale
Proterozoic
2
1
3
Proterozoic
10
5
15
2
1
3
10
5
15
Mesozoic to
Cenozoic
1.5
1
2
Mesozoic to
Cenozoic
0.35
0.2
0.5
Proterozoic to
Cenozoic
3
2
4
Proterozoic to
Cenozoic
0.35
0.2
0.5
1.5
1
2
0.35
0.2
0.5
1.5
1
2
1.5
1
2
1.5
1
2
0.3
0.2
0.4
1.5
1
2
0.3
0.2
0.4
Azoic
3
2
4
Azoic
0.3
0.2
0.4
Azoic
1.5
1
2
32
Limestone
LS04
Karstified Limestone with
Shale
33
Limestone
LS05
Marble
34
Limestone
LS05
Karstified Marble
35
Granite
GR01
36
Granite
GR01
37
Granite
GR02
38
Granite
GR02
39
Schist
SC01
Schist - Weathered, Jointed
40
Schist
SC01
Schist - Massive, Poorly
Fractured
41
Schist
SC02
Phyllite
42
Schist
SC03
Slate
43
Quartzite
QZ01
44
Quartzite
QZ01
45
Quartzite
QZ02
46
Quartzite
QZ02
47
Charnockite CK01
48
Charnockite CK01
49
Khondalite
KH01
Acidic Rocks (Granite,Syenite,
Rhyolite etc.) - Weathered ,
Jointed
Acidic Rocks (Granite,Syenite,
Rhyolite etc.)-Massive or
Poorly Fractured
Acidic Rocks (Pegmatite,
Granite, Syenite, Rhyolite
etc.) - Weathered, Jointed
Acidic Rocks (Pegmatite,
Granite, Syenite, Rhyolite
etc.) - Massive, Poorly
Fractured
Quartzite - Weathered,
Jointed
Quartzite - Massive, Poorly
Fractured
Quartzite - Weathered,
Jointed
Quartzite- Massive, Poorly
Fractured
Charnockite - Weathered,
Jointed
Charnockite - Massive, Poorly
Fractured
Khondalites, Granulites -
Upper
Palaeozoic to
Cenozoic
Upper
Palaeozoic to
Cenozoic
Azoic to
Proterozoic
Azoic to
Proterozoic
Azoic to
Proterozoic
Azoic to
Proterozoic
Azoic to
Proterozoic
Azoic to
Proterozoic
Proterozoic to
Cenozoic
Proterozoic to
Cenozoic
Azoic to
Proterozoic
Azoic to
Proterozoic
25
Dynamic Ground Water Resources Assessment of India - 2020
Sl. Principal
No. Aquifer Code
Major Aquifers
Age
Name
Recommended Minimum Maximum
(%)
(%)
(%)
Weathered, Jointed
50
51
52
Khondalite
Banded
Gneissic
Complex
Banded
Gneissic
Complex
KH01
Khondalites, Granulites Mssive, Poorly Fractured
Azoic
0.3
0.2
0.4
BG01
Banded Gneissic Complex Weathered, Jointed
Azoic
1.5
1
2
BG01
Banded Gneissic Complex Massive, Poorly Fractured
Azoic
0.3
0.2
0.4
Azoic to
Proterozoic
1.5
1
2
Azoic to
Proterozoic
0.3
0.2
0.4
3
2
4
0.3
0.2
0.4
Azoic
1.5
1
2
Azoic
0.3
0.2
0.4
Proterozoic to
Cenozoic
2
1
3
Proterozoic to
Cenozoic
0.35
0.2
0.5
Proterozoic to
Cenozoic
2
1
3
Proterozoic to
Cenozoic
0.35
0.2
0.5
53
Gneiss
GN01
54
Gneiss
GN01
55
Gneiss
GN02
56
Gneiss
GN02
57
Gneiss
GN03
58
Gneiss
GN03
59
Intrusive
IN01
60
Intrusive
IN01
61
Intrusive
IN02
62
Intrusive
IN02
Undifferentiated
metasedimentaries/
Undifferentiated
metamorphic - Weathered,
Jointed
Undifferentiated
metasedimentaries/
Undifferentiated
metamorphic - Massive,
Poorly Fractured
Gneiss -Weathered, Jointed
Gneiss-Massive, Poorly
Fractured
Migmatitic Gneiss Weathered, Jointed
Migmatitic Gneiss - Massive,
Poorly Fractured
Basic Rocks (Dolerite,
Anorthosite etc.) Weathered, Jointed
Basic Rocks (Dolerite,
Anorthosite etc.) - Massive,
Poorly Fractured
Ultrabasics (Epidiorite,
Granophyre etc.) Weathered, Jointed
Ultrabasics (Epidiorite,
Granophyre etc.) - Massive,
Poorly Fractured
Azoic to
Proterozoic
Azoic to
Proterozoic
2.9.2. Rainfall Infiltration Factor
It is recommended that to assign Rainfall Infiltration Factor values to all the aquifer units recently
classified by the Central Ground Water Board. The values recommended in Table 2.2 may be
followed in the future assessments. The recommended Rainfall Infiltration Factor values are to be
used for assessment, unless sufficient data based on field studies are available to justify the
minimum, maximum or other intermediate values.
An additional 2% of rainfall recharge factor may be used in such areas or parts of the areas where
watershed development with associated soil conservation measures are implemented. This
additional factor is subjective and is separate from the contribution due to the water conservation
structures such as check dams, nalla bunds, percolation tanks etc. The norms for the estimation of
26
Dynamic Ground Water Resources Assessment of India - 2020
recharge due to these structures are provided separately. This additional factor of 2% is at this stage,
only provisional, and will need revision based on pilot studies.
The Norms suggested below are nothing but the redistribution of norms suggested by GEC-1997
methodology and hence people are encouraged to conduct field studies and strengthen the Norms
database.
Table 2.2: Norms Recommended for Rainfall Infiltration Factor
Sl.
No.
Principal
Aquifer
Major Aquifers
Code
1
Alluvium
AL01
2
Alluvium
AL02
3
Alluvium
AL03
4
Alluvium
AL04
5
Alluvium
AL05
5
Alluvium
AL05
6
Alluvium
AL06
7
Alluvium
AL07
Age
Name
Younger Alluvium
(Clay/Silt/Sand/ Calcareous
Quaternary
concretions)
Pebble / Gravel/ Bazada/
Quaternary
Kandi
Older Alluvium
(Silt/Sand/Gravel/Lithomargic Quaternary
clay)
Recommended Minimum Maximum
(%)
(%)
(%)
22
20
24
22
20
24
22
20
24
Quaternary
22
20
24
Quaternary
16
14
18
Quaternary
10
8
12
Valley Fills
Quaternary
22
20
24
Glacial Deposits
Quaternary
22
20
24
Quaternary
7
6
8
13
12
14
7
6
8
2
1
3
13
12
14
7
6
8
2
1
3
12
10
14
12
10
14
12
10
14
12
10
14
6
5
7
6
5
7
4
3
5
4
3
5
Aeolian Alluvium (Silt/ Sand)
Coastal Alluvium
(Sand/Silt/Clay) -East Coast
Coastal Alluvium
(Sand/Silt/Clay) - West Coast
Laterite / Ferruginous
concretions
Basic Rocks (Basalt) Vesicular or Jointed
Basic Rocks (Basalt) Weathered
Basic Rocks (Basalt) - Massive
Poorly Jointed
Ultra Basic - Vesicular or
Jointed
8
Laterite
LT01
9
Basalt
BS01
9
Basalt
BS01
10
Basalt
BS01
11
Basalt
BS02
11
Basalt
BS02
Ultra Basic - Weathered
12
Basalt
BS02
Ultra Basic - Massive Poorly
Jointed
13
Sandstone
ST01
Sandstone/Conglomerate
14
Sandstone
ST02
Sandstone with Shale
15
Sandstone
ST03
Sandstone with shale/ coal
beds
16
Sandstone
ST04
Sandstone with Clay
17
Sandstone
ST05
Sandstone/Conglomerate
18
Sandstone
ST06
Sandstone with Shale
19
Shale
SH01
Shale with limestone
20
Shale
SH02
Shale with Sandstone
Mesozoic to
Cenozoic
Mesozoic to
Cenozoic
Mesozoic to
Cenozoic
Mesozoic to
Cenozoic
Mesozoic to
Cenozoic
Mesozoic to
Cenozoic
Upper Palaeozoic
to Cenozoic
Upper Palaeozoic
to Cenozoic
Upper Palaeozoic
to Cenozoic
Upper Palaeozoic
to Cenozoic
Proterozoic to
Cenozoic
Proterozoic to
Cenozoic
Upper Palaeozoic
to Cenozoic
Upper Palaeozoic
to Cenozoic
27
Dynamic Ground Water Resources Assessment of India - 2020
Sl.
No.
Principal
Aquifer
Major Aquifers
Code
Age
Name
21
Shale
SH03
Shale, limestone and
sandstone
22
Shale
SH04
Shale
23
Shale
SH05
Shale/Shale with Sandstone
24
Shale
SH06
Shale with Limestone
25
Limestone
LS01
Miliolitic Limestone
Upper Palaeozoic
to Cenozoic
Upper Palaeozoic
to Cenozoic
Proterozoic to
Cenozoic
Proterozoic to
Cenozoic
Recommended Minimum Maximum
(%)
(%)
(%)
4
3
5
4
3
5
4
3
5
4
3
5
Quarternary
6
5
7
6
5
7
27
Limestone
LS02
Limestone / Dolomite
Upper Palaeozoic
to Cenozoic
29
Limestone
LS03
Limestone/Dolomite
Proterozoic
6
5
7
31
Limestone
LS04
Limestone with Shale
Proterozoic
6
5
7
33
Limestone
LS05
Marble
Azoic to
Proterozoic
6
5
7
35
Granite
GR01
Mesozoic to
Cenozoic
7
5
9
36
Granite
GR01
Mesozoic to
Cenozoic
2
1
3
37
Granite
GR02
Proterozoic to
Cenozoic
11
10
12
38
Granite
GR02
Proterozoic to
Cenozoic
2
1
3
39
Schist
SC01
Schist - Weathered, Jointed
7
5
9
40
Schist
SC01
Schist - Massive, Poorly
Fractured
2
1
3
41
Schist
SC02
Phyllite
4
3
5
42
Schist
SC03
Slate
4
3
5
43
Quartzite
QZ01
6
5
7
44
Quartzite
QZ01
2
1
3
45
Quartzite
QZ02
6
5
7
46
Quartzite
QZ02
2
1
3
47
Charnockite
CK01
Azoic
5
4
6
48
Charnockite
CK01
Azoic
2
1
3
49
Khondalite
KH01
Azoic
7
5
9
50
Khondalite
KH01
Azoic
2
1
3
51
Banded
Gneissic
Complex
BG01
Azoic
7
5
9
Acidic Rocks (Granite,Syenite,
Rhyolite etc.) - Weathered ,
Jointed
Acidic Rocks (Granite,Syenite,
Rhyolite etc.)-Massive or
Poorly Fractured
Acidic Rocks (Pegmatite,
Granite, Syenite, Rhyolite
etc.) - Weathered, Jointed
Acidic Rocks (Pegmatite,
Granite, Syenite, Rhyolite
etc.) - Massive, Poorly
Fractured
Quartzite - Weathered,
Jointed
Quartzite - Massive, Poorly
Fractured
Quartzite - Weathered,
Jointed
Quartzite- Massive, Poorly
Fractured
Charnockite - Weathered,
Jointed
Charnockite - Massive, Poorly
Fractured
Khondalites, Granulites Weathered, Jointed
Khondalites, Granulites Mssive, Poorly Fractured
Banded Gneissic Complex Weathered, Jointed
Azoic to
Proterozoic
Azoic to
Proterozoic
Azoic to
Proterozoic
Azoic to
Proterozoic
Proterozoic to
Cenozoic
Proterozoic to
Cenozoic
Azoic to
Proterozoic
Azoic to
Proterozoic
28
Dynamic Ground Water Resources Assessment of India - 2020
Sl.
No.
Principal
Aquifer
52
Banded
Gneissic
Complex
Major Aquifers
Code
BG01
53
Gneiss
GN01
54
Gneiss
GN01
55
Gneiss
GN02
56
Gneiss
GN02
57
Gneiss
GN03
58
Gneiss
GN03
59
Intrusive
IN01
60
Intrusive
IN01
61
Intrusive
IN02
62
Intrusive
IN02
Age
Name
Banded Gneissic Complex Massive, Poorly Fractured
Undifferentiated
metasedimentaries/
Undifferentiated
metamorphic - Weathered,
Jointed
Undifferentiated
metasedimentaries/
Undifferentiated
metamorphic - Massive,
Poorly Fractured
Gneiss -Weathered, Jointed
Gneiss-Massive, Poorly
Fractured
Migmatitic Gneiss Weathered, Jointed
Migmatitic Gneiss - Massive,
Poorly Fractured
Basic Rocks (Dolerite,
Anorthosite etc.) Weathered, Jointed
Basic Rocks (Dolerite,
Anorthosite etc.) - Massive,
Poorly Fractured
Ulrta Basics (Epidiorite,
Granophyre etc.) Weathered, Jointed
Ulrta Basics (Epidiorite,
Granophyre etc.) - Massive,
Poorly Fractured
Recommended Minimum Maximum
(%)
(%)
(%)
Azoic
2
1
3
Azoic to
Proterozoic
7
5
9
Azoic to
Proterozoic
2
1
3
11
10
12
2
1
3
Azoic
7
5
9
Azoic
2
1
3
Proterozoic to
Cenozoic
7
6
8
Proterozoic to
Cenozoic
2
1
3
Proterozoic to
Cenozoic
7
6
8
Proterozoic to
Cenozoic
2
1
3
Azoic to
Proterozoic
Azoic to
Proterozoic
2.9.3. Norms for Canal Recharge
Unlike other norms, the Recharge factor for calculating recharge due to canals is given in two units
viz. ham/million m2 of wetted area/day and cumecs per million m2 of wetted area. As all other norms
are in ham, the committee recommends the norm in ham/million m2 of wetted area for computing
the recharge due to canals.
There is a wide variation in the values of the recharge norms proposed by GEC 1997.The Canal
seepage norm is approximately 150 times the other recharge norms. In the absence of any field
studies to refine the norms it is decided by the committee to continue with the same norms. The
committee strongly recommends that each state agency must conduct one filed study at least one in
each district before completing the first assessment using this methodology. The committee also
suggests a recommended value and minimum and maximum values as in the case of other norms.
Where specific results are available from case studies in some states, the adhoc norms are to be
replaced by norms evolved from these results.
29
Dynamic Ground Water Resources Assessment of India - 2020
The Norms suggested in Table 2.3 below are nothing but the rationalization and redistribution of
norms suggested by GEC-1997 methodology and hence people are encouraged to conduct field
studies and strengthen the Norms database.
Table 2.3: Norms Recommended for Recharge due to Canals
Canal Seepage factor ham/day/million
square meters of wetted area
Recommended Minimum
Maximum
Formation
Unlined canals in normal soils with
some clay content along with sand
Unlined canals in sandy soil with some
silt content
Lined canals in normal soils with some
clay content along with sand
Lined canals in sandy soil with some
silt content
All canals in hard rock area
17.5
15
20
27.5
25
30
3.5
3
4
5.5
5
6
3.5
3
4
2.9.4. Norms for Recharge Due to Irrigation
The Norms Suggested by GEC-1997 gives for only three ranges of water levels and it creates a
problem in the boundary conditions. For instance, as a result of the variation in water level from
24.9 to 25.1m bgl in the adjoining blocks, change occurs in the return flow from irrigation in the
range of 10% to 15%. Hence to reduce the discrepancy it is recommended to have linear
relationship of the norms in between 10m bgl water level and 25m bgl water level. It is
proposed to have the same norm of 10m bgl zone for all the water levels less than 10m.
Similarly, the norm recommended for 25m may be used for the water levels more than 25m as
well. The Recommended Norms are presented in Table 2.4.
For surface water, the recharge is to be estimated based on water released at the outlet. For
ground water, the recharge is to be estimated based on gross draft. Where continuous supply is
used instead of rotational supply, an additional recharge of 5% of application may be used.
Where specific results are available from case studies in some states, the adhoc norms are to be
replaced by norms evolved from these results.
Table 2.4: Norms Recommended for Recharge from Irrigation
DTW
m bgl
≤ 10
11
12
13
14
Ground Water
Paddy
Non-paddy
45.0
25.0
43.3
23.7
40.4
22.1
37.7
20.6
35.2
19.2
30
Surface Water
Paddy
Non-paddy
50.0
30.0
48.3
28.7
45.1
26.8
42.1
25.0
39.3
23.3
Dynamic Ground Water Resources Assessment of India - 2020
DTW
m bgl
15
16
17
18
19
20
21
22
23
24
≥ 25
Ground Water
Paddy
Non-paddy
32.9
17.9
30.7
16.7
28.7
15.6
26.8
14.6
25.0
13.6
23.3
12.7
21.7
11.9
20.3
11.1
18.9
10.4
17.6
9.7
20.0
5.0
Surface Water
Paddy
Non-paddy
36.7
21.7
34.3
20.3
32.0
18.9
29.9
17.6
27.9
16.4
26.0
15.3
24.3
14.3
22.7
13.3
21.2
12.4
19.8
11.6
25.0
10.0
2.9.5. Norms for Recharge due to Tanks & Ponds
As the data on the field studies for computing recharge from Tanks & Ponds are very limited, it is
recommended to follow the same norm as followed in GEC 1997 in future assessments also. Hence
the norm recommended by GEC-2015 for Seepage from Tanks & Ponds is 1.4 mm / day.
2.9.6. Norms for Recharge due to Water Conservation Structures
Even though the data on the field studies for computing recharge from Water Conservation
Structures are very limited, it is recommended that the Recharge from the water conservation
structures is 40% of the Gross Storage based on the field studies by Non-Government Organizations.
Hence, the norm recommended by GEC-2015 for the seepage from Water Conservation Structures is
40% of gross storage during a year which means 20% during monsoon season and 20% during nonmonsoon Season.
2.9.7. Norm for Per Capita Requirement
As the option is given to use the actual requirement for domestic needs, the Requirement Norm
recommended by the committee is 60 lpcd for domestic needs. This can be modified if the actual
requirement is known.
2.9.8. Norm for Natural Discharges
The Discharge Norm used in computing Unaccounted Natural Discharge is 5% if water table
fluctuation method is used or 10% if rainfall infiltration factor method is used for assessing the
Rainfall recharge. This committee recommends to compute the base flow for each assessment unit.
Wherever, there is no assessment of base flow, earlier norms recommended by GEC 1997 i.e. 5% or
10% of the Total Annual Ground Water Recharge as the Natural Discharges may be continued.
2.9.9. Unit Draft
GEC-1997 methodology recommends to use well census method for computing the ground water
draft. The norm used for computing ground water draft is the unit draft. The unit draft can be
computed by field studies. This method involves selecting representative abstraction structure and
31
Dynamic Ground Water Resources Assessment of India - 2020
calculating the discharge from that particular type of structure and collecting the information on
how many hours of pumping is being done in various seasons and number of such days during each
season. The Unit Draft during a particular season can be computed using the following equation:
⁄
=
×
.
×
.
………(
)
One basic drawback in the methodology of computing unit draft is that there is no normalization
procedure for the same. As per GEC-1997 guidelines, the recharge from rainfall is normalized for a
normal rainfall. It means that even though the resources are estimated in a surplus rainfall year or in
a deficit rainfall year, the assessment is normalised for a normal rainfall which is required for
planning. For recharge from other sources, average figures/ values are taken. If the average figures
are not available for any reason, 60% of the design figures are taken. This procedure is very much
essential as the planning should be for average resources rather than for the recharge due to excess
rainfall or deficit rainfall. But the procedure that is being followed for computing unit draft does not
have any normalization procedure. Normally, if the year in which one collects the draft data in the
field is an excess rainfall year, the abstraction from ground water will be less. Similarly, if the year of
the computation of unit draft is a drought year the unit draft will be high. Hence, there is a
requirement to devise a methodology that can be used for the normalization of unit draft figures.
The following are the two simple techniques, which can be followed. If the unit draft values for one
rainfall cycle are available for at least 10 years second method shown in equation 31 is to be
followed or else the first method shown in equation 30 may be used.
×
=
=
∑
………………….………(
)
…………………………………………………..(
)
Although GEC-1997 methodology recommends a default value for the unit drafts, each State is using
its own values, generally after conducting field studies, even though without a documentation.
Hence, it is felt that this norm may be computed by the state agency, which is going to assess the
norms before commencement of the assessment. But it is strongly recommended that the field
studies should be documented and submitted along with the results of the assessment.
2.10. INDIA -GROUNDWATER RESOURCE ESTIMATION SYSTEM (IN-GRES)
“INDIA-GROUNDWATER RESOURCE ESTIMATION SYSTEM (IN-GRES) is a Software/Web-based
Application developed by CGWB in collaboration with IIT-Hyderabad. It will provide common and
standardized platform for Ground Water Resource Estimation for the entire country and its panIndia operationalization (Central and State Governments). The system will take ‘Data Input’ through
Excel as well as Forms, compute various ground water components (recharge, extraction etc.) and
classify assessment units into appropriate categories (safe, semi-critical, critical and over-exploited).
The Software uses GEC 2015 Methodology for estimation and calculation of Groundwater resources.
It allows for unique and homogeneous representation of groundwater fluxes as well as categories
for all the assessment units (AU) of the country.
URL of IN-GRES http://ingres.iith.ac.in
The detailed description about IN-GRES Software is given in Appendix-C.
32
Dynamic Ground Water Resources Assessment of India - 2020
CHAPTER 3
3.0 RAINFALL OF INDIA
Rainfall is the main source of ground water recharge in the country. However, distribution of rainfall
has a wide variation both in space and time. Rain gauge stations are established and maintained by
different departments and Undertakings of Central and State governments and also by private
parties as per their specific data requirements. Though the period of seasons varies from place to
place, for climatological purposes especially for rainfall, a year is divided into 4 seasons: Winter
(January and February), Pre monsoon (March to May), South West Monsoon (June to September)
and Post Monsoon (October to December). Most part of India receives rainfall mainly during SW
Monsoon season. However, main Rainfall season in Tamil Nadu is October–December. Jammu and
Kashmir, Himachal Pradesh and Uttarakhand receive significant rainfall in all four seasons.
Over 75% of the annual rainfall is received in the four rainy months for June to September only
there by leading to large variations on temporal scale. The average annual rainfall is 119 cm, but it
has great spatial variations. The areas on the Western Ghats and the Sub-Himalayan areas in North
East and Meghalaya Hills receive heavy rainfall of over 250 cm annually, whereas the Areas of
Northern parts of Kashmir and Western Rajasthan receive rainfall less than 40 cm. Rainfall Normals
have been computed using rainfall records of 50 years (1961-2010) of a network of 3800 Stations all
over the India. The two significant features of India's rainfall are that, in the north India, rainfall
decreases westwards and in the Peninsular India, it decreases eastwards and then increases in the
coastal region.
In 2019, the country received actual annual rainfall of 1288.8 mm which was 110% of its long period
average (LPA). The country received actual SW Monsoon season (June to September) rainfall of
971.8 mm which was 110% of its long period average (LPA). The rainfall for the country as whole
during Pre-monsoon, Postmonsoon and Winter season was 102.1mm, 161.1 mm & 51.5 mm which
was -22%, 30% & 26% of LPA respectively. The seasonal rainfall for the country as a whole was more
than the normal value for the all the seasons except Premonsoon. The rainfall deficiency for the
country as a whole was maximum (22%) during pre-Monsoon season.Annually, Met sub-divisionwise ,Konkan & Goa received highest rainfall of 4830.8 mm and Haryana; Chadigarh & Delhi received
lowest annual rainfall 0f 356.8 mm. [Source: Rainfall Statistics of India 2019 of India Meteorological
Department(Ministry of Earth Sciences), Report No.-MoES/IMD/HS/ Rainfall Report/01(2021)/57 ]
State wise seasonal and annual observed rainfall, and its percentage departure from normal rainfall
for the states have been given in Table 1. It may be observed that during 2019, annual highest area
weighted rainfall of 4489.5 mm was received at Goa and the lowest rainfall of 351.8 mm was
received at Haryana. However, on comparing with Normal rainfall, it may be seen that, Dadra &
Nagar Haveli (UT) was with the highest positive departure of 70% from its normal where as Manipur
remained with highest negative departure ( -54%) from normal.
Statewise monthly observed rainfall (mm) for the states have been given in Table 2. During SW
Monsoon season, monthly highest rainfall occurred 1513.2 mm over the state of Dadra & Nagar
Haveli (UT) in the month of July and minimum rainfall occurred 58.7 mm over the state Tamilnadu in
the month of July.
33
Dynamic Ground Water Resources Assessment of India - 2020
Table 1 : State Wise Seasonal and Annual Rainfall (mm)-Year 2019
STATES
Winter
EAST & NORTH EAST INDIA
ARUNACHAL
95.7
PRADESH
ASSAM
28.7
MEGHALAYA
29.8
NAGALAND
27.0
MANIPUR
14.3
MIZORAM
28.8
TRIPURA
48.1
SIKKIM
90.3
WEST BENGAL
73.8
JHARKHAND
25.6
BIHAR
30.8
NORTH WEST INDIA
UTTAR PRADESH
37.5
UTTARAKHAND
201.8
HARYANA
31.8
CHANDIGARH (UT)
76.8
DELHI
58.0
PUNJAB
101.2
HIMACHAL PRADESH
279.3
JAMMU & KASHMIR
356.9
RAJASTHAN
7.6
CENTRAL INDIA
ODISHA
24.2
MADHYA PRADESH
12.6
GUJARAT
0.8
DADRA & NAGAR
0.0
HAVELI (UT)
DAMAN & DIU (UT)
0.0
GOA
0.0
MAHARASHTRA
4.3
CHHATISGARH
25.8
SOUTH PENINSULA
A & N ISLAND (UT)
179.6
ANDHRA PRADESH
12.8
TELANGANA
24.6
TAMILNADU
4.8
PUDUCHERRY (UT)
5.0
KARNATAKA
4.5
KERALA
13.1
LAKSHADWEEP (UT)
28.1
Pre-Monsoon
SW-Monsoon
Post-Monsoon
Annual
573.4
1541.4
151.3
2433.3
604.9
919.9
314.2
159.3
224.7
572.9
714.6
250.4
110.3
69.3
1333.8
2432.8
1003.4
642.1
1526.9
1389.0
1825.1
1186.1
858.9
1049.4
161.2
365.6
241.5
151.2
166.6
242.8
110.0
223.2
143.0
42.2
2084.7
3844.4
1593.0
928.6
2178.5
2252.8
2740.0
1733.4
1137.8
1194.7
13.1
101.1
36.9
80.0
26.5
54.2
134.5
219.3
29.9
719.9
961.8
255.2
716.4
380.1
434.5
683.0
486.5
583.7
49.5
114.2
27.9
65.5
41.6
63.3
120.9
254.6
43.9
814.5
1378.9
351.8
938.7
546.9
653.2
1217.7
1324.1
665.1
148.6
18.2
0.7
0.0
1232.5
1351.1
993.3
3622.8
188.6
64.8
72.9
150.9
1593.9
1446.7
1067.8
3773.7
0.0
3.4
6.9
32.6
2161.6
3917.6
1329.8
1255.7
108.6
568.5
186.1
106.2
2270.3
4489.5
1555.8
1420.3
282.0
52.2
27.6
51.6
15.0
77.9
169.6
37.9
2331.3
565.2
806.9
401.6
553.2
1032.1
2309.8
1227.0
293.0
269.0
172.6
452.1
775.1
307.9
626.8
850.0
3086.0
899.2
1031.7
910.1
1317.0
1422.3
3119.2
2143.0
34
Dynamic Ground Water Resources Assessment of India - 2020
Table 2 : State-wise Monthly Rainfall (mm) - Year 2019
STATES
JAN
FEB
MAR
APR
MAY
JUN
JUL
AUG
SEP
OCT
NOV
DEC
EAST & NORTH EAST INDIA
ARUNACHAL
PRADESH
10.8
87.2
127.6
116.8
325.5
323.1
719.9
150.9
347.5
116.7
13.9
17.0
ASSAM
2.6
26.0
50.7
179.3
374.1
313.9
550.6
188.7
280.5
147.7
10.8
2.8
MEGHALAYA
1.2
28.6
18.6
344.1
489.6
632.5
1033.4
271.7
495.3
339.6
24.6
1.5
NAGALAND
9.6
17.5
55.5
130.2
128.5
214.6
265.7
243.5
285.8
199.3
38.7
3.4
MANIPUR
1.6
12.8
35.8
61.4
62.7
168.8
179.3
109.6
184.5
108.4
33.2
9.6
MIZORAM
0.5
28.4
18.5
53.0
181.3
296.1
722.0
263.2
245.6
121.9
41.6
3.1
TRIPURA
0.0
48.1
34.3
209.9
328.7
329.1
639.6
196.2
224.1
193.0
46.1
3.7
SIKKIM
16.8
73.5
168.7
170.2
375.8
415.8
597.1
327.4
484.8
81.9
6.5
21.7
WEST BENGAL
0.1
73.7
38.7
75.8
135.9
167.1
363.3
313.7
341.9
167.0
48.2
8.0
JHARKHAND
0.9
24.6
19.0
43.9
47.4
89.3
243.1
260.5
265.9
129.8
0.0
13.2
BIHAR
5.1
25.7
3.1
32.4
33.4
97.8
418.5
140.4
392.7
25.5
0.0
16.6
UTTAR PRADESH
13.5
23.9
5.1
4.8
3.2
40.2
296.9
169.1
213.8
18.7
4.7
25.7
UTTARAKHAND
76.3
125.4
33.8
39.5
27.8
84.3
288.8
360.1
228.6
32.0
24.0
58.2
HARYANA
14.6
17.1
7.8
11.4
17.7
18.9
131.0
83.6
21.7
5.0
13.1
9.7
CHANDIGARH (UT)
20.0
56.8
24.4
35.2
20.4
24.8
321.4
230.2
140.1
0.3
35.8
29.4
DELHI
34.8
23.1
5.1
7.9
13.5
6.6
167.4
149.2
57.4
13.5
4.5
22.6
PUNJAB
28.1
73.1
9.4
23.9
20.9
24.9
183.6
156.4
69.6
9.1
25.8
28.3
HIMACHAL PRADESH
84.7
194.7
60.7
32.5
41.3
55.5
213.9
320.6
93.1
21.8
49.0
50.2
JAMMU & KASHMIR
140.0
216.9
84.6
57.4
76.4
84.3
194.1
163.7
43.1
30.7
158.9
65.0
RAJASTHAN
5.4
2.2
1.3
11.6
17.0
46.3
173.4
248.2
115.8
22.3
17.7
3.8
ODISHA
1.3
22.9
24.9
38.9
84.9
146.6
300.7
445.2
339.9
176.1
10.7
1.8
MADHYA PRADESH
5.8
6.9
6.8
9.5
1.9
70.4
360.5
482.6
437.6
47.9
5.0
11.9
GUJARAT
0.5
0.3
0.0
0.6
0.1
84.8
188.1
401.8
318.7
52.4
19.1
1.5
0.0
0.0
0.0
0.0
0.0
364.7
1513.2
941.3
803.7
106.1
44.8
0.0
NORTH WEST INDIA
CENTRAL INDIA
DADRA &
HAVELI (UT)
NAGAR
35
Dynamic Ground Water Resources Assessment of India - 2020
STATES
JAN
FEB
MAR
APR
MAY
JUN
JUL
AUG
SEP
OCT
NOV
DEC
DAMAN & DIU (UT)
0.0
0.0
0.0
0.0
0.0
236.8
701.7
600.8
622.3
43.4
64.9
0.3
GOA
0.0
0.0
0.0
1.7
1.7
781.7
1302.7
1143.4
689.8
547.7
20.7
0.1
MAHARASHTRA
3.7
0.5
2.0
3.8
0.8
155.6
448.1
381.2
345.1
162.8
21.5
1.8
CHHATISGARH
14.9
10.9
12.2
8.2
12.3
129.4
369.1
409.1
348.1
100.3
0.7
5.2
A & N ISLAND (UT)
173.8
5.8
15.8
35.3
230.9
662.2
212.0
860.4
596.8
136.6
131.9
24.5
ANDHRA PRADESH
11.5
1.2
4.1
17.7
30.3
61.4
125.4
149.4
229.1
217.4
20.4
31.2
TELANGANA
23.2
1.5
2.1
13.9
11.6
85.8
219.9
260.0
241.2
160.3
9.4
3.0
TAMILNADU
2.1
2.7
3.1
18.6
29.9
33.6
58.7
133.3
176.0
224.5
124.5
103.1
PUDUCHERRY (UT)
0.0
5.0
0.0
3.1
13.7
30.5
125.7
176.0
221.0
295.3
218.4
261.4
KARNATAKA
0.8
3.7
3.3
26.4
48.2
151.2
252.3
395.8
232.8
268.7
28.8
10.3
KERALA
0.7
12.4
13.9
93.5
62.1
359.0
574.3
950.5
426.0
471.4
119.2
36.2
LAKSHADWEEP (UT)
0.0
28.1
4.1
22.4
11.4
242.5
489.4
338.4
156.7
503.4
40.0
306.7
Country as a whole
18.5
33.1
18.7
31.5
51.3
113.5
298.8
299.9
259.5
110.1
31.6
19.2
SOUTH PENINSULA
3.1 METEROLOGICAL SUBDIVISION-WISE ANNUAL & SEASONAL RAINFALL MAPS
The rainfall statistics is computed based on the receipt of rainfall data from about 3500 stations
spread over the entire country. Based on daily rainfall data of these stations, the rainfall of all the
districts is computed and using the rainfall of the districts, rainfall statistics for the Meteorological
(Met.) Subdivisions, states, the four broad regions and for the whole country have been computed.
The present publication includes the updated rainfall statistics for the country as a whole, for all the
four broad regions of India, 36 Met.Subdivisions, all States and UTs and 681 Districts of India. The
statistics is provided on monthly, 4 seasons i.e. Winter (Jan-Feb), Pre-Monsoon (Mar-May),
Southwest (SW) Monsoon (Jun-Sep) and Post-Monsoon (Oct-Dec), and on annual basis. The Rainfall
Normals used in this report are based on the rainfall records for the period from 1961-2010.
Percentage departure of rainfall from Rainfall Normals, besides these statistics, have been color
coded as per their categories. The list of categories, their corresponding ranges and color codes is
given in Table 3.
Met.Subdivision-wise rainfall maps for the year 2019 and for the four seasons depicting the
observed and normal rainfall values along with their percentage departure from normals with
defined colors for different categories are given below at Figure 3.1 to Figure 3.5. The normal rainfall
values are shown in Bold figures on the map where as the actual rainfall are shown in small figures.
Percentage departures of rainfall are shown within the brackets.
36
Dynamic Ground Water Resources Assessment of India - 2020
Fig. 3.1: Annual Rainfall Map-2019
Fig. 3.2: Pre-Monsoon Rainfall Map-2019
Fig. 3.3: Winter Rainfall Map-2019
37
Dynamic Ground Water Resources Assessment of India - 2020
Fig. 3.4: SW Monsoon Rainfall Map-2019
Fig. 3.5: Post-Monsoon Rainfall Map-2019
Table 3: The list of categories, their corresponding ranges and color codes
38
Dynamic Ground Water Resources Assessment of India - 2020
CHAPTER 4
4.0 HYDROGEOLOGICAL SETUP OF INDIA
India is occupied by a variety of hard and fissured formations, including crystalline, trappean basalt
and consolidated sedimentaries (including carbonate rocks), with patches of semi- consolidated
sediments in narrow intra-cratonic basins. Apart from this, the northern part of the country and
south of Himalayan terrain is occupied by alluvial formation stretching from Rajasthan in the west
to Brahmaputra valley in the east. Rugged topography, compact and fissured nature of the rock
formations combine to give rise to discontinuous aquifers, with moderate to poor yield potentials.
The near surface weathered mantle coupled with deeper fractures form an important aquifer in
case of hard rocks. In hard rock terrains, deep weathered pediments, lowlands, valley fills and
abandoned river channels, generally have adequate thickness of porous material, to act as
repositories of groundwater.
4.1 AQUIFER SYSTEMS OF INDIA
Various rock formations with different hydrogeological characteristics act as distinct aquifer systems
of varying dimensions. The aquifer systems of India can be broadly categorized in to 14 Principal
Groups. A brief description of the Principal Aquifer Systems (Fig. 4.1), as identified by CGWB (CGWB
2012) is given below.
4.1.1
Alluvial Aquifers
The Quaternary sediments comprising Recent Alluvium, Older Alluvium, Aeolian Alluvium (Silt/ Sand)
and Coastal Alluvium of Bay of Bengal are by and large important unconsolidated formations
constituting major alluvial aquifers. These sediments are essentially composed of clays, silts, sands,
pebbles, Kankar etc. These are by far the most significant ground water reservoirs for large scale and
extensive development. The hydrogeological environment and ground water regime in the IndoGanga-Brahmaputra basin indicate the existence of potential aquifers having enormous fresh ground
water reserves. Bestowed with high incidence of rainfall and covered by a thick pile of porous
sediments, these ground water reservoirs get replenished every year and are being used heavily. In
these areas, in addition to the Annual Replenishable Ground Water Resources available in the zone
of Water Level Fluctuation (Dynamic Ground Water Resource), there exists a huge ground water
reserve in the deeper part below the zone of fluctuation as well as in the deeper confined
aquifers.The coastal aquifers show wide variation in water quality, both laterally and vertically, thus
imposing quality constraints for groundwater development.
4.1.2
Laterite
Laterites are formed from the leaching (chemical weathering) of parent sedimentary rocks
(sandstones, clays, limestones); metamorphic rocks (schists, gneisses, migmatites) and igneous rocks
(granites, basalts, gabbros, peridotites). It is rich in iron and aluminium, formed in hot and wet
tropical areas. Laterites are the most wide spread and extensively developed aquifer especially in
the peninsular states of India. Laterite forms potential aquifers along valleys and topographic lows
where the thickness of the saturated zone is more and can sustain large diameter open wells for
domestic and irrigation use.
39
Dynamic Ground Water Resources Assessment of India - 2020
4.1.3
Sandstone, Shale Aquifers
The sandstone and shale aquifers generally belong to the group of rocks ranging in age from
Carboniferous to Mio-Pliocene. The terrestrial freshwater deposits belonging to Gondwana System
and the Tertiary deposits along the west and east coast of the peninsular region are included under
this category. The Gondwana sandstones form highly potential aquifers, locally. Elsewhere, they
have moderate potential and in places they yield meagre supplies. The Gondwanas, Lathis, Tipams,
Cuddalore sandstones and their equivalents are the most extensive productive aquifers in this
category.
4.1.4
Limestone Aquifers
The consolidated sedimentary rocks include carbonate rocks such as limestones, dolomite and
marble. Among the carbonate rocks, limestones occupy the largest area. In the carbonate rocks, the
principal water bearing zones are the fractures and solution cavities. Consolidated sedimentary rocks
of Cuddapah and Vindhyan subgroups and their equivalents consist of limestones/dolomites apart
from other major litho-units such as conglomerates, sandstones, shales, slates and quartzites.
4.1.5
Basalt Aquifers
Basalt is a basic volcanic rock which forms alternate layers of compact and vesicular beds of lava
flows as seen in the Deccan trap area. The ground water occurrence in basalts are controlled by
nature and extent of weathering, presence of vesicles and lava tubes, thickness of flows, number of
flows and the nature of inter-trappean layers. Basaltic aquifers have usually medium to low
permeability.Ground water occurrence in the Deccan Traps is controlled by the contrasting water
bearing properties of different flow units, thus, resulting in multiple aquifer system, at places. The
water bearing zones are the weathered and fractured zones.
4.1.6
Crystalline Aquifers
The crystalline hard rock aquifers such as granite, gneisses and high grade metamorphic rocks such
as charnockites and khondalites constitute good repository of ground water. Most of the results of
groundwater exploration projects have proven that hard rocks neither receive nor transmit water,
unless they are weathered and/or fractured.The aquifers are the weathered zone or the fracture
system.The fracture system includes fractures, joints, bedding planes, and solution holes. These
openings do not have an even distribution and are rather localized. The weathered zone is underlain
by semi-weathered rock, fractured rock followed by bedrock. The depth of the bed rock varies from
30-100 m.
In hard rock terrains, ground water occurs under phreatic condition in the mantle of weathered rock,
overlying the hard rock, while within the fissures, fractures, cracks, joints within the hard rock,
ground water is mostly under semi-confined or in the confined state. Compared to the volume of
water stored under semi-confined condition within the body of the hardrock, the storage in the
overlying phreatic aquifer is often much greater. In such cases, the network of fissures and fractures
serves as a permeable conduit feeding this water to the well. Ground water flow rarely occurs across
the topographical water divides and each basin or sub-basin can be treated as a separate
hydrogeological unit for planning the development of ground water resources.
40
Dynamic Ground Water Resources Assessment of India - 2020

PRINCIPAL AQUIFER SYSTEM
0
250
500
kilometers
IInndduu
ss R
R..
SRINAGAR
SRINAGAR
SRINAGAR
NE
PA
L
JAIPUR
JAIPUR
JAIPUR
BHUTAN
GANGTOK
GANGTOK
GANGTOK
ITANAGAR
ITANAGAR
ITANAGAR
R 
R
uutrtraa
maapp
hhm
BBrraa 
GUWAHATI
GUWAHATI
GUWAHATI
LUCKNOW
LUCKNOW
LUCKNOW
LUCKNOW
LUCKNOW
R..
ggaa R
G
Gaann
GANDHINAGAR
GANDHINAGAR
GANDHINAGAR
KOHIMA
KOHIMA
KOHIMA
SHILLONG 
SHILLONG
SHILLONG
PATNA
PATNA
PATNA

AGARTALA
AGARTALA
AGARTALA
AGARTALA
AGARTALA
AGARTALA
RANCHI
RANCHI
RANCHI
RANCHI
BHOPAL
BHOPAL
BHOPAL
IMPHAL
IMPHAL
IMPHAL
BANGLADESH
AIZAWL
AIZAWL
AIZAWL
KOLKATA
KOLKATA
KOLKATA
KOLKATA
KOLKATA
KOLKATA
R..
daa R
rmaad
N
Naarm
RAIPUR
RAIPUR
RAIPUR
RAIPUR
RAIPUR
DIU
DIU
DIU
DIU
DIU
DIU

DAMAN
DAMAN
DAMAN
DAMAN
DAMAN

SILVASSA
SILVASSA
SILVASSA
M
Maa
hhaan
BHUBANESHWAR
BHUBANESHWAR
BHUBANESHWAR
BHUBANESHWAR
BHUBANESHWAR
naadd
ii R
R..
MUMBAI
MUMBAI
MUMBAI
MUMBAI
MUMBAI
.
R.
rrii R
vvaa
aa
odd
GGo
HYDERABAD
HYDERABAD
HYDERABAD
HYDERABAD
HYDERABAD
KKrr
iisshh
nnaa
RR.
.

PANAJI
PANAJI
PANAJI
CHENNAI
CHENNAI
CHENNAI
BENGALURU
BENGALURU
PUDUCHERRY
PUDUCHERRY
PUDUCHERRY
PUDUCHERRY
PUDUCHERRY
KAVARATTI
KAVARATTI
KAVARATTI
PORT
PORT BLAIR
BLAIR
BLAIR
PORT
BLAIR
PORT
PORT
BLAIR
KKaavv
eerrii R
R..
LEGEND
Aquifers
THIRUVANANTHAPURAM
THIRUVANANTHAPURAM
THIRUVANANTHAPURAM
Alluvium
Quartzite
Laterite
Charnockite
State Boundary
Basalt
Khondalite
National Boundary
Sandstone
BGC
River
Shale
Gneiss
Limestone
Intrusives
Granite
Unclassified
Schist
Central Ground Water Board
Ministry of Water Resources, Govt. of India
Faridabad, India
Fig. 4.1: Principal Aquifer Systems of India
41

State Capital
MA
NEW
NEW DELHI
DELHI
DELHI
NEW
NEW
DELHI
NEW
DELHI
BUR
PA
KI
ST
AN
SHIMLA
SHIMLA
CHANDIGARH
CHANDIGARH
DEHRA
DEHRA
DEHRADUN
DUN
DUN
Dynamic Ground Water Resources Assessment of India - 2020
CHAPTER-5
5.0 GROUND WATER LEVEL SCENARIO IN THE COUNTRY
Ground water level is one of the basic data elements, which reflects the ground water regime in an
area. Central Ground Water Board (CGWB) monitors ground water levels four times a year during
January, April/ May, August and November through a network of 22730 observation wells spreading
throughout the country. The periodicity of ground water level monitoring by the State Governments
varies from State to State. The primary objective of monitoring the ground water level is to record
the response of ground water regime to the natural and anthropogenic stresses on recharge and
discharge components which are governed by geology, climate, physiography, land use pattern and
hydrologic characteristics. Natural conditions affecting the regime include climatic parameters like
rainfall, evapotranspiration etc. Anthropogenic influences include pumpage from the aquifer,
recharge due to irrigation systems and other practices like waste disposal etc. Water level data
generated and archived by CGWB along with data from State Government departments have been
used for assessment of ground water resources. An outline of groundwater scenario during the
period of assessment is given below.
5.1 GROUND WATER LEVEL SCENARIO (2019)
Ground water level data of Pre-monsoon 2019 for the country (Fig. 5.1) reveals that the general
depth to water level of the country ranges from 5 to 10 m bgl. Very shallow water level of less than
2 m bgl is observed in few states, such as Assam, Jharkhand, Odisha and Tripura in small patches.
Ground Water level in the range of 2-5 m bgl is seen in Assam, northern parts of Uttar Pradesh and
Bihar, Coastal parts of Odisha, few pockets in Andhra Pradesh, Gujarat and Maharashtra. Major part
of the country shows water level in the range 5-10 m bgl, especially in the states of Madhya Pradesh,
Uttar Pradesh, Bihar, Jharkhand, West Bengal, Odisha, Chhattisgarh, Maharashtra, Gujarat, Tamil
Nadu, Telangana and Karnataka. In major parts of north-western and western states, especially in
the states of Delhi, Haryana, Punjab and Rajasthan, depth to water level is generally deeper and
ranges from about 20 to more than 40 m bgl. The peninsular part of country recorded a water level
in the range of 5 to 20 m bgl. The maximum depth to water level of 128.15 m bgl is observed in
Bikaner district of Rajasthan whereas the minimum is less than 1 m bgl.
The ground water level data for November (Post-monsoon) 2019 (Fig. 5.2) for the country reveals
that the general depth to water level of the country ranges from 0 to 10 m bgl. Very shallow water
level of less than 2 m bgl is observed in the states of Assam, Odisha, Andhra Pradesh, Maharashtra,
Madhya Pradesh, Gujarat,Uttar Pradesh, West Bengal, Telangana, Tamil Nadu in small patches.
Majority of the wells monitored (approx. 39 %) shows water level in the range of 2- 5 m bgl, covering
almost the whole country, except the north western, western and parts of northern India. In major
parts of north-western and western states, depth to water level is generally deeper and ranges from
about 10- 40 m bgl. In parts Delhi, Haryana and Rajasthan, water level of more than 40 m bgl is also
recorded. The southern states, namely Kerala, Tamil Nadu, Karnataka and Telangana recorded a
water level in the range of 5 to 20 m bgl, in patches. The maximum depth to water level of 121.28 m
bgl is observed in Bikaner district of Rajasthan whereas the minimum is less than 1 m bgl.
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Dynamic Ground Water Resources Assessment of India - 2020
5.1.1
Fluctuation of Ground Water level: Pre-monsoon 2019 compared to Pre-monsoon 2016
A comparison of depth to water level of Premonsoon 2019 with Premonsoon 2016 (Fig. 5.3)
indicates that 51% of the analysed wells show decline in water level whereas almost 47% wells show
rise in water level. 2.5% wells show no change. Rise and decline in water level is primarily in the 0-2
m range. Decline of water level is quite prominent in the states/ UTs of Andhra Pradesh, Bihar,
Chandigarh, Dadra Nagar Haveli, Goa, Gujarat, Haryana, Jammu & Kashmir, Jharkhand, Karnataka,
Maharashtra, Meghalaya, Pondicherry, Punjab, Rajasthan, Tamil Nadu and Uttarakhand. Decline of
more than 4 m water level is observed in small pockets in the states of Andhra Pradesh, Chandigarh,
Dadra Nagar Haveli, Gujarat, Haryana, Jharkhand, Karnataka, Madhya Pradesh, Maharashtra, Punjab,
Rajasthan, Tamil Nadu, Telangana and Uttarakhand.
5.1.2
Fluctuation of Ground Water level: November 2019 compared to November 2016
A comparison of depth to water level of November 2019 with November2016 (Fig. 5.4) indicates that
69% of the analysed wells show rise in water level whereas 30% wells show decline in water level.
1% wells show no change. Rise and decline in water level is primarily in the 0-2 m range. Rise in
water level is prominently seen in the states/ UTs of Andhra Pradesh, Assam, Bihar, Chhattisgarh,
Dadra Nagar Haveli, Daman & Diu, Goa, Gujarat, Himachal Pradesh, Jammu & Kashmir, Jharkhand,
Karnataka, Kerala, Madhya Pradesh, Maharashtra, Odisha, Pondicherry, Tamil Nadu, Telangana,
Uttar Pradesh, Uttarakhand and West Bengal.
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Dynamic Ground Water Resources Assessment of India - 2020
Fig. 5.1: Pre-monsoon Depth to Water Level Map (2019)
44
Dynamic Ground Water Resources Assessment of India - 2020
Fig. 5.2: Post-monsoon Depth to Water Level Map (2019)
45
Dynamic Ground Water Resources Assessment of India - 2020
Fig. 5.3: Ground Water Level Fluctuation: Pre-monsoon 2019 compared to Pre-monsoon 2016
46
Dynamic Ground Water Resources Assessment of India - 2020
Fig. 5.4: Ground Water Level Fluctuation: November 2019 compared to November 2016
47
Dynamic Ground Water Resources Assessment of India - 2020
CHAPTER 6
6.0 GROUND WATER RESOURCES OF INDIA
The Dynamic ground water resources (as in 2020) of the entire country have been assessed jointly by
CGWB and State Ground Water Departments under the supervision of the State level Committees.
The dynamic ground water resources are also known as Annual Ground Water Recharge, since it gets
recharged every year from rainfall and other sources (secondary sources) such as applied irrigation
water, surface water bodies, water conservation structures, etc. Methodology adopted for the
assessment has been outlined in Chapter 2 of this report.This section provides a summary of the
Ground water Resources Assessment 2020 (GWRA-2020) made for the country.
6.1 DYNAMIC FRESH GROUND WATER RESOURCES
As per the 2020 assessment of Dynamic Ground Water Resources, the Total Annual Ground Water
Recharge for the entire country has been assessed as 436.15 billion cubic meter (bcm) and Total
natural discharges works out to be 38.51 bcm. Hence, Annual Extractable Ground Water Resources
for the entire country is 397.62 bcm.
Major source of ground water recharge is the monsoon rainfall, which is 249.65 bcm and about 57 %
of the total annual ground water recharge (Fig.6.1). The contribution in Annual Ground Water
Recharge from rainfall during monsoon season is more than 70% in the states/UT of Bihar, Goa,
Gujarat, Jharkhand, Kerala, Madhya Pradesh, Manipur, Meghalaya, Mizoram, Nagaland, Sikkim,
Andaman & Nicobar, Dadra & Nagar Haveli Daman & Diu and Lakshadweep. (Fig 6.2). The overall
contribution of rainfall (both monsoon & non-monsoon) recharge to country’s total annual ground
water recharge is 64 % and the share of recharge from ‘Other sources’ viz. canal seepage, return
flow from irrigation, recharge from tanks, ponds and water conservation structures taken together is
36 %.
State-wise Ground Water Resources of India (as in 2020) are given in Annexure-I and the districtwise figures for each State are given in Annexure-II. The over-all scenario of ground water resource
and extraction in the country is given in Fig. 6.1, 6.2, 6.3, 6.4 & 6.5.
Volumetric estimates are dependent on the areal extent of the assessment units. In order to
compare the ground water resource of different assessment units, the volumetric estimates of
annual ground water recharge have been converted to depth units (m) by dividing the annual
ground water recharge by the area of the respective assessment units (km2). Spatial variation in
annual ground water recharge (m) is shown in Fig 6.3. Annual Ground Water Recharge is significantly
high in the Indus-Ganga-Brahmaputra alluvial belt in the North, East and North East India covering
the states of Punjab, Haryana, Uttar Pradesh, Bihar, West Bengal and valley areas of North Eastern
States, where rainfall is plenty and thick piles of unconsolidated alluvial formations are conducive for
recharge. Annual Ground Water Recharge in these regions varies from 0.25 to more than 0.5 m. The
coastal alluvial belt particularly Eastern Coast also has relatively high annual ground water recharge,
in the range 0.25 to more than 0.5 m. In western India, particularly Rajasthan and parts of northern
Gujarat that have arid climate, the annual ground water recharge is scanty, mostly up to 0.025 m.
Similarly, in major parts of the southern peninsula covered with hardrock terrains, annual ground
48
Dynamic Ground Water Resources Assessment of India - 2020
water recharge mostly ranges from 0.10 to 0.15 m. This is primarily because of comparatively low
infiltration and storage capacity of the rock formations prevailing in the region. The remaining part
of Central India is mostly characterized by moderate recharge in the range of 0.10 to 0.25 m.
The overall estimate of Annual Ground Water Recharge for the entire country shows a increase of 4
bcm in the present assessment as compared to the last assessment i.e. 2017. The Annual Extractable
Ground Water Resources shows a increase of 5 bcm. The Annual Ground Water Extraction for
irrigation, domestic and Industrial uses has also decreased by 4 bcm. The main reasons for these
variations is attributed to refinement of parameters, refinement in well census data and changing
ground water regime.
Recharge from rainfall
during Monsoon
Season
19%
7%
17%
57%
Recharge from other
sources during
Monsoon Season
Recharge from rainfall
during Non- Monsoon
Season
Recharge from other
sources during NonMonsoon Season
Total Natural Discharges
Extraction for Irrigartion
Extraction for Industrial and Domestic Uses
Annual Extractable Ground Water Resource
11%
9%
89%
91%
Fig. 6.1: Ground Water Resources and Extraction Scenario in India, 2020
49
50
0%
10%
20%
30%
40%
50%
60%
70%
80%
90%
100%
State Wise Contribution of recharge components in Total Annual Ground
Water Recharge of India, 2020
Andaman and Nicobar
West Bengal
Uttarakhand
Uttar Pradesh
Tripura
Telangana
Tamil Nadu
Sikkim
Rajasthan
Punjab
Odisha
Nagaland
Mizoram
Meghalaya
Manipur
Maharashtra
Madhya Pradesh
Kerala
Karnataka
Jharkhand
Himachal Pradesh
Haryana
Gujarat
Goa
Delhi
Chhattisgarh
Bihar
Assam
Fig.6.2: State wise contribution of recharge components in Total Annual Ground Water Recharge of India, 2020
Recharge from other sources during Non-Monsoon Season
Chandigarh
Recharge from rainfall during Non- Monsoon Season
Dadra & Nagar Haveli
Recharge from other sources during Monsoon Season
Daman & Diu
Recharge from rainfall during Monsoon Season
Dynamic Ground Water Resources Assessment of India - 2020
Puducherry
Lakshadweep
Ladakh
Jammu and Kashmir
Arunachal Pradesh
Andhra Pradesh
Dynamic Ground Water Resources Assessment of India - 2020
Fig. 6.3: Spatial variation in annual ground water recharge, 2020
51
Dynamic Ground Water Resources Assessment of India - 2020
6.2 GROUND WATER EXTRACTION
The assessment of ground water extraction is carried out considering the Minor Irrigation Census
data and sample surveys carried out by the State Ground Water Departments. The Total Annual
Ground Water Extraction of the entire country for the year 2020 has been estimated as 244.92bcm.
Agriculture sector is the predominant consumer of ground water resources. About 89 % of total
annual ground water extraction i.e. 217.61 bcm is for irrigation use. Only 27.3 bcm is for Domestic &
Industrial use, which is about 11 % of the total extraction. In the states of Arunachal Pradesh, Delhi,
Goa, Kerala, Manipur, Meghalaya, Mizoram, Nagaland, Sikkim, Tripura, Andaman & Nicobar Island,
Chandigarh, Dadra & Nagar Haveli, Jammu & Kashmir, Ladakh and Lakshadweep the ground water
extraction for domestic uses is more than 40 % (Fig 6.4).
6.3 STAGE OF GROUND WATER EXTRACTION
The overall stage of groundwater development in the country is 61.6 %.The stage of ground water
Extraction is very high in the states of Delhi, Haryana, Punjab and Rajasthan, where it is more than
100%, which implies that in these states the annual ground water consumption is more than annual
extractable ground water resources. In the states of Tamil Nadu, Uttar Pradesh, Karnataka and UTs
of Chandigarh and Puducherry, the stage of ground water Extraction is between 60-100%. In rest of
the states, the stage of ground water extraction is below 60 %.
6.4 CATEGORIZATION OF ASSESSMENT UNITS
Out of the total 6965 assessment units (Blocks/ Taluks/ Mandals/ Districts/Firkas/Valleys), 1114 has
been categorized as ‘Over-exploited’, 270 as ‘Critical’, 1057 as ‘Semi-critical’, and 4427 units as
‘Safe’. There are 97 assessment units, which are completely saline. The State-wise and District-wise
numbers of assessment units under different categories are given in Annexure III (A) and Annexure
III (B) respectively.The percentage of Over-exploited and Critical administrative units more than 25%
of the total units are in Delhi, Haryana, Karnataka, Punjab, Rajasthan, Tamil Nadu (Fig. 6.5). The
State-wise name of the assessment units under Over-exploited, Critical and Semi-critical categories
and Quality problems in assessment units are given in Annexure IV (A) and Annexure IV (B)
respectively. Similarly out of 24.33 lakh sq km recharge worthy area of the country, 4.09 lakh sq km
( 17 %) are under ‘Over-Exploited’, 0.86 lakh sq km (4 %) are under ‘Critical’, 3.4 lakh sq km (14 %)
are under ’Semi-Critical’, 15.67 lakh sq km (64 %) are under ‘Safe’ and 0.3 lakh sq km (1 %) are
under ‘Saline’ category assessment units. State-wise and District-wise details are given in Annexure
III (E) and Annexure III (F) respectively. Out of 397.62 bcm of Total Annual Extractable Resources of
the country, 50.54 bcm (13 %) are under ‘Over-Exploited’, 12.71 bcm (3 %) are under ‘Critical’,
54.11 bcm (14 %) are under ’Semi-Critical’, 280.26 bcm (70 %) are under ‘Safe’ category
assessment units. State-wise and District-wise details are given in Annexure III (C) and Annexure III
(D) respectively.
The state wise summary of assessment units improved or deteriorated from 2017 to 2020
assessment and detailed comparison of categorization of assessment units from 2017 and 2020 are
given in Annexure V (A) and Annexure V(B) respectively.
52
53
0%
10%
20%
30%
40%
50%
60%
70%
80%
90%
100%
Andhra Pradesh
Arunachal Pradesh
Assam
Bihar
Extraction for Industrial Uses
Extraction for Domestic Uses
Fig. 6.4: State wise Irrigation Draft VsDomestic & Industrial
Extraction for Irrigation
State Wise Irrigation , Domestic and Industrial Extraction
Chhattisgarh
Delhi
Goa
Gujarat
Haryana
Himachal Pradesh
Jharkhand
Karnataka
Kerala
Madhya Pradesh
Maharashtra
Manipur
Meghalaya
Mizoram
Nagaland
Odisha
Punjab
Rajasthan
Sikkim
Tamil Nadu
Telangana
Tripura
Uttar Pradesh
Uttarakhand
West Bengal
Andaman and Nicobar
Chandigarh
Dadra & Nagar Haveli
Daman & Diu
Jammu and Kashmir
Ladakh
Lakshadweep
Puducherry
Dynamic Ground Water Resources Assessment of India - 2020
Dynamic Ground Water Resources Assessment of India - 2020
Fig. 6.5: Categorization of Assessment Units
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Dynamic Ground Water Resources Assessment of India - 2020
6.5 INTEGRATION OF GROUND WATER AND SURFACE WATER DATA WITH A VIEW TO FACILITATE
PLANNING FOR CONJUNCTIVE USE OF WATER RESOURCES
Assessment of ground water resources is based on the principle of water balance using the
equation ‘Inflow – Outflow = Change in Storage (of an aquifer)’. Major inflow components
includerecharge due to rainfall and recharge from other sources. Major outflow component is
ground water extraction for domestic, irrigation and industrial uses. Vertical flow across the
aquifer system, lateral flow along the aquifer system (throughflow), transpiration, evaporation and
base flow are other important components.
The area of each assessment unit (block/taluk/mandal/tehsil/firka etc.) is divided into command
area and non-command area for the purpose of assessment. If an assessment unit is having more
than 100 ha area under major and medium irrigation projects then that much area will be
considered as command area. For the command area,along with other data/information pertaining
to ground water resource assessment, data/information related to canal flowsis collected from the
relevant agencies for assessing the recharge from canal seepage. Similarly, data related to irrigation
water applied in the assessment area from surface and ground water sources in different seasons
are estimated for assessing the return flow from irrigation (return flow factor depends upon depth
to water level, paddy/non-paddy crops etc.). Recharge from water bodies/tanks/lakes are assessed
in the area based on average water spread area and recharge factor. Recharge from water
conservation structures in the area are assessed based on the storage capacity, number fillings and
recharge factor.All these data/information area are collected/compiled for assessment of ground
water resource of the assessment units. Based the ground water resources and surface water
sources availability assessed, integrated water resource management plan and planning for
conjunctive management of surface and ground water can be devised at block/assessment level by
the planners. This data/information collected/compiled for assessment will be very useful for local
administrators for managing water resources in a holistic and sustainable manner.
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Dynamic Ground Water Resources Assessment of India - 2020
CHAPTER 7
7.0 STATE WISE GROUND WATER RESOURCE SCENARIO
The ground water conditions, its availability and utilization scenario and categorization of
assessment units in different states are given in Annexure I, II, III & IV. State wise summaries are
given below.
7.1 ANDHRA PRADESH
The State is divided into 667 assessment units (Mandals) as the State is predominantly covered by
hardrocks. The Ground water resources of these watersheds were estimated separately for
Command, Non Command and Poor ground Water Quality areas for the reference year 2020. The
state is underlain by diverse rock types of different geological ages from Pre-Cambrian to Recent. As
much as 80% of the State is underlain by hard rock formations like Archaeans, Pre- Cambrians,
Cuddapahs, Kurnools and Deccan traps. The remaining 20% is underlain by soft rocks including
Gondwanas, Rajahmundry sandstone and Recent Alluvium.
The Ground water resources have been assessed watershed wise and are apportioned to mandals.
The Total Annual Ground Water Recharge of the State has been estimated as 24.15 bcm and Annual
Extractable Resource is 22.94 bcm. The current Annual Ground Water Extraction for all uses is 7.63
bcm and Stage of Ground Water Extraction is 33.26 %.
Out of 667 assessment units (mandals), 23 (3.45 %) units have been categorized, as ‘Over-exploited’,
15 units (2.25 %) as ‘Critical’, 40 units (6 %) as ‘Semi-Critical’, 551 units (82.61 %) as ‘Safe’ and 38
units (5.7 %) have been categorized as ‘Saline’. Similarly out of 137393.11 sq km recharge worthy
area of the State, 5560.45 sq km (4.05 %) area are under ‘Over-Exploited’, 2625.82 sq km (1.91 %)
under ‘Critical’, 7179.98 sq km (5.23 %) under ‘Semi-critical’, 116145.2 sq km (84.53 %) under ‘Safe’
and 5881.65 sq km (4.28 %) area under ‘Saline’ categories of assessment units. Out of total
22943.54mcm annual extractable ground water resources of the State, 438.21 mcm (1.91 %) are
under ‘Over-exploited’, 279.23 mcm (1.22 %) under ‘Critical’, 733.38 mcm (3.2 %) under ‘Semicritical’ and 21492.71 mcm (93.68 %) are under ‘Safe’ categories of assessment units.
As compared to 2017 assessment, the Total Annual Ground Water Recharge for the State has
increased from 21.22 bcm to 24.15 bcm, which is attributed to government interventions, e.g. water
conservation activities like Neeru-Chettu and emphasis on Micro Irrigation. The number of overexploited mandals has also decreased from 45 to 23 due to the above reasons.
7.2 ARUNACHAL PRADESH
The state of Arunachal Pradesh is underlain by diverse rock types of different geological ages from
Pre-Cambrian to Recent. Major part of the state is covered with consolidated crystalline rocks and
meta-sediments of Precambrian and Palaeozoic age, while Tertiary sediments consisting of semiconsolidated argillaceous assemblage, represented by the Disang, Barail, Tipam, Siwalik and Dihing
groups of rock, occupy periphery areas bordering Assam and behave as run-off and in select patches
functions as infiltration zone. In consolidated formations, ground water potential appears to be
limited. Semi-consolidated Tertiary formations are likely to give moderate or poor yield and
expected to be controlled by aquifer geometry and structural features. Ground water in both
56
Dynamic Ground Water Resources Assessment of India - 2020
consolidated and semi-consolidated formations also manifests as springs and in all geological
formations springs occur as both seasonal and perennial in nature.
Unconsolidated Quaternary sediments comprising the terrace deposits of Pleistocene (Bhabar zone)
and also the terrace and alluvial fan deposits of Holocene age prevail in the fringe valley areas and
as thin carpet in isolated structural valley sand with considerable thickness in open and wide valleys
joining Brahmaputra Alluvial plains.The unconsolidated alluvial sediments in the valley areas act as
good repositories for ground water development. Valleys adjoining Assam are most promising
where good thickness of granular zones is distributed. Discharge of the deep tube wells, tapping
mostly unconsolidated Quaternary sediments & at places Upper Tertiary formations, varies from
1.4m³/hr to 54m³/hr, while transmissivity ranges from 1 to 661m²/day.Storativity ranges from
0.35x10-3 to 6.65x10-3.
The ground water resource estimation of the state has been done district-wise. Ground water
resources of five districts namely Upper Siang, Anjaw, Dibang Valley, Kurung Kumey and Tawang
could not be estimated as they are hilly areas. The Annual Ground Water Recharge of the State has
been estimated as 3.19 bcm and Annual Extractable Annual Ground Water Resources is 2.92 bcm.
The Current Annual Ground Water Extraction is 0.011 bcm and Stage of Ground Water Extraction is
0.36 %. All the districts have been categorized as ‘Safe’ and there is no saline area in the State. As
compared to 2017 assessment, the Total Annual Ground Water Recharge has marginally increased
from 3.025 bcm to 3.19 bcm. There is no significant change in the current annual ground water
extraction.
7.3 ASSAM
The State is underlain mainly by unconsolidated Quaternary formation in Brahmaputra valley and
potential aquifers lie at shallow as well as deeper zone. The semi-consolidated Tertiary formations
are found to occur in the southern part of Karbi Anglong, Cachar, Karimganj and Hailakandi districts
and in Upper Assam covering southern fringe of Dibrugarh, Tinsukia, Sibsagar, Jorhat, Golaghat
districts.The consolidated Precambrian rocks occur mainly in N.C. Hills, Karbi-Anglong, Kamrup,
Goalpara, Dhubri, and Nagaon.
Ground water resources have been assessed district-wise due to paucity of block wise data. The
Total Annual Groundwater Recharge of the State has been estimated as 27.05 bcm and Annual
Extractable Groundwater Resources is 21.97 bcm. The Current Annual Ground Water Extraction for
all uses is 2.58 bcm and Stage of Ground Water Extraction is 11.73 %. All the 28 assessment units
have been categorized as ‘Safe’ and there is no saline area in the state.
As compared to 2017 assessment, the Total Annual Ground Water Recharge for the State has
decreased from 28.67 bcm in 2017 to 27.05 bcm in 2020, Annual Extractable Ground Water
Resources decreased from 24.26 bcm in 2017 to 21.97 bcm in 2020 and Total Ground Water
Extraction decreased from 2.73 bcm in 2017 to 2.58 bcm in 2020. These changes can be attributed
due to refinement of data. Stage of Ground Water Extraction increases from 11.25 % to 11.73 % due
to decrease in annual extractable resource.
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Dynamic Ground Water Resources Assessment of India - 2020
7.4 BIHAR
The State is covered with Gangetic alluvium in more than 89 % of its geographical area. The
consolidated formations occupy fringes in the southern parts of the state. Dug wells and shallow
tube wells tapping the phreatic zone are the common ground water abstraction structures. The
assessment of dynamic ground water resources has been carried out in 534 blocks of the State. The
Total Annual Ground Water Recharge has been worked out as 28.05 bcm with the Annual
Extractable Ground Water Resources as 25.46 bcm. The Current Annual Ground Water Extraction for
all uses has been estimated as 13.02 bcm and the Stage of Ground Water Extraction of the State is
51.14 %.
Out of the total 534 assessment units (blocks), 7 units (1.31 %) are ‘Over-exploited’, 5 units (0.94 %)
are ‘Critical’, 51 units (9.55 %) are ‘Semi-Critical’, 471 units (88.2 %) units are ‘Safe’ category. There is
no ‘Saline’ block in the State. Similarly out of 90348.70 sq km recharge worthy area of the State,
1086.47 sq km (1.2 %) area are under ‘Over-Exploited’, 613.97 sq km (0.68 %) under ‘Critical’,
7108.13 sq km (7.87 %) under ‘Semi-critical’, 81540.12 sq km (90.25 %) under ‘Safe’ categories of
assessment units. Out of total 25455.91 mcm annual extractable ground water resources of the
State, 306.51 mcm (1.2 %) are under ‘Over-exploited’, 171.72 mcm (0.67 %) under ‘Critical’, 2206.13
mcm (8.67 %) under ‘Semi-critical’ and 22771.55 mcm (89.45 %) are under ‘Safe’ categories of
assessment units.
As compared to 2017 assessment, the Total Annual Ground Water Recharge and Annual Extractable
Ground Water Resources for the State have decreased from 31.41 to 28.05 bcm and 28.99 to 25.46
bcm respectively. The Annual Ground Water Extraction has decreased from 13.26 to 13.02 bcm. The
changes in the parameters are due to reduction in rainfall recharge. Recharge from surface water
bodies and applied surface water irrigation increased due to Jal Jeevan Hariyali Mission (By Govt. of
Bihar) in which tanks & water bodies have been revived and renovated.
7.5 CHHATTISGARH
The State is underlain by diverse rock types of different geological ages from Pre-Cambrian to
Recent. 87% area of the State is underlain by hard rock and the ground water in these areas is being
tapped mostly by dug wells constructed in the weathered zone and bore wells tapping the deeper
aquifers. The yield of open (dug) wells varies from 1 to 2 lps and the yield of the bore wells ranges
from < 1 to 5 lps. About 13 % area of the State is occupied by Semi-consolidated sedimentary rocks
where Dug wells & tube wells have yield range of 1 to 10 lps.
The assessment of ground water resources has been carried out block-wise. The Total Annual
Ground Water Recharge of the State has been assessed as 12.65 bcm and Annual Extractable
Ground Water Resource is 11.55 bcm. The Total Current Annual Ground Water Extraction is 5.35
bcm and Stage of Ground Water Extraction is 46.34 %.
Out of 146 assessment units (blocks), 9 units (6.16 %) as ‘Critical’, 27 units (18.49 %) have been
categorized as ‘Semi-critical’ and 110 units (75.34 %) as ‘Safe’ categories of assessment units. There
are no ‘Over-exploited’ and ‘Saline’ categories of assessment units. Out of 106078.71 sq km recharge
worthy area of the State, 6297.20 sq km (5.94 %) area are under ‘Critical’, 16034.59 sq km (15.12 %)
under ‘Semi-critical’, 83746.92 sq km (78.95 %) under ‘Safe’ categories of assessment units. Out of
total 11547.65 mcm annual extractable ground water resources of the State, 947.66 mcm (8.21 %)
58
Dynamic Ground Water Resources Assessment of India - 2020
under ‘Critical’, 2232.5 mcm (19.33 %) under ‘Semi-critical’ and 8367.5 mcm (72.46 %) are under
‘Safe’ categories of assessment units.
In Chhattisgarh, the ground water development concentrates in the central part of the state
(Chhattisgarh basin) more as compared to the other parts of the State. Therefore, most of the ‘Semicritical’ and ‘Critical’ blocks are falling in the central part of the State. As compared to 2017
assessment, there is increase in the Total Annual Ground Water Recharge from 11.57 to 12.65 bcm,
while there is an increase in ground water extraction from 4.70 to 5.35 bcm. Stage of ground water
extraction has changed from 44.43 % to 46.34 %. Increase in Rainfall Recharge and return flow from
ground water irrigation resulted in the increase of Annual Ground Water Recharge and increase in
number of irrigation wells resulted in the increase of total extraction.
7.6 DELHI
The State is covered by diverse rock types of different geological ages from Pre-Cambrian to Recent.
As much as 89% of the State is occupied by alluvium and ground water is being tapped mostly
through tube wells. Yields of tube wells vary from 4 to 10 lps in older alluvial deposits and from 25 to
55 lps in newer alluvium. About 11 % of the State is occupied by quartzitic hard rock where bore
wells have yield of 0.6 to 5 lps.
The ground water resources assessment has been carried out tehsil-wise. The Total Annual Ground
Water Recharge of the State has been assessed as 0.32 bcm and Annual Extractable Ground Water
Resources is 0.29 bcm. The Total Current Annual Ground Water Extraction is 0.29 bcm and Stage of
Ground Water Extraction is 101.4 %.
Out of 34 assessment units (tehsils), 17 units (50 %) have been categorized as ‘Over-exploited’, 7
units (20.59 %) as ‘Critical’, 7 units (20.59 %) as ‘Semi-critical’, and 3 units (8.82 %) as ‘Safe’
categories of assessment units. Similarly out of 1487.61 sq km recharge worthy area of the State,
769.58 sq km (51.73 %) area are under ‘Over-Exploited’, 348.81 sq km (23.45 %) under ‘Critical’,
222.06 sq km (14.93 %) under ‘Semi-critical’, 147.16 sq km (9.89 %) under ‘Safe’ categories of
assessment units. Out of total 286.31 mcm annual extractable ground water resources of the State,
129.01 mcm (45.06 %) are under ‘Over-exploited’, 72.36 mcm (25.27 %) under ‘Critical’, 52.5 mcm
(18.34 %) under ‘Semi-critical’ and 32.44 mcm (11.33 %) are under ‘Safe’ categories of assessment
units.
As compared to 2017 assessment, the Total Annual Ground Water Recharge has almost remained
same and Annual Extractable Ground Water Resources decreased marginally from 0.30 bcm to 0.29
bcm. There is a decrease in the Annual Ground Water Extraction for the state from 0.36 bcm to 0.29
bcm and the Stage of Ground Water Extraction has decreased from 119.61 % to 101 %. The State is
over-exploited in terms of ground water extraction.
The decrease in the groundwater extraction can be attributed to refinement in database and
reduction in number of extraction wells due to vigilant regulation by State agency and increased
piped water supply by Delhi Jal Board in many areas of NCT Delhi which led to reduced dependency
on ground water.
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Dynamic Ground Water Resources Assessment of India - 2020
7.7 GOA
Major part of Goa State is covered by consolidated formations of Dharwar Super Group. Ground
water occurs under unconfined to semi-confined conditions in beach sands, laterites and weathered
and fractured crystalline rocks. The development of ground water from phreatic zone is mostly
through dug wells and shallow bore wells. The Ground Water Resources has been assessed talukwise. Total Annual Ground Water Recharge has been assessed as 0.402 bcm and Annual Extractable
Ground Water Resources as 0.322 bcm. The Annual Ground Water Extraction is 0.076 bcm and Stage
of Ground Water Extraction is 23.48 %. All 12 taluks in the State have been categorized as ‘Safe’.
As compared to 2017 assessment, the Total Annual Ground Water Recharge has increased due to
increase in recharge from other sources. The Annual Ground Water Extraction have marginally
increased. The Stage of Ground Water Extraction has decreased from 33.5 % to 23.48 %.
7.8 GUJARAT
The State is underlain by diverse rock types of different geological ages from Pre-Cambrian to
Recent. As much as 60% of the State is underlain by hard rock and rest by soft rock/alluvium
formations. In hard rock areas, the ground water is tapped mostly through dug wells constructed in
the weathered zone. Dug cum bore wells and deep bore wells are common for irrigation. In
alluvium/ soft rock areas, deep tube wells are common for both irrigation and domestic usage. The
yield of open (dug) wells varies from 2 to 10 m3/day, whereas that of tube wells ranges from less
than 10 to 100 m3/day. The assessment of groundwater resources has been carried out Taluka-wise.
Total Annual Ground Water Recharge of the State has been assessed as 26.8 bcm and Annual
Extractable Ground Water Resources as 24.86 bcm. The Annual Ground Water Extraction has been
assessed as 13.3 bcm and Stage of Ground Water Extraction as 53.5 %.
Out of 248 assessment units (taluks), 25 units (10.08 %) have been categorized as ‘Over- exploited’, 4
units (1.61 %) as ‘Critical’, 24 units (9.68 %) as ‘Semi-critical’, 182 units (73.39 %) as ‘Safe’ and there
are 13 units (5.24 %) as ‘Saline’ categories of assessment units. Similarly out of 158589.64 sq km
recharge worthy area of the State, 20603.36 sq km (12.99 %) area are under ‘Over-Exploited’,
2603.39 sq km (1.64 %) under ‘Critical’, 14848.27 sq km (9.36 %) under ‘Semi-critical’, 111108.94 sq
km (70.06 %) under ‘Safe’ and 9425.69 sq km (5.94 %) area under ‘Saline’ categories of assessment
units. Out of total 24905.26 mcm annual extractable ground water resources of the State, 2051.83
mcm (8.24 %) are under ‘Over-exploited’, 493.4 mcm (1.98 %) under ‘Critical’, 2564.8 mcm (10.3 %)
under ‘Semi-critical’ and 19795.23 mcm (79.48 %) are under ‘Safe’ categories of assessment units.
As compared to 2017 assessment, Total Annual Ground Water Recharge has increased from 22.37
bcm to 26.8 bcm and Annual Extractable Ground Water Resource has increased from 21.25 to 24.91
bcm. The increase in recharge can be attributed to recharge from surface water irrigation through
Narmada canal. The Annual Ground Water Extraction has decreased from 13.58 to 13.3 bcm. As
compared to 2017 assessment, the Total Annual Ground Water Recharge and Annual Extractable
Ground Water Resources have increased significantly and the Annual Ground Water Extraction
marginally decresed. Hence, the Stage of Ground Water Extraction has decreased from 63.89 % to
53.39 %.
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Dynamic Ground Water Resources Assessment of India - 2020
7.9 HARYANA
Haryana State is mainly occupied by the alluvial deposits, which cover around 98 % of the State
while hardrock covers around 2 %. Alluvial deposits are of Older and Newer types and consist chiefly
of clay, silt and fine to medium sand. Other deposits are piedmont deposits, which are confined to a
narrow zone, about 2 to 4 km wide, between Siwalik Hills and Alluvial Plains. Sand-dunes are found
in the districts of Bhiwani, Mahendragarh, Hissar and Sirsa. Coarse sand, gravels and boulders are
found to occur in piedmont areas and in the adjacent alluvial tracts. The hard rock formations
belong to the formation of Delhi systems of Pre- Cambrian age and occupy the southern part of the
state,while Shivalik system of Tertiary age are occupying the northern most part of the state.
Total Annual Ground Water Recharge of the State has been assessed as 9.53 bcm and Annual
Extractable Ground Water Resource is 8.63 bcm. The Total Current Annual Ground Water extraction
is 11.61 bcm and Stage of Ground Water extraction is 134.56 %.
Out of total 141 assessment units (blocks), 85 units (60.28 %) have been categorized as ‘Overexploited’, 12 units (8.51 %) as ‘Critical’, 14 units (9.93 %) as ‘Semi Critical’ and 30 units (21.28 %) as
‘Safe’ categories of assessment units. Similarly out of 40391.12 sq km recharge worthy area of the
State, 25035.10 sq km (61.98 %) area are under ‘Over-Exploited’, 2593.95 sq km (6.42 %) under
‘Critical’, 5203.35 sq km (12.88 %) under ‘Semi-critical’, 7558.72 sq km (18.71 %) under ‘Safe’
categories of assessment units. Out of total 8629.78 mcm annual extractable ground water
resources of the State, 5568.92 mcm (64.53 %) are under ‘Over-exploited’, 621.32 mcm (7.2 %)
under ‘Critical’, 983.94 mcm (11.4 %) under ‘Semi-critical’ and 1455.59 mcm (16.87 %) are under
‘Safe’ categories of assessment units.
As compared to 2017 assessment, the Total Annual Ground Water Recharge have decreased from
10.15 to 9.53 bcm in 2020, Annual Extractable Resources have decreased from 9.13 to 8.63 bcm and
the Annual Ground Water Extraction from 12.5 to 11.61 bcm. The Stage of Ground Water Extraction
has decreased from 137 % to 135 %. The reduction in draft is due to reduction in yield of wells.
7.10
HIMACHAL PRADESH
The diverse physiographic, climatic, topographic and geologic conditions have given rise to
diversified groundwater situation in different parts of the state. The rock formations ranging in age
from Archean to Recent occupy the State and control the occurrence and movement of ground
water depending upon aquifer composition, structure and deposition. Hilly and mountainous parts
with steep slopes mainly constitute the run off areas and have low ground water potential. In valley
and low-lying areas, unconsolidated / semi-consolidated formations form potential aquifers.
In consolidated formations the water availability is restricted to weathered mantle, joints/fractures,
weak planes, bedding planes and limestone caverns. The limestone associated with phyllite and
quartzite forms potential aquifers. In granites, potentiality of the aquifer is highly dependable on
the fracture intensity. In granitic aquifers the discharge ranges between 1-3 lps. Ground water in
hard rock areas is either developed though bore wells or natural springs are tapped for both
drinking and irrigation purposes.
In the unconsolidated formations the occurrence and movement of ground water is highly
dependent on lithology particularly the presence of clay content. The unconsolidated formations are
confined to valley areas, having good yield prospects that can sustain moderate to high capacity
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Dynamic Ground Water Resources Assessment of India - 2020
deep tube wells. The yield of the tube wells depends on the thickness of the total granular zones
available within the aquifers tapped which ranges from 5-40 lps in different valleys. The Ground
water resources have been assessed valley-wise.
Total Annual Ground Water Recharge of the State has been assessed as 1.07 bcm and Annual
Extractable Groundwater Resources is 0.97 bcm. The Current Annual Ground Water Extraction for
all uses is 0.357 bcm and Stage of Ground Water Extraction is 36.83 %. Out of the 10 assessment
units, all the ten assessment units have been categorized as ‘Safe’ and there is no saline assessment
unit in the State.
As compared to 2017 assessment, there is significant change in the Total Annual Ground Water
Recharge and Annual Extractable Ground Water resources. However, the Ground Water Extraction
has decreased from 0.39 to 0.36 bcm in 2020. This is due to refinement in the number of abstraction
structures as per well census data and revision in assessment unit boundaries as per slope map and
hydrogeological conditions. Hence, Stage of extraction has changed significantly.
7.11
JHARKHAND
The State is underlain by diverse rock types of different geological ages ranging from Archaean to
Recent. The major rock types are igneous and metamorphic rocks covering nearly 85 percent of the
geographical area of the state. The weathered zone ranging between 10-25 m acts as a good
repository of ground water. However, the secondary porosities below the weathered zones also
form potential aquifers. The yield of the exploratory wells ranges from negligible to 151m3/hr.The
yield of the dugwells ranges from 0.5 to 0.75m3/hr.The dug wells tapping the weathered mantle
have an average yield of 0.5 to 1.2 m3/hr. In Gondwana Super group, bore well discharge ranges
between 7 to 10m3/hr and in Tertiary formations, yield ranges from 18 to 78 m3/hr.TheYounger
Alluvium deposits are confined to patches.The depth of dug wells in general ranges between 10 to
15m bgl and that of shallow tube wells varies between 20 to 40mbgl.
Ground Water Resource of the State has been assessed block-wise. The Total Annual Ground Water
Recharge of the State has been assessed as 6.15 bcm and Annual Extractable Ground Water
Resources is 5.64 bcm. The Annual Ground Water Extraction is 1.64 bcm and Stage of Extraction is
29.13 %.
Out of 259 assessment units (blocks), 3 units (1.16 %) have been categorized as ‘Over-exploited’, 2
units (0.77 %) as ‘Critical’, 10 units (3.86 %) as ‘Semi-critical’ and rest 244 units (94.21 %) are under
‘Safe’ category and there is no saline assessment unit in the State. Similarly out of 60452.52 sq km
recharge worthy area of the State, 425.21 sq km (0.7 %) area are under ‘Over-Exploited’, 316.92 sq
km (0.52 %) under ‘Critical’, 2409.95 sq km (3.99 %) under ‘Semi-critical’ and 57300.44 sq km (94.79
%) under ‘Safe’ categories of assessment units. Out of total 5644.32 mcm annual extractable ground
water resources of the State, 48.7 mcm (0.86 %) are under ‘Over-exploited’, 41.1 mcm (0.73 %)
under ‘Critical’, 284.98 mcm (5.05 %) under ‘Semi-critical’ and 5269.54 mcm (93.36 %) are under
‘Safe’ categories of assessment units.
As compared to 2017 assessment, Total Annual Ground Water Recharge and Annual Extractable
Ground Water Resources have decreased from 6.21 to 6.15 bcm and 5.69 to 5.64 bcm respectively.
The Annual Ground Water Extraction for the State has increased from 1.58 to 1.64 bcm and the
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Dynamic Ground Water Resources Assessment of India - 2020
Stage of Ground Water Extraction has increased from 27.73 % to 29.13 %. The increase in stage of
extraction is due to urbanisation and industrialization, while the changes in the parameters can be
attributed to marginal decrease in recharge.
7.12
KARNATAKA
Karnataka State is underlain by rock types ranging in age from Archaean to Recent. Major portion of
the State is covered by Peninsular Gneisses, Granites and Dharwar Schists of Archaean
age.Substantial area in the northern part of Karnataka is underlain by basalts, which form a
continuation of the Deccan Traps occurring in Maharashtra. The sedimentaries comprising Bhima
and Kaladgis occupy a small area in the northern districts. The recent alluvium is restricted to a
narrow belt in the coastal area and along streamcourses.
The aquifer systems are classified into nine major groups depending upon their characteristics and
are Banded Gneissic Complex (BGC), Basalt, Schists, Granites, Charnockites, Limestones, Laterites,
Sandstones andalluvium.
The Annual Ground Water Recharge has been assessed as 18.15 bcm and the Annual Extractable
Ground Water resource is 16.4 bcm. The Current Annual Ground Water Extraction is 10.64 bcm and
the Stage of Ground Water Extraction is 64.85 %.
Out of the 227 assessment units (taluks), 52 units (29.91 %) have been categorized as ‘Over
exploited’, 10 units (4.41 %) as ‘Critical’, 35 units (15.42 %) as ‘Semi critical’ and 130 units (57.27 %)
have been categorized as ‘Safe’. There is no taluk under “Saline” category. Similarly out of 164340.79
sq km recharge worthy area of the State, 39262.92 sq km (23.89 %) area are under ‘Over-Exploited’,
8287.16 sq km (5.04 %) under ‘Critical’, 23867.47 sq km (14.52 %) under ‘Semi-critical’ and 92923.24
sq km (56.54 %) under ‘Safe’ categories of assessment units. Out of total 16395 mcm annual
extractable ground water resources of the State, 3185.03 mcm (19.43 %) are under ‘Over-exploited’,
778.99 mcm (4.75 %) under ‘Critical’, 2313.09 mcm (14.11 %) under ‘Semi-critical’ and 10118.72
mcm (61.72 %) are under ‘Safe’ categories of assessment units.
As compared to 2017 assessment, there is increase in Annual Ground Water Recharge from 16.84
bcm to 18.16 bcm, Annual Extractable Ground Water Resources from 14.79 bcm to 16.4 bcm. This is
mainly due to increase in recharge from ‘Other sources’. There is marginal increase in the Current
Annual Ground Water Extraction for all uses from 10.34 to 10.63 bcm during this period. Hence
overall, the Stage of Ground Water Extraction has decreased from 70 % to 64.85 %.
7.13
KERALA
The State of Kerala is underlain by diverse rock types of different geological ages from PreCambrian to Recent. Nearly, 88% of the State is underlain by crystalline rocks of Archaean age
comprising Schistose formations, Charnockites, Khondalites and Gneisses. All these formations are
intruded by dykes of younger age. The sedimentary formations of Tertiary age occurring along the
western parts of the State comprise four distinct beds viz. Alleppey, Vaikom, Quilon and Warkali.
The crystalline and the Tertiary formations are lateritized along the midland area. Yields of open
(dug) wells in these areas vary from 2 to 10 m3/day, whereas that of bore wells ranges from less
than 1 to 35 lps. About 12% of the State is underlain by Semi-consolidated and unconsolidated
sedimentary formations where dug wells and filter points have yields of 1 to 35 m3/day, whereas
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Dynamic Ground Water Resources Assessment of India - 2020
deep tube wells have yields in the range of 1 to 57 lps. Laterites, which cover most of the geological
formations in the major part of the state also forms an important aquifer in the state with dug wells
having yields in the range of 0.5 to 6 m3/day.
The ground water resources for the state have been assessed block-wise. Total Annual Ground
Water Recharge has been estimated as 5.65 bcm and Annual Extractable Ground Water Resource is
5.12 bcm. The Annual Ground Water Extraction is 2.65 bcm and Stage of Ground Water Extraction is
51.68 %.
Out of total 152 assessment units (blocks), 3 units (1.97 %) have been categorized as ‘Critical’, 29
units (19.08 %) as ‘Semi-Critical’ and 120 units (78.95 %) as ‘Safe’ categories of assessment units.
There is no ‘Over- exploited’ and ‘Saline’ assessment unit in the State. Similarly out of 27047.54 sq
km recharge worthy area of the State, 777.38 sq km (2.87 %) area are under ‘Critical’, 4325.19 sq km
(15.99 %) under ‘Semi-critical’ and 21944.97 sq km (81.13 %) area are under ‘Safe’ categories of
assessment units. Out of total 5119.58 mcm annual extractable ground water resources of the State,
136.45 mcm (2.67 %) are under ‘Critical’, 801.49 mcm (15.66 %) under ‘Semi-critical’ and 4181.63
mcm (81.68 %) are under ‘Safe’ categories of assessment units.
As compared to 2017 assessment, Total Annual Ground Water Recharge of the State has decreased
from 5.77 to 5.65 bcm and Annual Extractable Ground Water Resources from 5.21 to 5.12 bcm. The
Annual Ground Water Extraction has decreased from 2.67 to 2.65 bcm and the Stage of Ground
Water Extraction has increased from 51.27 % to 51.68 %. The change in precipitation, consequent
water level fluctuation and deeper water levels are reasons for marginal reduction in the recharge
figures. The number of Semi-critical blocks has decreased from 30 to 29. Chittur block has improved
from ‘Over-Exploited’ to ‘Critical’ Category due to additional recharge from rainfall and other
sources (water conservation structures). Two Semi- critical blocks i.e Parakkadavu and Elamdesom
has improved to ‘Safe’ Category mainly due to increase from water conservation structures.
7.14
MADHYA PRADESH
The State of Madhya Pradesh has varied hydrogeological characteristics due to which ground water
potential differs from place to place. The State is underlain by various Geological formations ranging
in age from the Archaean to the Recent. Hard rock areas cover more than 80% of total land area of
the State. These hard-rock areas show wide variations and complexities in nature and composition
of rocks, geological structures, geomorphological set up and hydro meteorological conditions. The
crystalline rocks of Archaean age like granite, gneiss, granulites, schist, quartzite and granitoids
occupy about 15% of geographical area of the State. The basaltic rocks of Deccan lava flows are the
predominant formations and occupy nearly 45% of total geographical area. The consolidated
sedimentary rocks of Vindhyan Super Group and Mahakoshal (Cuddapah) Super Group of
Proterozoic age occupy about 19% of total geographical area and the semi consolidated (Gondwana
Formation) occupies about 7%. Recent unconsolidated alluvial sediments occupy about 14% of total
geographical area.
Total Annual Ground Water Recharge of the State has been assessed as 36.16 bcm and Annual
Extractable Ground Water Resources is 33.38 bcm. The Annual Ground Water Extraction is 18.97
bcm and Stage of Ground Water Extraction is 56.82 %.
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Dynamic Ground Water Resources Assessment of India - 2020
Out of 317 assessment units (blocks), 26 units (8.21 %) has been categorized as ‘Over Exploited’, 8
units (2.52 %) as ‘Critical’, 50 units (15.77 %) as ‘Semi-Critical’ and 233 units (73.5 %) as ‘Safe’
categories of assessment units and there are no saline assessment unit. Similarly out of 272180.45
sq km recharge worthy area of the State, 22194.29 sq km (8.15 %) area are under ‘Over-Exploited’,
6078.98 sq km (2.23 %) under ‘Critical’, 42776.12 sq km (15.72 %) under ‘Semi-critical’ and
201131.06 sq km (73.90 %) under ‘Safe’ categories of assessment units. Out of total 33380.40 mcm
annual extractable ground water resources of the State, 3349.83 mcm (10.04 %) are under ‘Overexploited’, 754.83 mcm (2.26 %) under ‘Critical’, 5021.66 mcm (15.04 %) under ‘Semi-critical’ and
24254.07 mcm (72.66 %) are under ‘Safe’ categories of assessment units.
As compared to 2017 assessment, there is a marginal decrease in the recharge and increase in the
ground water extraction. The revision of well census data and population can be attributed to the
increase in ground water extraction, while the changes in the parameters can be attributed to
marginal decrease in recharge.
7.15
MAHARASTRA
The State is underlain by diverse rock types of different geological ages from Pre-Cambrian to
Recent. The state is mostly covered by Deccan Traps. The other geological formations, older and
younger than Deccan Traps, occur in the northeast and as isolated patches in the Sindhudurg and
Ratnagiri districts. Large part of the State is underlain by Basaltic hard rocks where dug wells are
predominant. They mostly tap the weathered zone and fractures/joints. The yield of dug wells varies
from 3 to 5 lps. A small part of the State is occupied by Semi- consolidated sedimentary rocks where
tubewells have an yield of 5 to 45 lps. The central part of Maharashtra which is a drought prone
area, receives very less rainfall i.e. from 400 to 700 mm, but the geology is favourable for the
ground water recharge. Hence, in this area the dependency on groundwater is very high. Two-third
of irrigation wells are from this area only. This primarily includes parts from Dhule, Nashik, Jalgaon,
Ahmednagar, Pune, Satara, Sangli, Solapur, Osmanabad, Beed and Aurangabad districts.
The Ground water resources have been assessed for 1535 watersheds in the state and subsequently
apportioned to taluk level. Total Annual Ground water Recharge of the State has been estimated as
32.01 bcm and Annual Extractable Ground Water Resources is 30.25 bcm. The Annual Ground
Water Extraction is 16.63 bcm and Stage of Ground Water Extraction is 54.9 %.
Out of 353 assessment units (taluks), 10 units (2.83 %) have been categorized as ‘Over-exploited’, 8
units (2.27 %) as ‘Critical’, 63 units (17.85 %) as ‘Semi-critical’ and remaining 271 units (76.77 %) as
‘Safe’ and 1 unit (0.28 %) as ‘Saline’ categories of assessment units. Similarly out of 259553.28 sq km
recharge worthy area of the State, 7672.81 sq km (2.96 %) area are under ‘Over-Exploited’, 8219.37
sq km (3.17 %) under ‘Critical’, 61590.57 sq km (23.73 %) under ‘Semi-critical’, 181293.63 sq km
(69.85 %) under ‘Safe’ and 776.89 sq km (0.03 %) area under ‘Saline’ categories of assessment units.
Out of total 30250.45 mcm annual extractable ground water resources of the State, 889.25 mcm
(2.94 %) are under ‘Over-exploited’, 950.09 mcm (3.14 %) under ‘Critical’, 6741 mcm (22.28 %) under
‘Semi-critical’ and 21670.11 mcm (71.64 %) are under ‘Safe’ categories of assessment units.
As compared to 2017 assessment, the Annual Ground Water Recharge in 2020 has increased from
31.64 to 32.01 bcm, Annual Extractable Ground Water Recharge from 29.9 to 30.25 bcm and Annual
Ground Water Extraction from 16.33 to 16.63 bcm. There is a marginal increase in the Stage of
Ground Water Extraction from 54.62 % to 54.9 %. The marginal increase in recharge due to the State
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Dynamic Ground Water Resources Assessment of India - 2020
government intervention of water conservation activities and the marginal increase in
draft/extraction is due to revision of well census data on the basis of functional wells.
7.16
MANIPUR
The State of Manipur is occupied by mostly North South parallel hill ranges made up of consolidated
and semi-consolidated rocks ranging in age from pre-Mesozoic to Miocene. The consolidated rocks
confined to the eastern part of the state along the Myanmar border. The semi-consolidated
formations, which cover almost the entire state, comprise shale, siltstone, sandstone and
conglomerate. These formations belong to Disang, Barail, Surma and Tipam group of rocks. In the
western and central part of the State, unconsolidated alluvium of quaternary age occurs in the
valleys and topographical lows. Ground water is restricted to secondary porosity in joints, fissures,
fractures and weathered residuum of consolidated and semi-consolidated rocks and inter-granular
pore spaces of alluvial deposits. In the valley, ground water is utilized through tube wells, tapping
granular zones with 10 to 20 m thickness, and the yield of the tube well varies from 10 to 30 m3/hr.
The Ground water resources for the state have been assessed district-wise due to paucity of block
wise data. Total Annual Ground Water Recharge of the State has been assessed as 0.51 bcm and
Annual Extractable Ground Water Resources as 0.46 bcm. The Annual Ground Water Extraction is
0.024 bcm and Stage of Ground Water extraction is 5.12 %. All the districts have been categorized as
‘Safe’ and there is no saline area in the state. The comparison with previous assessment shows there
is increase in the total ground water recharge from 0.43 bcm in 2017 to 0.51 bcm in 2020 while
annual extractable resource has increased from 0.39 bcm in 2017 to 0.46 bcm in 2020. This increase
can be attributed to refinement of data. Increase in ground water extraction from 0.006 bcm in 2017
to 0.024 bcm in 2020 is due to estimation of domestic extraction using Consumptive method.
7.17
MEGHALAYA
The Meghalaya State is essentially occupied by hard rocks belonging to the Archean gneissic
complex with acidic and basic intrusives and Precambrian Shillong Group of para metamorphites.
Ground water occurs under unconfined condition in the weathered residuum and fractured rocks
and restricted to about 150 m depth. The development of ground water is mostly by dug wells
which are restricted to the weathered zone and through bore wells including hand pumps which
mainly tap the semi-weathered and fractured zones in the hard rock. The south-western, southern
and south-eastern parts of the state is covered by semi- consolidated formations comprising
sandstones, shales, conglomerates, limestones etc. belonging to Cretaceous – Tertiary age. The
aquifers are formed by rock strata that are granular/porous, fissured/fractured or cavernous. These
aquifers are thick and discontinuous in nature. The unconsolidated sediments comprising sand,
gravel, silt, clay, etc. are found to occur as thin veneer along rivulets and as valley-fills.
The Ground water resources have been assessed district-wise due to paucity of block wise/
watershed wise data. Ground water resources of Greater Shillong (State capital) have been assessed
separately. Total Annual Ground Water Recharge of the State has been assessed as 2.04 bcm and
Annual Extractable Ground Water Resources as 1.82 bcm. The Annual Ground Water Extraction is
0.077 bcm and Stage of Ground Water Extraction is 4.22 %. All the 12 assessment units have been
categorized as ‘Safe’.
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Dynamic Ground Water Resources Assessment of India - 2020
As compared to 2017 assessment, the Annual Ground Water Recharge and Annual Extractable
Ground Water Resources have increased from 1.83 to 2.04 bcm and 1.64 to 1.8195 bcm respectively.
The reasons can be attributed to changes in rainfall. The Annual Ground Water Extraction has also
increased from 0.04 to 0.077 bcm due to refinement in data. Stage of ground water extraction has
consequently increased from 2.28 % to 4.22 %.
7.18
MIZORAM
The State is occupied mainly by the rocks of the Tertiary formation ranging in age from Oligocene to
Miocene to Recent. The Barail form the lowermost rock units comprising siltstone and bands of soft
and hard fine grained sandstone with strings of carbonaceous material and occur in the north
eastern part of the state. The Surma is divided into two formations, Bhuban and Bokabil. The
Bhuban is made up of grey sandstone and shale and occupies the major part of the State all along
the length of the state. The Bokabil, predominantly argillaceous, mostly occurs along the western
part of the State. The Tipam sandstone is of semi- consolidated nature comprising medium to coarse
grained sandstone with subordinate shale and occurs in limited extent in the north western part of
the state. The alluvial deposits comprising silt, clay and sands occur in the valley fill area with very
limited thickness. Ground water is confined only to valley filled areas and secondary porosities of
semi-consolidated rocks. These aquifers are the main source for springs. Ground water stored in the
hill slopes emanates in the form of springs, which are being used as a source for water supply. In the
valley area, the yield potential of tube wells within the depth range of 200 m tapping Tertiary
sandstone ranges from 120 to 330 liters per minute for drawdown of 13 to 20m. The transmissivity
and Storativity are to the tune of 11 to 46 m2/day and 4.28 x 10-4 respectively.
The ground water resources for the state have been assessed block-wise. Total Annual Ground
Water Recharge has been assessed as 0.222 bcm and Annual Extractable Ground Water Resource is
0.200 bcm. The Annual Ground Water Extraction is 0.008 bcm and Stage of Ground Water Extraction
is 3.81 %. All the 26 assessed blocks have been categorized as ‘Safe’. There are no saline areas in the
state. As compared to 2017 assessment, there is no change in annual ground water recharge, ground
water extraction or in stage of ground water extraction.
7.19
NAGALAND
The State is covered by rocks ranging in age from Pre-Cretaceous to Recent. The rock sequences
comprise the geosynclinals facies, represented by Disang Group, Barail Group, Surma Group, Tipam
Group, Namsang formation and Dihing Group. While the Disang and Surma Group of rocks are
mainly argillaceous, the Barail and Tipam groups are arenacious. The Girujan clay formation
overlying the Tipam sandstones is characterized by typical blue, mottled clay and argillaceous
sandstone beds. Older rocks occupy southern parts of the State, where as younger rocks are
exposed in the northern parts. The unconsolidated alluvial plains, comprising clay, sand pebble,
cobble and boulder assemblages, occupy the narrow, intermountain and open valleys in the
northern part of the state bordering upper reaches of Brahmaputra flood plains of Assam. The
consolidated formations are confined to the south eastern part of the State along the Burma
(Myanmar) border.
Ground water development potentiality in valley fill and alluvial deposits are restricted to
construction of open wells having depth of 15 to 20 metres and deep tube well down to 100 m
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Dynamic Ground Water Resources Assessment of India - 2020
depth which yield to the tune of 10 to 45 m3/day with more than 5 m drawdown. Water bearing
formations pertaining to Tertiary deposits are found to have moderate potentials which can sustain
deep tube wells having yield prospects varying from 10 to 20 m3/hr. The valleys underlain by Tipam
sandstones form good aquifers with yield prospects varying from 30 to 80 m3/hr. In the
consolidated formations, ground water abstraction structures can be constructed in structurally
weak zones. Ground water emerges as perennial springs which are the main source of water supply
for domestic needs in the state.
The ground water resources for the state have been assessed district-wise due to paucity of blockwise data. Total Annual Ground Water Recharge of the State has been assessed as 2.17 bcm and
Annual Extractable Ground Water Resource as 1.95 bcm. The Annual Ground Water Extraction is
0.021 bcm and Stage of Ground Water Extraction is 1.04 %. All the 11 districts have been categorized
as ‘Safe’. There is no saline area in the state. As compared to 2017 assessment, the Total Annual
Ground Water Recharge of the State has marginally decreased from 2.20 bcm to 2.17 bcm and
similarly, the Annual Extractable Ground Water Resource has decreased from 1.98 bcm to 1.95 bcm
and there is no significant change in annual ground water extraction.
7.20
ODISHA
The State is underlain by diverse rock types, which range in age from Precambrian to Cenozoic era.
The Precambrians occupy nearly 80 % of the total geographical area of the State. The Tertiary and
the Quaternary Alluvial formations are restricted mainly to the narrow coastal tracts. The
Gondwana group of rocks belonging to Paleozoic and Mesozoic era occurs in isolated patches in
different parts of the State. These formations occur in Talcher area of Angul district and in river
valley area of Sambalpur and Sundargarh districts. Ground water abstraction in the state is mostly
done by dug wells constructed in the weathered zone in hard rock areas and in shallow phreatic
aquifers in alluvial areas. The yield of open (dug) wells varies from 1 to 5 lps. However, at present,
bore wells, shallow to medium deep tube wells, filter point tube wells are also in use for ground
water abstraction both for domestic and irrigational purpose. The yield of bore wells varies from 2
to 5 lps in general depending on the occurrence of saturated fractures at depths. The yield from
shallow and medium deep tube wells may vary from 6 to 10 lps in general depending on the aquifer
disposition.
The Ground water resources in the state have been assessed block-wise. Total Annual Ground
Water Recharge of the State has been assessed as 17.08 bcm and Annual Extractable Ground Water
Resource as 15.7 bcm. The Annual Ground Water Extraction is 6.86 bcm and Stage of Ground Water
Extraction is 43.7 %.
Out of the total of 314 assessment units (blocks), 6 units (1.91 %) have been categorized as ‘Semicritical’, 302 units (96.18 %) as ‘Safe’ and 6 units (1.91 %) as ‘Saline’ categories of assessment units.
Similarly out of 121593.15 sq km recharge worthy area of the State, 2263.09 sq km (1.86 %) area are
under ‘Semi-critical’, 117148.73 sq km (96.34 %) under ‘Safe’ and 2181.33 sq km (1.79 %) area under
‘Saline’ categories of assessment units. Out of total 15712.93 mcm annual extractable ground water
resources of the State, 369.93 mcm (2.35 %) are under ‘Semi-critical’ and 15343.01 mcm (97.65 %)
are under ‘Safe’ categories of assessment units.
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Dynamic Ground Water Resources Assessment of India - 2020
As compared to 2017 assessment, there is an increase in Annual Ground Water Recharge and Annual
Extractable Ground Water Resources; also there is an increase in Annual Ground Water Extraction.
The stage of ground water extraction has increased to 43.7 % in 2020 as compared to 42.18 % in
2017.
7.21
PUNJAB
Punjab is one of the smallest states of India having 3 perennial rivers namely Sutlej, Beas and Ravi
and one non- perennial river Ghaggar. The Punjab State is a flat alluvial plain having a thin belt of
mountains along north eastern border and stable sand dunes are seen dotting the landscape in the
south western parts. The alluvial deposits in the State comprise sand, silt and clays often mixed with
kankar. Sandy zones of varying grade constitute abundant ground water resources & act as a
reservoir. The alluvial plain towards the hills is bordered by the piedmont deposits comprising Kandi
and Sirowal. Immediately south-west of the hills, Kandi belt is 10 to 15 km wide followed by Sirowal
which imperceptibly merges with the alluvial plain. Kandi deposit explored up to 450 m depth show
gradation from boulders to clays and at places an admixture of various grades in different
proportions. The Sirowal deposit is essentially composed of finer sediments but occasional gravel
beds are also encountered in them.
The ground water resources for the state have been assessed block-wise. Total Annual Ground
Water Recharge of the State has been assessed as 22.80 bcm and Annual Extractable Ground Water
Resource as 20.59 bcm. The Annual Ground Water Extraction is 33.85 bcm and Stage of Ground
Water Extraction is 164.42 %.
Out of the 150 assessment units (blocks), 117 units (78 %) have been categorized as ‘Overexploited’, 6 units (4 %) as ‘Critical’, 10 units (6.67 %) as ‘Semi-Critical’, and 17 units (11.33 %) as
‘Safe’. Similarly out of 49264.76 sq km recharge worthy area of the State, 38418.08 sq km (77.98 %)
area are under ‘Over-Exploited’, 1906.17 sq km (3.87 %) under ‘Critical’, 2392.74 sq km (4.86 %)
under ‘Semi-critical’, 6547.77 sq km (13.29 %) under ‘Safe’ categories of assessment units. Out of
total 20590.1 mcm annual extractable ground water resources of the State, 16263.23 mcm (78.99
%) are under ‘Over-exploited’, 980.13 mcm (4.76 %) under ‘Critical’, 827.95 mcm (4.02 %) under
‘Semi-critical’ and 2518.79 mcm (12.23 %) are under ‘Safe’ categories of assessment units.
As compared to 2017 estimates, the Annual Ground Water Recharge has decreased from 23.93 to
22.80 bcm and similarly, Annual Extractable Ground Water Resource decreased from 21.58 to 20.59
bcm and total current annual ground water extraction decreased from 35.78 to 33.85 bcm. The
stage of ground water extraction has decreased from 165.77 to 164.42 %. The reduction in recharge
is due to less rainfall, lining of unlined canals and decreased extraction is due to decrease in area of
paddy cultivation from 29.3 lakh hectares to 26.3 lakh hectares.
7.22
RAJASTHAN
The State of Rajasthan has diversified geology,ranging from Archean metamorphic to recent alluvial
sediments. Based upon geological diversities, geomorphological setup and ground water
potentialities, the state of Rajasthan can be divided into three broad hydrogeological units. (i)
Unconsolidated formation (ii) Semi-consolidated formation (iii) Consolidated (Fissured formation).
Large part of the State is underlain by Quaternary sediments (Thar Desert) consisting of clay, silt,
sand and gravel of various grades. The fine sand and clay with or without Kankar layers have formed
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Dynamic Ground Water Resources Assessment of India - 2020
multi layered aquifer system. Exploratory drilling data reveals that the yield vary from meagre to
10m3/day, transmissivity ranges between 80 to 300 m2/day and storage co-efficient vary from 1.1x
10-5to 3.9x10-6in the state. Sandstone belonging to the Vindhyan formation is compact in nature
and has low primary porosity. Ground Water occurs within the weathered residue and in the
secondary porosity underneath. In general,the thickness varies from 5to10m.Yield potential is
limited due to compact nature of the formation. The limestone is also having low ground water
potential. The yields of dug wells vary from 0.25 to 0.75m3/day. The yield of the wells drilled in
Vindhayan formation has been observed to be 15m3/day, tapping fractures between 50-75mbgl. In
consolidated formation (Fissured) the thickness of the weathered zone varies from5 to 50m.Ground
Water occurs under unconfined condition within the weathered zone. The results of the exploratory
drilling carried out by CGWB in hardrock are as indicate presence of productive fractures down to a
depth of 100m and yield varies from 3 to 15m3/day, whereas transmissivity varies from 3 to 30
m2/day.
The Ground water resources for the state have been assessed block-wise. Total Annual Ground
water Rechargeof the State has been assessed as 12.24 bcm and Annual Extractable Ground Water
Resource as 11.07 bcm. The Annual Ground Water Extraction is 16.63 bcm and the Stage of ground
water extraction in the state is 150.2 %.
Out of the 295 assessment units (blocks), 203 units (68.81 %) have been categorized as ‘Over
Exploited’, 23 units (7.8 %) as ‘Critical’, 29 units (9.83 %) as ‘Semi-Critical’, 37 units (12.54 %) blocks
as ‘Safe’ and 3 units (1.02 %) as ‘Saline’. Similarly out of 290721.07 sq km recharge worthy area of
the State, 188661.64 sq km (64.89 %) area are under ‘Over-Exploited’, 18905.87 sq km (6.5 %) under
‘Critical’, 27405.92 sq km (9.43 %) under ‘Semi-critical’, 46811.75 sq km (16.1 %) under ‘Safe’ and
8935.89 sq km (3.07 %) area under ‘Saline’ categories of assessment units. Out of total 11073.63
mcm annual extractable ground water resources of the State, 7780.42 mcm (70.26 %) are under
‘Over-exploited’, 706.85 mcm (6.38 %) under ‘Critical’, 1441.41 mcm (13.02 %) under ‘Semi-critical’
and 1144.95 mcm (10.34 %) are under ‘Safe’ categories of assessment units.
As compared to 2017 assessment, the Annual Ground Water Recharge and Annual Extractable
Ground Water Resource have decreased from 13.2 to 12.24 bcm and 11.99 to 11.07 bcm
respectively. Annual ground water extraction has decreaded from 16.77 bcm to 16.63 bcm. And the
stage of ground water extraction has increased from 139.88 % to 150.2 %. The change in Annual
Ground Water recharge is because of change in rainfall data for recharge. The marginal change in
annual ground water extraction is due to revision of well census data and change in irrigated land
area.
7.23
SIKKIM
Sikkim is a small mountainous State characterized by rugged undulating topography with series of
ridges and valleys. The various rock types prevalent in the state are Pelitic Carbonate rocks and
Gondwanas over a gneissic basement and occasional Colluvials and valley fill deposits, as well as
alluvial terrains along higher order streams and river courses. The formations reveal an intense
tectonic-structurally complex deformational history. Ground water occurs largely in disconnected
localized pockets and in deeper fractures zones. Springs are the main source and conduits of water.
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Dynamic Ground Water Resources Assessment of India - 2020
The ground water resource assessment (in 2020) for the State of Sikkim has been carried out as per
GEC 2015 guidelines through ‘IN-GRES’, with Districts as primary assessment units. The Total Annual
Ground Water Recharge has been estimated at 0.96 bcm and the Annual Extractable Ground Water
Resource has been estimated at 0.86 bcm. The Current Annual Ground Water Extraction for all uses
has been estimated at 0.007 bcm, which translates into a Stage of Ground Water Extraction at 0.86
%, and as per the present assessment all the four assessment units (Four Districts – East, North,
South & West) are in ‘SAFE’ category.
As compared to 2017 assessment, Annual Extractable Ground Water Resource reduced from 1.52
bcm to 0.8645 bcm. The Annual Ground Water Extraction from all sources though marginally
increased from 0.000874 bcm to 0.007431 bcm. As a result, the Stage of Ground Water Extraction
marginally increased from 0.057 % to 0.86 %.
Decrease in annual rainfall resulted in minor decrease in recharge, which is reflected in marginal
decrease in Annual Extractable Resource. The marginal increase in Annual Ground Water Extraction
is attributed to the growth of industries in the districts, utilizing ground water for industrial use,
resulting in marginal increase in the Stage of Ground Water Extraction.
7.24
TAMIL NADU
Tamil Nadu state is underlain by diverse hydrogeological formations. Nearly 73 % of the state is
occupied by hard rocks, semi-consolidated and consolidated formations which are mainly confined
to the eastern part including the coastal tract. In the hard rock areas, groundwater is developed
through dug wells tapping the weathered zone and dug cum bore wells and bore wells tap the
deeper fractures down to a depth of 300 m. In semi consolidated and unconsolidated formation,
shallow zones are tapped by filter points and shallow tube wells and deeper zones through deeper
tube wells. The yield of open wells vary from 1 to 3 lps, where as in dug wells tapping soft rocks
including sedimentary formations, the yield is up to 10 lps. The yield from unconsolidated and semi
consolidated formations are in general 10 to 20 lps and also as high as 40 lps are also noticed at
select places.
The ground water resources for the State have been assessed firka-wise. Total Annual Ground
Water Recharge of the State has been assessed as 19.59 bcm and Annual Extractable Ground Water
resources as 17.7 bcm. The Annual Ground Water Extraction is 14.67 bcm and Stage of Ground
Water Extraction as 82.9 %.
Out of 1166 assessment units (firkas), 435 units (37.31 %) have been categorized as ‘Over Exploited’,
63 units (5.4 %) as ‘Critical’, 225 units (19.3 %) as ‘Semi-Critical’, 409 units (35.08 %) as ‘Safe’ and 34
units (2.92 %) have been categorized as ‘Saline’. Similarly out of 108367.38 sq km recharge worthy
area of the State, 39907.51 sq km (36.83 %) area are under ‘Over-Exploited’, 6075.97 sq km (5.61 %)
under ‘Critical’, 21409.28 sq km (19.76 %) under ‘Semi-critical’, 37852.37 sq km (34.93 %) under
‘Safe’ and 3122.25 sq km (2.88 %) area under ‘Saline’ categories of assessment units. Out of total
17690.07 mcm annual extractable ground water resources of the State, 5744.07 mcm (32.47 %) are
under ‘Over-exploited’, 1050.93 mcm (5.94 %) under ‘Critical’, 3921.48 mcm (22.17 %) under ‘Semicritical’ and 6973.59 mcm (39.42 %) are under ‘Safe’ categories of assessment units.
As compared to 2017 assessment, Total Annual Ground Water Recharge has decreased from 20.22
to 19.59 bcm. The Annual Extractable Ground Water Resources has decreased from 18.2 to 17.7 bcm
and the annual ground water extraction has decreased from 14.73 to 14.67 bcm. Consequently,
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Dynamic Ground Water Resources Assessment of India - 2020
there is an increase in the stage of ground water extraction from 80.94 % to 82.42 %. The marginal
reduction in recharge is due to changes in rainfall recharge and decreased extraction is due to
revision of well census data.
7.25
TELENGANA
The State of Telangana shares its boundaries with Andhra Pradesh, Chattisgarh, Maharashtra and
Karnataka. The state has 2 major rivers, the Godavari and the Krishna. The River Godavari with its
tributaries Pranahita, Manjeera, Maneru, Indravati, and Kinnerasani drains through the northern
parts of the State. The river flows through Adilabad, Karimnagar, Nizamabad, Medak, Warangal and
Khammam districts. The River Krishna with its tributaries Tungabhadra, Bheema, Musi, Paleru and
Munneru flows through the Southern parts of the State. It drains through Mahabubnagar, Ranga
Reddy and Nalgonda districts.
Telangana state is characterized by wide range of geological formations from Archaean to Recent
age. Nearly 85% of the state is underlain by hard rocks (consolidated formations) belonging to the
Peninsular Gneissic Complex, Dharwar and Eastern Ghats of Archaean to Middle Proterozoic age,
Pakhal Group of rocks belonging to Middle to Upper Proterozoic age and Deccan Traps.In hardrocks
average well yields are around 50 to 125 lpm.The rest of the state is underlain by semi consolidated
sediments formations encompassing Gondwanas, Tertiary group of formations and Sub-Recent to
Recent unconsolidated sediments. In Kamthi sandstones, the tube-wells constructed down to
250mbgl and yield varies from 13 to 162m3/hour. Within the 200m depth range yield varies from
1.5 to 16.6lps for draw-down of 9 to 30m. Transmissivity of these aquifers varies between 28 and
950m2/day. The unconsolidated formations are represented by inland river alluvium.The alluvial
aquifers have high porosity and permeability. Filter points are most common in this formation. Filter
points drilled down to a depth of 10 to 15m bgl yield between 150 to1500lpm.
The Ground water resources for the state have been assessed watershed-wise and apportioned to
mandal-wise. Total Annual Groundwater recharge of the State has been assessed as 16.63 bcm and
Annual extractable Ground Water resource as 15.03 bcm. The Annual Ground Water Extraction is
8.01 bcm and Stage of Ground Water Extraction is 53.32 %.
Out of 589 assessment units (mandals), 44 units (7.47 %) have been categorized as ‘Over Exploited’,
44 units (7.47 %) as ‘Critical’, 180 units (30.56 %) as ‘Semi-Critical’ and 321 units (54.5 %) as ‘Safe’.
There is no ‘Saline’ category of assessment unit in the state. Similarly out of 105171.69 sq km
recharge worthy area of the State, 4062.07 sq km (3.86 %) area are under ‘Over-Exploited’, 6339.21
sq km (6.03 %) under ‘Critical’, 31428.83 sq km (29.88 %) under ‘Semi-critical’, 63341.58 sq km
(60.23 %) under ‘Safe’ categories of assessment units. Out of total 15026.12 mcm annual extractable
ground water resources of the State, 460.60 mcm (3.07 %) are under ‘Over-exploited’, 700.20 mcm
(4.66 %) under ‘Critical’, 3461.87 mcm (23.04 %) under ‘Semi-critical’ and 10403.46 mcm (69.24 %)
are under ‘Safe’ categories of assessment units.
As compared to 2017 assessment, Total Annual Ground Water Recharge of the State has incresed
from 13.62 to 16.63 bcm. This is mainly due increase in recharge from ‘Other sources’. The Annual
Extractable Ground Water Resources has increased from 12.37 to 15.03 bcm. The Current Annual
Groundwater Extraction for all uses has marginally decreased from 8.09 to 8.01 bcm. The overall
Stage of Ground Water Extraction decreased from 65.45 to 53.32 %. This can be attributed to
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Dynamic Ground Water Resources Assessment of India - 2020
government interventions like water conservation activities under Mission Kakatiya, improvement in
surface water irrigation and drinking water supply under Mission Bhagiratha etc.
7.26
TRIPURA
The State of Tripura is occupied by the rocks ranging in age from Upper Tertiary to Quaternary.
Mobile trough geosynclinal deposition of Barail group followed by flysch type of Surma & Tipam
sediments, overlain by Dupitila formation, is noticed in the State. Most of the longitudinal synclinal
valleys of the state are the basins of deposition of recent formation. Recent alluvium occurs along
the streams and the flood plains of major rivers.
Ground water occurs under unconfined condition in Dupitila, Recent & Tipam formations. Besides, it
also occurs under confined to semi-confined conditions in Tipam formation at considerable depth.
Recharge areas for the deeper aquifer lies in the adjacent anticlinal hills. Wherever a good thickness
of impermeable clay beds underlie & overlie the saturated granular zones, auto flow artesian
conditions have been found in the valleys, which are the discharge area. The artesian flowing
conditions occur in patches both at shallow depth and at deeper depth. The auto discharge of the
flowing wells in the State ranges from 100 to 6000 lph, the maximum auto discharge from deep
tube well to the extent of 54000 lph has been found in Khowai valley near Khowai town, where the
piezometric head rose up to 7 m above ground level.
Ground water resources have been assessed block-wise. Total Annual Ground Water Recharge of the
State has been assessed as 1.47 bcm and Annual Extractable Ground Water Resource as 1.24 bcm.
The Annual Ground Water Extraction is 0.099 bcm and Stage of Ground Water Extraction is 7.94 %.
All the 59 assessment units have been categorized as ‘Safe’. As compared to 2017 assessment, there
is no significant change in ground water recharge and ground water extraction in the State.
7.27
UTTAR PRADESH
The State of Uttar Pradesh is categorized with five distinct hydrogeological units – Bhabar, Terai,
Central Ganga Plains, Marginal Alluvial Plain, Southern Peninsular area. Bhabar is mainly the
recharge zone having deeper water levels. Ground water extraction in phreatic aquifer is through
hand pumps, dug wells, dug cum bore wells and shallow tube wells. The yield from these wells has
been generally found to be in the range of 40 to 60 lps. Terai zone lies between Bhabar in the North
and Central Ganga Plain in the South. It is characterized by fine grained sediments with occasional
pebbles and boulders. The average yield of tube wells constructed in this zone varies from 30 to 60
lps with moderate drawdown. Central Ganga Plain constitutes the most promising ground water
repository characterized by multi-layered aquifer systems. The yield of the open wells and hand
pumps constructed in the phreatic aquifer vary from 5 to 10 lps. The tube wells in the phreatic
aquifer yield between 20 to 28 lps at 6 to 8 m drawdown. Marginal alluvial plain consists of kankar
mixed clay-silt beds intercalated with sand and gravel lenses. The aquifer in this area is capable of
yielding 15 to 40 lps at moderate drawdown. Southern part mainly occupied by Hard rocks
comprising of Granite/ Granitic Gneiss and Marginal Alluvium in Bundelkhand Region and Vindyan
Sedimentary formations in Mirzapur and Sonebhadra Districts. The wells tapping these formations
generally recorded yield between 2 to 8 lps.The Ground water resources have been assessed blockwise.
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Dynamic Ground Water Resources Assessment of India - 2020
Total Annual Ground Water Recharge of the state has been assessed as 72.19 bcm and Annual
Extractable Ground Water Resource as 66.88 bcm. The Annual Ground Water Extraction is 46.03
bcm and Stage of Ground Water Extraction is 68.83 %.
Out of the 830 assessment units consisting 820 blocks and 10 cities, 66 units (7.95 %) have been
categorized as ‘Over- exploited’, 49 units (5.9 %) as ‘Critical’, 174 units (20.96 %) as ‘Semi-critical’
and 541 units (65.18 %) as ‘Safe’. Similarly out of 229657.75 sq km recharge worthy area of the
State, 15707.61 sq km (6.84 %) area are under ‘Over-Exploited’, 13117.04 sq km (5.71 %) under
‘Critical’, 52007.48 sq km (22.65 %) under ‘Semi-critical’, 148825.61 sq km (64.8 %) under ‘Safe’
categories of assessment units. Out of total 66882.45 mcm annual extractable ground water
resources of the State, 4304.1 mcm (6.44 %) are under ‘Over-exploited’, 3822.59 mcm (5.72 %)
under ‘Critical’, 12755.08 mcm (19.07 %) under ‘Semi-critical’ and 46000.68 mcm (68.78 %) are
under ‘Safe’ categories of assessment units.
As compared to 2017 assessment, ground water extraction figure increased minutely. The stage of
ground water extraction has also marginally decreased from 70.18 % to 68.83%. Increasing recharge
values can be attributed to increase in rainfall during 2019 throughout the states.
7.28
UTTARAKHAND
Uttarakhand State has a distinct geological attribute with wide variety of rock units ranging in age
from Archean to Quaternary. About 85 % of the geographical area of the state is mountainous and
underlain by hard rocks. Ground water in the hard rock area is harnessed through the springs and
hand pump tapping the weathered zone. Discharge of springs in the Lesser Himalaya and Central
Himalaya is variable and ranges from 60 to 600 lpm. About 15 % of the geographical area is
underlain by semi-consolidated and unconsolidated formations known as Tarai and Bhabhar.
Ground water in this area is developed by open wells, shallow and deep tubewells.
The ground water resources of Uttarakhand State have been assessed block-wise. Total Annual
Ground Water Recharge of the State has been assessed as 2.02 bcm. The Annual Extractable Ground
Water Resources is 1.85 bcm. The Annual Ground Water Extraction is 0.87 bcm. The Stage of
Ground Water Extraction is 46.8 %.
Out of the 18 assessment units, 4 units (22.22 %) lie under ‘Semi-Critical’ category and 14 units
(77.78 %) under ‘Safe’ category. There are no ‘Over-exploited’, ‘Critical’ and ‘Saline’ units in the
state. Similarly out of 4993.04 sq km recharge worthy area of the State, 950.94 sq km (19.05 %) area
are under ‘Semi-critical’, 4042.1 sq km (80.95 %) under ‘Safe’ categories of assessment units. Out of
total 1852.9 mcm annual extractable ground water resources of the State, 346.26 mcm (18.69 %) are
under ‘Semi-critical’ and 1506.64 mcm (81.31 %) are under ‘Safe’ categories of assessment units.
As compared to 2017 assessment, there is decrease in the Total Annual Ground Water Recharge
from 3.04 bcm (2017) to 2.02 bcm (2020). Similarly there is decrease in Annual Extractable Ground
Water Resources from 2.89 bcm (2017) to 1.85 bcm (2020). The Annual Ground Water Extraction has
decreased from 1.64 bcm (2017) to 0,87 bcm (2020). The Stage of Ground Water extraction has
decreased from 56.83 % to 46.80 %. The decrease in Annual Ground Water Extraction can be
attributed to refinement in well census database (reduction in number of dug wells and hand pumps
currently in use) and re-evaluation of estimated drafts of the abstraction structures in a block-wise
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Dynamic Ground Water Resources Assessment of India - 2020
manner after consultation with the State Govt. departments. There has been improvement in stage
of groundwater extraction in all the assessment units.
7.29
WEST BENGAL
Nearly two third area of the state is occupied by unconsolidated sediments; the western part of the
state is partly occupied by the hard rocks. The phreatic aquifer is generally developed through dug
well, dug cum bore well and shallow tube well. The yield of these wells varies from 1 to 5 lps.
The Ground Water Resource Assessment could not be completed and State Level Committee has
not approved the GW Resource Assessment 2020. Hence, Central Level Expert Group recommended
that the results of previous assessment in respect of West Bengal may be used in place of GWRA2020 for national compilation on Dynamic Ground Water Resources of India, 2020. As per
assessment, Total Annual Ground Water Recharge had been assessed as 29.33 bcm, Annual
Extractable Ground Water Resources is 26.56 bcm and Annual Ground Water Extraction is 11.84
bcm. The Stage of Ground Water Extraction is 44.60 %.
Out of the 268 assessment units (blocks), 1 unit (0.37 %) has been categorized as ‘Critical’, 76 units
(28.36 %) as ‘Semi-critical’, 191 units (71.27 %) as ‘Safe’. Similarly out of 69046.96 sq km recharge
worthy area of the State, 190.03 sq km (0.28 %) area are under ‘Critical’, 16823.33 sq km (24.37 %)
under ‘Semi-critical’, 52033.6 sq km (75.36 %) under ‘Safe’ categories of assessment units. Out of
total 26558.47 mcm annual extractable ground water resources of the State, 68.5 mcm (0.26 %) are
under ‘Critical’, 6991.06 mcm (26.32 %) under ‘Semi-critical’ and 19498.91 mcm (73.42 %) are under
‘Safe’ categories of assessment units.
7.30
ANDAMAN AND NICOBAR ISLANDS
The Andaman & Nicobar Islands comprise an arc-shaped chain of islands in the Bay of Bengal and are
characterized by rugged topography, steep slope, low infiltration capacity and close proximity of hills
to the sea. Marine sedimentary group of rocks comprising shale, sandstone, grit and conglomerate;
extrusive and intrusive igneous rocks (volcanics and ultramafics) and coralline atolls and limestone
occupy the entire geographical area. Amongst these, the Sedimentary Group is most pervasive and
occupy nearly 70% of the entire area of the islands while the igneous group covers nearly 15% while
the rest of 15% goes to the coralline and limestone formations. All these rock formations have been
subjected to many tectonic activities, evident from the occurrence of shallow and deep focus
earthquakes in the islands.
Because of tectonic activity, the Igneous and Sedimentary group of rocks are highly fractured and
fissured. These fracturing in hard rock form conduits for movement of ground water in the deeper
horizon. The geology of the islands is highly varied within a small distance. Marine sedimentary rocks
are developed only through dug wells having meager yield of 0.1 to 0.5 lps. The igneous Ophiolite
suite of rocks in the area although restricted in occurrence, are observed to yield moderate to high
both in shallow and deeper locales and they are developed by dug wells and bore wells with yield
ranging from 1 to 10 lps. The island area which is covered by Coralline Limestone contains
appreciable quantity of groundwater with yield ranging from 5 to25 lps.
The Ground Water Resources (in 2020), following GEC 2015 guidelines, have been assessed islandwise. Total Annual Ground Water Recharge of the A&N Islands have been assessed as 0.3166 bcm
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Dynamic Ground Water Resources Assessment of India - 2020
and Annual Extractable Ground Water Recharge is assessed as 0.2859 bcm. The Annual Ground
Water extraction is 0.0074 bcm which translates to a Stage of Ground Water Extraction of 2.5 %.
Out of 36 assessment units (Islands), 35 are ‘Safe’ and one is ‘Saline’. There is no significant change
with respect to 2017 assessment.
7.31
CHANDIGARH
Chandigarh is underlain by the Quaternary alluvial deposits and comprises layers of fine sand and
clay. Coarser sediments occur along the Sukhna Choe and Patialiki Rao, whereas relatively finer
sediments underlie the area between these two streams. Fair to good aquifer horizons occur in
most part of Chandigarh comprising medium to coarse sand, to a depth of 180 m bgl below which
they become finer. Ground water in the area occurs under confined as well as semi-confined
conditions. In Manimajra, ground water occurs under unconfined conditions down to about 80 m. In
other areas, the semi-confined conditions prevail below 20 to 30 m. The depth of the shallow
aquifer system is less than 30 m bgl, where as the depth of the deeper aquifer system ranges from
40 to 450 m bgl of explored depth. The transmissivity values for the deeper aquifer system ranges
between 74 and 590 m2/day. The transmissivity values of shallow aquifers up to 100 m depth
ranges from 70 to 466 m2/day. Ground water is found to be fresh and suitable for drinking as well
as irrigation purposes.
UT of Chandigarh has very small area and whole UT has been taken as an assessment unit. Total
Annual Ground Water Recharge has been assessed as 0.063 bcm and Annual Extractable Ground
Water Resources as 0.057 bcm. The UT of Chandigarh has been categorized as ‘Semi Critical’ with
stage of ground water extraction at 80.60 %. In comparison to 2017 assessment, Total annual
recharge has increased from 0.042 to 0.063 bcm. The current ground water extraction increases
from 0.03 to 0.046 bcm. The groundwater extraction in Chandigarh is completely governed by
Government and only Government extracts groundwater for public water supply.
7.32
DAMAN & DIU AND DADRA & NAGAR HAVELI
Daman & Diu
The entire island area of Diu is about 40 sq. km and is underlain by Alluvium and Milliolite soft rock
formation. The Daman has about 72 sq km area out of which 30 % is covered by alluvium and the
rest is underlain by Basalt rocks. In UT of Daman & Diu, dug well as well as dug cum bore wells are
common for irrigation and domestic use. The yields of open dug wells varies from less than1 to 5
m3/day, where as that of Dug cum Bore wells ranges from less than 2 to 10 m3/day.
The ground water resources have been assessed district-wise. The total Annual Ground Water
Recharge has been assessed as 0.029 bcm and Annual Extractable Ground water Resources as 0.028
bcm. The total current Annual Ground Water Extraction has been assessed as 0.031 bcm and Stage
of Ground Water Extraction as 113.38 %. Out of 2 assessment units, Diu has been categorized as
‘Safe’ and Daman as ‘Over Exploited’. As compared to 2017 assessment, there is substantial increase
in total annual ground water extraction from 0.0097 bcm to 0.031 bcm, whereas the ground water
recharge has marginally increased from 0.016 bcm in 2017 to 0.029 bcm in 2020. Consequently, the
stage of groundwater extraction has increased from 61.4% to 113.38 %.
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Dynamic Ground Water Resources Assessment of India - 2020
Dadra & Nagar Haveli
The entire area of UT of Dadra and Nagar Haveli is underlain by hard rock terrain (Deccan basalts).
The thickness of vesicular units, ranges from 2 to 8 m. Ground water is developed by means of dug
wells and dug cum bore wells. The sustainable yield of dug wells for 3 to 4 hours of pumping is 30
m3/day. The transmissivity of shallow aquifer ranges from 5.5 to 305 m2/day.
The entire D & NH has been considered as a single assessment unit. Total Annual Ground Water
Recharge of the UT of DNH has been assessed as 0.072 bcm and Annual Extractable Ground Water
Resources as 0.067 bcm. The Current Annual Ground Water Extraction for all uses is 0.031 bcm and
Stage of Ground Water Extraction is 45.99 %. The entire UT of D&NH has been categorized as ‘Safe‘.
As compared to 2017 estimate, there is a negligible change in total annual ground water recharge
from 0.07 to 0.072 bcm. However, there is a significant change in ground water extraction
component due to the estimation of industrial draft for the first time due to which the current
annual ground water extraction from all uses has increased from 0.02 bcm to 0.031 bcm. This
change in draft has resulted in increase in stage of extraction from 31.34 % to 45.99 %.
7.33
JAMMU & KASHMIR
Jammu & Kashmir Union Territory comprises of two regions viz-Jammu, Kashmir with 10 districts
each, representing different ground water regimes. In Jammu Region the ground water occurs in the
outer plains extending between Munawar Tawi in the north-west to River Ravi in the south-east.
The ground water occurs in piedmont deposits belonging to upper Pleistocene to Recent age,
comprising unconsolidated sediments in the form of terraces and coalescent alluvial fans developed
by the streams debauching out of Siwalik Hills. There are a number of isolated valleys in middle
Himalayas where ground water occurs in valley fill deposits under un-confined conditions.
Kashmir valley covers an area of 5600 sq km and is occupied by Karewas that consist of a huge pile
of alternating bands of sand, silt and clay interspersed by glacial boulder beds. The sands are mostly
fine to very fine grained and there is considerable lateral facies variation in the nature of sediments
with an aggregate thickness of 2500-3000 m. Ground water in the Karewas of Kashmir valley occurs
under both confined as well as unconfined conditions.
The Ground water resources of the J&K UT have been assessed for valley areas and outer plains in
20 districts. The total recharge of ground water involves several components and the rainfall being
the major one. The other components are seepage from canal and return flow from surface water
and ground water irrigation. Total Annual Groundwater Recharge of the State has been estimated as
4.68 bcm and Annual Extractable Ground Water Resources is 4.22 bcm. TheTotal Current Annual
Ground Water Extraction is 0.89 bcm and the Stage of Ground Water Extraction is 21.03 %. All the
assessment units have been categorized as ‘Safe’.
As compared to the 2017 assessment, the Total Annual Groundwater Recharge and Annual
Extractable Ground Water Resources have increased from 2.78 bcm to 4.68 bcm and 2.50 bcm to
4.22 respectively. The Annual Ground Water Extraction has also increased from 0.74 bcm to 0.89
bcm. The Stage of Ground Water Extraction has decreased from 30.80 % to 21.03 %. The increase in
Annual Ground Water Recharge is due to the additional recharge from canal seepage, return flow
form irrigated fields, tanks and ponds, lakes and other surface water bodies.
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Dynamic Ground Water Resources Assessment of India - 2020
7.34
LADAKH
Ladakh Union Territory comprises of two districts viz-Leh and Kargil. The Topography of the region is
extremely rugged, mountainous and highly inaccessible. The altitude of the area varies from 30008000 m amsl. In Leh district, the Indus and Shyok are the main valleys and the Leh plain, More plain,
Hanle Plain, Depsang plain and soda plain are some important plains. Leh plain is underlain by
morainic deposits consisting of boulders, cobbles, pebbles embedded in an arenaceous matrix and
the lake deposits comprising predominantly of clays, sandy- Clays and silt. The sediments are
overlain by varved clays and silts of lacustrine origin again succeeded by morainic boulders and
cobbles in disintegrated loose sandy matrix and alluvial deposits. Ground water in the valleys occurs
in porous formations. This includes moraines and fluvio-glacial deposits of Ladakh. The major
assessment areas are Leh, Nubra and Chusul valleys.
Kargil District comprises of the Suru, Zanskar, Drass Shamker Chikar, Waknaand Laws valley’s. The
major assessment areas are Zanskar and Suru Valleys. Ground water occurs mainly in the porous
formations of morainic deposits comprising of Talus and Scree formations.
The Ground Water Resources of the Ladakh UT have been assessed for valley areas in 2 districts. The
total recharge of ground water involves several components like rainfall but snowfall being the
major one. The other components are seepage from canal, koohl and return flow from surface water
and ground water irrigation. Total Annual Ground Water Recharge of the UT has been estimated as
0.12 bcm and Annual Extractable Ground Water Resources is 0.11 bcm. The Total Current Annual
Ground Water Extraction is 0.02 bcm. The Stage of Ground Water extraction in Ladakh is 17.9 %. All
the assessment units have been categorized as ‘Safe’.
As compared to the 2017 assessment, the Total Annual Ground Water Recharge and Annual
Extractable Ground Water Resources have increased from 0.11 bcm to 0.12 bcm and 0.10 bcm to
0.11 bcm respectively. The Annual Ground Water Extraction is increased from 0.018 bcm to 0.019
bcm. The Stage of Ground Water Extraction has increased from 16.22 % to 17.9 %. The increase in
ground water recharge is due to the addition of the canal seepage, return flow form irrigated fields,
tanks and ponds, lakes and other surface water bodies.
7.35
LAKSHADWEEP
Lakshadweep islands are composed of calcareous sand and materials derived from coral atolls.
Alternate layers of loose sand, moderately cemented calc-arenites and well cemented, hard and
compact limestone underlie the islands. In these islands, fresh ground water occurs under phreatic
conditions as lens floating over the saline water and is in hydraulic continuity with sea water. Water
levels in wells are strongly influenced by tides. Dug wells are the common ground water abstraction
structures in the islands. The major draft component of these islands is for the domestic
consumption. Irrigation draft is negligible in the islands as almost all the crops are rainfed.
Dynamic ground water resources have been assessed for individual islands. The total Annual Ground
Water Recharge in the islands has been estimated as 0.01 bcm and Annual Extractable Ground
Water Resources works out as 0.005 bcm. The total current Annual Ground Water Extraction has
been assessed as 0.003 bcm and the Stage of Ground Water Extraction as 58.47 %. Out of the 9
islands, 2 have been categorized as ‘Semi-Critical’ and 7 as ‘Safe’. As compared to 2017 assessment,
one island shows remarkable improvement in the categorization from semi-critical to critical.
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Dynamic Ground Water Resources Assessment of India - 2020
7.36
PUDUCHERRY
The UT of Puducherry is underlain by the semi-consolidated and unconsolidated sedimentary
formations which mainly sustain dug wells, shallow and deep tube wells. The yield of the wells
generally varies between 3 to 15 lps. High yielding wells in the range of 10 to 40 lps exists in the
Tertiary sandstones.
The Dynamic ground water resources for UT of Puducherry have been assessed Region wise i.e
Karaikal, Mahe, Puducherry & Yanam. The Annual Ground Water Recharge of the UT of Puducherry
has been assessed as 0.22 bcm, Annual Extractable Ground Water Resources is 0.2 bcm and the
Annual Ground Water Extraction is 0.15 bcm. The overall Stage of Ground Water Extraction of UT of
Puducherry is 75 %. Out of 4 regions, 1 region (Puducherry) has been categorized as ‘Critical’, 2
Regions (Karaikal & Mahe) as ‘Safe’ and 1 Region (Yanam) as ‘Saline’. As compared to 2017
assessment, there is no significant change in Annual Ground Water Recharge & Ground Water
Extraction. Only Puducherry Region improved from ‘Over- exploited’ category to ‘Critical’ Category.
Refinement in database and groundwater augmentation measures taken up by the Government of
U.T of Puducherry under various schemes are the reasons for bringing in the increase in recharge
and decrease in ground water extraction & stage of groundwater extraction. However, there is no
significant change in overall ground water resources of U.T. of Puducherry.
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Dynamic Ground Water Resources Assessment of India - 2020
CHAPTER 8
8.0 CONCLUSIONS
Total Annual Ground Water Recharge in the country (2020) has been assessed as 436 billion cubic
meters (bcm). Ground water resources are replenished through rainfall and other sources like return
flow from irrigation, canal seepage, recharge from water bodies, water conservation structures etc.
The main source of annual ground water recharge is rainfall, which contributes nearly 64 % of the
Total Annual Ground Water Recharge. The Total Annual Extractable Ground Water Resource of the
country has been assessed as 398 bcm, after keeping a provision for natural discharge. The Annual
Ground Water Extraction of the country (2020) is 245 bcm, the largest user being irrigation sector.
The Stage of ground water extraction for the entire country, which is the percentage of ground
water extraction with respect to Annual Extractable Ground Water Recharge, has been computed as
62 %. The extraction pattern of ground water is not uniform across the country, resulting in ground
water stressed conditions in some parts of the country while in some other areas; ground water
extraction has been sub- optimal. Out of the total 6965 assessment units (Blocks/ Districts/
Mandals/ Talukas/Firkas) in the country, 1114 units (16 %) have been categorized as ‘OverExploited’, 270 units (4 %) have been categorized as ‘Critical’, 1057 units (15 %) have been
categorized as ’Semi-Critical’ and 4427 units (64 %) have been categorized as ‘Safe‘. Apart from this,
there are 97 assessment units (1 %), which have been categorized as ‘Saline’ as major part of the
ground water in phreatic aquifers is brackish or saline. Similarly out of 24.33 lakh sq km recharge
worthy area of the country, 4.09 lakh sq km (17 %) are under ‘Over-Exploited’, 0.86 lakh sq km (4 %)
are under ‘Critical’, 3.4 lakh sq km (14 %) are under ’Semi-Critical’, 15.67 lakh sq km (64 %) are
under ‘Safe’ and 0.3 lakh sq km (1 %) are under ‘Saline’ category assessment units. Out of 397.62
bcm of Total Annual Extractable Resources of the country, 50.54 bcm (13 %) are under ‘OverExploited’, 12.71 bcm (3 %) are under ‘Critical’, 54.11 bcm (14 %) are under ’Semi-Critical’, 280.26
bcm (70 %) are under ‘Safe’ category assessment units.
Over-exploitation of ground water resources could be due to various region-specific reasons.
Assessment units located in the north-western part of the country (particularly in the states of
Punjab, Haryana, Delhi and Uttar Pradesh) have plenty of replenishable ground water resources but
because of the over extraction beyond the annual ground water recharge, many of these units have
become Over-exploited. Over-exploited units are also common in the western part of the country,
particularly in Rajasthan and Gujarat where the prevailing arid climate results in low recharge of
ground water and hence stress on these source. In peninsular India, over-exploited units are wide
spread in the states of Karnataka, Tamil Nadu and parts of Andhra Pradesh and Telangana which
could be attributed mainly to the low storage and transmission capacities of aquifers of the hard
rock terrains, which results in reduced availability of the resource.
The total Annual Ground Water Recharge for the entire country, as in 2020 has increased by 4 bcm
as compared to the last assessment (2017). The total Annual Extractable GW Resources has also
increased by 5 bcm. The Annual Ground Water Extraction for irrigation, domestic and Industrial uses
has also decreased by 4 bcm during this period. These variations are attributed mainly to refinement
of parameters, refinement in well census data and changing ground water regime.
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Dynamic Ground Water Resources Assessment of India - 2020
It is also pertinent to add that as it is advisable to restrict the ground water extraction as far as
possible to annual replenishable resources, the categorization also reflects the relation between the
annual replenishment and ground water extraction. An area with low groundwater potential may
not be considered for ground water extraction and may remain safe and an area with good ground
water potential may be heavily used for ground water extraction and may become over exploited
over a period of time. Thus, water augmentation efforts can be successful in such areas, where the
groundwater potential is high and there is scope for augmentation.
GEC-2015 methodology has been developed for prevalent Indian conditions, on the basis of terrain
characteristics and data availability. INDIA-GROUNDWATER RESOURCE ESTIMATION SYSTEM (INGRES) is a Software/Web-based Application developed by CGWB in collaboration with IIT-Hyderabad
for assessment of ground water resources using GEC 2015 Methodology. Constraints in data
availability have been overcome through realistic assumptions based on experience in many States.
A conscious effort is required on the parts of the State/ Central agencies to acquire the requisite
realistic data to map the changing groundwater scenario in the country.
An analysis of assessment results leads us to the following inferences as the way forward in the
assessment of Ground water resources.
8.1 WATER BALANCE STUDIES
Ground water is one of the several components of the Hydrologic Cycle, other important
components being rainfall, surface water, soil moisture and evapotranspiration. Holistic water
resources management interventions require proper understanding of the interactions between the
different components of the hydrosphere. Studies for determining the Base flow and lateral flow
components in the Water Balance equation need to be taken up to bring more accuracy to the
Ground water Resources Assessment. Initially, the number of such studies can be taken up in areas
representing different hydrogeological set up of India (Southern hard rock terrain, Deccan Basaltic
terrain, Indo-Gangetic and Brahmaputra alluvial plains, Coastal alluvium, Desert terrain and
Himalayan terrain etc.)
8.2 AQUIFER CHARACTERIZATION AND PARAMETER ESTIMATION
One of the key elements that determine the accuracy of ground water resources assessment is the
realistic estimation of the recharge and discharge parameters. It is recommended that more
experimental studies be taken up for refining the norms of RIF, return flow from irrigation based on
soil types and agro-climatic zone, recharge from water conservation and water bodies and more
field studies for evaluation of specific yield values as well as its variation with depth.
8.3 CASE STUDIES LINKING ASSESSMENT WITH MANAGEMENT
It is recommended to take up case studies in various assessment units wherein quantitative
evaluation of the ground water management interventions and consequent changes in the
assessment results could be analysed. Such studies would help bring out the efficacy of various
management interventions on the ground water regime.
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Dynamic Ground Water Resources Assessment of India - 2020
8.4 TEMPORAL AVAILABILITY OF GROUND WATER RESOURCES
Even though the GEC 2015 methodology advocates season-wise resource assessment, the
estimation of recharge during monsoon and non-monsoon seasons may not be sufficient. Temporal
variations in groundwater availability, particularly in hard rock terrain are not reflected in present
practices. Hence, the assessment of temporal availability of ground water resources on the basis of
available water columns can be attempted by considering the water levels measured frequently
using Digital Water Level Recorders (DWLRs).
8.5 CREATION OF DATABASE FOR GROUND WATER RESOURCES ASSESSMENT AND ITS REGULAR
UPDATING
GEC 2015 has devised the data structure of all the data elements (like water level, rainfall etc) and
norms (like Specific Yield, Rainfall Infiltration Factor etc.) with its name, type of data and its
precision. The templates (excel sheets) for data collection/compilation for assessment through INGRES using GEC 2015 has also been devised. However, major challenges are lack of dedicated
manpower as well as presence of State GW/Nodal Departments (in majority of States) at District
level for understanding/analysis of data/information to be collected/compiled from different State
Departments (like Agriculture, Irrigation, Water Supply, Industries, Water Conservation etc.). Of
particular importance in this regard are data/information related to recharge from water bodies,
water conservation/harvesting structures, return flow from applied irrigation and details of ground
water extraction structures in use for irrigation, domestic and industrial purpose. These need to be
collected/compiled and regularly updated at district/block level so that more realistic assessment of
ground water resources could be accomplished.
8.6 AQUIFER-WISE ASSESSMENT WITHIN THE PRESENT ADMINISTRATIVE UNITS (ASSESSMENT
UNITS) IN AREAS OTHER THAN HARD ROCK TERRAIN
Areas occupied by unconsolidated sediments (alluvial deposits, aeolian deposits, coastal deposits
etc.) usually have flat topography and assessment of ground water resources has been carried out
taking administrative units (block/mandal/taluk etc.) as assessment units to facilitate the local
administration in planning the ground water management programmes (both supply and demand
side). However, if more than one hydrogeological/aquifer units (with distinctive characteristics,
sustainability and ground water extraction patterns) exist within these administrative units, then the
assessment units could be further divided into smaller units based on hydrogeological/aquifer
characteristics. This will lead to more accurate assessment (aquifer wise) of resources and microlevel/area-specific interventions/management measures could be implemented.
8.7 GROUND WATER ASSESSMENT OF DEEPER AQUIFER SYSTEMS IN INDO-GANGETIC,
BRAHMAPUTRA AND COASTAL ALLUVIAL TERRAIN
The dynamic ground water resources mainly comprises ground water resources available within the
zone of water table fluctuation which are being regularly replenished every year through rainfall and
other sources of recharge. This assessment has been carried out and categorization done based on
utilization with respect to annual availability of dynamic ground water resources. However, in IndoGangetic, Brahmaputra and Coastal Alluvial areas multiple aquifer systems exist (on a regional scale)
with sustainable and high yield characteristics. For assessment of deeper aquifers, more studies on
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Dynamic Ground Water Resources Assessment of India - 2020
individual aquifer potential/sustainable yield along with facilities for monitoring of piezometric
heads (by establishing piezometers tapping different aquifer zones) have to be carried out. The
resources of deeper aquifer systems could be considered for extraction during exigencies as well as
for drinking water purpose for nearby regions.
8.8 AQUIFER-STREAM INTERACTIONS
Additional studies on aquifer-stream interactions are required to understand the contribution of
ground water to streams and the requirement of environmental flows for sustainability of water
resources and surrounding ecosystem.
8.9 GROUND WATER MODELLING AND PREDICTIVE SIMULATION
Besides the assessment of the dynamic ground water resources using norms prescribed in GEC 2015
methodology through automation, the concept of Ground water modelling must be included where
predictive simulation can also be done. This would give an idea of the future availability of Ground
water resources with respect to the changing climate and extraction patterns.
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Dynamic Ground Water Resources Assessment of India - 2020
84
Dynamic Ground Water Resources Assessment of India - 2020
ANNEXURE - I
State-wise Ground Water Resources Availability, Utilization and
Stage of Extraction
(as in 2020)
85
Dynamic Ground Water Resources Assessment of India - 2020
86
87
1
2
Andhra Pradesh
Arunachal Pradesh
Assam
Bihar
Chhattisgarh
Delhi
Goa
Gujarat
Haryana
Himachal Pradesh
Jharkhand
Karnataka
Kerala
Madhya Pradesh
Maharashtra
Manipur
Meghalaya
Mizoram
Nagaland
Odisha
Punjab
Rajasthan
Sikkim
Tamil Nadu
Telangana
Tripura
Uttar Pradesh
Uttarakhand
West Bengal*
Andaman and Nicobar
Chandigarh
Dadra & Nagar Haveli
Daman & Diu
Jammu and Kashmir
Ladakh
Lakshadweep
Puducherry
Grand Total
States / Union
Territories
NOTE-Data on Ground Water Extraction for Industries is not available for Karnataka, Punjab & Uttar Pradesh and is available only for 2 districts of Maharashtra.
*NOTE- The Ground Water resources assessment as on 2013 has been considered for the state of West Bengal.
33
34
35
36
1
2
3
4
5
6
7
8
9
10
11
12
13
14
15
16
17
18
19
20
21
22
23
24
25
26
27
28
29
30
31
32
S. No.
(in bcm)
Annual GW
Ground Water Recharge
Current Annual Ground Water Extraction
Annual
Net Ground
Stage of
Allocation for
Monsoon Season
Non-monsoon Season
Total Annual Total Natural
Extractable
Water
Ground Water
for Domestic
Recharge
Recharge
Ground Water Discharges Ground Water Irrigation Industrial Domestic
Total
Availability for
Recharge
Recharge
Extraction
(%)
Use
as
on
from other
from other
Recharge
Resource
future use
from rainfall
from rainfall
2025
sources
sources
3
4
5
6
7
8
9
10
11
12
13
14
15
16
8.93
8.54
0.85
5.83
24.15
1.21
22.94
6.60
0.15
0.88
7.63
1.31
15.91
33.26
2.01
0.07
1.11
0.002
3.19
0.27
2.92
0.003
0.0002
0.01
0.01
0.01
2.90
0.36
17.92
0.96
7.64
0.53
27.05
5.09
21.97
1.97
0.01
0.60
2.58
0.66
19.33
11.73
21.02
3.32
1.29
2.42
28.05
2.60
25.46
10.33
0.65
2.04
13.02
2.29
12.23
51.14
8.33
1.38
1.11
1.84
12.65
1.11
11.55
4.53
0.10
0.71
5.35
0.84
6.25
46.34
0.05
0.13
0.004
0.13
0.32
0.03
0.29
0.07
0.04
0.18
0.29
0.19
0.02
101.40
0.34
0.02
0.003
0.04
0.40
0.08
0.32
0.02
0.004
0.05
0.08
0.05
0.24
23.48
19.59
2.89
0.00
4.32
26.81
1.90
24.91
12.65
0.03
0.62
13.30
0.78
12.52
53.39
3.24
2.81
0.58
2.90
9.53
0.90
8.63
10.47
0.53
0.62
11.61
0.57
0.97
134.56
0.66
0.13
0.13
0.14
1.07
0.10
0.97
0.20
0.05
0.10
0.36
0.10
0.62
36.83
4.91
0.43
0.47
0.35
6.15
0.51
5.64
0.93
0.20
0.51
1.64
0.52
4.02
29.13
7.47
4.68
2.23
3.77
18.16
1.76
16.40
9.60
0.00
1.03
10.63
1.16
7.08
64.85
4.20
0.13
0.46
0.86
5.65
0.53
5.12
1.16
0.01
1.47
2.65
2.25
2.13
51.68
27.75
1.60
0.12
6.69
36.16
2.78
33.38
17.33
0.03
1.61
18.97
1.84
15.25
56.82
20.66
2.38
0.53
8.45
32.01
1.76
30.25
15.29
0.003
1.34
16.63
1.34
14.20
54.99
0.40
0.001
0.11
0.002
0.51
0.05
0.46
0.003
0.0002
0.02
0.02
0.02
0.44
5.12
1.66
0.01
0.36
0.01
2.04
0.22
1.82
0.03
0.0003
0.05
0.08
0.06
1.73
4.22
0.19
0.00
0.03
0.00
0.22
0.02
0.20
0.00
0.00
0.01
0.01
0.01
0.19
3.81
1.08
0.76
0.27
0.06
2.17
0.22
1.95
0.002
0.00003
0.02
0.02
0.02
1.93
1.04
10.26
2.71
1.51
2.60
17.08
1.37
15.71
5.50
0.15
1.21
6.86
1.46
8.74
43.65
5.01
10.42
0.95
6.41
22.80
2.20
20.59
32.80
0.00
1.05
33.85
1.08
1.61
164.42
8.80
0.58
0.29
2.57
12.24
1.17
11.07
14.37
0.13
2.14
16.63
2.17
0.99
150.22
0.96
0.00
0.00
0.00
0.96
0.10
0.86
0.00
0.002
0.01
0.01
0.01
0.85
0.86
6.83
9.04
1.26
2.45
19.59
1.90
17.69
13.52
0.17
0.99
14.67
1.52
5.65
82.93
7.50
3.29
1.10
4.75
16.63
1.60
15.03
7.13
0.14
0.73
8.01
0.74
7.14
53.32
0.85
0.06
0.34
0.22
1.47
0.22
1.24
0.02
0.0002
0.08
0.10
0.09
1.14
7.94
37.75
13.16
1.30
19.99
72.20
5.32
66.88
41.29
0.00
4.74
46.03
5.38
21.53
68.83
1.29
0.31
0.10
0.32
2.02
0.17
1.85
0.63
0.09
0.15
0.87
0.16
0.98
46.80
18.71
1.51
5.26
3.85
29.33
2.77
26.56
10.84
0.27
0.73
11.84
1.53
14.19
44.60
0.32
0.0002
0.00
0.0001
0.32
0.03
0.28
0.0001
0.001
0.01
0.01
0.01
0.28
2.60
0.01
0.02
0.005
0.03
0.06
0.01
0.06
0.01
0.002
0.03
0.05
0.03
0.01
80.60
0.04
0.01
0.003
0.02
0.07
0.005
0.07
0.01
0.01
0.02
0.03
0.02
0.03
45.99
0.03
0.0005
0.00
0.001
0.03
0.001
0.03
0.003
0.03
0.00
0.03
0.02
0.0002
113.38
0.80
2.04
0.95
0.88
4.68
0.46
4.22
0.20
0.13
0.56
0.89
0.57
3.32
21.03
0.01
0.05
0.02
0.04
0.12
0.01
0.11
0.001
0.0002
0.02
0.02
0.02
0.09
17.90
0.011
0.00
0.002
0.00
0.01
0.01
0.005
0.00
0.00
0.003
0.003
0.005
0.002
58.47
0.06
0.10
0.01
0.05
0.22
0.02
0.20
0.10
0.01
0.05
0.15
0.05
0.05
74.27
249.65
73.54
30.41
82.54
436.15
38.51
397.62
217.61
2.94
24.37
244.92
28.90
184.56
61.60
STATE-WISE GROUND WATER RESOURCES OF INDIA, 2020
Dynamic Ground Water Resources Assessment of India - 2020
Dynamic Ground Water Resources Assessment of India - 2020
88
Dynamic Ground Water Resources Assessment of India - 2020
ANNEXURE - II
District-wise Ground Water Resources Availability, Utilization and
Stage of extraction
(as in 2020)
89
Dynamic Ground Water Resources Assessment of India - 2020
90
1
1
2
3
4
5
6
7
8
9
10
11
12
13
S. No.
2
Anantapur
Chittoor
East Godavari
Guntur
Kadapa
Krishna
Kurnool
Nellore
Prakasam
Srikakulam
Vishakapatnam
Vizianagaram
West Godavari
Total (Ham)
Total (Bcm)
Name of District
3
84846.21
92719.43
68320.35
49662.62
83309.30
40760.58
64814.59
120711.61
65051.91
31990.92
67943.86
54765.17
68260.83
893157.38
8.93
4
47161.42
23818.96
124541.66
92208.88
14929.77
157301.43
86227.25
71498.40
17335.00
51597.08
20499.99
91315.38
55634.73
854069.95
8.54
5
1013.90
836.85
3290.44
1929.25
558.32
16780.51
1373.14
69.41
25796.39
21640.31
5851.03
5535.51
131.13
84806.19
0.85
6
52467.51
20578.98
66276.63
34149.45
16914.16
55709.77
30569.23
123348.82
25068.56
22968.03
4612.84
74019.61
56393.35
583076.94
5.83
7
185489.04
137954.22
262429.08
177950.20
115711.55
270552.29
182984.21
315628.24
133251.86
128196.34
98907.72
225635.67
180420.04
2415110.46
24.15
8
9274.69
6898.15
13121.77
8897.56
5785.62
13527.86
9149.45
15781.68
6663.23
6410.19
4946.16
11282.52
9017.37
120756.25
1.21
9
176214.31
131056.07
249307.32
169052.60
109925.89
257024.38
173834.74
299846.58
126588.60
121786.08
93961.54
214353.03
171402.63
2294353.77
22.94
10
112733.84
69902.33
39158.73
41753.80
54137.88
62468.67
34098.12
92776.89
39039.80
19558.03
9179.49
40775.74
43944.04
659527.36
6.60
11
597.02
2868.77
4731.03
298.53
384.19
2819.70
173.70
1782.00
313.14
420.91
496.69
220.32
381.24
15487.25
0.15
12
16951.89
5961.12
4036.93
10950.70
4305.30
7396.08
933.00
4787.86
1833.10
8781.27
15904.88
1726.22
4456.02
88024.37
0.88
13
130282.75
78732.21
47926.69
53003.04
58827.38
72684.45
35204.81
99346.75
41186.04
28760.21
25581.07
42722.28
48781.30
763038.98
7.63
DYNAMIC GROUND WATER RESOURCES OF INDIA, 2020
ANDHRA PRADESH
Ground Water Recharge
Current Annual Ground Water Extraction
Monsoon Season
Non-monsoon Season
Total
Annual
Total
Annual
Extractable
Natural
Recharge
Recharge
Ground
Total
Ground Water Irrigation Industrial Domestic
Recharge
Recharge
Discharges
from other
from other
Water
Resource
from rainfall
from rainfall
sources
sources
Recharge
14
23268.20
10061.78
4780.25
15899.09
4305.30
7912.62
933.39
8782.27
10307.36
16816.98
16655.83
5440.50
6494.29
131657.86
1.32
Annual GW
Allocation
for for
Domestic
Use as on
2025
15
78547.23
53480.07
203246.60
119482.60
64789.06
186400.39
141044.14
202391.99
85908.04
92526.57
69745.23
170335.18
123262.98
1591160.08
15.91
16
73.93
60.08
19.22
31.35
53.52
28.28
20.25
33.13
32.54
23.62
27.23
19.93
28.46
33.26
33.26
Stage of
Net Ground
Ground
Water
Water
Availability
Extraction
for future use
(%)
Dynamic Ground Water Resources Assessment of India - 2020
91
1
1
2
3
4
5
6
7
8
9
10
11
S. No.
2
Tirap
Changlang
Lohit
Lower Dibang Valley
East Siang
West Siang
East Kameng
West Kameng
Lower Subansiri
Upper Subansiri
Papum Pare
Total (Ham)
Total (Bcm)
Name of District
3
5429.47
16679.05
51716.05
42860.40
59109.22
4445.29
8567.56
2342.95
2843.16
141.52
6610.99
200745.65
2.01
4
268.20
1092.60
667.50
995.70
1742.17
0.00
480.00
61.20
111.00
101.40
1505.05
7024.82
0.07
5
1784.75
7569.09
41949.60
33884.40
17483.44
916.73
3180.99
397.31
1442.42
73.65
2465.01
111147.39
1.11
10.31
0.86
0.00
0.00
171.97
0.00
0.00
0.00
0.00
5.08
1.80
190.02
0.002
6
7
7492.73
25341.60
94333.15
77740.50
78506.80
5362.02
12228.55
2801.46
4396.58
321.65
10582.85
319107.89
3.19
8
374.63
3951.82
7008.82
7774.05
4515.50
536.20
1222.86
280.15
605.32
32.17
1180.76
27482.27
0.27
9
7118.10
21389.78
87324.33
69966.45
73991.30
4825.82
11005.69
2521.31
3791.26
289.49
9402.10
291625.62
2.92
0.00
0.00
0.00
0.00
253.09
0.00
0.00
0.00
0.00
0.00
0.00
253.09
0.003
10
0.00
0.00
0.24
0.00
1.04
1.44
0.00
0.72
0.00
0.00
18.49
21.93
0.0002
11
12
66.63
185.31
231.12
32.87
68.24
21.99
28.35
11.40
20.59
19.11
97.30
782.91
0.01
13
66.63
185.31
231.36
32.87
322.37
23.43
28.35
12.12
20.59
19.11
115.79
1057.93
0.01
DYNAMIC GROUND WATER RESOURCES OF INDIA, 2020
ARUNACHAL PRADESH
Ground Water Recharge
Current Annual Ground Water Extraction
Monsoon Season
Non-monsoon Season
Total
Annual
Total
Annual
Extractable
Natural
Recharge
Recharge
Ground
Total
Ground Water Irrigation Industrial Domestic
Recharge
Recharge
Discharges
from other
from other
Water
Resource
from rainfall
from rainfall
sources
sources
Recharge
71.23
205.88
254.34
34.28
73.76
23.04
35.68
12.25
28.05
26.37
128.60
893.48
0.01
14
Annual GW
Allocation
for for
Domestic
Use as on
2025
15
7046.87
21183.90
87069.75
69932.17
73663.41
4801.34
10970.01
2508.34
3763.21
263.12
9255.01
290457.13
2.90
16
0.94
0.87
0.26
0.05
0.44
0.49
0.26
0.48
0.54
6.60
1.23
0.36
0.36
Stage of
Net Ground
Ground
Water
Water
Availability
Extraction
for future use
(%)
Dynamic Ground Water Resources Assessment of India - 2020
92
1
1
2
3
4
5
6
7
8
9
10
11
12
13
14
15
16
17
18
19
20
21
22
23
24
25
26
27
28
S. No.
2
Baksa
Barpeta
Bongaigaon
Cachar
Chirang
Darrang
Dhemaji
Dhubri
Dibrugarh
Dima Hasao
Goalpara
Golaghat
Hailakandi
Jorhat
Kamrup
Kamrup Metro Rural
Kamrup Metro Urban
Karbi Anglong
Karimganj
Kokrajhar
Lakhimpur
Morigaon
Nagaon
Nalbari
Sivasagar
Sonitpur
Tinsukia
Udalguri
Total (Ham)
Total (Bcm)
Name of District
3
115340.08
87974.29
35036.51
52156.05
84224.80
36880.06
96472.88
77646.95
82471.54
22241.16
45009.20
81020.51
13671.45
53640.97
54793.37
126633.39
37175.61
181765.89
9034.11
4278.15
68853.66
27315.21
85595.11
30289.99
49611.31
102433.62
89590.28
40699.49
1791855.64
17.92
4
1795.58
6338.77
2965.37
4199.83
1441.56
4155.57
717.30
5532.68
1314.65
401.07
3541.38
2696.94
1588.04
3172.98
5666.45
601.84
1651.19
2710.98
617.46
107.62
4151.10
6949.67
11447.02
2631.79
3054.72
4778.95
4914.30
7075.36
96220.17
0.96
5
28746.13
26654.44
13660.22
26550.06
26270.41
17443.22
38006.99
24330.23
47826.51
22238.35
22991.96
35463.84
9573.51
35381.99
28027.63
49061.18
24199.65
46463.12
4887.87
2135.66
27125.97
11597.78
30648.31
12700.87
26817.94
52643.95
50623.41
22147.18
764218.38
7.64
6
1161.93
5818.54
2136.08
606.85
975.03
4169.26
325.30
4641.76
799.90
53.04
2838.26
1019.26
244.96
1066.36
4986.65
377.28
226.26
1008.53
110.28
14.91
1218.46
3536.89
8425.66
176.28
994.06
2535.21
1161.85
2384.96
53013.81
0.53
7
147043.72
126786.04
53798.18
83512.79
112911.80
62648.11
135522.47
112151.62
132412.60
44933.62
74380.80
120200.55
25077.96
93262.30
93474.10
176673.69
63252.71
231948.52
14649.72
6536.34
101349.19
49399.55
136116.10
45798.93
80478.03
162391.73
146289.84
72306.99
2705308.00
27.05
8
19894.89
13659.70
6039.82
43069.04
11585.30
15054.96
31751.51
11215.16
27758.18
4493.36
9897.53
16897.00
12222.51
27808.08
11283.18
20320.98
15890.45
23343.39
3279.39
429.52
46749.04
5809.19
13782.39
7095.62
15012.58
40011.54
30590.40
23800.72
508745.43
5.09
9
127148.83
113126.34
47758.36
40443.75
101326.50
47593.15
103770.96
100936.46
104654.42
40440.26
64483.27
103303.55
12855.45
65454.22
82190.92
156352.71
47362.26
208605.13
11370.33
6106.82
54600.15
43590.36
122333.71
38703.31
65465.45
122380.19
115699.44
48506.27
2196562.57
21.97
10
2548.56
24276.00
10024.56
0.00
1522.08
15469.44
1631.28
23570.40
4890.48
337.68
9866.64
3677.52
5.04
4215.12
20144.88
342.72
80.64
5913.60
1537.20
0.00
3044.16
10777.20
26891.76
7153.44
2437.68
8611.68
4033.68
4467.12
197470.56
1.97
2.64
11.92
0.59
10.56
2.37
12.08
4.08
1.77
32.08
1.18
8.82
12.77
0.00
3.18
124.60
2.66
0.58
0.00
117.90
78.96
1.60
4.88
31.79
5.55
25.65
48.17
27.25
7.78
581.41
0.01
11
12
2078.68
3910.42
1733.74
4019.91
1025.04
2035.23
1411.58
3029.61
2863.50
427.05
2034.10
1647.88
778.15
1654.15
3064.54
753.31
1106.79
546.43
221.68
3417.57
2155.25
2239.44
4386.73
1351.94
2491.25
4453.72
3006.63
1667.17
59511.47
0.60
13
4629.88
28198.34
11758.89
4030.47
2549.49
17516.75
3046.94
26601.78
7786.05
765.91
11909.56
5338.16
783.18
5872.45
23334.02
1098.69
1188.01
6460.03
1876.78
3496.53
5201.01
13021.51
31310.28
8510.92
4954.58
13113.57
7067.56
6142.07
257563.41
2.58
DYNAMIC GROUND WATER RESOURCES OF INDIA, 2020
ASSAM
Ground Water Recharge
Current Annual Ground Water Extraction
Monsoon Season
Non-monsoon Season
Total
Annual
Total
Annual
Extractable
Natural
Recharge
Recharge
Ground
Total
Ground Water Irrigation Industrial Domestic
Recharge
Recharge
Discharges
from other
from other
Water
Resource
from rainfall
from rainfall
sources
sources
Recharge
14
2226.40
4461.22
1968.20
4552.83
1101.80
2332.28
1596.65
3517.91
3088.53
465.88
2337.15
1786.15
887.86
1756.71
3412.23
840.17
1266.18
566.31
225.11
3467.72
2398.64
2583.67
5021.40
1458.79
2647.76
4908.05
3311.78
1773.70
65961.08
0.66
Annual GW
Allocation
for for
Domestic
Use as on
2025
15
122371.23
84377.20
35765.01
35880.36
98700.25
29779.35
100538.95
73846.38
96643.34
39635.52
52270.66
97827.12
11962.56
59479.20
58509.21
155167.16
46014.86
202125.22
9490.12
2560.14
49155.75
30224.62
90388.77
30085.54
60354.37
108812.29
108326.73
42257.66
1932549.57
19.33
3.64
24.93
24.62
9.97
2.52
36.81
2.94
26.35
7.44
1.89
18.47
5.17
6.09
8.97
28.39
0.70
2.51
3.10
16.51
57.26
9.53
29.87
25.59
21.99
7.57
10.72
6.11
12.66
11.73
11.73
16
Stage of
Net Ground
Ground
Water
Water
Availability
Extraction
for future use
(%)
Dynamic Ground Water Resources Assessment of India - 2020
93
1
1
2
3
4
5
6
7
8
9
10
11
12
13
14
15
16
17
18
19
20
21
22
23
24
25
26
27
28
29
30
31
32
33
34
35
36
37
38
S. No.
2
Araria
Arwal
Aurangabad
Banka
Begusarai
Bhagalpur
Bhojpur
Buxar
Darbhanga
East Champaran
Gaya
Gopalganj
Jamui
Jehanabad
Kaimur
Katihar
Khagaria
Kishanganj
Lakhisarai
Madhepura
Madhubani
Munger
Muzaffarpur
Nalanda
Nawada
Patna
Purnia
Rohats
Saharsa
Samastipur
Saran
Sheikhpura
Sheohar
Sitamarhi
Siwan
Supaul
Vaishali
West Champaran
Total (Ham)
Total (Bcm)
Name of District
3
65908.35
15059.16
67552.71
39447.78
44258.82
63083.74
53685.00
40348.34
56446.91
106831.15
90420.38
47449.81
36857.82
22393.40
66094.41
92741.76
45858.41
59930.97
23257.57
42873.90
75344.57
26902.29
75861.94
50876.41
43035.12
75973.86
75342.05
75998.47
42300.89
70656.39
67255.25
13701.91
12184.76
50587.93
53453.08
54782.70
51941.46
105446.83
2102146.30
21.02
4
6930.94
2710.43
9353.75
4999.30
3732.76
3549.71
13437.38
7693.35
5892.93
21656.49
13965.63
8070.16
3511.50
4515.36
7714.87
14044.30
3747.88
2869.60
2340.13
10533.28
9892.65
2788.99
16957.89
11461.53
10670.07
11201.55
11227.81
6856.99
8037.07
9734.37
12139.11
2324.85
1744.26
4923.02
19115.32
13066.75
12873.79
15829.02
332114.79
3.32
5
8153.88
404.57
1301.00
3610.20
2720.77
6881.36
1193.71
897.17
5207.31
4731.65
2384.42
847.07
1697.55
592.44
1147.78
8798.56
4343.06
5777.87
1314.94
5227.85
8756.57
1521.01
4205.59
1471.59
1971.79
2033.42
9620.24
1716.99
4612.65
4995.40
1103.17
628.96
846.93
4177.75
932.63
7045.67
1788.01
4627.59
129289.12
1.29
6
2580.48
2470.90
6878.28
2956.46
5027.23
3196.80
8477.77
6159.91
4448.37
7663.23
12032.66
8028.35
1549.11
4395.75
7408.92
9322.42
4811.63
2815.08
2116.71
7821.93
7948.62
1925.59
12067.72
7573.41
6213.70
9762.46
8025.49
3782.03
5775.31
7936.67
10967.39
1558.58
1331.37
4442.80
14716.02
7525.70
8490.10
11669.76
241874.71
2.42
7
83573.65
20645.06
85085.74
51013.74
55739.58
76711.61
76793.86
55098.77
71995.52
140882.52
118803.09
64395.39
43615.98
31896.95
82365.98
124907.04
58760.98
71393.52
29029.35
66456.96
101942.41
33137.88
109093.14
71382.94
61890.68
98971.29
104215.59
88354.48
60725.92
93322.83
91464.92
18214.30
16107.32
64131.50
88217.05
82420.82
75093.36
137573.20
2805424.92
28.05
8
7652.45
1938.79
8280.17
5101.36
5573.98
7241.91
7679.39
5509.89
6975.55
12016.94
11880.33
5284.86
4361.62
3189.70
8236.61
12490.70
5067.34
6550.12
2902.96
5584.61
8263.84
3313.80
10909.34
6437.84
6006.09
9554.04
7999.51
8835.46
4466.89
8911.20
9034.53
1821.42
1610.73
5542.71
6556.98
8242.06
7509.34
11298.57
259833.63
2.60
9
10
75921.20
13511.94
18706.27
6210.75
76805.57
21138.25
45912.38
12657.33
50165.60
20792.43
69469.70
14008.92
69114.47
35935.74
49588.88
23195.56
65019.97
21147.19
128865.58
42436.89
106922.76
56810.39
59110.53
25322.60
39254.36
8661.82
28707.25
22424.41
74129.37
24609.74
112416.34
55624.59
53693.64
22763.16
64843.40
14930.00
26126.39
10251.11
60872.35
37525.00
93678.57
35650.00
29824.08
9038.80
98183.80
50464.21
64945.10
36353.20
55884.59
26413.64
89417.25
40694.22
96216.08
48654.17
79519.02
19804.68
56259.03
21157.50
84411.63
44368.09
82430.39
40423.67
16392.88
6876.55
14496.59
6568.90
58588.79
23829.10
81660.07
42218.45
74178.76
24993.15
67584.02
33210.58
126274.63
32459.70
2545591.29 1033136.43
25.46
10.33
11
12
13
927.00
5425.31
19864.24
405.00
1492.17
8107.91
1278.00
5192.14
27608.37
801.00
3542.35
17000.69
1746.00
6194.72
28733.11
1062.00
4840.39
19911.28
2313.00
5194.91
43443.64
1458.00
3219.96
27873.52
1566.00
8104.12
30817.31
2754.00 10168.06
55358.94
3555.00
9018.75
69384.15
2862.00
4974.80
33159.39
585.00
3533.58
12780.42
1449.00
2404.52
26277.92
1422.00
3027.86
29059.60
3042.00
6234.25
64900.84
1053.00
3172.03
26988.20
774.00
3467.39
19171.38
432.00
2091.24
12774.34
1710.00
3753.44
42988.44
1872.00
8287.30
45809.29
612.00
3666.13
13316.93
3627.00
9902.54
63993.77
2709.00
6535.34
45597.55
1512.00
3595.06
31520.71
3069.00 11566.38
55329.59
2916.00
5785.00
57355.22
1296.00
6573.25
27673.96
990.00
3813.83
25961.33
2844.00
7363.22
54575.28
2529.00
7252.07
50204.74
405.00
1471.87
8753.43
378.00
1227.46
8174.37
1467.00
6554.51
31850.61
2358.00
5794.06
50370.53
1467.00
4203.96
30664.10
2106.00
6824.32
42140.93
1782.00
8133.98
42375.70
65133.00 203602.27 1301871.73
0.65
2.04
13.02
DYNAMIC GROUND WATER RESOURCES OF INDIA, 2020
BIHAR
Ground Water Recharge
Current Annual Ground Water Extraction
Monsoon Season
Non-monsoon Season
Total
Annual
Total
Annual
Extractable
Natural
Recharge
Recharge
Ground
Total
Ground Water Irrigation Industrial Domestic
Recharge
Recharge
Discharges
from other
from other
Water
Resource
from rainfall
from rainfall
sources
sources
Recharge
14
6094.29
1676.17
5832.38
3979.14
6958.59
5437.25
5835.51
3617.02
9103.41
11421.87
10130.82
5588.24
3969.31
2701.02
3401.23
7002.98
3563.17
3894.95
2349.10
4216.29
9309.21
4118.19
11123.61
7341.21
4038.36
12992.60
6498.35
7383.79
4284.11
8271.16
8146.29
1653.36
1378.81
7362.71
6508.52
4722.35
7665.81
9136.96
228708.14
2.29
Annual GW
Allocation
for for
Domestic
Use as on
2025
15
55387.98
10414.35
48556.98
28474.89
20668.64
48961.56
25030.24
21318.30
33203.37
72252.83
38409.24
25337.68
26038.20
2514.61
44696.40
46746.77
26314.31
45244.46
13094.17
17421.05
46847.38
16055.09
34957.90
18667.23
23920.58
32661.44
38147.51
51034.54
29827.43
28928.40
31331.45
7457.96
6170.88
25929.98
30575.10
42996.28
24601.61
82895.96
1223092.75
12.23
16
26.16
43.34
35.95
37.03
57.28
28.66
62.86
56.21
47.40
42.96
64.89
56.10
32.56
91.54
39.20
57.73
50.26
29.57
48.89
70.62
48.90
44.65
65.18
70.21
56.40
61.88
59.61
34.80
46.15
64.65
60.91
53.40
56.39
54.36
61.68
41.34
62.35
33.56
51.14
51.14
Stage of
Net Ground
Ground
Water
Water
Availability
Extraction
for future use
(%)
Dynamic Ground Water Resources Assessment of India - 2020
94
1
1
2
3
4
5
6
7
8
9
10
11
12
13
14
15
16
17
18
19
20
21
22
23
24
25
26
27
S. No.
2
Balod
Baloda Bazar
Balrampur
Bastar
Bemetara
Bijapur
Bilaspur
Dantewara
Dhamtari
Durg
Gariaband
Janjgir-Champa
Jashpur
Kanker
Kawardha
Kondagaon
Korba
Koriya
Mahasamund
Mungeli
Narayanpur
Raigarh
Raipur
Rajnandgaon
Sukma
Surajpur
Surguja
Total (Ham)
Total (Bcm)
Name of District
3
16181.18
34099.30
42786.88
23467.96
16699.17
56124.02
34315.47
26565.42
19870.47
14123.23
23427.62
22405.85
27267.04
61107.35
33869.41
27387.25
34489.15
37715.72
41374.72
8983.52
23319.67
35608.77
21140.58
44692.98
46643.94
23229.18
36041.64
832937.49
8.33
4
7810.88
15141.37
1374.31
823.65
13227.34
184.00
7342.63
181.77
9761.24
8291.89
5230.76
12308.05
1710.50
2505.81
4757.42
669.02
974.80
4197.19
6898.77
2914.08
258.98
3599.99
10782.86
12282.17
323.97
2472.40
1491.03
137516.88
1.38
5
1721.84
4269.90
6239.09
5036.05
1705.48
5435.44
5598.09
3019.40
1840.12
1438.50
2119.95
2889.64
4685.05
10098.15
4887.42
5961.33
5341.93
5018.46
4291.72
994.82
3730.18
5037.69
1931.21
5372.56
4340.78
3258.89
5122.55
111386.24
1.11
6
10650.16
7018.98
2685.88
2484.67
17583.72
560.02
6552.12
1198.89
16204.69
10271.04
6085.36
10180.72
3280.10
7847.35
9579.41
2093.25
2032.69
2468.25
12028.97
2952.81
447.36
4940.20
12753.58
19407.99
457.55
8174.97
3701.20
183641.93
1.84
7
36364.06
60529.55
53086.16
31812.33
49215.71
62303.48
53808.31
30965.48
47676.52
34124.66
36863.69
47784.26
36942.69
81558.66
53093.66
36110.85
42838.57
49399.62
64594.18
15845.23
27756.19
49186.65
46608.23
81755.70
51766.24
37135.44
46356.42
1265482.54
12.65
8
3229.51
5941.32
5308.63
2673.35
4660.82
6230.35
4071.68
2111.21
4767.66
2932.03
3250.77
4303.57
3694.30
7534.12
4148.27
2732.21
3963.79
3156.45
5275.61
1584.54
1778.25
3897.29
4108.63
6736.48
5176.63
2813.96
4635.65
110717.08
1.11
9
33134.55
54588.23
47777.53
29138.98
44554.89
56073.13
49736.63
28854.27
42908.85
31192.62
33612.92
43480.67
33248.39
74024.55
48945.39
33378.64
38874.77
46243.17
59318.57
14260.69
25977.94
45289.36
42499.60
75019.23
46589.62
34321.48
41720.77
1154765.44
11.55
10
20389.68
17550.27
11631.10
9096.67
36300.27
1936.38
16945.33
2838.73
34726.81
20479.11
18582.67
19315.20
10455.66
20154.25
33365.73
10777.12
8290.76
7886.94
36223.57
6558.95
630.20
16066.65
20776.86
42951.79
949.48
17896.36
10648.73
453425.27
4.53
11
223.28
459.41
46.48
49.74
343.39
0.40
558.36
153.15
21.75
459.81
21.47
111.23
1.44
21.29
6.89
2.86
2763.40
754.65
36.19
15.77
10.00
1683.01
1350.98
97.35
0.29
566.68
666.83
10426.06
0.10
12
2132.77
4617.17
1932.65
2167.54
2189.86
645.83
6132.77
737.83
2020.37
4719.97
1603.33
4441.57
2136.04
1937.42
2347.60
1495.56
3387.34
1688.69
2729.27
1713.68
368.58
3976.92
6712.99
4562.56
601.94
2053.19
2195.24
71248.66
0.71
13
22745.77
22626.88
13610.19
11313.93
38833.51
2582.60
23636.42
3729.71
36768.92
25658.89
20207.46
23867.96
12593.08
22112.99
35720.21
12275.54
14441.52
10330.26
38989.00
8288.42
1008.77
21726.62
28840.83
47611.72
1551.73
20516.25
13510.78
535099.96
5.35
DYNAMIC GROUND WATER RESOURCES OF INDIA, 2020
CHHATISGARH
Ground Water Recharge
Current Annual Ground Water Extraction
Monsoon Season
Non-monsoon Season
Total
Annual
Total
Annual
Extractable
Natural
Recharge
Recharge
Ground
Total
Ground Water Irrigation Industrial Domestic
Recharge
Recharge
Discharges
from other
from other
Water
Resource
from rainfall
from rainfall
sources
sources
Recharge
14
2356.22
6482.56
2200.65
2400.33
2889.52
711.88
7853.65
820.00
2180.05
5135.19
1877.55
5146.64
2320.47
2150.07
2837.22
1658.78
3879.21
1819.79
3077.95
2236.98
412.02
4491.91
8179.69
6010.03
636.60
2298.05
2436.01
84499.02
0.84
Annual GW
Allocation
for for
Domestic
Use as on
2025
15
10654.51
30095.96
33899.34
17592.26
8115.06
53424.48
24379.34
25042.38
8330.58
6525.91
13187.96
18907.64
20472.13
52023.78
18491.07
21687.28
24619.32
35781.80
19980.89
5448.97
24925.73
23553.46
13585.14
27294.18
45003.22
13639.35
27969.22
624630.96
6.25
16
68.65
41.45
28.49
38.83
87.16
4.61
47.52
12.93
85.69
82.26
60.12
54.89
37.88
29.87
72.98
36.78
37.15
22.34
65.73
58.12
3.88
47.97
67.86
63.47
3.33
59.78
32.38
46.34
46.34
Stage of
Net Ground
Ground
Water
Water
Availability
Extraction
for future use
(%)
Dynamic Ground Water Resources Assessment of India - 2020
95
2
1
1
2
3
4
5
6
7
8
9
10
11
12
Central
East
New Delhi
North
North East
North West
Shahdara
South
South East
South West
West
Nazul Land
Total (Ham)
Total (Bcm)
Name of District
S. No.
3
191.24
122.55
414.97
1096.39
128.89
686.58
151.53
234.35
413.57
1420.17
485.78
113.66
5459.68
0.0546
4
887.40
707.55
924.52
1904.15
524.37
1282.72
661.26
1223.29
636.99
2233.99
1401.61
192.72
12580.57
0.1258
16.96
9.91
27.96
87.20
11.19
48.40
10.85
16.67
29.08
95.68
34.67
9.19
397.76
0.0040
5
6
910.94
717.82
938.46
2060.58
530.29
1675.59
665.63
1238.91
652.04
2347.73
1431.96
203.80
13373.75
0.1337
7
2006.54
1557.83
2305.91
5148.32
1194.74
3693.29
1489.27
2713.22
1731.68
6097.57
3354.02
519.37
31811.76
0.3181
8
200.66
155.78
230.59
514.83
119.47
369.33
148.93
271.32
173.17
609.76
335.40
51.94
3181.18
0.0318
9
1805.90
1402.06
2075.31
4633.49
1075.27
3323.97
1340.35
2441.89
1558.51
5487.82
3018.61
467.47
28630.55
0.2863
10
167.09
128.69
477.03
263.36
105.16
498.75
239.11
242.24
242.99
3911.46
658.55
249.20
7183.62
0.0718
0.00
0.00
0.00
3504.00
0.00
0.00
0.00
0.00
156.00
0.00
0.00
0.00
3660.00
0.0366
11
12
1483.93
1122.48
2202.79
1209.58
1005.52
1829.42
1213.72
2678.04
1243.25
2075.64
2080.69
44.06
18189.13
0.1819
13
1651.01
1251.17
2679.81
4976.95
1110.68
2328.16
1452.83
2920.29
1642.24
5987.10
2739.24
293.26
29032.77
0.2903
DYNAMIC GROUND WATER RESOURCES OF INDIA, 2020
DELHI
Ground Water Recharge
Current Annual Ground Water Extraction
Monsoon Season
Non-monsoon Season
Total
Annual
Total
Annual
Extractable
Natural
Recharge
Recharge
Ground
Total
Ground Water Irrigation Industrial Domestic
Recharge
Recharge
Discharges
from other
from other
Water
Resource
from rainfall
from rainfall
sources
sources
Recharge
14
1534.23
1151.87
2295.72
1241.82
1024.82
1878.03
1249.48
2731.66
1290.45
2166.33
2099.45
44.89
18708.75
0.1871
Annual GW
Allocation
for for
Domestic
Use as on
2025
15
250.53
177.92
0.00
45.36
6.78
947.18
6.36
0.00
36.60
139.75
381.17
173.34
2164.99
0.0216
16
91.42
89.24
129.13
107.41
103.29
70.04
108.39
119.59
105.37
109.10
90.75
62.73
101.40
101.40
Stage of
Net Ground
Ground
Water
Water
Availability
Extraction
for future use
(%)
Dynamic Ground Water Resources Assessment of India - 2020
96
2
1
1
2
Goa North
South Goa
Total (Ham)
Total (Bcm)
Name of District
S. No.
3
14682.01
19460.60
34142.61
0.34
4
1334.62
619.65
1954.27
0.02
53.52
287.17
340.69
0.003
5
6
2591.74
1182.76
3774.50
0.04
7
18661.89
21550.18
40212.07
0.40
8
3732.38
4310.03
8042.41
0.08
9
14929.51
17240.15
32169.66
0.32
10
1419.93
1005.21
2425.14
0.02
11
51.65
333.74
385.38
0.004
12
2078.58
2665.62
4744.19
0.05
13
3550.18
4004.57
7554.75
0.08
DYNAMIC GROUND WATER RESOURCES OF INDIA, 2020
GOA
Ground Water Recharge
Current Annual Ground Water Extraction
Monsoon Season
Non-monsoon Season
Total
Annual
Total
Annual
Extractable
Natural
Recharge
Recharge
Ground
Total
Ground Water Irrigation Industrial Domestic
Recharge
Recharge
Discharges
from other
from other
Water
Resource
from rainfall
from rainfall
sources
sources
Recharge
14
2264.61
2904.18
5168.79
0.05
Annual GW
Allocation
for for
Domestic
Use as on
2025
15
11193.32
12997.01
24190.33
0.24
16
23.78
23.23
23.48
23.48
Stage of
Net Ground
Ground
Water
Water
Availability
Extraction
for future use
(%)
Dynamic Ground Water Resources Assessment of India - 2020
97
1
1
2
3
4
5
6
7
8
9
10
11
12
13
14
15
16
17
18
19
20
21
22
23
24
25
26
27
28
29
30
31
32
33
S. No.
2
Ahmedabad
Amreli
Anand
Arvalli
Banaskantha
Bharuch
Bhavnagar
Botad
Chhota Udepur
Dahod
Dang
Devbhumi Dwaraka
Gandhinagar
Gir Somnath
Jamnagar
Junagadh
Kachchh
Kheda
Mahesana
Mahisagar
Morbi
Narmada
Navsari
Panchmahal
Patan
Porbandar
Rajkot
Sabarkantha
Surat
Surendra Nagar
Tapi
Vadodara
Valsad
Total (Ham)
Total (Bcm)
Name of District
3
44377.69
137968.04
28882.50
70906.20
82583.48
63366.21
84934.69
43266.32
39945.22
34200.85
30173.22
37488.18
40044.07
52503.68
152729.18
76055.68
49048.75
77455.15
78565.77
17449.93
48713.01
26666.89
52834.87
22217.36
20983.87
21954.45
152287.46
50308.31
82120.97
69501.38
49529.02
64018.71
56234.07
1959315.18
19.59
4
9688.35
8043.98
39882.83
3014.54
16242.09
8169.95
7021.85
2441.28
4761.27
6586.17
848.43
2727.09
5073.64
3210.16
6577.36
5195.42
18503.57
38260.81
11554.36
4907.18
4137.44
4834.60
4380.70
10692.81
5857.67
1698.08
14900.50
7772.96
10669.35
4620.63
3679.08
10055.28
3148.99
289158.42
2.89
5
0.00
0.00
0.00
0.00
0.00
0.00
0.00
0.00
0.00
0.00
0.00
0.00
0.00
0.00
0.00
0.00
0.00
0.00
0.00
0.00
0.00
0.00
0.00
0.00
0.00
0.00
0.00
0.00
0.00
0.00
0.00
0.00
0.00
0.00
0.00
6
10358.61
9991.73
35445.63
6520.91
18448.92
14870.59
10546.54
3820.15
9485.09
10931.19
925.07
4543.48
7761.33
5115.06
11397.39
8117.83
17598.75
37932.57
22091.97
9088.11
8088.60
8077.01
10687.48
14646.81
9733.79
2792.89
23454.28
16687.96
27662.98
6376.66
10132.92
31613.19
7465.02
432410.51
4.32
7
64424.65
156003.75
104210.96
80441.65
117274.49
86406.75
102503.08
49527.75
54191.58
51718.21
31946.72
44758.75
52879.04
60828.90
170703.93
89368.93
85151.07
153648.53
112212.10
31445.22
60939.05
39578.50
67903.05
47556.98
36575.33
26445.42
190642.24
74769.23
120453.30
80498.67
63341.02
105687.18
66848.08
2680884.11
26.81
8
3815.88
7800.19
7150.32
7690.86
10347.74
8640.66
5125.15
2476.37
4894.98
4484.34
3194.67
2237.93
5287.91
3041.45
8535.20
8254.30
6378.25
7682.42
11221.22
3144.51
3049.69
3008.21
5501.69
4201.20
2403.15
1322.26
9532.10
7476.93
9415.95
4024.96
5127.84
7843.33
6046.51
190358.17
1.90
9
10
60608.76
37210.40
148203.56
74640.40
97060.64
22265.10
72750.79
32196.30
106926.75 129523.05
77766.09
15379.40
97377.93
42198.40
47051.37
23049.70
49296.60
18634.60
47233.87
8267.30
28752.05
1715.70
42520.82
24483.80
47591.13
57109.30
57787.45
26281.30
162168.73
51496.90
81114.63
60211.30
78772.82
56933.10
145966.11
52593.70
100990.88 100905.60
28300.71
10135.20
57889.36
26253.10
36570.29
18038.40
62401.36
19155.60
43355.78
9404.60
34172.18
39745.90
25123.16
14133.40
181110.14
99844.20
67292.30
49081.10
111037.35
29018.00
76473.70
28902.20
58213.18
18137.80
97843.85
54911.90
60801.57
13344.80
2490525.91 1265201.55
24.91
12.65
11
1268.60
5.26
110.18
5.48
62.60
36.88
0.00
0.00
0.00
0.00
61.48
0.00
244.37
0.00
0.00
0.00
0.90
29.25
199.66
0.00
0.00
0.25
67.53
27.30
17.89
0.15
15.50
7.30
15.00
0.00
0.00
397.50
55.85
2628.93
0.03
12
13
676.51
39155.51
202.83
74848.48
3969.68
26344.97
1829.47
34031.25
3762.13 133347.78
1083.63
16499.90
64.85
42263.25
0.00
23049.70
1727.58
20362.17
4576.15
12843.44
452.40
2229.59
1355.95
25839.76
1384.10
58737.77
2213.88
28495.19
2122.61
53619.50
1904.93
62116.22
867.20
57801.20
3091.16
55714.15
2980.50 104085.78
672.87
10808.07
1383.99
27637.10
463.52
18502.16
2293.87
21517.00
1775.60
11207.50
500.63
40264.41
345.88
14479.44
6381.45 106241.16
1824.53
50912.92
3362.62
32395.62
629.67
29531.87
500.65
18638.45
2179.84
57489.24
5218.47
18619.10
61799.16 1329629.65
0.62
13.30
DYNAMIC GROUND WATER RESOURCES OF INDIA, 2020
GUJARAT
Ground Water Recharge
Current Annual Ground Water Extraction
Monsoon Season
Non-monsoon Season
Total
Annual
Total
Annual
Extractable
Natural
Recharge
Recharge
Ground
Total
Ground Water Irrigation Industrial Domestic
Recharge
Recharge
Discharges
from other
from other
Water
Resource
from rainfall
from rainfall
sources
sources
Recharge
14
2668.36
213.21
4688.66
2013.43
5092.00
2032.73
71.32
0.00
1874.63
5471.59
512.56
1548.74
1482.08
2767.34
2444.32
2123.43
1554.58
3359.45
3240.03
743.97
1830.66
504.74
2504.91
1969.38
1359.82
397.17
7163.96
2007.99
6773.66
1150.20
536.42
2365.37
5914.90
78381.61
0.78
Annual GW
Allocation
for for
Domestic
Use as on
2025
15
21359.00
73344.69
70417.45
38535.58
19192.79
61181.43
55108.21
24001.67
28787.38
33494.97
26462.30
16572.46
5393.03
29134.13
108379.24
21912.68
31816.30
90015.92
7824.57
17421.54
30086.03
18026.91
40772.34
31954.49
2716.81
10624.81
74086.45
17512.26
77637.64
46881.38
39538.96
40314.12
41513.84
1252021.38
12.52
16
64.60
50.50
27.14
46.78
124.71
21.22
43.40
48.99
41.31
27.19
7.75
60.77
123.42
49.31
33.06
76.58
73.38
38.17
103.06
38.19
47.74
50.59
34.48
25.85
117.83
57.63
58.66
75.66
29.18
38.62
32.02
58.76
30.62
53.39
53.39
Stage of
Net Ground
Ground
Water
Water
Availability
Extraction
for future use
(%)
Dynamic Ground Water Resources Assessment of India - 2020
98
1
1
2
3
4
5
6
7
8
9
10
11
12
13
14
15
16
17
18
19
20
21
22
S. No.
2
Ambala
Bhiwani
Charkhi Dadri
Faridabad
Fatehabad
Gurgaon
Hisar
Jhajjar
Jind
Kaithal
Karnal
Kurukshetra
Mahendragarh
Mewat
Palwal
Panchkula
Panipat
Rewari
Rohtak
Sirsa
Sonipat
Yamuna Nagar
Total (Ham)
Total (Bcm)
Name of District
3
25851.47
15738.99
8957.67
5199.25
11427.64
9765.55
20573.44
11725.54
16168.54
17128.09
29880.64
13561.65
14195.25
7541.18
9120.94
11474.90
12589.33
13614.11
11347.19
19177.20
17306.20
21448.69
323793.46
3.24
4
9181.01
12820.20
5157.99
3665.83
25941.43
5374.69
14743.40
11279.43
31649.90
23863.48
20460.98
12772.05
4003.68
4428.13
12652.02
1353.83
9702.82
5582.56
9588.22
18031.80
22927.34
15838.36
281019.15
2.81
5
5607.82
1388.30
930.36
2749.41
1779.59
2964.10
2690.55
1875.41
7476.02
2786.69
1602.32
2636.87
2506.43
2746.03
1262.10
1363.58
1066.20
1854.01
2948.20
1280.52
3559.48
5158.77
58232.76
0.58
6
7386.20
11859.38
4305.69
4658.58
20326.84
4587.04
20871.00
12075.97
30369.38
16436.40
28750.64
9947.99
7763.19
4866.74
15700.97
1060.05
12242.63
9870.61
8550.54
22075.08
20886.26
15064.44
289655.62
2.90
7
48026.50
41806.87
19351.71
16273.07
59475.50
22691.38
58878.39
36956.35
85663.84
60214.66
80694.58
38918.56
28468.55
19582.08
38736.03
15252.36
35600.98
30921.29
32434.15
60564.60
64679.28
57510.26
952700.99
9.53
8
4802.65
3669.38
1935.16
1426.38
5947.55
2269.16
5289.02
2914.83
8566.38
5459.15
7604.60
3677.52
2846.87
1958.21
3873.61
1249.36
3560.12
3092.12
2687.56
5818.16
5324.12
5751.03
89722.94
0.90
9
10
43223.85
39427.89
38137.49
39187.30
17416.55
22945.08
14846.69
12667.80
53527.95
89094.85
20422.22
22073.37
53589.37
48006.94
34041.52
15389.40
77097.46
83174.71
54755.51 108915.69
73089.98 114374.77
35241.04
67780.88
25621.68
24762.24
17623.87
12526.28
34862.42
30451.75
14003.00
7363.08
32040.86
53406.36
27829.17
31833.15
29746.59
14166.66
54746.44
79872.61
59355.16
62012.69
51759.23
67109.37
862978.05 1046542.87
8.63
10.47
11
7575.00
144.00
28.00
5136.00
135.72
17117.17
230.22
86.00
461.63
573.77
2180.00
12575.88
31.08
19.91
680.60
90.00
636.00
1452.00
166.06
162.90
939.29
2340.00
52761.23
0.53
12
13
6649.27
53652.15
2612.00
41943.30
1246.79
24219.89
919.22
18723.01
1625.52
90856.11
2232.48
41423.03
366.20
48603.36
313.94
15789.35
3359.02
86995.36
4169.87 113659.32
6231.32 122786.11
6322.97
86679.74
2477.93
27271.25
1696.15
14242.33
3318.43
34450.77
1257.50
8710.57
2440.66
56483.03
2037.47
35322.62
435.65
14768.37
1854.48
81889.99
2516.63
65468.59
7801.56
77250.93
61885.06 1161189.18
0.62
11.61
DYNAMIC GROUND WATER RESOURCES OF INDIA, 2020
HARYANA
Ground Water Recharge
Current Annual Ground Water Extraction
Monsoon Season
Non-monsoon Season
Total
Annual
Total
Annual
Extractable
Natural
Recharge
Recharge
Ground
Total
Ground Water Irrigation Industrial Domestic
Recharge
Recharge
Discharges
from other
from other
Water
Resource
from rainfall
from rainfall
sources
sources
Recharge
14
6649.27
2612.00
832.04
751.29
1415.12
2232.48
323.20
262.77
3106.86
4169.87
5029.01
6322.96
2477.93
1466.46
2557.19
1257.50
2204.14
1388.81
446.18
1863.58
1883.94
7801.56
57054.16
0.57
Annual GW
Allocation
for for
Domestic
Use as on
2025
15
1255.45
5257.97
3980.96
0.00
199.44
0.00
9744.14
18303.34
6217.00
0.00
3342.83
0.00
4109.00
5012.65
5582.36
5292.43
0.00
702.84
14967.69
2685.16
10235.53
159.41
97048.20
0.97
16
124.13
109.98
139.06
126.11
169.74
202.83
90.70
46.38
112.84
207.58
167.99
245.96
106.44
80.81
98.82
62.21
176.28
126.93
49.65
149.58
110.30
149.25
134.56
134.56
Stage of
Net Ground
Ground
Water
Water
Availability
Extraction
for future use
(%)
Dynamic Ground Water Resources Assessment of India - 2020
99
2
1
1
2
3
4
5
Kangra
Mandi
Sirmaour
Solan
Una
Total (Ham)
Total (Bcm)
Name of District
S. No.
3
35864.75
2573.27
7545.49
6341.22
13907.79
66232.52
0.66
4
6556.41
38.90
168.61
4468.10
1809.93
13041.95
0.13
5
6044.21
1157.81
1323.06
1636.13
2887.97
13049.18
0.13
6
8230.72
44.12
218.87
3809.68
2105.45
14408.84
0.14
7
56696.09
3814.10
9256.03
16255.13
20711.14
106732.49
1.07
8
5669.60
381.41
925.61
1625.51
1162.60
9764.73
0.10
9
51026.49
3432.69
8330.42
14629.62
19548.54
96967.76
0.97
10
7709.79
262.92
730.64
2436.77
8627.93
19768.05
0.20
11
109.99
0.00
287.60
4914.71
165.99
5478.29
0.05
12
4587.26
849.91
962.05
1197.20
2866.58
10462.99
0.10
13
12407.04
1112.83
1980.29
8548.68
11660.49
35709.33
0.36
DYNAMIC GROUND WATER RESOURCES OF INDIA, 2020
HIMACHAL PRADESH
Ground Water Recharge
Current Annual Ground Water Extraction
Monsoon Season
Non-monsoon Season
Total
Annual
Total
Annual
Extractable
Natural
Recharge
Recharge
Ground
Total
Ground Water Irrigation Industrial Domestic
Recharge
Recharge
Discharges
from other
from other
Water
Resource
from rainfall
from rainfall
sources
sources
Recharge
14
4587.26
849.91
962.05
1197.20
2866.58
10463.00
0.10
Annual GW
Allocation
for
Domestic
Use as on
2025
15
38619.45
2319.85
6350.13
6757.66
7888.05
61935.14
0.62
16
24.31
32.42
23.77
58.43
59.65
36.83
36.83
Stage of
Net Ground
Ground
Water
Water
Availability
Extraction
for future use
(%)
Dynamic Ground Water Resources Assessment of India - 2020
100
1
1
2
3
4
5
6
7
8
9
10
11
12
13
14
15
16
17
18
19
20
21
22
23
24
S. No.
2
Bokaro
Chatra
Deoghar
Dhanbad
Dumka
East Singhbhum
Garhwa
Giridih
Godda
Gumla
Hazaribagh
Jamtara
Khunti
Koderma
Latehar
Lohardaga
Pakur
Palamau
Ramgarh
Ranchi
Sahebganj
Saraikela - Kharsawa
Simdega
West Singhbhum
Total (Ham)
Total (Bcm)
Name of District
3
20046.48
20963.72
11127.01
17567.64
19606.76
24792.29
24600.47
33955.19
16466.31
30917.49
25622.66
5987.35
10587.14
5390.09
18532.60
16145.95
18699.81
25961.06
10081.27
34549.24
21717.22
15031.08
21266.69
41369.34
490984.86
4.91
4
1486.78
2121.11
1390.49
3489.34
2852.28
672.08
2398.72
3370.72
1757.06
884.93
2123.01
1368.34
658.81
378.05
2496.33
505.25
1425.69
5429.72
550.28
1982.44
2920.76
728.26
548.75
1442.98
42982.18
0.43
5
1885.13
615.62
1453.81
1438.62
3381.78
2826.54
1051.99
2291.70
1899.42
3257.62
2488.63
827.22
1201.58
444.05
1030.62
1478.73
2956.84
1101.53
836.24
3453.76
2398.89
1707.67
837.59
5742.08
46607.66
0.47
6
1134.74
1932.24
1404.77
3475.68
1619.30
569.88
2343.26
2647.96
1032.55
1159.17
2478.78
979.09
738.68
631.03
1915.24
590.29
908.49
2474.37
616.19
2681.23
1394.02
462.50
586.73
914.60
34690.79
0.35
7
24553.13
25632.69
15376.08
25971.28
27460.12
28860.79
30394.44
42265.57
21155.34
36219.21
32713.08
9162.00
13186.21
6843.22
23974.79
18720.22
23990.83
34966.68
12083.98
42666.67
28430.89
17929.51
23239.76
49469.00
615265.49
6.15
8
2214.74
2028.82
1107.36
2394.47
2093.69
2746.91
2402.95
3443.16
1820.90
3005.44
2870.44
834.25
873.93
438.38
1914.16
1667.87
1975.38
2911.20
626.14
3225.80
2471.55
1499.59
1823.54
4442.82
50833.49
0.51
9
22338.39
23603.87
14268.72
23576.82
25366.44
26113.88
27991.49
38822.41
19334.43
33213.77
29842.64
8327.75
12312.28
6404.84
22060.63
17052.35
22015.45
32055.48
11457.84
39440.87
25959.34
16429.92
21416.22
45026.18
564432.01
5.64
10
2283.00
6112.00
4966.13
2574.50
3749.75
1860.00
7531.88
9022.88
1869.00
3789.50
7851.38
2280.25
2385.00
2504.38
5109.00
1833.50
1911.50
7094.50
1428.25
9619.50
2207.00
1099.50
1807.00
1707.50
92596.88
0.93
11
3660.61
709.17
205.19
7905.66
18.71
605.71
11.26
764.77
312.15
10.03
695.04
6.40
7.76
20.30
118.54
13.34
22.44
173.88
3173.77
1452.12
40.23
405.91
0.00
23.05
20356.02
0.20
12
3857.14
1448.85
2267.21
5344.05
1847.86
3639.45
1742.82
3467.17
1807.84
1322.81
2606.67
1131.29
753.80
1108.24
1019.17
675.66
1115.79
2820.75
1736.60
5297.24
1702.61
1704.16
840.77
2234.19
51492.16
0.51
13
9800.77
8270.03
7438.52
15824.21
5616.33
6105.15
9285.93
13254.80
3988.97
5122.30
11153.10
3417.94
3146.55
3632.89
6246.72
2522.47
3049.72
10089.13
6338.59
16368.87
3949.83
3209.57
2647.78
3964.72
164444.89
1.64
DYNAMIC GROUND WATER RESOURCES OF INDIA, 2020
JHARKHAND
Ground Water Recharge
Current Annual Ground Water Extraction
Monsoon Season
Non-monsoon Season
Total
Annual
Total
Annual
Extractable
Natural
Recharge
Recharge
Ground
Total
Ground Water Irrigation Industrial Domestic
Recharge
Recharge
Discharges
from other
from other
Water
Resource
from rainfall
from rainfall
sources
sources
Recharge
14
3883.92
1458.92
2282.95
5381.17
1860.69
3664.71
1754.92
3491.24
1820.37
1331.99
2624.78
1139.15
759.03
1115.95
1026.24
680.35
1123.54
2840.32
1748.66
5334.03
1714.44
1716.00
846.62
2249.72
51849.71
0.52
Annual GW
Allocation
for
Domestic
Use as on
2025
15
13416.30
15323.78
6814.44
7983.88
19737.28
20956.49
18693.46
25543.55
15332.94
28082.29
18671.43
4901.95
9160.49
2764.23
15806.84
14525.19
18957.97
21946.78
5107.18
23035.20
21997.68
13208.52
18762.58
41045.94
401776.39
4.02
16
43.87
35.04
52.13
67.12
22.14
23.38
33.17
34.14
20.63
15.42
37.37
41.04
25.56
56.72
28.32
14.79
13.85
31.47
55.32
41.50
15.22
19.53
12.36
8.81
29.13
29.13
Stage of
Net Ground
Ground
Water
Water
Availability
Extraction
for future use
(%)
Dynamic Ground Water Resources Assessment of India - 2020
101
1
1
2
3
4
5
6
7
8
9
10
11
12
13
14
15
16
17
18
19
20
21
22
23
24
25
26
27
28
29
30
S. No.
2
Bagalkot
Bangalore Rural
Bangalore Urban
Belagavi
Bellary
Bidar
Chamrajnagara
Chikballapur
Chikkamagalur
Chitradurga
Dakshin Kanna
Davangere
Dharwad
Gadag
Hassan
Haveri
Kalburagi
Kodagu
Kolar
Koppal
Mandya
Mysuru
Raichur
Ramanagaram
Shivamogga
Tumakuru
Udupi
Uttar Kannada
Vijayapura
Yadgir
Total (Ham)
Total (Bcm)
Name of District
3
11256.28
6678.59
4817.08
35987.75
28358.71
17850.20
16245.80
11565.99
44545.60
20748.20
51614.42
15417.44
14789.86
9843.45
24085.90
19737.22
35171.21
27102.50
10502.16
14972.25
12116.68
21992.93
15428.10
8306.39
69868.66
26857.57
59473.12
72046.43
22815.33
17110.74
747306.55
7.47
4
23990.18
4177.63
3762.47
37053.45
21609.76
2710.99
7688.50
12485.10
11262.29
9938.17
3116.15
13708.20
4529.45
6903.38
30482.39
25156.04
4441.39
2810.88
11008.43
22132.01
55729.72
31220.70
17738.87
13709.41
24405.68
23149.55
2552.62
22886.25
6609.37
11112.34
468081.37
4.68
5
5180.34
4317.25
3937.49
9641.96
14524.66
3345.95
7032.93
7245.30
10605.56
11569.17
4081.54
8161.47
5388.84
4934.22
10728.39
7109.86
8401.37
6400.96
7377.30
6148.98
6092.46
13928.22
6353.36
6134.98
6419.47
19038.71
3119.27
1945.73
9183.47
4424.08
222773.29
2.23
6
17354.82
5173.38
5107.21
22906.21
15676.57
4799.20
5690.75
9873.16
7401.10
11209.87
3700.14
24507.25
3942.03
7870.45
20321.81
23180.26
7729.27
3444.82
15513.88
27078.34
19805.89
13011.44
29083.09
13576.43
13129.97
15588.37
1993.41
5055.18
11391.29
12327.63
377443.23
3.77
7
57781.62
20346.86
17624.25
105589.36
80169.70
28706.34
36657.98
41169.55
73814.55
53465.42
62512.26
61794.35
28650.19
29551.50
85618.49
75183.37
55743.25
39759.15
44401.77
70331.58
93744.75
80153.28
68603.43
41727.21
113823.78
84634.20
67138.41
101933.59
49999.46
44974.78
1815604.44
18.16
8
5723.09
2015.49
1762.43
9827.61
7924.14
2823.24
3665.82
4116.94
7014.41
5346.54
6251.23
5346.10
2555.31
2955.15
8289.73
6528.22
5574.30
3713.60
4440.19
6944.52
9374.48
7607.79
6595.58
4172.72
11338.70
8181.80
6713.84
10092.89
4627.42
4497.48
176020.79
1.76
9
52058.53
18331.37
15861.82
95761.75
72245.56
25883.10
32992.17
37052.61
66800.14
48118.88
56261.03
56448.24
26094.88
26596.35
77328.75
68655.15
50168.94
36045.56
39961.58
63387.06
84370.27
72545.50
62007.85
37554.48
102485.08
76452.40
60424.58
91840.70
45372.04
40477.30
1639583.65
16.40
10
44546.20
23679.34
20573.93
60554.28
39073.80
12085.64
30401.86
50780.88
29005.13
47814.49
18006.33
43499.13
12667.49
21115.12
43953.75
34441.91
17963.83
9372.64
75370.21
33990.05
44055.10
27001.56
26105.35
31960.88
30289.08
63615.70
10634.17
19035.51
25993.67
12661.68
960248.71
9.60
11
12
13
0.00
3639.62
48185.81
0.00
1503.34
25182.69
0.00
1419.28
21993.21
0.00 10641.69
71196.03
0.00
4348.48
43422.29
0.00
1020.59
13106.23
0.00
3105.32
33507.16
0.00
3078.11
53858.98
0.00
2433.69
31438.80
0.00
4358.18
52172.63
0.00
3077.12
21083.45
0.00
2681.48
46180.61
0.00
1517.53
14185.02
0.00
1997.33
23112.46
0.00
3740.60
47694.35
0.00
2947.80
37389.70
0.00
4376.94
22340.77
0.00
1734.50
11107.16
0.00
4537.68
79907.88
0.00
2255.50
36245.56
0.00
3744.99
47800.11
0.00
6700.80
33702.36
0.00
3727.50
29832.85
0.00
2000.57
33961.45
0.00
3828.08
34117.15
0.00
5531.75
69147.44
0.00
3758.48
14392.64
0.00
3398.44
22433.93
0.00
3733.51
29727.17
0.00
2110.65
14772.34
0.00 102949.54 1063198.25
0.00
1.03
10.63
DYNAMIC GROUND WATER RESOURCES OF INDIA, 2020
KARNATAKA
Ground Water Recharge
Current Annual Ground Water Extraction
Monsoon Season
Non-monsoon Season
Total
Annual
Total
Annual
Extractable
Natural
Recharge
Recharge
Ground
Total
Ground Water Irrigation Industrial Domestic
Recharge
Recharge
Discharges
from other
from other
Water
Resource
from rainfall
from rainfall
sources
sources
Recharge
14
3951.62
1708.06
1660.57
11510.24
4745.15
1103.80
3905.17
3380.96
2536.88
4721.16
3262.79
2854.27
1622.57
2127.01
4018.81
3169.49
4803.35
2392.38
4951.10
2494.42
4217.59
9683.36
4519.87
2758.20
3979.11
6012.41
3955.31
3602.85
4053.22
2275.61
115977.34
1.16
Annual GW
Allocation
for
Domestic
Use as on
2025
15
10148.48
109.46
0.00
31997.84
32328.11
12743.18
2477.15
931.09
37269.31
6321.08
34991.90
18362.85
11815.93
5145.29
35182.21
31809.26
28605.98
24280.51
0.00
28369.60
37439.51
38007.46
31528.96
3863.31
68678.94
18160.06
45835.10
69202.36
16926.21
25540.12
708071.25
7.08
16
92.56
137.37
138.66
74.35
60.10
50.64
101.56
145.36
47.06
108.42
37.47
81.81
54.36
86.90
61.68
54.46
44.53
30.81
199.96
57.18
56.66
46.46
48.11
90.43
33.29
90.45
23.82
24.43
65.52
36.50
64.85
64.85
Stage of
Net Ground
Ground
Water
Water
Availability
Extraction
for future use
(%)
Dynamic Ground Water Resources Assessment of India - 2020
102
1
1
2
3
4
5
6
7
8
9
10
11
12
13
14
S. No.
2
Alappuzha
Ernakulam
Idukki
Kannur
Kasargod
Kollam
Kottayam
Kozhikkode
Malappuram
Palakkad
Pathanamthitta
Thiruvananthapuram
Thrissur
Wayanad
Total (Ham)
Total (Bcm)
Name of District
3
30068.77
35404.58
17995.40
38455.10
26260.75
27361.75
29715.79
31186.83
39631.09
35607.81
18372.86
21075.45
45874.26
23266.23
420276.67
4.20
4
428.56
1271.91
311.20
873.35
1272.78
827.06
762.74
398.96
886.06
3975.43
493.55
570.29
840.67
442.26
13354.82
0.13
5
4450.93
7302.58
811.68
1818.66
508.58
6564.38
4930.28
1565.21
4369.05
699.16
5571.76
5623.81
1999.45
0.00
46215.53
0.46
6
6803.64
6966.54
1856.03
3842.01
4348.60
2771.53
5595.41
1437.35
7689.59
24617.72
1939.61
2734.43
14282.56
686.28
85571.30
0.86
7
41751.90
50945.61
20974.31
44989.12
32390.71
37524.72
41004.22
34588.35
52575.79
64900.12
26377.78
30003.98
62996.94
24394.77
565418.32
5.65
8
3010.22
4986.02
2097.41
4351.15
3239.07
3518.11
3812.93
3458.85
4979.08
6490.01
2245.57
2718.40
6114.38
2439.49
53460.69
0.53
9
38741.68
45959.59
18876.90
40637.97
29151.64
34006.61
37191.29
31129.50
47596.71
58410.11
24132.21
27285.58
56882.56
21955.28
511957.63
5.12
10
3850.09
8167.69
6063.04
8397.78
15919.49
5106.65
5059.88
4869.73
9535.32
18631.94
3868.74
5291.15
20148.87
1363.15
116273.49
1.16
11
12
260.98
9711.38
185.44 13367.28
13.04
4358.70
26.13 10512.18
13.91
6339.27
18.87 11416.69
2.97
8504.39
7.09 12883.75
8.74 22737.86
599.85 13904.83
0.04
4681.94
6.36 11910.05
38.96 12862.55
158.40
3785.31
1340.78 146976.17
0.01
1.47
13
13822.51
21720.40
10434.78
18936.12
22272.67
16542.20
13567.22
17760.58
32281.95
33136.60
8550.69
17207.51
33050.39
5306.85
264590.47
2.65
DYNAMIC GROUND WATER RESOURCES OF INDIA, 2020
KERALA
Ground Water Recharge
Current Annual Ground Water Extraction
Monsoon Season
Non-monsoon Season
Total
Annual
Total
Annual
Extractable
Natural
Recharge
Recharge
Ground
Total
Ground Water Irrigation Industrial Domestic
Recharge
Recharge
Discharges
from other
from other
Water
Resource
from rainfall
from rainfall
sources
sources
Recharge
14
10069.86
19145.59
4358.70
14256.60
11055.20
12609.60
9194.25
20961.63
60165.36
22761.33
4681.94
13586.05
17127.38
5047.47
225020.96
2.25
Annual GW
Allocation
for
Domestic
Use as on
2025
15
24560.69
18460.87
8442.12
18166.93
3196.88
16271.49
22934.22
7816.17
15314.76
19365.50
15581.52
8402.06
19567.33
15386.27
213466.81
2.13
16
35.68
47.26
55.28
46.60
76.40
48.64
36.48
57.05
67.82
56.73
35.43
63.06
58.10
24.17
51.68
51.68
Stage of
Net Ground
Ground
Water
Water
Availability
Extraction
for future use
(%)
Dynamic Ground Water Resources Assessment of India - 2020
103
1
1
2
3
4
5
6
7
8
9
10
11
12
13
14
15
16
17
18
19
20
21
22
23
24
25
26
27
28
29
30
31
32
33
34
35
36
37
38
39
40
41
42
43
44
45
46
47
S. No.
2
Agar Malwa
Alirajpur
Anuppur
Ashoknagar
Balaghat
Barwani
Betul
Bhind
Bhopal
Burhanpur
Chhatarpur
Chhindwara
Damoh
Datia
Dewas
Dhar
Dindori
Guna
Gwalior
Harda
Hoshangabad
Indore
Jabalpur
Jhabua
Katni
Khandwa
Khargone
Mandla
Mandsaur
Morena
Narsinghpur
Neemuch
Panna
Raisen
Rajgarh
Ratlam
Rewa
Sagar
Satna
Sehore
Seoni
Shahdol
Shajapur
Sheopur
Shivpuri
Sidhi
Singrauli
Name of District
3
33138.64
19981.86
36011.33
28905.41
81686.50
34944.34
102040.17
80922.82
30342.01
30054.26
65844.51
87803.07
31619.92
36352.90
66496.05
84490.43
40499.20
60581.42
53338.95
33125.19
129279.31
37119.30
51628.17
21206.45
33856.39
56167.03
63404.27
56699.37
47803.06
47301.71
102628.63
29881.06
57402.37
76289.29
65411.49
54572.43
42008.70
91071.07
51079.31
54332.97
62350.77
45582.48
42405.42
35918.59
62089.34
47076.52
33344.80
4
2590.20
1058.60
319.95
2075.65
1957.93
3415.72
3612.40
1574.22
2622.81
2541.78
4269.32
3866.38
2050.39
730.38
4935.92
7124.47
141.01
4283.83
8182.71
2883.56
11449.30
7338.55
3265.54
1494.72
1363.44
4407.81
5658.22
871.29
4507.38
1017.70
3571.16
4282.92
1283.65
3279.07
3848.31
7036.13
1835.61
3614.96
2498.19
3470.08
1951.24
368.60
3246.09
963.24
3662.39
795.32
790.04
0.00
0.00
2853.65
0.00
290.51
0.00
0.00
0.00
0.00
264.63
0.00
600.33
0.00
0.00
0.00
0.00
301.21
0.00
0.00
0.00
0.00
0.00
0.00
0.00
0.00
0.00
0.00
1095.53
0.00
0.00
0.00
0.00
0.00
0.00
0.00
0.00
273.82
0.00
1006.14
0.00
2242.88
1595.85
0.00
0.00
0.00
667.28
0.00
5
6
7
8
9
10
9681.30
45410.14
4382.30
41027.84
38041.29
2063.07
23103.53
1776.22
21327.31
6306.57
1245.99
40430.92
2695.93
37734.99
6038.97
7824.77
38805.83
3103.98
35701.85
20681.54
2791.18
86726.12
8672.64
78053.48
12464.29
18550.63
56910.69
5165.15
51745.54
33147.22
16046.71
121699.28
8221.47
113477.81
46816.25
15453.78
97950.82
9204.22
88746.59
25344.54
6942.84
39907.66
3042.37
36865.29
23436.86
7412.93
40273.60
2929.68
37343.92
22112.22
16628.35
86742.18
6288.59
80453.59
50832.41
12436.85
104706.63
5919.69
98786.94
53283.55
9173.22
42843.53
3545.25
39298.28
19443.36
6722.30
43805.58
3037.44
40768.14
12664.84
15466.15
86898.12
6096.06
80802.06
60554.71
22699.40
114314.30
9401.24
104913.07
77390.91
500.43
41441.85
2604.84
38837.01
2377.60
14725.30
79590.55
4324.69
75265.86
47286.67
18809.43
80331.09
6641.99
73689.10
17955.82
15865.43
51874.18
5187.43
46686.75
14704.63
66364.78
207093.39
12074.20
195019.19
39144.71
15632.80
60090.65
5476.51
54614.14
59179.95
8922.50
63816.21
4819.00
58997.21
25507.40
5236.23
27937.40
1703.56
26233.84
10246.94
4594.03
39813.86
3136.60
36677.26
13378.93
37510.11
98084.95
8047.93
90037.02
40020.29
44762.52
113825.01
7863.59
105961.41
41433.83
4003.84
62670.03
3425.88
59244.15
6908.22
14756.06
67066.50
6706.65
60359.85
61437.69
20826.71
69146.12
5361.48
63784.63
19819.30
15637.83
121837.62
8296.36
113541.26
70217.32
8391.84
42555.82
4255.57
38300.25
33497.06
6047.50
64733.52
6473.35
58260.17
15444.08
9587.61
89155.97
7206.76
81949.21
39617.81
13198.21
82458.01
4954.26
77503.75
61546.56
22822.50
84431.06
8108.40
76322.66 103519.66
8259.36
52377.49
4009.86
48367.63
21032.59
14072.96
108758.99
8828.73
99930.26
56586.75
10349.00
64932.64
5640.78
59291.86
33693.62
11992.90
69795.95
4608.14
65187.81
38035.12
5957.79
72502.68
4252.85
68249.83
22485.01
1329.18
48876.11
4887.61
43988.50
4944.24
11150.46
56801.97
3551.76
53250.21
54079.84
19248.01
56129.84
4957.24
51172.60
17631.34
14689.65
80441.38
5712.34
74729.04
48093.48
2711.05
51250.17
3756.37
47493.79
8506.79
2636.16
36771.00
2717.35
34053.65
10858.41
DYNAMIC GROUND WATER RESOURCES OF INDIA, 2020
0.00
0.00
0.00
0.00
0.00
0.00
0.00
0.00
0.00
0.00
0.00
0.00
0.00
0.00
25.35
0.00
0.00
0.00
0.00
0.00
0.00
1471.40
6.48
0.00
0.00
45.92
0.00
0.00
0.00
0.00
0.00
0.00
0.00
650.00
0.00
208.00
173.74
0.00
0.00
0.00
0.00
0.00
0.00
0.00
0.00
0.00
0.00
11
12
1593.66
2189.07
1512.23
1746.69
3597.17
3491.24
3753.32
3414.40
3579.55
1469.58
2952.35
5792.71
2988.54
1678.34
4104.70
5739.37
1754.34
2408.17
3756.70
1183.32
2168.49
8146.08
3536.67
2993.56
2624.73
2881.48
4293.50
2425.78
3311.25
5581.40
2263.17
1893.07
2363.99
3227.11
3873.19
4014.22
5346.46
3645.88
4544.75
2365.60
3136.80
2157.66
2098.73
1719.30
4394.96
2518.87
2174.35
13
39634.97
8495.65
7551.20
22428.24
16061.44
36638.47
50569.58
28758.94
27016.42
23581.82
53784.73
59076.21
22431.87
14343.20
64684.74
83130.27
4131.95
49694.84
21712.52
15887.95
41313.17
68797.42
29050.55
13240.51
16003.69
42947.69
45727.33
9334.00
64748.93
25400.69
72480.48
35390.12
17808.08
43494.90
65419.73
107741.87
26552.80
60232.63
38238.38
40400.72
25621.81
7101.91
56178.57
19350.64
52488.42
11025.68
13032.75
DYNAMIC GROUND WATER RESOURCES OF INDIA, 2020
MADHYA PRADESH
Ground Water Recharge
Current Annual Ground Water Extraction
Monsoon Season
Non-monsoon Season
Total
Annual
Total
Annual
Extractable
Natural
Recharge
Recharge
Ground
Total
Ground Water Irrigation Industrial Domestic
Recharge
Recharge
Discharges
from other
from other
Water
Resource
from rainfall
from rainfall
sources
sources
Recharge
14
1766.32
2548.66
1623.03
1927.85
3889.78
3939.54
4105.82
3758.17
4087.34
1665.18
3323.15
6149.52
3295.52
1894.54
4579.59
6648.40
1986.42
2715.98
4376.51
1330.85
2355.80
10002.61
3956.94
3548.42
2973.79
3243.92
4743.84
2690.49
3604.90
6348.42
2452.96
2063.71
2635.57
3646.89
4534.90
6066.10
6185.05
4089.76
5077.31
2605.78
3485.41
2384.54
2288.53
1968.51
5022.47
2894.90
2568.08
Annual GW
Allocation
for
Domestic
Use as on
2025
15
4711.45
12472.07
30072.99
13092.45
61699.41
19221.59
62555.74
59643.88
9341.08
13566.50
26298.06
39353.93
16559.44
26208.75
16963.50
32426.91
34472.98
25263.21
51729.54
30651.27
153518.70
2539.19
29689.42
12438.46
20324.50
46726.88
59783.75
49645.45
2412.50
37719.42
40870.98
3215.25
40180.52
38034.53
11422.31
1491.06
20976.23
39253.76
23649.88
24992.51
42279.41
36659.72
2798.52
31572.74
21613.11
36092.08
20627.17
16
96.61
39.83
20.01
62.82
20.58
70.81
44.56
32.41
73.28
63.15
66.85
59.80
57.08
35.18
80.05
79.24
10.64
66.03
29.47
34.03
21.18
125.97
49.24
50.47
43.63
47.70
43.15
15.76
107.27
39.82
63.84
92.40
30.57
53.08
84.41
141.17
54.90
60.27
64.49
61.98
37.54
16.14
105.50
37.81
70.24
23.21
38.27
Stage of
Net Ground
Ground
Water
Water
Availability
Extraction
for future use
(%)
Dynamic Ground Water Resources Assessment of India - 2020
104
2
1
48
49
50
51
Tikamgarh
Ujjain
Umaria
Vidisha
Total (Ham)
Total (Bcm)
Name of District
S. No.
Recharge
from other
sources
4
3180.52
5627.80
559.13
2711.94
160187.57
1.60
Recharge
from rainfall
3
47166.79
73764.02
42947.39
75288.67
2775256.15
27.75
0.00
0.00
811.73
0.00
12003.56
0.12
5
Recharge
from rainfall
6
11632.90
20805.98
1768.10
12747.24
668685.87
6.69
Recharge
from other
sources
Ground Water Recharge
Monsoon Season
Non-monsoon Season
7
61980.21
100197.80
46086.35
90747.85
3616133.15
36.16
Total
Annual
Ground
Water
Recharge
8
5618.82
8396.96
4608.62
6394.74
278093.45
2.78
Irrigation
Domestic
Total
12
13
0.00
3841.62
40235.06
28.84
3517.88
96470.30
0.00
1480.99
10072.37
0.00
3576.55
51236.64
2609.73 160823.56 1896752.85
0.03
1.61
18.97
11
Industrial
Current Annual Ground Water Extraction
9
10
56361.39
36393.46
91800.84
92923.58
41477.73
8591.38
84353.11
47660.09
3338039.67 1733319.68
33.38
17.33
Annual
Total
Extractable
Natural
Ground Water
Discharges
Resource
MADHYA PRADESH
14
5083.16
3859.19
1714.96
4027.89
183736.97
1.84
Annual GW
Allocation
for
Domestic
Use as on
2025
15
14884.79
9505.30
31171.39
32665.13
1525059.41
15.25
16
71.39
105.09
24.28
60.74
56.82
56.82
Stage of
Net Ground
Ground
Water
Water
Availability
Extraction
for future use
(%)
Dynamic Ground Water Resources Assessment of India - 2020
105
1
1
2
3
4
5
6
7
8
9
10
11
12
13
14
15
16
17
18
19
20
21
22
23
24
25
26
27
28
29
30
31
32
33
34
S. No.
2
Ahmednagar
Akola
Amravati
Aurangabad
Beed
Bhandara
Buldhana
Chandrapur
Dhule
Gadchiroli
Gondia
Hingoli
Jalgaon
Jalna
Kolhapur
Latur
Nagpur
Nanded
Nandurbar
Nashik
Osmanabad
Palghar
Parbhani
Pune
Raigad
Ratnagiri
Sangli
Satara
Sindhudurg
Solapur
Thane
Wardha
Washim
Yawatmal
Total (Ham)
Total (Bcm)
Name of District
3
85781.40
27826.59
53662.13
67424.51
81181.38
31379.88
64511.58
98909.31
44433.42
94076.16
42973.23
50310.61
89195.64
57765.54
53249.23
45440.55
66937.32
101847.77
39438.28
133969.12
61058.00
16230.20
58636.77
95870.06
32261.27
38652.05
52127.17
53419.33
20638.77
91229.03
14840.38
59859.59
42735.86
98127.02
2065999.15
20.66
4
13325.98
1472.64
4699.59
7120.07
8213.38
44876.78
5233.41
4760.52
7230.56
3316.89
6702.60
2780.69
6694.80
2918.66
8505.41
6912.70
7209.95
974.83
2689.61
13444.75
6445.35
237.02
1785.50
19431.62
408.29
168.71
21434.34
10543.20
186.03
10919.78
285.66
1393.53
2823.67
2934.50
238081.03
2.38
5
14292.88
205.97
1301.78
334.37
6240.27
417.80
263.73
1471.98
0.00
0.00
645.57
1340.57
574.12
115.46
780.56
0.00
2587.52
3718.27
0.00
0.00
2583.65
0.00
645.43
1192.62
0.00
18.49
128.40
3744.03
3.83
2954.03
0.00
1437.36
68.85
5793.56
52861.10
0.53
6
45925.63
8668.31
26837.03
31424.64
32855.58
15965.57
21719.68
11466.41
20749.03
10239.42
16408.00
47748.08
46104.57
22359.31
58343.85
15902.77
19951.86
17520.68
8861.48
48110.20
15716.20
3162.60
26071.85
67959.95
5510.32
2150.25
65616.19
33927.78
2156.58
40102.16
2228.47
21822.72
12795.21
18140.42
844522.81
8.45
7
159325.89
38173.52
86500.54
106303.59
128490.61
92640.03
91728.41
116608.22
72413.01
107632.48
66729.40
102179.95
142569.13
83158.97
120879.05
68256.02
96686.65
124061.55
50989.36
195524.07
85803.20
19629.82
87139.55
184454.25
38179.88
40989.50
139306.10
101634.34
22985.21
145205.00
17354.51
84513.20
58423.59
124995.50
3201464.09
32.01
8
8457.06
2563.35
6121.87
5492.72
6424.55
6836.09
5135.03
6053.65
4146.12
6110.64
4180.30
5174.52
7304.35
4565.42
7223.87
3422.37
5254.14
6203.13
3145.07
10532.66
4326.69
1278.19
4409.73
9998.84
1932.79
2291.65
8846.01
5793.70
1155.42
7294.46
951.60
4314.78
3110.03
6367.98
176418.77
1.76
9
10
150868.83 114588.35
35610.17
21512.89
80378.67
70883.48
100810.87
69352.38
122066.06
67812.03
85803.94
22414.31
86593.38
65197.36
110554.57
14925.01
68266.89
34082.66
101521.84
21046.00
62549.10
10153.58
97005.43
36097.50
135264.78 101162.32
78593.55
41634.48
113655.18
52115.81
64833.65
33580.73
91432.51
37281.60
117858.42
34865.24
47844.30
17367.55
184991.41 104572.27
81476.51
48272.70
18351.63
3301.38
82729.82
36212.33
174455.41 112066.91
36247.09
4352.55
38697.85
5297.34
130460.09
69295.18
95840.64
58292.50
21829.79
7087.53
137910.54 102924.75
16402.91
2397.66
80198.42
42162.18
55313.56
31144.78
118627.52
35679.35
3025045.32 1529132.70
30.25
15.29
12
13
0.00
6196.74 120785.10
0.00
2247.83
23760.73
0.00
4354.80
75238.41
0.00
3462.54
72814.94
0.00
4213.10
72025.13
37.89
3648.19
26100.39
0.00
3254.40
68451.82
0.00 17107.51
32032.60
3.25
1754.81
35840.72
0.00
3679.52
24725.60
297.06
5909.95
16360.58
2.53
2159.14
38259.18
0.00
4887.81 106050.10
0.00
1397.04
43031.55
0.00
2058.48
54174.30
0.00
2142.34
35723.04
0.00 10143.48
47425.01
1.21
3344.05
38210.49
0.00
3065.27
20432.82
0.00
3593.64 108165.87
0.00
2315.87
50588.61
0.00
837.28
4138.64
0.00
1950.18
38162.49
0.00
8174.04 120240.89
0.00
2014.90
6367.45
0.00
1291.81
6589.17
0.00
3269.54
72564.74
0.00
4849.88
63142.47
0.00
2215.11
9302.65
0.00
4865.73 107790.48
0.00
713.64
3111.28
0.00
3404.56
45566.79
0.00
2006.62
33151.47
0.00
7434.14
43113.46
341.94 133963.94 1663438.97
0.00
1.34
16.63
11
DYNAMIC GROUND WATER RESOURCES OF INDIA, 2020
MAHARASHTRA
Ground Water Recharge
Current Annual Ground Water Extraction
Monsoon Season
Non-monsoon Season
Total
Annual
Total
Annual
Extractable
Natural
Recharge
Recharge
Ground
Total
Ground Water Irrigation Industrial Domestic
Recharge
Recharge
Discharges
from other
from other
Water
Resource
from rainfall
from rainfall
sources
sources
Recharge
14
6196.76
2247.87
4354.79
3462.48
4213.12
3648.19
3254.42
17107.50
1754.80
3679.51
5909.92
2159.14
4887.79
1397.01
2058.48
2142.33
10143.51
3344.07
3065.28
3593.61
2315.85
837.30
1950.17
8174.07
2014.89
1291.81
3269.54
4849.90
2215.11
4865.73
713.64
3404.57
2006.63
7434.16
133963.95
1.34
Annual GW
Allocation
for
Domestic
Use as on
2025
15
41700.36
11901.01
18151.28
27995.96
50040.93
59703.55
21164.53
78521.99
32426.16
76796.24
46188.52
58746.25
35647.21
35561.99
59616.64
29800.26
44007.48
79647.93
27492.62
84044.51
31057.67
14212.99
44567.35
61716.72
29879.64
32108.88
58785.85
32698.15
12527.14
37137.73
13291.63
34631.62
22162.09
75593.53
1419526.41
14.20
16
80.06
66.72
93.60
72.23
59.01
30.42
79.05
28.97
52.50
24.35
26.16
39.44
78.40
54.75
47.67
55.10
51.87
32.42
42.71
58.47
62.09
22.55
46.13
68.92
17.57
17.03
55.62
65.88
42.61
78.16
18.97
56.82
59.93
36.34
54.99
54.99
Stage of
Net Ground
Ground
Water
Water
Availability
Extraction
for future use
(%)
Dynamic Ground Water Resources Assessment of India - 2020
106
1
1
2
3
4
5
S. No.
2
Bishnupur
Churachandpur
Imphal East
Imphal West
Thoubal
Total (Ham)
Total (Bcm)
Name of District
3
9572.60
6707.10
11895.89
6297.13
5799.77
40272.49
0.40
4
0.06
0.00
63.52
0.02
0.02
63.62
0.001
5
2257.53
1510.99
2713.54
2327.91
2075.40
10885.37
0.11
14.68
15.33
136.34
28.51
24.16
219.02
0.002
6
7
11844.87
8233.42
14809.29
8653.56
7899.35
51440.49
0.51
8
1184.48
823.34
1480.93
865.35
789.94
5144.04
0.05
9
10660.39
7410.08
13328.36
7788.21
7109.41
46296.45
0.46
10
57.00
60.00
33.00
105.00
90.00
345.00
0.003
0.00
0.00
18.00
6.00
0.00
24.00
0.0002
11
12
277.20
191.00
500.10
568.01
462.92
1999.23
0.02
13
334.20
251.00
551.10
679.01
552.92
2368.23
0.02
DYNAMIC GROUND WATER RESOURCES OF INDIA, 2020
MANIPUR
Ground Water Recharge
Current Annual Ground Water Extraction
Monsoon Season
Non-monsoon Season
Total
Annual
Total
Annual
Extractable
Natural
Recharge
Recharge
Ground
Total
Ground Water Irrigation Industrial Domestic
Recharge
Recharge
Discharges
from other
from other
Water
Resource
from rainfall
from rainfall
sources
sources
Recharge
14
290.93
192.05
502.75
571.06
465.39
2022.18
0.02
Annual GW
Allocation
for
Domestic
Use as on
2025
15
10312.46
7158.03
12774.61
7106.15
6554.02
43905.27
0.44
16
3.13
3.39
4.13
8.72
7.78
5.12
5.12
Stage of
Net Ground
Ground
Water
Water
Availability
Extraction
for future use
(%)
Dynamic Ground Water Resources Assessment of India - 2020
107
1
1
2
3
4
5
6
7
8
9
10
11
S. No.
2
East Garo Hills
East Jaintia Hills
East Khasi Hills
North Garo Hills
Ri-Bhoi
South Garo Hills
South West Garo Hills
South West Khasi Hills
West Garo Hills
West Jaintia Hills
West Khasi Hills
Total (Ham)
Total (Bcm)
Name of District
3
5190.20
14784.52
8401.62
9615.24
6905.74
8018.55
8798.49
14011.54
32343.03
13462.99
44087.07
165618.99
1.66
41.55
10.60
64.60
75.88
191.10
61.70
82.60
26.55
109.75
79.23
118.00
861.56
0.01
4
5
1563.67
4900.80
1600.94
2901.10
1487.24
1900.06
2172.05
1974.64
6677.30
4462.73
6213.17
35853.70
0.36
12.10
0.66
22.38
5.67
186.69
39.31
1023.93
6.40
148.69
9.98
38.71
1494.52
0.01
6
7
6807.52
19696.58
10089.54
12597.89
8770.77
10019.62
12077.07
16019.13
39278.77
18014.93
50456.95
203828.77
2.04
8
680.76
1969.66
1008.95
1514.64
877.07
1001.97
2211.14
1601.91
4161.18
1801.49
5045.70
21874.47
0.22
9
6126.76
17726.93
9080.59
11083.25
7893.70
9017.65
9865.93
14417.22
35117.59
16213.43
45411.25
181954.30
1.82
0.00
0.00
0.00
51.00
0.00
0.00
2655.40
0.00
102.00
8.50
0.00
2816.90
0.03
10
0.00
4.00
10.00
0.00
10.00
0.00
0.00
0.00
0.00
5.00
0.00
29.00
0.0003
11
12
414.72
171.06
694.61
437.47
332.56
268.39
266.91
131.36
1075.14
569.17
462.70
4824.09
0.05
13
414.72
175.06
704.61
488.47
342.56
268.39
2922.31
131.36
1177.13
582.66
462.70
7669.97
0.08
DYNAMIC GROUND WATER RESOURCES OF INDIA, 2020
MEGHALAYA
Ground Water Recharge
Current Annual Ground Water Extraction
Monsoon Season
Non-monsoon Season
Total
Annual
Total
Annual
Extractable
Natural
Recharge
Recharge
Ground
Total
Ground Water Irrigation Industrial Domestic
Recharge
Recharge
Discharges
from other
from other
Water
Resource
from rainfall
from rainfall
sources
sources
Recharge
14
481.84
208.68
806.61
508.68
455.25
327.47
312.55
158.23
1260.45
679.77
550.86
5750.39
0.06
Annual GW
Allocation
for
Domestic
Use as on
2025
15
5644.92
17514.25
8263.98
10523.57
7428.45
8690.18
6897.98
14258.99
33755.15
15520.17
44860.39
173358.03
1.73
6.77
0.99
7.76
4.41
4.34
2.98
29.62
0.91
3.35
3.59
1.02
4.22
4.22
16
Stage of
Net Ground
Ground
Water
Water
Availability
Extraction
for future use
(%)
Dynamic Ground Water Resources Assessment of India - 2020
108
2
1
1
2
3
4
5
6
7
8
Aizawl
Champhai
Kolasib
Lawngtlai
Lunglei
Mamit
Saiha
Serchhip
Total (Ham)
Total (Bcm)
Name of District
S. No.
3
1295.35
1463.47
2276.06
2957.86
5011.49
4366.62
724.03
785.67
18880.55
0.19
4
0.00
0.00
0.00
0.00
0.00
0.00
0.00
0.00
0.00
0.00
5
340.78
276.42
504.21
289.53
467.78
1240.65
84.86
116.39
3320.62
0.03
6
0.00
0.00
0.00
0.00
0.00
0.00
0.00
0.00
0.00
0.00
7
1636.13
1739.89
2780.27
3247.39
5479.27
5607.27
808.89
902.06
22201.17
0.22
8
163.59
174.00
278.03
324.74
547.93
560.74
80.88
90.21
2220.12
0.02
9
1472.54
1565.89
2502.24
2922.65
4931.34
5046.53
728.01
811.85
19981.05
0.20
10
0.00
0.00
0.00
0.00
0.00
0.00
0.00
0.00
0.00
0.00
11
0.00
0.00
0.00
0.00
0.00
0.00
0.00
0.00
0.00
0.00
12
199.09
45.40
31.23
100.62
197.92
98.54
40.72
48.65
762.17
0.01
13
199.09
45.40
31.23
100.62
197.92
98.54
40.72
48.65
762.17
0.01
DYNAMIC GROUND WATER RESOURCES OF INDIA, 2020
MIZORAM
Ground Water Recharge
Current Annual Ground Water Extraction
Monsoon Season
Non-monsoon Season
Total
Annual
Total
Annual
Extractable
Natural
Recharge
Recharge
Ground
Total
Ground Water Irrigation Industrial Domestic
Recharge
Recharge
Discharges
from other
from other
Water
Resource
from rainfall
from rainfall
sources
sources
Recharge
14
229.32
49.88
36.39
123.67
212.41
123.16
45.65
54.36
874.84
0.01
Annual GW
Allocation
for
Domestic
Use as on
2025
15
1243.19
1516.02
2465.85
2798.98
4718.94
4923.38
682.35
757.49
19106.20
0.19
16
13.52
2.90
1.25
3.44
4.01
1.95
5.59
5.99
3.81
3.81
Stage of
Net Ground
Ground
Water
Water
Availability
Extraction
for future use
(%)
Dynamic Ground Water Resources Assessment of India - 2020
109
1
1
2
3
4
5
6
7
8
9
10
11
S. No.
2
Dimapur
Kiphire
Kohima
Longleng
Mokokchung
Mon
Peren
Phek
Tuensang
Wokha
Zunheboto
Total (Ham)
Total (Bcm)
Name of District
3
19077.02
3227.86
9012.81
2883.22
10684.55
8986.71
7437.65
8700.39
17944.92
11598.37
8020.13
107573.63
1.08
4
17135.18
4797.30
6448.32
3431.34
6511.14
8138.04
6352.62
2360.16
7117.02
7516.68
6283.98
76091.78
0.76
5
3711.57
1428.31
1481.68
399.66
2989.47
1950.44
2033.58
2644.20
5009.35
2920.56
2243.98
26812.80
0.27
6
1688.08
246.78
326.16
176.04
480.60
1100.28
565.44
462.78
450.90
437.40
240.84
6175.30
0.06
7
41611.85
9700.25
17268.97
6890.26
20665.76
20175.47
16389.29
14167.53
30522.19
22473.01
16788.93
216653.51
2.17
8
4161.19
970.03
1726.89
689.03
2066.58
2017.55
1638.93
1416.76
3052.21
2247.31
1678.89
21665.37
0.22
9
37450.66
8730.22
15542.08
6201.23
18599.18
18157.92
14750.36
12750.77
27469.98
20225.70
15110.04
194988.14
1.95
10
208.84
0.00
0.00
0.00
0.00
0.00
0.00
0.00
0.00
0.00
0.00
208.84
0.0021
2.70
0.00
0.60
0.00
0.12
0.00
0.00
0.00
0.00
0.00
0.00
3.42
0.00003
11
12
815.99
11.65
219.82
18.54
72.35
201.26
89.84
39.92
90.75
184.44
66.36
1810.92
0.02
13
1027.53
11.65
220.42
18.54
72.47
201.26
89.84
39.92
90.75
184.44
66.36
2023.18
0.02
DYNAMIC GROUND WATER RESOURCES OF INDIA, 2020
NAGALAND
Ground Water Recharge
Current Annual Ground Water Extraction
Monsoon Season
Non-monsoon Season
Total
Annual
Total
Annual
Extractable
Natural
Recharge
Recharge
Ground
Total
Ground Water Irrigation Industrial Domestic
Recharge
Recharge
Discharges
from other
from other
Water
Resource
from rainfall
from rainfall
sources
sources
Recharge
14
933.25
11.65
249.54
18.54
72.35
201.26
92.57
42.35
93.90
188.31
66.36
1970.08
0.02
Annual GW
Allocation
for
Domestic
Use as on
2025
15
36305.86
8718.56
15291.95
6182.69
18526.71
17956.65
14657.79
12708.43
27376.08
20037.40
15043.68
192805.80
1.93
16
2.74
0.13
1.42
0.30
0.39
1.11
0.61
0.31
0.33
0.91
0.44
1.04
1.04
Stage of
Net Ground
Ground
Water
Water
Availability
Extraction
for future use
(%)
Dynamic Ground Water Resources Assessment of India - 2020
110
1
1
2
3
4
5
6
7
8
9
10
11
12
13
14
15
16
17
18
19
20
21
22
23
24
25
26
27
28
29
30
S. No.
2
Angul
Balasore
Bargarh
Bhadrak
Bolangir
Boudh
Cuttack
Deogarh
Dhenkanal
Gajapati
Ganjam
Jagatsinghpur
Jajpur
Jharsuguda
Kalahandi
Kandhamal
Kendrapara
Keonjhar
Khurda
Koraput
Malkangiri
Mayurbhanj
Nabarangapur
Nayagarh
Nuapada
Puri
Rayagada
Sambalpur
Subarnapur
Sundargarh
Total (Ham)
Total (Bcm)
Name of District
3
42123.33
53935.11
39883.47
17772.06
44751.80
18221.67
39498.24
20728.22
29856.44
12910.09
44501.12
16828.01
32439.37
16904.76
45664.16
26251.55
6658.70
55950.32
23748.04
41774.15
24241.28
86566.10
50789.01
22987.19
22077.90
30114.07
24634.67
45947.10
18951.66
69611.97
1026321.56
10.26
4
8245.72
30857.61
11467.68
15468.15
6656.77
2936.05
14352.19
5484.66
9441.84
1889.41
26289.62
15431.15
9986.07
1242.16
9661.16
2122.44
9463.64
11788.53
7792.40
3838.75
3944.23
19024.07
3054.23
4543.21
4755.56
10788.78
3347.22
6636.67
3373.30
7402.83
271286.10
2.71
5
3946.78
17135.34
136.38
4479.02
898.73
449.44
9049.08
1223.69
5442.07
4946.34
17236.11
4359.43
7250.92
221.66
1926.11
4436.16
1731.64
11495.85
6000.27
4155.74
1152.11
18391.17
3944.29
5223.69
706.77
7134.83
4565.28
311.18
155.57
2479.81
150585.46
1.51
6
5213.93
29372.84
11828.43
19064.75
7584.45
4055.18
10212.02
6203.84
3509.78
2166.60
13517.82
11488.23
7290.71
1691.10
8961.69
2900.30
8390.19
9864.13
8986.86
5759.30
4101.58
23689.91
3960.07
5964.22
4475.91
16395.63
2512.03
10572.54
4280.89
6182.00
260196.93
2.60
7
59529.76
131300.90
63315.96
56783.98
59891.75
25662.34
73111.53
33640.41
48250.13
21912.44
101544.67
48106.82
56967.07
20059.68
66213.12
35710.45
26244.17
89098.83
46527.57
55527.94
33439.20
147671.25
61747.60
38718.31
32016.14
64433.31
35059.20
63467.49
26761.42
85676.61
1708390.05
17.08
8
4452.37
10016.87
4721.20
5455.36
4377.37
2102.00
6119.24
2951.19
3525.56
2051.13
8582.37
4526.39
4776.26
1501.58
5162.06
2869.73
2309.38
7919.72
3745.76
4593.79
2971.57
10617.61
4902.83
2820.30
2786.91
4885.97
2611.12
5393.02
1975.94
6372.00
137096.60
1.37
9
55077.39
121284.03
58594.76
51328.62
55514.38
23560.34
66992.29
30689.22
44724.57
19861.31
92962.30
43580.43
52190.81
18558.10
61051.06
32840.72
23934.79
81179.11
42781.81
50934.15
30467.63
137053.64
56844.77
35898.01
29229.23
59547.34
32448.08
58074.47
24785.48
79304.61
1571293.39
15.71
10
20250.43
61512.34
25578.09
27199.14
20203.60
8748.53
21102.98
15353.55
12370.81
4875.80
23498.20
21482.10
28635.65
5801.91
18949.10
7005.32
9202.83
27552.61
15789.85
5955.63
3048.64
48251.04
15224.73
10896.36
16020.37
25540.45
5993.67
12396.63
9384.36
21873.00
549697.72
5.50
11
12
988.34
4297.50
909.44
6171.49
326.08
4531.13
333.71
2661.89
214.72
5332.90
42.88
1366.09
564.92
7514.94
207.95
932.61
291.34
3654.11
109.38
1671.43
1460.78 10805.69
482.52
2370.54
358.80
4702.13
833.28
2367.38
644.02
4803.23
157.43
2243.84
145.40
1136.84
541.85
5984.28
1845.35
6810.59
575.28
4344.40
0.00
1994.29
195.46
7643.41
155.23
3738.40
19.89
3207.69
92.31
1861.69
0.00
4846.58
672.13
2931.97
957.58
3145.44
58.48
1854.45
2125.10
5957.88
15309.65 120884.86
0.15
1.21
13
25536.27
68593.27
30435.30
30194.74
25751.22
10157.50
29182.85
16494.11
16316.26
6656.61
35764.68
24335.16
33696.58
9002.57
24396.35
9406.59
10485.07
34078.74
24445.79
10875.31
5042.93
56089.91
19118.36
14123.94
17974.37
30387.03
9597.77
16499.66
11297.29
29955.98
685892.22
6.86
DYNAMIC GROUND WATER RESOURCES OF INDIA, 2020
ODISHA
Ground Water Recharge
Current Annual Ground Water Extraction
Monsoon Season
Non-monsoon Season
Total
Annual
Total
Annual
Extractable
Natural
Recharge
Recharge
Ground
Total
Ground Water Irrigation Industrial Domestic
Recharge
Recharge
Discharges
from other
from other
Water
Resource
from rainfall
from rainfall
sources
sources
Recharge
14
4916.11
7947.22
4861.23
4629.46
6244.53
1516.93
8114.15
1009.97
3895.50
1771.04
12346.97
3219.49
5505.05
2717.15
5323.94
2396.49
4395.05
6604.91
7983.59
4827.20
2256.78
8297.08
4141.86
8151.34
2030.79
6169.99
3199.55
3356.47
1988.05
6671.02
146488.91
1.46
Annual GW
Allocation
for
Domestic
Use as on
2025
15
28922.49
52127.95
28375.41
20912.13
28851.55
13252.00
37210.24
14117.77
28166.89
13105.11
55910.43
19154.54
18185.95
9205.75
36133.95
23281.50
13372.82
46479.77
18183.64
39576.03
25162.18
80310.10
37322.96
21461.60
11085.77
28670.51
22582.72
41363.80
13354.58
48635.51
874475.65
8.74
16
46.36
56.56
51.94
58.83
46.39
43.11
43.56
53.75
36.48
33.52
38.47
55.84
64.56
48.51
39.96
28.64
43.81
41.98
57.14
21.35
16.55
40.93
33.63
39.34
61.49
51.03
29.58
28.41
45.58
37.77
43.65
43.65
Stage of
Net Ground
Ground
Water
Water
Availability
Extraction
for future use
(%)
Dynamic Ground Water Resources Assessment of India - 2020
111
1
1
2
3
4
5
6
7
8
9
10
11
12
13
14
15
16
17
18
19
20
21
22
S. No.
2
Amritsar
Barnala
Bathinda
Faridkot
Fatehgarh Sahib
Fazilka
Ferozpur
Gurdaspur
Hoshiarpur
Jalandhar
Kapurthala
Ludhiana
Mansa
Moga
Muktsar
Nawanshahar
Pathankot
Patiala
Ropar
S.A.S Nagar
Sangrur
Tarn Taran
Total (Ham)
Total (Bcm)
Name of District
3
4
30246.39
81171.44
12024.40
27036.29
20865.88
69222.77
11820.77
43654.25
15510.46
25160.19
17160.61
53379.95
17408.13
81247.11
37602.34
91102.61
43331.75
26967.03
31116.88
39687.34
17460.87
37042.94
39571.10
85019.31
14600.38
53424.87
19045.87
52800.42
17456.05
61883.00
14961.92
32545.09
11415.43
17734.28
40795.53
49284.25
15453.20
14259.59
15697.93
6332.71
33711.30
52498.95
23779.36
40900.63
501036.55 1042355.02
5.01
10.42
5
7081.70
1666.75
4288.38
1935.26
2491.58
3553.68
3062.59
8668.80
9165.17
6051.18
2309.62
6801.01
3015.65
3611.96
3868.02
2644.72
2609.41
6088.51
2724.13
3175.73
5324.79
5249.60
95388.24
0.95
6
37732.05
19339.02
42111.85
21663.46
19557.80
29992.97
47139.27
46367.17
17711.60
36295.24
17544.56
51055.03
35633.51
24797.07
45742.07
18319.99
9741.37
43284.88
12118.49
4323.89
32657.78
27745.42
640874.49
6.41
7
156231.58
60066.46
136488.88
79073.74
62720.03
104087.21
148857.10
183740.92
97175.55
113150.64
74357.99
182446.45
106674.41
100255.32
128949.14
68471.72
41500.49
139453.17
44555.41
29530.26
124192.82
97675.01
2279654.30
22.80
8
14095.72
6006.65
13648.89
7907.38
6272.01
10408.72
14885.71
16447.72
8249.31
10713.84
7435.81
18244.64
10667.45
10025.54
12894.91
6847.18
4150.05
13321.64
3577.86
2655.87
12419.28
9767.51
220643.69
2.21
9
10
142135.86 231752.99
54059.81 111928.33
122839.99 125652.69
71166.36
96187.46
56448.02 111794.17
93678.49
69207.44
133971.40 176083.52
167293.20 201952.04
88926.24
85082.58
102436.80 251910.53
66922.18 144594.63
164201.81 333423.17
96006.96 145003.12
90229.78 222261.32
116054.23
47104.28
61624.54
69984.97
37350.44
17354.51
126131.53 278538.39
40977.55
38798.01
26874.39
24267.79
111773.54 331513.91
87907.50 165811.66
2059010.61 3280207.50
20.59
32.80
11
12
13
0.00
6118.31 237871.28
0.00
2421.33 114349.67
0.00
5623.60 131276.27
0.00
2482.01
98669.47
0.00
2435.62 114229.78
0.00
4485.04
73692.47
0.00
3079.35 179162.89
0.00
6255.43 208207.47
0.00
5907.19
90989.79
0.00 11954.52 263865.05
0.00
3051.64 147646.25
0.00 13305.85 346729.02
0.00
2869.29 147872.41
0.00
3678.05 225939.38
0.00
3369.00
50473.28
0.00
2292.88
72277.85
0.00
2517.86
19872.38
0.00
7062.23 285600.63
0.00
2550.34
41348.38
0.00
4004.37
28272.17
0.00
5617.31 337131.21
0.00
4180.28 169991.95
0.00 105261.50 3385469.05
0.00
1.05
33.85
DYNAMIC GROUND WATER RESOURCES OF INDIA, 2020
PUNJAB
Ground Water Recharge
Current Annual Ground Water Extraction
Monsoon Season
Non-monsoon Season
Total
Annual
Total
Annual
Extractable
Natural
Recharge
Recharge
Ground
Total
Ground Water Irrigation Industrial Domestic
Recharge
Recharge
Discharges
from other
from other
Water
Resource
from rainfall
from rainfall
sources
sources
Recharge
14
6551.93
2601.73
6032.27
2649.10
2617.09
4563.13
3132.96
6364.34
6010.06
12162.66
3104.78
13553.96
2919.24
3742.10
3427.66
2332.80
2561.71
7185.19
2594.75
4302.72
5715.12
4253.06
108378.36
1.08
Annual GW
Allocation
for
Domestic
Use as on
2025
65522.29
3594.93
17434.21
0.00
6083.45
2558.01
0.00
0.00
161640.77
1.62
30009.50
0.00
6611.82
13474.80
16351.76
15
16
167.35
211.52
106.87
138.65
202.36
78.67
133.73
124.46
102.32
257.59
220.62
211.16
154.02
250.40
43.49
117.29
53.21
226.43
100.90
105.20
301.62
193.38
164.42
164.42
Stage of
Net Ground
Ground
Water
Water
Availability
Extraction
for future use
(%)
Dynamic Ground Water Resources Assessment of India - 2020
112
1
1
2
3
4
5
6
7
8
9
10
11
12
13
14
15
16
17
18
19
20
21
22
23
24
25
26
27
28
29
30
31
32
33
S. No.
2
Ajmer
Alwar
Banswara
Baran
Barmer
Bharatpur
Bhilwara
Bikaner
Bundi
Chittaurgarh
Churu
Dausa
Dhaulpur
Dungarpur
Ganganagar
Hanumangarh
Jaipur
Jaisalmer
Jalor
Jhalawar
Jhunjhunun
Jodhpur
Karauli
Kota
Nagaur
Pali
Pratapgarh
Rajsamand
Sawai Madhopur
Sikar
Sirohi
Tonk
Udaipur
Total (Ham)
Total (Bcm)
Name of District
3
25228.61
60356.26
10031.40
45589.07
34497.75
25726.82
29011.57
28639.77
18242.78
26356.67
11301.83
24153.82
18236.14
10038.64
5362.67
5347.30
67546.48
7906.18
42489.21
39501.08
21604.23
33250.31
28404.44
29223.01
48061.87
28632.36
14063.20
8092.47
27299.42
30938.42
24865.07
28339.46
21414.21
879752.52
8.80
4
1333.23
1036.55
225.32
4421.80
432.09
1445.85
332.53
830.04
1224.68
1867.00
12.69
249.88
1268.19
1760.88
16156.82
6890.83
2073.35
304.47
1576.22
2773.79
296.41
729.37
493.35
2595.11
177.80
786.53
169.69
317.26
1942.60
1187.97
547.74
2297.11
520.39
58277.54
0.58
67.89
1864.89
0.00
0.00
199.13
663.64
1884.35
6698.08
0.00
1244.29
1221.79
66.00
443.04
313.29
1587.28
1583.96
584.25
325.92
0.00
0.00
1448.35
1169.67
1057.52
0.00
1380.13
0.00
647.52
9.26
0.00
4924.70
0.00
0.00
0.00
29384.95
0.29
5
6
14620.62
4815.76
10027.65
18775.41
2239.72
5183.97
11959.97
1711.62
14179.82
13638.83
365.17
2960.93
5129.12
7621.56
25830.78
8418.59
7511.09
913.40
11889.22
12723.91
1482.03
2845.68
4155.72
18094.52
3935.98
3484.46
7344.23
3028.23
8890.04
1979.22
2035.40
10053.33
9155.41
257001.39
2.57
7
41250.35
68073.46
20284.37
68786.28
37368.69
33020.28
43188.42
37879.51
33647.28
43106.79
12901.48
27430.63
25076.49
19734.37
48937.55
22240.68
77715.17
9449.97
55954.65
54998.78
24831.02
37995.03
34111.03
49912.64
53555.78
32903.35
22224.64
11447.22
38132.06
39030.31
27448.21
40689.90
31090.01
1224416.40
12.24
8
4042.84
6286.01
2028.44
6399.05
3394.30
3203.92
4311.19
3394.98
3294.44
4273.49
1290.16
2743.07
1895.45
1973.46
4325.09
2159.42
7771.53
945.00
5393.43
5284.28
2483.12
3691.77
3286.11
4991.27
4731.41
3290.37
2045.86
1096.87
3813.21
3701.37
2744.83
3658.11
3109.01
117052.86
1.17
9
10
37207.51
61285.80
61787.45 111636.96
18255.93
9683.01
62387.23
65222.81
33974.38
36162.09
29816.35
35445.92
38877.22
53065.49
34484.53
40642.85
30352.82
26164.40
38833.29
57837.94
11611.32
10753.70
24687.56
49482.21
23181.04
28622.04
17760.91
9062.64
44612.46
17352.44
20081.26
11859.00
69943.64 109676.81
8504.97
24357.56
50561.22
90890.21
49714.49
52632.47
22347.90
35569.02
34303.26
71501.08
30824.92
43466.39
44921.37
35688.23
48824.36
82274.92
29612.98
41224.14
20178.77
25014.94
10350.35
9916.66
34318.85
56358.79
35328.94
49295.17
24703.38
29659.80
37031.79
31925.48
27981.01
23157.91
1107363.46 1436888.85
11.07
14.37
12
13
0.00
4270.52
65556.32
5019.56 12743.61 129400.14
0.00
2163.79
11846.81
0.00
6207.26
71430.07
0.00
6439.43
42601.54
425.43
5088.75
40960.10
0.00
4835.15
57900.67
0.00
7997.26
48640.12
0.00
3537.23
29701.62
1213.07
1543.90
60594.91
0.00
2656.47
13410.16
0.00
3921.82
53404.04
15.03
3301.30
31938.36
0.00
843.81
9906.46
0.00
33.67
17386.10
0.00
850.15
12709.15
3851.72 48192.87 161721.43
0.00
2741.58
27099.13
0.00
4186.08
95076.31
0.00
3584.73
56217.16
0.00 11482.48
47051.50
0.00 15653.64
87154.73
0.00
4808.02
48274.43
0.00
7296.40
42984.61
0.00 13933.66
96208.60
0.00
3140.36
44364.49
0.00
520.14
25535.09
256.30
2138.37
12311.36
0.00
7836.38
64195.21
0.00 11413.89
60709.06
327.00
1558.40
31545.22
0.00
5686.61
37612.12
1955.92
2911.42
28025.30
13064.03 213519.14 1663472.32
0.13
2.14
16.63
11
DYNAMIC GROUND WATER RESOURCES OF INDIA, 2020
RAJASTHAN
Ground Water Recharge
Current Annual Ground Water Extraction
Monsoon Season
Non-monsoon Season
Total
Annual
Total
Annual
Extractable
Natural
Recharge
Recharge
Ground
Total
Ground Water Irrigation Industrial Domestic
Recharge
Recharge
Discharges
from other
from other
Water
Resource
from rainfall
from rainfall
sources
sources
Recharge
14
4270.52
12743.61
2163.78
6207.26
7670.80
6092.05
4835.14
7997.26
3537.22
1543.89
2656.48
3921.83
3301.30
843.81
63.49
1094.45
48192.86
2741.57
4229.28
3584.73
11531.53
15900.80
4808.02
7296.41
14476.86
3144.97
520.15
2138.37
7836.38
11413.89
1558.40
5686.62
2911.41
216915.14
2.17
Annual GW
Allocation
for
Domestic
Use as on
2025
0.00
0.00
6413.46
7281.37
1890.03
66.21
1401.90
5217.92
4853.45
24.77
1799.66
0.00
269.13
7854.45
27226.37
7372.11
0.00
0.00
1350.09
5422.11
0.00
732.80
1640.09
7033.32
280.21
497.18
1225.10
478.12
0.00
385.42
1320.04
5097.20
1676.56
98809.07
0.99
15
16
176.19
209.43
64.89
114.49
125.39
137.37
148.93
141.05
97.85
156.04
115.49
216.32
137.78
55.78
38.97
63.29
231.22
318.63
188.04
113.08
210.54
254.07
156.61
95.69
197.05
149.81
126.54
118.95
187.06
171.84
127.70
101.57
100.16
150.22
150.22
Stage of
Net Ground
Ground
Water
Water
Availability
Extraction
for future use
(%)
Dynamic Ground Water Resources Assessment of India - 2020
113
2
1
1
2
3
4
East
North
South
West
Total (Ham)
Total (Bcm)
Name of District
S. No.
3
13769.38
63769.76
6614.02
11896.96
96050.12
0.96
4
0.00
0.00
0.00
0.00
0.00
0.00
5
0.00
0.00
0.00
0.00
0.00
0.00
6
0.00
0.00
0.00
0.00
0.00
0.00
7
13769.38
63769.76
6614.02
11896.96
96050.12
0.96
8
1376.94
6376.98
661.40
1189.70
9605.02
0.10
9
12392.44
57392.78
5952.62
10707.26
86445.10
0.86
10
0.00
0.00
0.00
0.00
0.00
0.00
11
91.54
0.00
83.16
0.00
174.70
0.00
12
271.01
37.09
135.78
124.53
568.41
0.01
13
362.55
37.09
218.94
124.53
743.11
0.01
DYNAMIC GROUND WATER RESOURCES OF INDIA, 2020
SIKKIM
Ground Water Recharge
Current Annual Ground Water Extraction
Monsoon Season
Non-monsoon Season
Total
Annual
Total
Annual
Extractable
Natural
Recharge
Recharge
Ground
Total
Ground Water Irrigation Industrial Domestic
Recharge
Recharge
Discharges
from other
from other
Water
Resource
from rainfall
from rainfall
sources
sources
Recharge
14
688.14
94.17
344.75
316.20
1443.26
0.01
Annual GW
Allocation
for
Domestic
Use as on
2025
15
11612.77
57298.61
5524.71
10391.06
84827.15
0.85
16
2.93
0.06
3.68
1.16
0.86
0.86
Stage of
Net Ground
Ground
Water
Water
Availability
Extraction
for future use
(%)
Dynamic Ground Water Resources Assessment of India - 2020
114
1
1
2
3
4
5
6
7
8
9
10
11
12
13
14
15
16
17
18
19
20
21
22
23
24
25
26
27
28
29
30
31
32
33
34
35
36
37
S. No.
2
Ariyalur
Chengalpattu
Chennai
Coimbatore
Cuddalore
Dharmapuri
Dindigul
Erode
Kallakkurichi
Kancheepuram
Kanniyakumari
Karur
Krishnagiri
Madurai
Nagapattinam
Namakkal
Perambalur
Pudukkottai
Ramanathapuram
Ranipet
Salem
Sivaganga
Tenkasi
Thanjavur
The Nilgiris
Theni
Thiruvallur
Thiruvarur
Thoothukkudi
Tiruchirappalli
Tirunelveli
Tirupathur
Tiruppur
Tiruvannamalai
Vellore
Viluppuram
Virudhunagar
Total (Ham)
Total (Bcm)
Name of District
3
18394.24
19018.25
4276.33
19884.52
16047.48
17992.27
16954.55
14780.37
19286.24
16254.98
6280.63
11455.44
17565.97
23069.49
7004.73
20489.02
9486.75
36670.97
25925.73
15060.12
19063.63
29475.64
10786.63
44861.47
8018.46
6744.92
52490.70
7655.24
19749.66
19657.35
27076.53
4787.14
16871.93
31800.51
6396.47
24904.61
16675.69
682914.66
6.83
4
18888.59
31821.01
558.10
16371.35
47709.53
10404.79
25490.31
37362.81
28264.92
22915.01
15764.92
13675.39
17462.09
29627.51
4598.75
14612.50
10711.09
60538.64
40116.62
13640.59
23103.66
32179.39
32622.57
31650.81
357.54
21722.00
29458.56
17694.98
24603.43
44195.08
30639.94
6484.95
25789.27
48568.90
9315.73
35320.61
30205.60
904447.05
9.04
5
2555.34
6.24
216.29
3032.65
7604.28
2685.36
1900.40
3635.10
12373.71
29.60
1944.60
2623.56
2748.45
3160.92
174.21
4640.01
715.74
4434.57
4366.17
2272.37
1706.95
2800.34
3637.76
7628.47
1279.14
5589.77
52.79
389.91
3091.47
2586.98
4025.75
411.30
3973.39
4079.28
1131.55
17673.62
5319.35
126497.39
1.26
6
1710.97
2411.59
185.95
9362.26
14833.81
9539.28
10364.91
9925.64
8493.49
6639.50
4196.64
2541.53
7766.40
11487.47
300.19
3113.56
2959.35
4967.63
7150.55
1111.57
7480.34
1049.57
2218.01
6514.66
155.86
4343.88
6593.62
1499.12
5797.82
7536.49
4829.67
926.71
10052.02
32127.84
4561.48
20576.76
9893.72
245219.86
2.45
7
41549.14
53257.09
5236.67
48650.78
86195.10
40621.70
54710.17
65703.92
68418.36
45839.09
28186.79
30295.92
45542.91
67345.39
12077.88
42855.09
23872.93
106611.81
77559.07
32084.65
51354.58
65504.94
49264.97
90655.41
9811.00
38400.57
88595.67
27239.25
53242.38
73975.90
66571.89
12610.10
56686.61
116576.53
21405.23
98475.60
62094.36
1959078.96
19.59
8
3871.58
5227.37
518.92
4743.27
8515.68
3914.19
5471.07
6237.95
6718.97
4138.91
2747.26
2982.18
4400.72
6550.27
1207.79
4285.56
2387.31
10469.86
7671.00
3208.49
5112.99
6453.07
4884.66
8975.28
981.09
3840.06
8244.91
2723.95
5069.47
7195.05
6431.86
1260.99
5390.16
10084.47
2140.54
9847.56
6167.71
190072.12
1.90
9
10
37677.56
14318.00
48029.72
32704.52
4717.75
241.05
43907.51
44737.00
77679.42
57970.79
36707.51
40988.15
49239.10
57604.36
59465.96
57899.30
61699.39
51598.01
41700.19
21698.52
25439.53
3961.60
27313.74
27672.86
41142.19
39233.20
60795.13
37692.26
10870.09
14322.99
38569.53
50663.88
21485.62
24733.40
96141.95
43627.36
69888.07
5938.64
28876.17
24215.42
46241.57
65802.06
59051.87
12751.48
44380.32
38217.43
81680.12
83201.68
8829.91
595.00
34560.51
24893.49
80350.76
43350.32
24515.31
20228.15
48172.91
20101.70
66780.85
52797.68
60140.03
27698.90
11349.10
11903.91
51296.45
52856.94
106492.06 103985.34
19264.68
21968.21
88628.04
88617.45
55926.65
31051.16
1769006.83 1351842.21
17.69
13.52
0.00
546.80
1914.64
483.01
1053.80
12.60
217.90
193.02
31.60
1181.50
211.41
214.56
1073.10
1009.70
0.00
57.50
0.00
0.00
0.00
1091.20
14.60
0.00
173.60
131.00
48.42
57.98
3336.48
19.25
155.00
152.00
30.40
66.02
251.60
456.40
344.10
29.00
2011.67
16569.86
0.17
11
12
13
972.91
15290.90
1137.72
34389.02
4601.06
6756.72
4415.54
49635.60
7677.42
66702.03
3184.04
44184.81
3680.14
61502.41
6389.51
64481.82
3138.88
54768.49
859.51
23739.53
853.40
5026.37
1008.71
28896.11
3986.90
44293.19
3383.61
42085.52
960.80
15283.78
1550.85
52272.21
657.75
25391.14
1739.91
45367.30
1405.08
7343.72
1200.27
26506.88
4906.98
70723.54
2532.30
15283.77
1842.04
40233.08
2819.40
86152.07
997.17
1640.57
1224.87
26176.34
4851.92
51538.74
1986.41
22233.84
1425.66
21682.34
5000.71
57950.38
1002.60
28731.92
3512.06
15481.99
2879.93
55988.43
3092.21 107533.93
2849.74
25162.05
3011.49
91657.98
1799.66
34862.47
98539.16 1466950.98
0.99
14.67
DYNAMIC GROUND WATER RESOURCES OF INDIA, 2020
TAMIL NADU
Ground Water Recharge
Current Annual Ground Water Extraction
Monsoon Season
Non-monsoon Season
Total
Annual
Total
Annual
Extractable
Natural
Recharge
Recharge
Ground
Total
Ground Water Irrigation Industrial Domestic
Recharge
Recharge
Discharges
from other
from other
Water
Resource
from rainfall
from rainfall
sources
sources
Recharge
14
1052.41
1259.10
4633.31
4796.26
7885.93
8615.42
3951.82
18345.24
3159.60
924.41
913.87
1087.61
9836.46
3534.46
1566.86
1661.17
711.52
1882.08
1892.69
2006.76
13277.35
6851.96
1975.57
2921.66
1835.92
1270.84
6511.82
3507.92
1506.32
8217.82
1062.47
3821.94
3106.37
5858.15
5770.45
3191.60
1924.03
152329.17
1.52
Annual GW
Allocation
for
Domestic
Use as on
2025
15
22307.16
14087.01
572.90
4130.24
21388.14
2652.30
9021.46
3904.35
10021.86
18370.94
20955.83
4500.80
4458.84
22609.98
622.93
7293.50
5786.71
50661.05
62457.12
4046.25
10870.52
39448.48
27256.02
21368.43
6547.16
8821.63
28590.15
5581.81
28441.22
21738.93
33791.57
284.58
3489.51
6884.97
1443.77
7901.29
22984.27
565293.24
5.65
16
40.58
71.60
143.22
113.05
85.87
120.37
124.91
108.43
88.77
56.93
19.76
105.79
107.66
69.23
140.60
135.53
118.18
47.19
10.51
91.79
152.94
25.88
90.66
105.47
18.58
75.74
64.14
90.69
45.01
86.78
47.78
136.42
109.15
100.98
130.61
103.42
62.34
82.93
82.93
Stage of
Net Ground
Ground
Water
Water
Availability
Extraction
for future use
(%)
Dynamic Ground Water Resources Assessment of India - 2020
115
1
1
2
3
4
5
6
7
8
9
10
11
12
13
14
15
16
17
18
19
20
21
22
23
24
25
26
27
28
29
30
31
32
33
S. No.
2
Adilabad
Bhadradri
Hyderabad
Jagtial
Jangaon
Jayashankar
Jogulamba
Kamareddy
Karimnagar
Khammam
Komarambhem
Mahabubabad
Mahabubnagar
Mancherial
Medak
Medchal
Mulug
Nagarkurnool
Nalgonda
Narayanpet
Nirmal
Nizamabad
Peddapalle
Rajanna
Rangareddy
Sangareddy
Siddipet
Suryapet
Vikarabad
Wanaparthy
Warangal_Rural
Warangal_Urban
Yadadri
Total (Ham)
Total (Bcm)
Name of District
3
23518.98
62334.41
1392.04
18814.03
15617.01
19464.45
8659.81
29644.39
16310.44
32508.58
35570.49
26150.10
12051.88
52883.45
19297.86
6346.52
23641.35
27095.82
36370.33
9665.91
28589.72
39765.93
15796.65
14453.61
26064.28
21759.89
22936.68
22902.26
21417.22
8998.53
19164.15
11101.28
19356.16
749644.22
7.50
4
3093.24
8660.38
3.49
10648.21
2436.31
5269.97
15647.88
6944.78
6876.03
34933.54
788.28
7796.88
3822.94
21950.84
9570.17
815.01
5969.12
4968.34
34403.22
8957.20
8178.28
16014.93
4444.77
3610.11
4038.11
4089.32
9656.88
53466.56
2075.60
5048.28
10249.42
3564.15
10514.91
328507.14
3.29
5
1595.41
8741.83
333.39
2086.34
2485.42
1006.51
2057.02
3024.48
2132.74
6163.33
820.67
3512.20
2557.81
446.72
2776.51
1348.63
1932.83
7025.10
8545.77
2337.25
2175.45
3522.02
1603.25
2051.95
6193.31
4970.77
4317.55
3509.49
3143.47
10289.35
2243.65
378.50
4392.68
109721.39
1.10
6
3008.09
9210.29
3.49
17169.92
6366.56
7536.70
9374.99
13237.20
30542.62
43130.66
1435.92
14412.96
7203.39
17738.33
12415.69
1382.75
8432.90
9041.39
43366.36
8561.13
12910.32
22496.68
26518.36
6229.01
6043.43
5671.63
16748.55
54329.06
5520.89
7168.27
24970.10
6195.92
16506.29
474879.83
4.75
7
31215.73
88946.91
1732.41
48718.50
26905.30
33277.62
35739.70
52850.84
55861.83
116736.10
38615.37
51872.14
25636.03
93019.33
44060.23
9892.91
39976.21
48130.66
122685.67
29521.50
51853.77
81799.56
48363.03
26344.67
42339.12
36491.61
53659.65
134207.37
32157.18
31504.43
56627.32
21239.84
50770.04
1662752.58
16.63
8
3121.57
8210.99
173.24
4235.27
2690.52
3090.14
3573.99
5168.10
5586.18
11650.29
3086.70
5187.28
2410.44
7508.99
4343.04
989.28
3997.64
4813.09
12183.56
2952.17
5087.25
8179.97
3902.40
2634.49
4233.97
3575.74
5365.99
13420.75
3044.36
3094.89
5539.56
2097.03
4991.49
160140.38
1.60
9
28094.16
80735.92
1559.17
44483.23
24214.78
30187.49
32165.71
47682.74
50275.65
105085.81
35528.67
46684.86
23225.58
85510.34
39717.19
8903.63
35978.57
43317.57
110502.11
26569.33
46766.52
73619.60
44460.63
23710.18
38105.15
32915.86
48293.66
120786.62
29112.82
28409.53
51087.75
19142.81
45778.54
1502612.20
15.03
10
11088.21
21723.49
0.00
27245.34
18669.07
14534.42
12738.71
29056.34
24508.23
37780.46
6487.09
25102.86
17743.81
20541.33
25614.91
3438.78
15807.78
24731.66
47544.69
12197.94
18586.19
51729.34
18460.14
25854.46
24129.71
20410.94
36649.84
31331.39
16581.64
11954.01
19725.88
15842.96
25676.92
713488.53
7.13
11
93.69
2664.71
0.00
0.00
367.39
0.00
98.38
0.00
91.78
39.60
0.00
1052.28
32.00
148.75
141.16
1505.60
37.57
127.12
2596.16
379.03
0.00
194.52
0.00
135.54
1701.84
301.21
247.82
38.16
33.65
0.00
1376.55
0.00
1024.12
14428.63
0.14
12
4766.07
5763.22
1750.54
999.14
2221.54
1252.11
481.47
2050.97
1647.15
3768.67
2067.00
1503.41
850.53
6517.44
825.70
1067.12
198.10
5003.20
5542.71
58.18
1840.86
1944.54
1561.77
569.70
4936.10
2171.20
969.28
2562.87
2768.12
1306.33
349.06
1172.60
2795.82
73282.50
0.73
13
15947.99
30151.40
1750.54
28244.51
21257.99
15786.52
13318.56
31107.34
26247.18
41588.70
8554.05
27658.57
18626.34
27207.52
26581.77
6011.52
16043.44
29862.00
55683.53
12635.15
20427.10
53868.41
20021.89
26559.70
30767.67
22883.37
37866.96
33932.44
19383.43
13260.32
21451.49
17015.55
29496.86
801199.87
8.01
DYNAMIC GROUND WATER RESOURCES OF INDIA, 2020
TELANGANA
Ground Water Recharge
Current Annual Ground Water Extraction
Monsoon Season
Non-monsoon Season
Total
Annual
Total
Annual
Extractable
Natural
Recharge
Recharge
Ground
Total
Ground Water Irrigation Industrial Domestic
Recharge
Recharge
Discharges
from other
from other
Water
Resource
from rainfall
from rainfall
sources
sources
Recharge
14
4766.07
5763.23
2018.36
999.12
2221.54
1252.11
481.45
2050.98
1647.14
3768.67
2067.01
1503.41
850.54
6517.44
825.70
1067.12
198.09
5003.19
5542.72
58.17
1840.84
1944.54
1561.77
569.71
4936.10
2171.20
969.28
2562.86
2768.12
1306.33
505.54
1172.60
2795.81
73706.75
0.74
Annual GW
Allocation
for
Domestic
Use as on
2025
15
12146.17
51396.74
0.00
17134.13
3547.19
14419.52
18847.15
16575.39
24113.85
64094.80
26974.62
19034.24
4682.83
58302.82
13135.42
2892.11
19935.13
13474.85
55204.42
13934.18
26339.42
20692.52
24442.11
2300.63
7459.98
10344.26
10448.43
86913.23
9729.39
15149.50
29481.87
4405.61
16351.38
713903.91
7.14
16
56.77
37.35
112.27
63.49
87.79
52.29
41.41
65.24
52.21
39.58
24.08
59.25
80.20
31.82
66.93
67.52
44.59
68.94
50.39
47.56
43.68
73.17
45.03
112.02
80.74
69.52
78.41
28.09
66.58
46.68
41.99
88.89
64.43
53.32
53.32
Stage of
Net Ground
Ground
Water
Water
Availability
Extraction
for future use
(%)
Dynamic Ground Water Resources Assessment of India - 2020
116
1
1
2
3
4
5
6
7
8
S. No.
2
Dhalai
Gomati
Khowai
North Tripura
Siphahijala
South Tripura
Unakoti
West Tripura
Total (Ham)
Total (Bcm)
Name of District
3
13299.86
14330.39
6767.03
7477.90
10870.68
15127.23
6288.23
10678.63
84839.95
0.85
4
627.91
1014.36
678.78
547.36
868.40
853.58
531.75
838.67
5960.81
0.06
5
6788.58
5729.11
2710.15
3906.47
4039.85
4232.66
2799.21
3749.89
33955.92
0.34
6
2913.84
3656.41
2365.27
2098.15
3120.79
3087.70
1948.38
3002.57
22193.11
0.22
7
23630.19
24730.27
12521.23
14029.88
18899.72
23301.17
11567.57
18269.76
146949.79
1.47
8
5533.75
3078.38
1089.42
3478.86
2401.15
3909.95
1303.51
1700.34
22495.36
0.22
9
18096.44
21651.89
11431.81
10551.02
16498.57
19391.22
10264.06
16569.42
124454.43
1.24
10
40.80
84.00
306.60
32.40
703.80
171.60
4.80
624.00
1968.00
0.02
2.90
0.12
2.38
1.87
1.51
0.95
0.05
5.69
15.47
0.0002
11
12
891.00
859.63
631.88
948.50
982.03
908.81
632.42
2043.65
7897.90
0.08
13
934.70
943.76
940.86
982.76
1687.33
1081.38
637.27
2673.32
9881.34
0.10
DYNAMIC GROUND WATER RESOURCES OF INDIA, 2020
TRIPURA
Ground Water Recharge
Current Annual Ground Water Extraction
Monsoon Season
Non-monsoon Season
Total
Annual
Total
Annual
Extractable
Natural
Recharge
Recharge
Ground
Total
Ground Water Irrigation Industrial Domestic
Recharge
Recharge
Discharges
from other
from other
Water
Resource
from rainfall
from rainfall
sources
sources
Recharge
14
1011.80
934.71
679.23
1049.11
1055.63
988.18
699.51
2208.41
8626.55
0.09
Annual GW
Allocation
for
Domestic
Use as on
2025
15
17041.00
20633.05
10443.59
9467.63
14737.64
18230.46
9559.70
13731.34
113844.41
1.14
5.17
4.36
8.23
9.31
10.23
5.58
6.21
16.13
7.94
7.94
16
Stage of
Net Ground
Ground
Water
Water
Availability
Extraction
for future use
(%)
Dynamic Ground Water Resources Assessment of India - 2020
117
1
1
2
3
4
5
6
7
8
9
10
11
12
13
14
15
16
17
18
19
20
21
22
23
24
25
26
27
28
29
30
31
32
33
34
35
36
37
38
39
40
41
42
43
44
45
46
47
S. No.
2
Agra
Aligarh
Ambedkar Nagar
Amethi
Amroha
Aurraiya
Ayodhya
Azamgarh
Baghpat
Bahraich
Ballia
Balrampur
Banda
Barabanki
Bareili
Basti
Bijnaur
Budaun
Bulandshahar
Chandauli
Chitrakoot
Deoria
Etah
Etawah
Farrukhabad
Fatehpur
Firozabad
G.B. Nagar
Ghaziabad
Ghazipur
Gonda
Gorakhpur
Hamirpur
Hapur
Hardoi
Hathras
Jalaun
Jaunpur
Jhansi
Kannauj
Kanpur Dehat
Kanpur Nagar
Kasganj
Kaushambi
Kushi Nagar
Lakhimpur Khiri
Lalitpur
Name of District
3
46874.16
55114.00
51627.40
40352.54
35354.74
32998.17
54982.69
62092.79
16608.52
87156.59
57231.32
61981.74
49146.14
73808.32
82098.23
63481.53
90035.80
68192.08
49271.23
32077.50
30697.23
48883.60
34631.75
37198.53
36840.10
84640.60
36615.11
17852.82
13308.85
52829.48
62117.13
81953.64
40206.10
17655.02
104565.74
26825.12
77303.79
75996.21
35884.12
37361.83
53815.45
40715.03
25330.22
32336.86
54020.64
127372.32
19387.84
4
14095.73
14673.90
12365.43
20923.02
6202.05
12464.06
15418.54
23175.98
8267.17
18078.22
13717.04
9818.66
6735.10
45072.05
17554.41
5522.12
18274.04
5836.08
43536.67
15410.99
4131.54
45209.84
9164.26
15074.13
4924.99
24327.98
11409.37
18170.90
10988.67
17785.91
14574.16
64410.14
5725.02
12863.80
29991.19
13727.91
11887.53
19753.21
21075.00
10242.60
14683.33
14570.10
14008.47
7841.99
67119.23
25179.80
6892.54
5
652.55
3079.62
387.87
891.90
2016.91
1414.93
715.74
0.00
1222.67
3863.07
547.50
6270.59
519.80
1657.39
3109.74
829.32
6117.09
943.26
2414.01
0.00
305.36
1534.42
0.00
985.42
1221.68
3736.62
663.76
938.55
1078.71
959.94
2546.00
2056.40
0.00
1372.91
5035.71
579.02
949.23
0.00
22.39
1667.92
461.51
2014.96
0.00
3333.26
2246.95
7177.41
0.00
6
7
8
9
10
23756.78
85379.22
6203.69
79175.53
82090.24
32242.43
105109.95
8674.49
96435.46
58849.03
16021.81
80402.51
7062.11
73340.40
39455.32
28145.88
90313.34
8286.10
82027.24
45357.00
9923.03
53496.73
2674.85
50821.88
44426.08
25970.98
72848.14
6502.76
66345.38
29753.60
28749.66
99866.63
7889.13
91977.50
51372.96
35731.33
121000.10
7748.38
113251.72
64876.48
12927.22
39025.58
3119.27
35906.31
35149.16
31599.66
140697.54
8406.59
132290.95
62375.08
22032.83
93528.69
6465.43
87063.26
46915.44
17104.81
95175.80
7884.46
87291.34
43492.24
11056.88
67457.92
4389.58
63068.34
37248.09
84096.03
204633.79
15406.27
189227.52 107211.15
29694.68
132457.06
7003.68
125453.38
72084.80
9011.66
78844.63
6365.42
72479.21
39328.12
32201.59
146628.52
11040.00
135588.52
86484.11
9595.56
84566.98
5441.57
79125.41
52939.36
68823.75
164045.66
12285.66
151760.00 132226.74
8485.84
55974.33
4531.65
51442.68
22626.09
6042.80
41176.93
3539.43
37637.50
28736.33
45516.00
141143.86
12066.32
129077.54
69475.14
18546.08
62342.09
5151.70
57190.39
41172.57
28143.00
81401.08
7023.72
74377.36
28675.37
12972.81
55959.58
4727.45
51232.13
33753.52
36214.51
148919.71
10830.96
138088.75
90085.36
23645.80
72334.04
5335.15
66998.89
68630.88
30197.13
67159.40
5924.21
61235.19
60634.00
17617.85
42994.08
3456.81
39537.27
37002.24
29128.33
100703.66
5641.14
95062.52
51244.48
21572.87
100810.16
5711.68
95098.48
48974.41
29233.48
177653.66
15079.09
162574.57
88464.86
7498.95
53430.07
4155.43
49274.64
31428.77
20510.59
52402.32
3162.81
49239.51
49326.80
51362.01
190954.65
15909.95
175044.70
93874.65
24930.66
66062.71
5162.58
60900.13
54238.10
26719.68
116860.23
9216.36
107643.87
50166.00
36126.92
131876.34
10516.36
121359.98
74007.00
23350.22
80331.73
5122.30
75209.43
40434.77
24076.62
73348.97
5180.20
68168.77
39944.50
27480.12
96440.41
7041.54
89398.87
61299.46
31183.44
88483.53
5876.82
82606.71
55330.64
20681.08
60019.77
4222.71
55797.06
37232.13
12394.10
55906.21
4449.76
51456.45
35109.06
52404.24
175791.06
16913.59
158877.47
59050.84
55419.80
215149.33
14291.34
200857.99 109722.42
18060.74
44341.12
3189.85
41151.27
29491.40
DYNAMIC GROUND WATER RESOURCES OF INDIA, 2020
11
0.00
0.00
0.00
0.00
0.00
0.00
0.00
0.00
0.00
0.00
0.00
0.00
0.00
0.00
0.00
0.00
0.00
0.00
0.00
0.00
0.00
0.00
0.00
0.00
0.00
0.00
0.00
0.00
0.00
0.00
0.00
0.00
0.00
0.00
0.00
0.00
0.00
0.00
0.00
0.00
0.00
0.00
0.00
0.00
0.00
0.00
0.00
12
10386.66
11080.98
6033.74
4729.24
4564.47
2811.57
6691.13
12787.70
2.45
9178.60
7698.07
5795.61
3762.52
8511.84
13150.76
6212.45
7567.86
8091.96
6449.51
4439.93
2375.04
6870.06
4426.67
3091.88
3784.93
6945.93
6405.04
1530.81
8060.30
6582.80
9194.93
8686.27
2125.79
3.27
8219.51
3966.28
4162.29
12180.13
3030.01
4191.18
3925.70
7502.80
3786.70
4266.45
8272.46
11307.14
3256.65
13
92476.90
69930.01
45489.06
50086.24
48990.55
32565.17
58064.09
77664.18
35151.61
71553.68
54613.51
49287.85
41010.61
115722.99
85235.56
45540.57
94051.97
61031.32
138676.25
27066.02
31111.37
76345.20
45599.24
31767.25
37538.45
97031.29
75035.92
62164.81
45062.54
57827.28
58169.34
97151.13
33554.56
49330.07
102094.16
58204.38
54328.29
86187.13
43464.78
44135.68
65225.16
62833.44
41018.83
39375.51
67323.30
121029.56
32748.05
DYNAMIC GROUND WATER RESOURCES OF INDIA, 2020
UTTAR PRADESH
Ground Water Recharge
Current Annual Ground Water Extraction
Monsoon Season
Non-monsoon Season
Total
Annual
Total
Annual
Extractable
Natural
Recharge
Recharge
Ground
Total
Ground Water Irrigation Industrial Domestic
Recharge
Recharge
Discharges
from other
from other
Water
Resource
from rainfall
from rainfall
sources
sources
Recharge
14
11671.76
12635.10
6670.83
5243.71
5188.02
3041.69
7822.51
14836.82
2.60
10470.83
8772.29
6750.02
4256.96
9670.51
14695.65
6902.14
8345.53
9105.51
6972.13
4896.29
2726.88
7468.53
4840.12
3431.04
4244.47
7940.09
7151.21
1620.99
12199.42
7362.55
10644.32
9644.51
2255.14
3.56
9183.18
4390.96
4509.25
13725.89
3439.34
4685.36
4202.93
8000.00
4325.08
4995.90
9485.76
13690.09
3775.90
Annual GW
Allocation
for
Domestic
Use as on
2025
15
4936.82
28986.07
27214.24
31426.53
3481.23
33550.08
32782.02
33538.44
2419.68
59445.07
31375.53
37049.06
21563.31
72345.88
41749.49
26248.92
40758.88
18340.29
18475.12
23920.30
6174.29
52133.91
11177.70
42270.94
13234.14
40520.76
7236.25
3882.66
1678.00
36455.44
35479.78
64465.23
15590.73
2391.80
71986.87
7743.60
52968.61
33627.11
31335.34
28671.84
23896.49
19276.06
14239.85
12138.36
90340.84
77445.49
7883.96
16
116.80
72.51
62.02
61.06
96.40
49.08
63.13
68.58
97.90
54.09
62.73
56.46
65.03
61.16
67.94
62.83
69.37
77.13
91.38
52.61
82.66
59.15
79.73
42.71
73.27
70.27
112.00
101.52
113.97
60.83
61.17
59.76
68.10
100.18
58.32
95.57
50.47
71.02
57.79
64.74
72.96
76.06
73.51
76.52
42.37
60.26
79.58
Stage of
Net Ground
Ground
Water
Water
Availability
Extraction
for future use
(%)
Dynamic Ground Water Resources Assessment of India - 2020
118
1
48
49
50
51
52
53
54
55
56
57
58
59
60
61
62
63
64
65
66
67
68
69
70
71
72
73
74
75
S. No.
2
Lucknow
Maharajganj
Mahoba
Mainpuri
Mathura
Mau
Meerut
Mirzapur
Moradabad
Muzaffarnagar
Pilibhit
Pratapgarh
Prayagraj
Rae Bareli
Rampur
S.Kabir Nagar
S.Ravidas Nagar
Saharanpur
Shahjahanpur
Shambhal
Shamli
Shrawasti
Siddharth Nagar
Sitapur
Sonbhadra
Sultanpur
Unnao
Varanasi
Total (Ham)
Total (Bcm)
Name of District
Recharge
from other
sources
3
4
33891.13
16500.84
67611.57
16810.53
9639.68
4883.41
39523.87
19822.93
45496.28
30198.40
32398.04
5798.58
42116.25
15539.14
27003.16
16601.62
40862.74
11462.40
50587.49
23665.46
73382.69
14857.06
69552.90
32203.93
75007.83
29080.57
62824.50
25566.80
44976.14
11690.95
35894.70
4030.38
18854.50
7720.63
67123.72
22036.58
88882.69
17119.02
38786.21
3429.23
20926.70
9034.87
33714.02
4479.09
64816.89
10830.58
109136.46
39979.52
16651.40
4834.56
45564.14
18448.49
75358.84
45363.14
27605.99
11147.16
3775021.15 1316010.74
37.75
13.16
Recharge
from rainfall
Recharge
from other
sources
5
6
1193.78
25626.73
1967.16
21137.60
0.00
6948.60
0.00
35612.15
0.00
48416.41
3213.88
8604.81
2834.37
24596.20
57.63
20096.67
1855.13
17827.52
3128.13
40176.05
4318.14
27281.73
0.00
46208.37
1663.88
41326.10
1502.35
41900.83
1837.12
18880.57
320.30
7004.99
184.70
9928.07
5801.71
37584.63
5231.84
25391.20
2040.90
5358.13
1544.69
13703.88
3478.99
7410.28
1409.47
15781.93
4825.97
70649.18
72.92
3645.20
499.32
26403.64
2650.76
65733.87
342.97
17952.64
129518.20 1999390.22
1.30
19.99
Recharge
from rainfall
Ground Water Recharge
Monsoon Season
Non-monsoon Season
7
77212.48
107526.86
21471.69
94958.95
124111.09
50015.31
85085.96
63759.08
72007.79
117557.13
119839.62
147965.20
147078.38
131794.48
77384.78
47250.37
36687.90
132546.64
136624.75
49614.47
45210.14
49082.38
92838.87
224591.13
25204.08
90915.59
189106.61
57048.76
7219940.31
72.20
Total
Annual
Ground
Water
Recharge
8
5774.79
7857.60
1388.53
7572.53
9353.76
3893.92
5989.79
5317.05
4440.87
9403.86
7654.22
10344.54
12026.33
9694.67
5494.18
2986.50
3170.36
7829.98
9403.68
3073.58
2660.34
2454.12
5237.28
18029.93
1830.31
7272.67
11605.65
3654.40
531695.79
5.32
Irrigation
11
Domestic
Total
12
13
0.00 11666.73
47496.69
0.00
6716.82
60069.89
0.00
1114.08
18791.58
0.00
4770.12
60504.95
0.00
6175.51
83890.85
0.00
5989.67
30293.36
0.00
8766.22
61453.22
0.00
6474.91
35246.31
0.00 10051.78
57454.61
0.00
6555.94
78488.14
0.00
5158.34
64168.75
0.00
7853.59 102870.05
0.00 16415.99 100192.68
0.00
6725.43
67979.25
0.00
4930.74
51838.73
0.00
4110.76
29291.62
0.00
3336.18
26900.69
0.00
6976.31 132762.87
0.00
8071.57
77402.20
0.00
5401.36
39990.52
0.00
3009.89
44329.25
0.00
4.53
27476.49
0.00
6930.18
54082.48
0.00 10628.90 118447.10
0.00
4071.87
15115.34
0.00
5776.60
50417.96
0.00
8150.97 107682.24
0.00 10328.05
48703.45
0.00 474261.11 4603205.95
0.00
4.74
46.03
Industrial
Current Annual Ground Water Extraction
9
10
71437.69
35829.96
99669.26
53353.07
20083.16
17677.50
87386.42
55734.83
114757.33
77715.34
46121.39
24303.69
79096.17
52687.00
58442.03
28771.40
67566.92
47402.83
108153.27
71932.20
112185.40
59010.41
137620.66
95016.46
135052.05
83776.69
122099.81
61253.82
71890.60
46907.99
44263.87
25180.86
33517.54
23564.51
124716.66 125786.56
127221.07
69330.63
46540.89
34589.16
42549.80
41319.36
46628.26
27471.96
87601.59
47152.30
206561.20 107818.20
23373.77
11043.47
83642.92
44641.36
177500.96
99531.27
53394.36
38375.40
6688244.52 4128945.02
66.88
41.29
Annual
Total
Extractable
Natural
Ground Water
Discharges
Resource
UTTAR PRADESH
14
13872.83
7698.58
1212.54
5240.74
6972.00
7033.82
9444.78
7319.87
11804.71
7363.97
5768.94
8699.65
18291.78
7673.42
5579.04
4631.67
3626.50
7702.09
9367.31
6263.01
3066.96
5.29
8079.37
12255.85
4747.94
6429.21
9372.65
10946.31
538364.20
5.38
Annual GW
Allocation
for
Domestic
Use as on
2025
15
25306.78
38617.58
1993.42
28499.35
33236.75
14783.86
18415.22
22542.11
12582.82
30173.69
47406.05
33904.57
35279.67
53172.60
19403.58
14451.35
6326.52
11256.03
48523.13
5910.42
2004.04
19151.01
32369.89
86487.23
7582.39
32572.33
68597.04
8690.25
2153092.69
21.53
16
66.49
60.27
93.57
69.24
73.10
65.68
77.69
60.31
85.03
72.57
57.20
74.75
74.19
55.68
72.11
66.18
80.26
106.45
60.84
85.93
104.18
58.93
61.74
57.34
64.67
60.28
60.67
91.21
68.83
68.83
Stage of
Net Ground
Ground
Water
Water
Availability
Extraction
for future use
(%)
Dynamic Ground Water Resources Assessment of India - 2020
119
1
1
2
3
4
S. No.
2
Dehradun
Haridwar
Udham Singh Nagar
Nainital
Total (Ham)
Total (Bcm)
Name of District
3
52367.83
26494.64
43261.97
6621.38
128745.82
1.29
4
2327.64
6584.74
17155.21
4671.62
30739.21
0.31
5
2937.08
3519.38
2439.48
1601.95
10497.89
0.10
6
2077.35
9401.96
15275.40
5638.80
32393.51
0.32
7
59709.90
46000.72
78132.06
18533.75
202376.44
2.02
8
4826.06
4302.29
6104.52
1853.38
17086.25
0.17
9
54883.83
41698.43
72027.55
16680.38
185290.19
1.85
10
5889.71
20371.08
31268.56
5352.69
62882.04
0.63
11
596.29
2330.90
4955.87
888.00
8771.06
0.09
12
5460.81
2908.17
3372.39
3316.11
15057.48
0.15
13
11946.81
25610.14
39596.84
9556.80
86710.59
0.87
DYNAMIC GROUND WATER RESOURCES OF INDIA, 2020
UTTARAKHAND
Ground Water Recharge
Current Annual Ground Water Extraction
Monsoon Season
Non-monsoon Season
Total
Annual
Total
Annual
Extractable
Natural
Recharge
Recharge
Ground
Total
Ground Water Irrigation Industrial Domestic
Recharge
Recharge
Discharges
from other
from other
Water
Resource
from rainfall
from rainfall
sources
sources
Recharge
14
5460.81
3287.61
3545.70
3316.11
15610.23
0.16
Annual GW
Allocation
for
Domestic
Use as on
2025
15
42937.02
15708.85
32257.40
7123.58
98026.85
0.98
16
21.77
61.42
54.97
57.29
46.80
46.80
Stage of
Net Ground
Ground
Water
Water
Availability
Extraction
for future use
(%)
Dynamic Ground Water Resources Assessment of India - 2020
120
Name of District
1
1
2
3
4
5
6
7
8
9
10
11
12
13
14
15
16
17
3
4
5
6
7
8
9
10
2
Bankura
98905.53
21562.59
24886.50
32647.44
178002.06
16232.96
161769.10
69980.27
Birbhum
83998.75
7628.72
20743.15
16112.27
128482.89
11908.95
116573.94
36191.80
Burdwan
170643.19
13283.39
42504.98
35214.86
261646.42
24768.66
236877.76
94059.60
Coochbehar
185334.09
5143.37
60379.13
12100.71
262957.30
26295.71
236661.59
42261.50
Dakshin Dinajpur
65504.74
6432.72
17257.72
18756.55
107951.73
9115.64
98836.09
50706.00
Darjeeling
39186.21
0.00
13052.71
0.00
52238.92
5223.89
47015.03
1169.10
Hooghly
87499.21
6344.07
24032.23
21148.49
139024.00
13902.41
125121.59
54601.80
Howrah
18922.39
1114.80
5987.95
6932.33
32957.47
3295.74
29661.73
4970.00
Jalpaiguri
228086.62
3939.51
65301.46
12078.29
309405.88
30940.59
278465.29
8241.20
Malda
96263.27
9181.20
21992.81
23347.70
150784.98
14697.37
136087.61
59108.60
Murshidabad
137803.88
19693.42
38349.83
53252.88
249100.01
23373.65
225726.36 186187.00
Nadia
113617.65
18299.88
43916.37
47699.21
223533.10
18795.48
204737.62 179222.20
North 24-Parganas
105327.29
8147.66
27207.49
25564.50
166246.93
16307.62
149939.31
84524.60
Paschim Medinipore
241691.73
12698.55
68840.05
40624.33
363854.66
34991.16
328863.50 110919.60
Purba Medinipore
53800.58
1957.01
15434.60
10220.33
81412.52
8141.26
73271.26
21562.40
Purulia
53190.45
8011.53
14077.33
4806.45
80085.76
7361.68
72724.08
2232.80
Uttar Dinajpur
91467.43
7541.41
22166.67
24353.83
145529.34
12014.51
133514.83
78133.60
Total (Ham)
1871243.01 150979.82
526130.98 384860.18 2933213.98 277367.28
2655846.70 1084072.07
Total (Bcm)
18.71
1.51
5.26
3.85
29.33
2.77
26.56
10.84
Note- The Ground water Resources Estimation 2013 (calculated using GEC 1997 Methodology) has been considered in case of West Bengal
S. No.
11
972.51
253.08
1526.33
1482.42
872.90
492.68
1422.50
531.85
1465.25
2130.81
2722.14
2705.75
4801.59
1666.58
936.80
1542.36
1603.76
27129.31
0.27
12
13
3729.71
74682.48
3695.06
40139.94
8081.69 103667.61
2964.85
46708.77
1745.81
53324.71
985.37
2647.15
5748.92
61773.22
1824.48
7326.32
2930.50
12636.95
4261.62
65501.03
7564.57 196473.71
5411.50 187339.45
9603.18
98929.37
6276.58 118862.75
2111.08
24610.28
3084.73
6859.89
3207.51
82944.87
73227.13 1184428.50
0.73
11.84
DYNAMIC GROUND WATER RESOURCES OF INDIA, 2020
WEST BENGAL
Ground Water Recharge
Current Annual Ground Water Extraction
Monsoon Season
Non-monsoon Season
Total
Annual
Total
Annual
Extractable
Natural
Recharge
Recharge
Ground
Total
Ground Water Irrigation Industrial Domestic
Recharge
Recharge
Discharges
from other
from other
Water
Resource
from rainfall
from rainfall
sources
sources
Recharge
14
7362.46
7780.42
15762.29
5988.25
3349.33
2012.74
10669.27
6038.57
5908.97
9828.37
17323.82
10601.16
19035.91
12907.78
4341.44
6411.97
7569.33
152892.08
1.53
Annual GW
Allocation
for
Domestic
Use as on
2025
15
84426.38
72601.72
127055.87
188411.84
44780.76
43833.19
59850.52
18653.16
264315.12
67150.64
22215.54
14914.26
46378.80
205036.12
47367.42
64079.31
47811.90
1418882.56
14.19
16
46.17
34.43
43.76
19.74
53.95
5.63
49.37
24.70
4.54
48.13
87.04
91.50
65.98
36.14
33.59
9.43
62.12
44.60
44.60
Stage of
Net Ground
Ground
Water
Water
Availability
Extraction
for future use
(%)
Dynamic Ground Water Resources Assessment of India - 2020
121
1
1
2
3
S. No.
2
N & M Andaman
Nicobar
South Andaman
Total (Ham)
Total (Bcm)
Name of District
3
9770.87
15184.09
6570.21
31525.17
0.32
10.11
0.80
10.01
20.92
0.0002
4
5
0.00
0.00
0.00
0.00
0.00
2.52
0.20
2.50
5.22
0.0001
6
7
9783.50
15185.09
6582.72
31551.31
0.32
8
978.34
1518.51
562.40
3059.25
0.03
9
8805.16
13666.58
6020.32
28492.06
0.28
0.80
0.44
13.54
14.79
0.0001
10
11
83.04
0.94
13.54
97.52
0.001
12
244.17
82.26
300.82
627.25
0.0063
13
327.99
83.63
327.87
739.49
0.01
DYNAMIC GROUND WATER RESOURCES OF INDIA, 2020
ANDAMAN & NICOBAR ISLANDS
Ground Water Recharge
Current Annual Ground Water Extraction
Monsoon Season
Non-monsoon Season
Total
Annual
Total
Annual
Extractable
Natural
Recharge
Recharge
Ground
Total
Ground Water Irrigation Industrial Domestic
Recharge
Recharge
Discharges
from other
from other
Water
Resource
from rainfall
from rainfall
sources
sources
Recharge
14
269.19
93.92
331.62
694.73
0.01
Annual GW
Allocation
for
Domestic
Use as on
2025
15
8452.16
13574.55
5661.64
27688.35
0.28
16
3.72
0.61
5.45
2.60
2.60
Stage of
Net Ground
Ground
Water
Water
Availability
Extraction
for future use
(%)
Dynamic Ground Water Resources Assessment of India - 2020
122
2
1
1
Chandigarh
Total (Ham)
Total (Bcm)
Name of District
S. No.
3
1187.79
1187.79
0.01
4
1610.84
1610.84
0.02
5
481.54
481.54
0.005
6
3095.43
3095.43
0.03
7
6375.60
6375.60
0.06
8
637.56
637.56
0.006
9
5738.04
5738.04
0.06
10
950.70
950.70
0.01
11
190.80
190.80
0.002
12
3483.20
3483.20
0.03
13
4624.70
4624.70
0.05
DYNAMIC GROUND WATER RESOURCES OF INDIA, 2020
CHANDIGARH
Ground Water Recharge
Current Annual Ground Water Extraction
Monsoon Season
Non-monsoon Season
Total
Annual
Total
Annual
Extractable
Natural
Recharge
Recharge
Ground
Total
Ground Water Irrigation Industrial Domestic
Recharge
Recharge
Discharges
from other
from other
Water
Resource
from rainfall
from rainfall
sources
sources
Recharge
14
3483.20
3483.20
0.03
Annual GW
Allocation
for
Domestic
Use as on
2025
15
1113.34
1113.34
0.01
16
80.60
80.60
80.60
Stage of
Net Ground
Ground
Water
Water
Availability
Extraction
for future use
(%)
Dynamic Ground Water Resources Assessment of India - 2020
123
1
S. No.
2
Dadra & Nagar Haveli
Total (Ham)
Total (Bcm)
Name of District
3
4306.48
4306.48
0.04
4
661.77
661.77
0.01
5
329.73
329.73
0.003
6
1948.30
1948.30
0.02
7
7246.26
7246.26
0.07
8
494.21
494.21
0.005
9
6752.05
6752.05
0.07
10
888.62
888.62
0.01
11
649.04
649.04
0.01
12
1568.14
1568.14
0.02
13
3105.80
3105.80
0.03
DYNAMIC GROUND WATER RESOURCES OF INDIA, 2020
DADRA & NAGAR HAVELI
Ground Water Recharge
Current Annual Ground Water Extraction
Monsoon Season
Non-monsoon Season
Total
Annual
Total
Annual
Extractable
Natural
Recharge
Recharge
Ground
Total
Ground Water Irrigation Industrial Domestic
Recharge
Recharge
Discharges
from other
from other
Water
Resource
from rainfall
from rainfall
sources
sources
Recharge
14
1798.23
1798.23
0.02
Annual GW
Allocation
for for
Domestic
Use as on
2025
15
3416.16
3416.16
0.03
16
45.99
45.99
45.99
Stage of
Net Ground
Ground
Water
Water
Availability
Extraction
for future use
(%)
Dynamic Ground Water Resources Assessment of India - 2020
124
2
1
1
2
Daman
Diu
Total (Ham)
Total (Bcm)
Name of District
S. No.
3
2551.89
208.15
2760.04
0.03
35.50
14.13
49.63
0.0005
4
5
0.00
0.00
0.00
0.00
67.92
23.09
91.01
0.0009
6
7
2655.31
245.37
2900.68
0.03
8
132.77
12.26
145.03
0.001
9
2522.54
233.11
2755.65
0.03
10
215.10
42.20
257.30
0.003
11
2867.00
0.00
2867.00
0.03
12
0.00
0.00
0.00
0.00
13
3082.10
42.20
3124.30
0.03
DYNAMIC GROUND WATER RESOURCES OF INDIA, 2020
DAMAN & DIU
Ground Water Recharge
Current Annual Ground Water Extraction
Monsoon Season
Non-monsoon Season
Total
Annual
Total
Annual
Extractable
Natural
Recharge
Recharge
Ground
Total
Ground Water Irrigation Industrial Domestic
Recharge
Recharge
Discharges
from other
from other
Water
Resource
from rainfall
from rainfall
sources
sources
Recharge
14
1412.67
175.69
1588.36
0.02
Annual GW
Allocation
for
Domestic
Use as on
2025
0.00
15.22
15.22
0.0002
15
16
122.18
18.10
113.38
113.38
Stage of
Net Ground
Ground
Water
Water
Availability
Extraction
for future use
(%)
Dynamic Ground Water Resources Assessment of India - 2020
125
2
1
1
2
3
4
5
6
7
8
9
10
11
12
13
14
15
16
17
18
19
20
Anantnag
Bandipora
Baramulla
Budgam
Doda
Ganderbal
Jammu
Kathua
Kishtwar
Kulgam
Kupwara
Poonch
Pulwama
Rajouri
Ramban
Reasi
Samba
Shopian
Srinagar
Udhampur
Total (Ham)
Total (Bcm)
Name of District
S. No.
3
2429.26
103.97
4342.60
2226.42
51.68
236.00
29803.72
17246.22
101.29
532.35
1581.89
3202.66
1787.54
4318.86
107.77
790.68
4338.50
946.31
1343.10
4369.58
79860.40
0.80
4
7761.42
7.10
25244.20
26972.65
661.15
1290.00
29627.23
13411.33
745.00
4542.65
17403.20
9401.90
13828.05
15657.48
665.55
2776.04
13492.81
8053.40
7556.15
5211.22
204308.53
2.04
5
9570.73
515.52
18631.91
7847.64
200.84
805.31
12249.84
4401.97
393.62
2097.34
9533.57
3023.84
4395.03
1576.88
321.06
1669.25
8287.72
2425.84
4799.30
2467.72
95214.93
0.95
6
2013.10
14.50
8574.35
5244.91
161.07
702.00
17131.74
10059.18
390.00
2206.23
5467.41
6974.31
3837.02
7557.19
349.63
1249.15
9273.21
3575.33
617.40
2850.41
88248.14
0.88
7
21774.51
641.09
56793.06
42291.62
1074.74
3033.31
88812.53
45118.70
1629.91
9378.57
33986.07
22602.71
23847.64
29110.41
1444.01
6485.12
35392.24
15000.88
14315.95
14898.93
467632.00
4.68
8
2177.45
64.11
5679.31
4229.17
107.47
303.33
8881.25
3930.82
162.99
937.86
3398.61
2260.28
2384.76
2911.05
144.40
648.52
3539.22
1500.09
1431.60
1406.50
46098.79
0.46
9
19597.06
576.98
51113.75
38062.45
967.27
2729.98
79931.28
41187.87
1466.92
8440.71
30587.46
20342.43
21462.88
26199.36
1299.61
5836.60
31853.02
13500.79
12884.35
13492.43
421533.20
4.22
10
420.80
31.54
51.51
103.04
105.10
420.48
10084.80
4050.86
31.50
147.28
51.51
717.50
1391.01
304.50
31.50
178.70
1274.46
100.80
51.51
336.38
19884.80
0.20
11
37.80
3.50
17.29
4721.46
17.60
31.83
2427.81
1019.66
0.00
29.16
35.00
17.50
3572.18
17.50
17.50
52.56
126.12
27.00
336.38
141.24
12649.10
0.13
12
3626.64
361.38
5918.26
4036.61
308.76
443.39
10852.36
6238.86
147.17
1650.38
3132.58
1339.41
3195.65
1479.02
337.97
935.78
1762.85
1336.04
7150.86
1868.45
56122.39
0.56
13
4085.24
396.42
5987.06
8861.11
431.46
895.69
23364.97
11309.38
178.67
1826.83
3219.09
2074.40
8158.82
1801.03
386.97
1167.05
3163.43
1463.84
7538.76
2346.06
88656.28
0.89
DYNAMIC GROUND WATER RESOURCES OF INDIA, 2020
JAMMU & KASHMIR
Ground Water Recharge
Current Annual Ground Water Extraction
Monsoon Season
Non-monsoon Season
Total
Annual
Total
Annual
Extractable
Natural
Recharge
Recharge
Ground
Total
Ground Water Irrigation Industrial Domestic
Recharge
Recharge
Discharges
from other
from other
Water
Resource
from rainfall
from rainfall
sources
sources
Recharge
14
3626.64
404.37
5918.26
4036.61
344.85
506.60
10852.36
6320.23
147.17
1650.38
3132.58
1495.85
3195.65
1528.60
381.68
986.04
1798.98
1336.04
7801.29
1977.66
57441.84
0.57
Annual GW
Allocation
for
Domestic
Use as on
2025
15
15511.82
137.57
45126.69
29201.34
499.72
1771.08
56566.31
29797.12
1288.25
6613.88
27368.37
18111.59
13304.06
24348.75
868.93
4619.29
28653.46
12036.95
4695.16
11037.16
331557.50
3.32
16
20.85
68.71
11.71
23.28
44.61
32.81
29.23
27.46
12.18
21.64
10.52
10.20
38.01
6.87
29.78
20.00
9.93
10.84
58.51
17.39
21.03
21.03
Stage of
Net Ground
Ground
Water
Water
Availability
Extraction
for future use
(%)
Dynamic Ground Water Resources Assessment of India - 2020
126
2
1
1
2
Kargil
Leh
Total (Ham)
Total (Bcm)
Name of District
S. No.
3
509.74
531.40
1041.14
0.01
4
2571.17
2071.21
4642.38
0.05
5
1180.83
683.77
1864.60
0.02
6
2305.70
1934.58
4240.28
0.04
7
6567.44
5220.96
11788.40
0.12
8
656.74
522.09
1178.83
0.01
9
5910.70
4698.87
10609.57
0.11
10
24.22
89.86
114.08
0.001
4.14
20.70
24.84
0.0002
11
12
172.50
1587.31
1759.81
0.02
13
200.86
1697.87
1898.73
0.02
DYNAMIC GROUND WATER RESOURCES OF INDIA, 2020
LADAKH
Ground Water Recharge
Current Annual Ground Water Extraction
Monsoon Season
Non-monsoon Season
Total
Annual
Total
Annual
Extractable
Natural
Recharge
Recharge
Ground
Total
Ground Water Irrigation Industrial Domestic
Recharge
Recharge
Discharges
from other
from other
Water
Resource
from rainfall
from rainfall
sources
sources
Recharge
14
290.92
1587.31
1878.23
0.02
Annual GW
Allocation
for
Domestic
Use as on
2025
15
5591.42
3001.00
8592.42
0.09
3.40
36.13
17.90
17.90
16
Stage of
Net Ground
Ground
Water
Water
Availability
Extraction
for future use
(%)
Dynamic Ground Water Resources Assessment of India - 2020
127
2
1
1
2
3
4
5
6
7
8
9
Agatti
Amini
Androth
Chetlat
Kadmat
Kalpeni
Kavaratti
Kiltan
Minicoy
Total (Ham)
Total (Bcm)
Name of District
S. No.
3
114.96
109.87
205.32
44.12
132.36
96.72
153.99
69.15
178.10
1104.59
0.01
4
0.00
0.00
0.00
0.00
0.00
0.00
0.00
0.00
0.00
0.00
0.00
19.33
18.47
34.52
7.42
22.25
16.26
25.89
11.63
64.12
219.89
0.002
5
6
0.00
0.00
0.00
0.00
0.00
0.00
0.00
0.00
0.00
0.00
0.00
7
134.29
128.34
239.84
51.54
154.61
112.98
179.88
80.78
242.22
1324.48
0.01
53.71
51.34
95.94
20.62
61.84
45.19
71.96
32.31
96.89
529.80
0.01
8
9
51.20
46.33
89.47
18.61
57.78
42.09
68.61
29.03
96.30
499.42
0.005
10
0.00
0.00
0.00
0.00
0.00
0.00
0.00
0.00
0.00
0.00
0.00
11
0.00
0.00
0.00
0.00
0.00
0.00
0.00
0.00
0.00
0.00
0.00
12
34.58
34.28
50.53
8.86
20.58
17.29
56.19
16.76
52.96
292.03
0.003
13
34.58
34.28
50.53
8.86
20.58
17.29
56.19
16.76
52.96
292.03
0.003
DYNAMIC GROUND WATER RESOURCES OF INDIA, 2020
LAKSHADWEEP
Ground Water Recharge
Current Annual Ground Water Extraction
Monsoon Season
Non-monsoon Season
Total
Annual
Total
Annual
Extractable
Natural
Recharge
Recharge
Ground
Total
Ground Water Irrigation Industrial Domestic
Recharge
Recharge
Discharges
from other
from other
Water
Resource
from rainfall
from rainfall
sources
sources
Recharge
61.28
45.04
67.04
10.43
22.37
20.02
126.37
28.96
110.52
492.03
0.005
14
Annual GW
Allocation
for
Domestic
Use as on
2025
16.62
1.29
22.44
8.17
35.42
22.06
12.42
0.07
43.34
161.83
0.002
15
16
67.54
73.98
56.48
47.62
35.61
41.08
81.89
57.73
55.00
58.47
58.47
Stage of
Net Ground
Ground
Water
Water
Availability
Extraction
for future use
(%)
Dynamic Ground Water Resources Assessment of India - 2020
128
2
1
1
2
3
Karaikal
Mahe
Puducherry
Total (Ham)
Total (Bcm)
Name of District
S. No.
3
1542.26
218.70
4270.18
6031.14
0.06
4
3936.85
0.00
6135.05
10071.90
0.10
20.98
2.79
1445.95
1469.72
0.01
5
6
1481.15
0.00
3280.02
4761.17
0.05
7
6981.24
221.49
15131.20
22333.93
0.22
8
698.12
22.15
1513.12
2233.39
0.02
9
6283.12
199.34
13618.08
20100.54
0.20
10
786.98
0.00
8983.50
9770.48
0.10
11
17.00
0.00
631.50
648.50
0.01
12
528.71
138.65
3841.42
4508.78
0.05
13
1332.69
138.65
13456.42
14927.75
0.15
DYNAMIC GROUND WATER RESOURCES OF INDIA, 2020
PUDUCHERRY
Ground Water Recharge
Current Annual Ground Water Extraction
Monsoon Season
Non-monsoon Season
Total
Annual
Total
Annual
Extractable
Natural
Recharge
Recharge
Ground
Total
Ground Water Irrigation Industrial Domestic
Recharge
Recharge
Discharges
from other
from other
Water
Resource
from rainfall
from rainfall
sources
sources
Recharge
14
973.37
149.84
4338.92
5462.13
0.05
Annual GW
Allocation
for
Domestic
Use as on
2025
15
4895.12
49.04
161.67
5105.83
0.05
16
21.21
69.55
98.81
74.27
74.27
Stage of
Net Ground
Ground
Water
Water
Availability
Extraction
for future use
(%)
Dynamic Ground Water Resources Assessment of India - 2020
129
Dynamic Ground Water Resources Assessment of India - 2020
130
Dynamic Ground Water Resources Assessment of India - 2020
Annexure - III(A)
State-Wise Categorization of Blocks/ Mandals/ Taluks in India
(as in 2020)
131
Dynamic Ground Water Resources Assessment of India - 2020
132
Dynamic Ground Water Resources Assessment of India - 2020
CATEGORIZATION OF BLOCKS/ MANDALS/ TALUKAS IN INDIA (2020)
S.No.
State/Union
Territories
Total
No. of
Assessed
Units
Safe
1
2
3
4
5
6
7
8
9
10
11
12
13
14
15
16
17
18
19
20
21
22
23
24
25
26
27
28
29
30
31
States
Andhra Pradesh
Arunachal Pradesh
Assam
Bihar
Chhattisgarh
Delhi
Goa
Gujarat
Haryana
Himachal Pradesh
Jharkhand
Karnataka
Kerala
Madhya Pradesh
Maharashtra
Manipur
Meghalaya
Mizoram
Nagaland
Odisha
Punjab
Rajasthan
Sikkim
Tamil Nadu
Telangana
Tripura
Uttar Pradesh
Uttarakhand
West Bengal*
Andaman and Nicobar
Chandigarh
32
Dadra & Nagar Haveli
1
1
100.00
Daman & Diu
2
1
50.00
20
20
100.00
2
9
4
6965
2
7
2
4427
100.00
77.78
50.00
63.56
33
Jammu and Kashmir
34
35
36
Ladakh
Lakshadweep
Puducherry
Grand Total
667
11
28
534
146
34
12
248
141
10
259
227
152
317
353
9
12
26
11
314
150
295
4
1166
589
59
830
18
268
36
1
Nos.
551
11
28
471
110
3
12
182
30
10
244
130
120
233
271
9
12
26
11
302
17
37
4
409
321
59
541
14
191
35
Semi-Critical
%
82.61
100.00
100.00
88.20
75.34
8.82
100.00
73.39
21.28
100.00
94.21
57.27
78.95
73.50
76.77
100.00
100.00
100.00
100.00
96.18
11.33
12.54
100.00
35.08
54.50
100.00
65.18
77.78
71.27
97.22
Critical
Over-Exploited
Nos.
40
%
6.00
Nos.
15
%
2.25
Nos.
23
%
3.45
51
27
7
9.55
18.49
20.59
5
9
7
0.94
6.16
20.59
7
1.31
17
50.00
24
14
9.68
9.93
4
12
1.61
8.51
25
85
10.08
60.28
10
35
29
50
63
3.86
15.42
19.08
15.77
17.85
2
10
3
8
8
0.77
4.41
1.97
2.52
2.27
3
52
1.16
22.91
26
10
8.21
2.83
6
10
29
1.91
6.67
9.83
6
23
4.00
7.80
117
203
78.00
68.81
225
180
19.30
30.56
63
44
5.40
7.47
435
44
37.31
7.47
174
4
76
20.96
22.22
28.36
49
5.90
66
7.95
1
0.37
1
100.00
2
22.22
1057
15.18
1
270
25.00
3.88
1
50.00
1114
15.99
Saline
Nos.
38
%
5.70
13
5.24
1
0.28
6
1.91
3
1.02
34
2.92
1
2.78
1
97
25.00
1.39
Note
Blocks- Bihar, Chhatisgarh, Haryana, Jharkhand, Kerala, Madhya Pradesh, Manipur, Mizoram, Odisha, Punjab, Rajasthan, Tripura, Uttar
Pradesh, Uttarakhand, West Bengal
Taluks- Goa, Gujarat, Karnataka, Maharashtra
Mandals- Andhra Pradesh, Telangana
District- Arunachal Pradesh, Assam, Meghalaya, Nagaland, Sikkim, Dadra & Nagar Haveli, Daman & Diu, Jammu & Kashmir, Ladakh
Valley- Himachal Pradesh,
Islands- Andaman & Nicobar, Lakshadweep
Firka- Tamil Nadu
Region- Puducherry
UT- Chandigarh
Tehsil- Delhi
*West Bengal- The Ground Water Resource Assessment as on 2013 has been considered for state of West Bengal.
133
Dynamic Ground Water Resources Assessment of India - 2020
134
Dynamic Ground Water Resources Assessment of India - 2020
Annexure - III(B)
District-Wise Categorization of Blocks/ Mandals/ Taluks in India
(as in 2020)
135
Dynamic Ground Water Resources Assessment of India - 2020
136
1
2
3
4
5
6
7
8
9
10
11
12
13
S.No
Anantapur
Chittoor
East Godavari
Guntur
Kadapa
Krishna
Kurnool
Nellore
Prakasam
Srikakulam
Visakhapatnam
Vizianagaram
West Godavari
Total
Name of District
63
66
64
57
51
50
54
46
56
38
40
34
48
667
Total No. of
Assessed
Units
No.
43
41
54
52
37
36
51
44
47
38
40
34
34
551
Safe
%
68.25
62.12
84.38
91.23
72.55
72.00
94.44
95.65
83.93
100.00
100.00
100.00
70.83
82.61
No.
6.00
40
7
1
2
1
4
6.35
28.79
3.13
0.00
13.73
2.00
3.70
2.17
7.14
%
4
19
2
Semi-Critical
No.
1.85
2.17
1
1
2.25
1.75
9.80
1
5
15
1.59
9.09
%
1
6
Critical
DYNAMIC GROUND WATER RESOURCES OF INDIA, 2020
ANDHRA PRADESH
No.
23
4
2
2
15
%
Over-Exploited
3.45
7.14
3.51
3.92
23.81
No.
29.17
5.70
14
38
26.00
12.50
3.51
1.79
%
1
13
8
2
Saline
Dynamic Ground Water Resources Assessment of India - 2020
137
1
2
3
4
5
6
7
8
9
10
11
S.No
Tirap
Changlang
Lohit
Lower Dibang Valley
East Siang
West Siang
East Kameng
West Kameng
Lower Subansiri
Upper Subansiri
Papum Pare
Total
Name of District
1
1
1
1
1
1
1
1
1
1
1
11
Total No. of
Assessed
Units
No.
1
1
1
1
1
1
1
1
1
1
1
11
Safe
%
100.00
100.00
100.00
100.00
100.00
100.00
100.00
100.00
100.00
100.00
100.00
100.00
No.
Semi-Critical
%
No.
Critical
DYNAMIC GROUND WATER RESOURCES OF INDIA, 2020
ARUNACHAL PRADESH
%
No.
%
Over-Exploited
No.
Saline
%
Dynamic Ground Water Resources Assessment of India - 2020
138
1
2
3
4
5
6
7
8
9
10
11
12
13
14
15
16
17
18
19
20
21
22
23
24
25
26
27
28
S.No
Baksa
Barpeta
Bongaigaon
Cachar
Chirang
Darrang
Dhemaji
Dhubri
Dibrugarh
Dima Hasao
Goalpara
Golaghat
Hailakandi
Jorhat
Kamrup
Kamrup Metro Rural
Kamrup Metro Urban
Karbi Anglong
Karimganj
Kokrajhar
Lakhimpur
Morigaon
Nagaon
Nalbari
Sivasagar
Sonitpur
Tinsukia
Udalguri
Total
Name of District
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
28
Total No. of
Assessed
Units
No.
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
28
Safe
%
100.00
100.00
100.00
100.00
100.00
100.00
100.00
100.00
100.00
100.00
100.00
100.00
100.00
100.00
100.00
100.00
100.00
100.00
100.00
100.00
100.00
100.00
100.00
100.00
100.00
100.00
100.00
100.00
100.00
No.
%
No.
DYNAMIC GROUND WATER RESOURCES OF INDIA, 2020
ASSAM
Semi-Critical
Critical
%
No.
%
Over-Exploited
No.
Saline
%
Dynamic Ground Water Resources Assessment of India - 2020
139
1
2
3
4
5
6
7
8
9
10
11
12
13
14
15
16
17
18
19
20
21
22
23
24
25
26
27
28
29
30
31
32
33
34
35
36
37
38
S.No
Araria
Arwal
Aurangabad
Banka
Begusarai
Bhagalpur
Bhojpur
Buxar
Darbhanga
East Champaran
Gaya
Gopalganj
Jamui
Jehanabad
Kaimur
Katihar
Khagaria
Kishanganj
Lakhisarai
Madhepura
Madhubani
Munger
Muzaffarpur
Nalanda
Nawada
Patna
Purnia
Rohats
Saharsa
Samastipur
Saran
Sheikhpura
Sheohar
Sitamarhi
Siwan
Supaul
Vaishali
West Champaran
Total
Name of District
9
5
11
11
18
16
14
11
18
27
24
14
10
7
11
16
7
7
7
13
21
9
16
20
14
23
14
19
10
20
20
6
5
17
19
11
16
18
534
Total No. of
Assessed
Units
No.
9
5
11
11
16
16
10
10
18
27
16
14
10
0
11
15
7
7
6
6
21
9
13
14
11
14
13
19
10
19
19
6
5
16
18
11
10
18
471
Safe
%
100.00
100.00
100.00
100.00
88.89
100.00
71.43
90.91
100.00
100.00
66.67
100.00
100.00
0.00
100.00
93.75
100.00
100.00
85.71
46.15
100.00
100.00
81.25
70.00
78.57
60.87
92.86
100.00
100.00
95.00
95.00
100.00
100.00
94.12
94.74
100.00
62.50
100.00
88.20
No.
11.11
28.57
9.09
20.83
42.86
6.25
14.29
53.85
6.25
25.00
14.29
39.13
7.14
5.00
5.00
5.88
5.26
31.25
9.55
2
4
1
5
3
1
1
7
1
5
2
9
1
1
1
1
1
5
51
%
No.
140
5
1
1
3
DYNAMIC GROUND WATER RESOURCES OF INDIA, 2020
BIHAR
Semi-Critical
Critical
%
0.94
6.25
7.14
42.86
No.
7
2
1
1
3
%
Over-Exploited
1.31
12.50
5.00
14.29
12.50
No.
Saline
%
Dynamic Ground Water Resources Assessment of India - 2020
1
2
3
4
5
6
7
8
9
10
11
12
13
14
15
16
17
18
19
20
21
22
23
24
25
26
27
S.No
Balod
Baloda Bazar
Balrampur
Bastar
Bemetara
Bijapur
Bilaspur
Dantewara
Dhamtari
Durg
Gariaband
Janjgir-Champa
Jashpur
Kanker
Kawardha
Kondagaon
Korba
Koriya
Mahasamund
Mungeli
Narayanpur
Raigarh
Raipur
Rajnandgaon
Sukma
Surajpur
Surguja
Total
Name of District
5
6
6
7
4
4
7
4
4
3
5
9
8
7
4
5
5
5
5
3
2
9
4
9
3
6
7
146
Total No. of
Assessed
Units
No.
40.00
83.33
100.00
100.00
100.00
85.71
100.00
80.00
66.67
100.00
85.71
25.00
100.00
80.00
100.00
60.00
100.00
100.00
66.67
75.00
55.56
100.00
83.33
100.00
75.34
4
6
4
4
6
8
6
1
5
4
5
3
3
2
6
3
5
3
5
7
110
%
2
5
6
7
Safe
No.
18.49
33.33
3
27
40.00
2
16.67
20.00
1
1
14.29
25.00
1
1
33.33
75.00
66.67
20.00
33.33
3
2
1
3
3
14.29
50.00
2
1
40.00
16.67
2
1
%
No.
141
9
1
1
2
1
1
2
1
DYNAMIC GROUND WATER RESOURCES OF INDIA, 2020
CHHATISGARH
Semi-Critical
Critical
%
6.16
25.00
11.11
50.00
25.00
33.33
50.00
20.00
%
Over-Exploited
No.
No.
Saline
%
Dynamic Ground Water Resources Assessment of India - 2020
1
2
3
4
5
6
7
8
9
10
11
12
S.No
Central
East
New Delhi
North
North East
North West
Shahdara
South
South East
South West
West
Nazul Land
Total
Name of District
3
3
3
3
3
3
3
3
3
3
3
1
34
Total No. of
Assessed
Units
No.
66.67
100.00
8.82
1
3
%
2
Safe
No.
20.59
66.67
2
7
33.33
66.67
66.67
1
2
2
%
No.
7
20.59
33.33
33.33
1
1
66.67
66.67
33.33
%
1
2
2
DYNAMIC GROUND WATER RESOURCES OF INDIA, 2020
DELHI
Semi-Critical
Critical
No.
17
2
3
2
2
1
1
1
3
1
1
%
Over-Exploited
50.00
66.67
100.00
66.67
66.67
33.33
33.33
33.33
100.00
33.33
33.33
No.
Saline
%
Dynamic Ground Water Resources Assessment of India - 2020
142
1
2
S.No
Name of District
Goa North
South Goa
Total
5
7
12
Total No. of
Assessed
Units
No.
5
7
12
Safe
%
100.00
100.00
100.00
No.
%
No.
DYNAMIC GROUND WATER RESOURCES OF INDIA, 2020
GOA
Semi-Critical
Critical
%
No.
%
Over-Exploited
No.
Saline
%
Dynamic Ground Water Resources Assessment of India - 2020
143
1
2
3
4
5
6
7
8
9
10
11
12
13
14
15
16
17
18
19
20
21
22
23
24
25
26
27
28
29
30
31
32
33
S.No
Ahmedabad
Amreli
Anand
Arvalli
Banaskantha
Bharuch
Bhavnagar
Botad
Chhota Udepur
Dahod
Dang
Devbhumi Dwaraka
Gandhinagar
Gir Somnath
Jamnagar
Junagadh
Kachchh
Kheda
Mahesana
Mahisagar
Morbi
Narmada
Navsari
Panchmahal
Patan
Porbandar
Rajkot
Sabarkantha
Surat
Surendra Nagar
Tapi
Vadodara
Valsad
Total
Name of District
9
11
8
6
14
9
10
4
6
9
3
4
4
6
6
9
10
10
10
6
5
5
6
7
9
3
11
8
9
10
7
8
6
248
Total No. of
Assessed
Units
No.
44.44
90.91
100.00
100.00
14.29
100.00
100.00
100.00
100.00
100.00
100.00
100.00
83.33
100.00
33.33
60.00
90.00
100.00
80.00
80.00
100.00
100.00
66.67
81.82
50.00
100.00
80.00
100.00
75.00
100.00
73.39
5
6
3
6
9
6
4
4
6
7
2
9
4
9
8
7
6
6
182
%
4
10
8
6
2
9
10
4
6
9
3
4
Safe
No.
50.00
16.67
22.22
10.00
30.00
2
1
2
1
3
11.11
33.33
18.18
37.50
10.00
12.50
9.68
1
1
2
3
1
1
24
20.00
14.29
2
1
22.22
9.09
2
1
%
No.
144
4
1
1
1
1
DYNAMIC GROUND WATER RESOURCES OF INDIA, 2020
GUJARAT
Semi-Critical
Critical
%
1.61
11.11
10.00
11.11
11.11
No.
25
1
1
2
6
3
3
2
7
%
Over-Exploited
10.08
12.50
12.50
22.22
60.00
33.33
30.00
50.00
50.00
No.
13
1
5
1
1
3
2
Saline
%
5.24
10.00
55.56
20.00
10.00
21.43
22.22
Dynamic Ground Water Resources Assessment of India - 2020
1
2
3
4
5
6
7
8
9
10
11
12
13
14
15
16
17
18
19
20
21
22
S.No
Ambala
Bhiwani
Charkhi Dadri
Faridabad
Fatehabad
Gurgaon
Hisar
Jhajjar
Jind
Kaithal
Karnal
Kurukshetra
Mahendragarh
Mewat
Palwal
Panchkula
Panipat
Rewari
Rohtak
Sirsa
Sonipat
Yamuna Nagar
Total
Name of District
6
7
4
3
7
4
9
7
8
7
8
7
8
7
6
3
6
7
5
7
8
7
141
Total No. of
Assessed
Units
No.
30
3
5
3
3
1
2
2
6
2
1
2
Safe
%
14.29
50.00
0.00
0.00
0.00
22.22
85.71
25.00
0.00
0.00
0.00
37.50
42.86
16.67
66.67
0.00
0.00
100.00
0.00
37.50
0.00
21.28
No.
14
1
1
1
2
1
3
1
1
1
2
%
16.67
28.57
0.00
0.00
0.00
0.00
33.33
14.29
12.50
0.00
12.50
0.00
12.50
14.29
33.33
0.00
0.00
0.00
0.00
14.29
0.00
0.00
9.93
No.
1
12
1
1
2
1
1
2
1
2
DYNAMIC GROUND WATER RESOURCES OF INDIA, 2020
HARYANA
Semi-Critical
Critical
%
33.33
0.00
0.00
0.00
14.29
0.00
22.22
0.00
0.00
0.00
0.00
0.00
12.50
28.57
16.67
33.33
0.00
14.29
0.00
0.00
0.00
14.29
8.51
6
5
6
85
6
6
5
7
7
7
3
1
2
3
4
2
3
6
4
2
%
Over-Exploited
No.
50.00
57.14
50.00
100.00
85.71
100.00
22.22
0.00
62.50
100.00
87.50
100.00
37.50
14.29
33.33
0.00
100.00
85.71
0.00
85.71
62.50
85.71
60.28
No.
Saline
%
Dynamic Ground Water Resources Assessment of India - 2020
145
1
2
3
4
5
S.No
Kangra
Mandi
Sirmaour
Solan
Una
Total
Name of District
2
2
2
1
3
10
Total No. of
Assessed
Units
No.
2
2
2
1
3
10
Safe
%
100.00
100.00
100.00
100.00
100.00
100.00
No.
%
No.
DYNAMIC GROUND WATER RESOURCES OF INDIA, 2020
HIMACHAL PRADESH
Semi-Critical
Critical
%
No.
%
Over-Exploited
No.
Saline
%
Dynamic Ground Water Resources Assessment of India - 2020
146
1
2
3
4
5
6
7
8
9
10
11
12
13
14
15
16
17
18
19
20
21
22
23
24
S.No
Bokaro
Chatra
Deoghar
Dhanbad
Dumka
East Singhbhum
Garhwa
Giridih
Godda
Gumla
Hazaribagh
Jamtara
Khunti
Koderma
Latehar
Lohardaga
Pakur
Palamau
Ramgarh
Ranchi
Sahebganj
Saraikela - Kharsawa
Simdega
West Singhbhum
Total
Name of District
9
12
10
8
10
11
19
13
9
12
16
6
6
6
9
7
6
20
6
18
9
9
10
18
259
Total No. of
Assessed
Units
No.
7
12
9
5
10
10
18
13
9
12
15
6
6
6
9
7
6
20
3
15
9
9
10
18
244
Safe
%
77.78
100.00
90.00
62.50
100.00
90.91
94.74
100.00
100.00
100.00
93.75
100.00
100.00
100.00
100.00
100.00
100.00
100.00
50.00
83.33
100.00
100.00
100.00
100.00
94.21
No.
5.26
6.25
50.00
11.11
1
1
3
2
3.86
10.00
12.50
1
1
10
11.11
1
%
No.
2
1
1
DYNAMIC GROUND WATER RESOURCES OF INDIA, 2020
JHARKHAND
Semi-Critical
Critical
%
0.77
5.56
12.50
No.
3
1.16
9.09
1
11.11
12.50
%
1
1
Over-Exploited
No.
Saline
%
Dynamic Ground Water Resources Assessment of India - 2020
147
1
2
3
4
5
6
7
8
9
10
11
12
13
14
15
16
17
18
19
20
21
22
23
24
25
26
27
28
29
30
S.No
Bagalkot
Bangalore Rural
Bangalore Urban
Belagavi
Bellary
Bidar
Chamrajnagara
Chikballapur
Chikkamagalur
Chitradurga
Dakshin Kanna
Davangere
Dharwad
Gadag
Hassan
Haveri
Kalburagi
Kodagu
Kolar
Koppal
Mandya
Mysuru
Raichur
Ramanagaram
Shivamogga
Tumakuru
Udupi
Uttar Kannada
Vijayapura
Yadgir
Total
Name of District
9
4
5
14
11
8
5
6
8
6
7
6
8
7
8
8
11
3
6
7
7
8
7
4
7
10
7
12
12
6
227
Total No. of
Assessed
Units
No.
33.33
35.71
63.64
75.00
75.00
16.67
100.00
16.67
100.00
14.29
75.00
50.00
90.91
100.00
57.14
85.71
87.50
71.43
100.00
30.00
100.00
100.00
58.33
66.67
57.27
5
7
6
6
1
7
1
8
1
6
4
10
3
4
6
7
5
7
3
7
12
7
4
130
%
3
Safe
No.
148
10.00
33.33
33.33
15.42
1
4
2
35
28.57
14.29
12.50
28.57
25.00
50.00
9.09
4
1
2
1
1
2
1
42.86
3
28.57
9.09
25.00
40.00
22.22
33.33
%
2
4
1
2
2
2
No.
8.33
4.41
10
75.00
14.29
12.50
16.67
1
3
1
1
1
20.00
1
11.11
7.14
%
1
1
DYNAMIC GROUND WATER RESOURCES OF INDIA, 2020
KARNATAKA
Semi-Critical
Critical
No.
52
6
6
1
2
1
2
2
6
2
5
3
4
5
4
3
%
Over-Exploited
22.91
60.00
100.00
14.29
28.57
12.50
33.33
40.00
100.00
25.00
83.33
33.33
100.00
100.00
28.57
27.27
No.
Saline
%
Dynamic Ground Water Resources Assessment of India - 2020
1
2
3
4
5
6
7
8
9
10
11
12
13
14
S.No
Alappuzha
Ernakulam
Idukki
Kannur
Kasargod
Kollam
Kottayam
Kozhikkode
Malappuram
Palakkad
Pathanamthitta
Thiruvananthapuram
Thrissur
Wayanad
Total
Name of District
Total No. of
Assessed
Units
12
14
8
11
6
11
11
12
15
13
8
11
16
4
152
No.
12
14
6
8
2
10
11
10
7
9
8
6
13
4
120
Safe
%
100.00
100.00
75.00
72.73
33.33
90.91
100.00
83.33
46.67
69.23
100.00
54.55
81.25
100.00
78.95
No.
25.00
27.27
50.00
9.09
16.67
53.33
15.38
45.45
18.75
19.08
2
3
3
1
2
8
2
5
3
29
%
No.
3
2
1
DYNAMIC GROUND WATER RESOURCES OF INDIA, 2020
KERALA
Semi-Critical
Critical
%
1.97
15.38
16.67
%
Over-Exploited
No.
No.
Saline
%
Dynamic Ground Water Resources Assessment of India - 2020
149
1
2
3
4
5
6
7
8
9
10
11
12
13
14
15
16
17
18
19
20
21
22
23
24
25
26
27
28
29
30
31
32
33
34
35
36
37
38
39
40
41
42
43
44
45
46
47
48
49
50
51
S.No
Agar Malwa
Alirajpur
Anuppur
Ashoknagar
Balaghat
Barwani
Betul
Bhind
Bhopal
Burhanpur
Chhatarpur
Chhindwara
Damoh
Datia
Dewas
Dhar
Dindori
Guna
Gwalior
Harda
Hoshangabad
Indore
Jabalpur
Jhabua
Katni
Khandwa
Khargone
Mandla
Mandsaur
Morena
Narsinghpur
Neemuch
Panna
Raisen
Rajgarh
Ratlam
Rewa
Sagar
Satna
Sehore
Seoni
Shahdol
Shajapur
Sheopur
Shivpuri
Sidhi
Singrauli
Tikamgarh
Ujjain
Umaria
Vidisha
Total
Name of District
4
6
4
4
10
7
10
6
3
2
8
11
7
3
6
13
7
5
5
3
7
5
8
6
6
7
9
9
5
7
6
3
5
7
6
6
9
11
8
5
8
5
4
3
8
5
3
6
6
3
7
317
Total No. of
Assessed
Units
No.
25.00
100.00
100.00
75.00
100.00
71.43
80.00
100.00
33.33
100.00
50.00
72.73
85.71
100.00
50.00
69.23
100.00
100.00
80.00
100.00
85.71
87.50
83.33
100.00
85.71
88.89
100.00
100.00
83.33
100.00
85.71
16.67
88.89
100.00
62.50
80.00
100.00
100.00
100.00
37.50
100.00
100.00
16.67
100.00
71.43
73.50
7
5
6
6
8
9
7
5
5
6
1
8
11
5
4
8
5
3
3
5
3
1
3
5
233
%
1
6
4
3
10
5
8
6
1
2
4
8
6
3
3
9
7
5
4
3
6
Safe
No.
20.00
14.29
20.00
1
1
1
150
2
50
28.57
15.77
83.33
50.00
5
3
25.00
1
62.50
37.50
3
5
14.29
50.00
33.33
11.11
16.67
33.33
1
3
2
1
1
1
20.00
16.67
1
1
50.00
18.18
14.29
4
2
1
14.29
11.11
66.67
2
1
1
14.29
20.00
1
2
16.67
25.00
1
1
25.00
1
%
No.
8
1
2
2
1
1
1
DYNAMIC GROUND WATER RESOURCES OF INDIA, 2020
MADHYA PRADESH
Semi-Critical
Critical
%
2.52
20.00
33.33
40.00
12.50
7.69
9.09
No.
26
3
3
4
2
2
4
2
3
1
2
%
Over-Exploited
8.20
50.00
75.00
66.67
66.67
40.00
80.00
33.33
23.08
14.29
50.00
No.
Saline
%
Dynamic Ground Water Resources Assessment of India - 2020
1
2
3
4
5
6
7
8
9
10
11
12
13
14
15
16
17
18
19
20
21
22
23
24
25
26
27
28
29
30
31
32
33
34
S.No
Ahmednagar
Akola
Amravati
Aurangabad
Beed
Bhandara
Buldhana
Chandrapur
Dhule
Gadchiroli
Gondia
Hingoli
Jalgaon
Jalna
Kolhapur
Latur
Nagpur
Nanded
Nandurbar
Nashik
Osmanabad
Palghar
Parbhani
Pune
Raigad
Ratnagiri
Sangli
Satara
Sindhudurg
Solapur
Thane
Wardha
Washim
Yeotmal
Total
Name of District
Total No. of
Assessed
Units
14
7
14
9
11
7
13
15
4
12
8
5
15
8
12
10
13
16
6
15
8
8
9
13
15
9
10
11
8
11
7
8
6
16
353
No.
4
6
6
2
11
7
2
15
4
12
8
5
4
8
12
9
11
16
6
9
6
8
9
5
15
9
9
6
8
3
7
7
6
16
271
Safe
%
28.57
85.71
42.86
22.22
100.00
100.00
15.38
100.00
100.00
100.00
100.00
100.00
26.67
100.00
100.00
90.00
84.62
100.00
100.00
60.00
75.00
100.00
100.00
38.46
100.00
100.00
90.00
54.55
100.00
27.27
100.00
87.50
100.00
100.00
76.77
No.
63.64
12.50
17.85
7
1
63
20.00
25.00
3
2
10.00
45.45
10.00
15.38
1
2
1
5
60.00
9
53.85
69.23
9
7
35.71
14.29
21.43
77.78
5
1
3
7
%
No.
151
8
1
3
4
DYNAMIC GROUND WATER RESOURCES OF INDIA, 2020
MAHARASHTRA
Semi-Critical
Critical
%
2.27
7.69
20.00
28.57
10
1
2
2.83
9.09
13.33
15.38
28.57
4
2
7.14
1
%
Over-Exploited
No.
No.
1
1
Saline
%
0.28
7.14
Dynamic Ground Water Resources Assessment of India - 2020
1
2
3
4
5
S.No
Bishnupur
Churachandpur
Imphal East
Imphal West
Thoubal
Total
Name of District
Total No. of
Assessed
Units
2
1
2
2
2
9
No.
2
1
2
2
2
9
Safe
%
100.00
100.00
100.00
100.00
100.00
100.00
No.
%
No.
DYNAMIC GROUND WATER RESOURCES OF INDIA, 2020
MANIPUR
Semi-Critical
Critical
%
%
Over-Exploited
No.
No.
Saline
%
Dynamic Ground Water Resources Assessment of India - 2020
152
7
8
9
10
11
1
2
3
4
5
6
S.No
East Garo Hills
East Jaintia Hills
East Khasi Hills
North Garo Hills
Ri-Bhoi
South Garo Hills
South West Garo Hills
South West Khasi Hills
West Garo Hills
West Jaintia Hills
West Khasi Hills
Total
Name of District
1
1
2
1
1
1
1
1
1
1
1
12
Total No. of
Assessed
Units
No.
1
1
1
1
1
12
1
1
2
1
1
1
Safe
%
100.00
100.00
100.00
100.00
100.00
100.00
100.00
100.00
100.00
100.00
100.00
100.00
No.
%
No.
DYNAMIC GROUND WATER RESOURCES OF INDIA, 2020
MEGHALAYA
Semi-Critical
Critical
%
No.
%
Over-Exploited
No.
Saline
%
Dynamic Ground Water Resources Assessment of India - 2020
153
1
2
3
4
5
6
7
8
S.No
Aizawl
Champhai
Kolasib
Lawngtlai
Lunglei
Mamit
Saiha
Serchhip
Total
Name of District
5
4
2
4
4
3
2
2
26
Total No. of
Assessed
Units
No.
5
4
2
4
4
3
2
2
26
Safe
%
100.00
100.00
100.00
100.00
100.00
100.00
100.00
100.00
100.00
No.
%
No.
DYNAMIC GROUND WATER RESOURCES OF INDIA, 2020
MIZORAM
Semi-Critical
Critical
%
No.
%
Over-Exploited
No.
Saline
%
Dynamic Ground Water Resources Assessment of India - 2020
154
1
2
3
4
5
6
7
8
9
10
11
S.No
Dimapur
Kiphire
Kohima
Longleng
Mokokchung
Mon
Peren
Phek
Tuensang
Wokha
Zunheboto
Total
Name of District
1
1
1
1
1
1
1
1
1
1
1
11
Total No. of
Assessed
Units
No.
1
1
1
1
1
1
1
1
1
1
1
11
Safe
%
100.00
100.00
100.00
100.00
100.00
100.00
100.00
100.00
100.00
100.00
100.00
100.00
No.
%
No.
DYNAMIC GROUND WATER RESOURCES OF INDIA, 2020
NAGALAND
Semi-Critical
Critical
%
No.
%
Over-Exploited
No.
Saline
%
Dynamic Ground Water Resources Assessment of India - 2020
155
1
2
3
4
5
6
7
8
9
10
11
12
13
14
15
16
17
18
19
20
21
22
23
24
25
26
27
28
29
30
S.No
Angul
Balasore
Bargarh
Bhadrak
Bolangir
Boudh
Cuttack
Deogarh
Dhenkanal
Gajapati
Ganjam
Jagatsinghpur
Jajpur
Jharsuguda
Kalahandi
Kandhamal
Kendrapara
Keonjhar
Khurda
Koraput
Malkangiri
Mayurbhanj
Nabarangapur
Nayagarh
Nuapada
Puri
Rayagada
Sambalpur
Subarnapur
Sundargarh
Total
Name of District
8
12
12
7
14
3
14
3
8
7
22
8
10
5
13
12
9
13
10
14
7
26
10
8
5
11
11
9
6
17
314
Total No. of
Assessed
Units
No.
8
11
12
6
14
3
14
3
8
7
22
7
9
5
13
12
4
13
8
14
7
26
10
8
4
11
11
9
6
17
302
Safe
%
100.00
91.67
100.00
85.71
100.00
100.00
100.00
100.00
100.00
100.00
100.00
87.50
90.00
100.00
100.00
100.00
44.44
100.00
80.00
100.00
100.00
100.00
100.00
100.00
80.00
100.00
100.00
100.00
100.00
100.00
96.18
No.
1.91
20.00
2
6
11.11
1
20.00
10.00
1
1
8.33
%
1
Semi-Critical
No.
Critical
DYNAMIC GROUND WATER RESOURCES OF INDIA, 2020
ODISHA
%
%
Over-Exploited
No.
No.
6
1.91
44.44
12.50
1
4
14.29
%
1
Saline
Dynamic Ground Water Resources Assessment of India - 2020
156
1
2
3
4
5
6
7
8
9
10
11
12
13
14
15
16
17
18
19
20
21
22
S.No
Amritsar
Barnala
Bathinda
Faridkot
Fateh Garh Sahib
Fazilka
Ferozpur
Gurdaspur
Hoshiarpur
Jalandhar
Kapurthala
Ludhiana
Mansa
Moga
Mohali
Muktsar
Nawanshahar
Pathankot
Patiala
Ropar
Sangrur
Tarn Taran
Total
Name of District
9
3
9
3
5
5
6
11
10
11
5
13
5
5
3
4
5
6
9
5
10
8
150
Total No. of
Assessed
Units
No.
11.00
40.00
9.00
30.00
33.00
100.00
20.00
50.00
20.00
11.33
2
1
3
1
4
1
3
1
17
%
1
Safe
No.
10
1
1
3
1
3
1
%
6.67
20.00
20.00
50.00
9.00
30.00
11.00
No.
6
1
3
1
1
DYNAMIC GROUND WATER RESOURCES OF INDIA, 2020
PUNJAB
Semi-Critical
Critical
%
4.00
20.00
27.00
20.00
11.00
No.
60.00
100.00
40.00
100.00
100.00
78.00
9
2
10
8
117
100.00
100.00
67.00
100.00
100.00
40.00
100.00
55.00
40.00
100.00
100.00
100.00
100.00
100.00
67.00
3
9
3
6
3
5
2
6
6
4
11
5
13
5
5
2
%
Over-Exploited
No.
Saline
%
Dynamic Ground Water Resources Assessment of India - 2020
157
1
2
3
4
5
6
7
8
9
10
11
12
13
14
15
16
17
18
19
20
21
22
23
24
25
26
27
28
29
30
31
32
33
S.No
Ajmer
Alwar
Banswara
Baran
Barmer
Bharatpur
Bhilwara
Bikaner
Bundi
Chittaurgarh
Churu
Dausa
Dhaulpur
Dungarpur
Ganganagar
Hanumangarh
Jaipur
Jaisalmer
Jalor
Jhalawar
Jhunjhunun
Jodhpur
Karauli
Kota
Nagaur
Pali
Pratapgarh
Rajsamand
Sawai Madhopur
Sikar
Sirohi
Tonk
Udaipur
Total
Name of District
9
14
11
7
17
10
12
7
5
11
7
6
5
10
9
7
15
3
8
8
8
16
6
5
14
10
5
7
6
9
5
6
17
295
Total No. of
Assessed
Units
No.
158
80.00
100.00
85.71
8
9
6
12.54
14.29
1
37
28.57
20.00
2
1
10.00
20.00
11.76
2
1
1
54.55
%
6
Safe
No.
20.00
33.33
17.65
9.83
1
2
3
29
6.25
16.67
60.00
1
1
3
10.00
12.50
37.50
1
3
1
20.00
14.29
20.00
45.45
42.86
5.88
2
1
1
5
3
1
%
No.
16.67
52.94
7.80
11.11
1
1
9
23
20.00
28.57
7.14
6.25
12.50
1
2
1
1
1
20.00
1
20.00
11.76
10.00
14.29
%
1
1
2
1
DYNAMIC GROUND WATER RESOURCES OF INDIA, 2020
RAJASTHAN
Semi-Critical
Critical
No.
15
3
7
4
8
14
5
2
13
8
3
5
6
8
4
3
5
203
4
12
9
12
3
2
11
4
6
4
9
14
%
Over-Exploited
100.00
100.00
87.50
50.00
100.00
87.50
83.33
40.00
92.86
80.00
60.00
71.43
100.00
88.89
80.00
50.00
29.41
68.81
57.14
70.59
90.00
100.00
42.86
40.00
100.00
57.14
100.00
80.00
100.00
100.00
No.
3
1
1
1
Saline
%
1.02
14.29
14.29
14.29
Dynamic Ground Water Resources Assessment of India - 2020
1
2
3
4
S.No
East
North
South
West
Total
Name of District
Total No. of
Assessed
Units
1
1
1
1
4
No.
1
1
1
1
4
Safe
%
100.00
100.00
100.00
100.00
100.00
No.
%
No.
DYNAMIC GROUND WATER RESOURCES OF INDIA, 2020
SIKKIM
Semi-Critical
Critical
%
No.
%
Over-Exploited
No.
Saline
%
Dynamic Ground Water Resources Assessment of India - 2020
159
1
2
3
4
5
6
7
8
9
10
11
12
13
14
15
16
17
18
19
20
21
22
23
24
25
26
27
28
29
30
31
32
33
34
35
36
37
S.No
Ariyalur
Chengalpattu
Chennai
Coimbatore
Cuddalore
Dharmapuri
Dindigul
Erode
Kallakkurichi
Kancheepuram
Kanniyakumari
Karur
Krishnagiri
Madurai
Nagapattinam
Namakkal
Perambalur
Pudukkottai
Ramanathapuram
Ranipet
Salem
Sivaganga
Tenkasi
Thanjavur
The Nilgiris
Theni
Thiruvallur
Thiruvarur
Thoothukkudi
Tiruchirappalli
Tirunelveli
Tirupathur
Tiruppur
Tiruvannamalai
Vellore
Viluppuram
Virudhunagar
Total
Name of District
15
40
30
38
32
23
40
34
23
25
18
20
29
51
31
30
11
45
38
18
44
39
31
50
15
17
47
27
41
43
29
11
33
52
23
34
39
1166
Total No. of
Assessed
Units
No.
14
18
3
1
13
2
4
3
6
15
17
2
9
30
1
3
3
32
29
1
6
39
9
4
13
5
20
9
35
17
20
0
1
0
1
5
19
409
Safe
%
93.33
45.00
10.00
2.63
40.63
8.70
10.00
8.82
26.09
60.00
94.44
10.00
31.03
58.82
3.23
10.00
27.27
71.11
76.32
5.56
13.64
100.00
29.03
8.00
86.67
29.41
42.55
33.33
85.37
39.53
68.97
0.00
3.03
0.00
4.35
14.71
48.72
35.08
No.
1
17
1
5
12
7
5
10
5
6
1
4
7
7
0
4
1
10
0
11
2
0
4
8
2
8
17
3
2
8
6
3
5
23
4
6
10
225
%
6.67
42.50
3.33
13.16
37.50
30.43
12.50
29.41
21.74
24.00
5.56
20.00
24.14
13.73
0.00
13.33
9.09
22.22
0.00
61.11
4.55
0.00
12.90
16.00
13.33
47.06
36.17
11.11
4.88
18.60
20.69
27.27
15.15
44.23
17.39
17.65
25.64
19.30
No.
0
2
0
2
1
0
5
1
6
1
0
0
1
3
0
1
0
0
0
2
2
0
1
4
0
2
2
1
1
1
1
2
4
6
2
4
5
63
DYNAMIC GROUND WATER RESOURCES OF INDIA, 2020
TAMIL NADU
Semi-Critical
Critical
%
0.00
5.00
0.00
5.26
3.13
0.00
12.50
2.94
26.09
4.00
0.00
0.00
3.45
5.88
0.00
3.33
0.00
0.00
0.00
11.11
4.55
0.00
3.23
8.00
0.00
11.76
4.26
3.70
2.44
2.33
3.45
18.18
12.12
11.54
8.70
11.76
12.82
5.40
No.
0
3
26
30
6
14
26
20
6
3
0
14
12
11
13
22
7
0
0
4
34
0
17
34
0
2
7
10
3
17
2
6
23
23
16
19
5
435
%
Over-Exploited
0.00
7.50
86.67
78.95
18.75
60.87
65.00
58.82
26.09
12.00
0.00
70.00
41.38
21.57
41.94
73.33
63.64
0.00
0.00
22.22
77.27
0.00
54.84
68.00
0.00
11.76
14.89
37.04
7.32
39.53
6.90
54.55
69.70
44.23
69.57
55.88
12.82
37.31
No.
0
0
0
0
0
0
0
0
0
0
0
0
0
0
17
0
0
3
9
0
0
0
0
0
0
0
1
4
0
0
0
0
0
0
0
0
0
34
Saline
%
0.00
0.00
0.00
0.00
0.00
0.00
0.00
0.00
0.00
0.00
0.00
0.00
0.00
0.00
54.84
0.00
0.00
6.67
23.68
0.00
0.00
0.00
0.00
0.00
0.00
0.00
2.13
14.81
0.00
0.00
0.00
0.00
0.00
0.00
0.00
0.00
0.00
2.92
Dynamic Ground Water Resources Assessment of India - 2020
160
1
2
3
4
5
6
7
8
9
10
11
12
13
14
15
16
17
18
19
20
21
22
23
24
25
26
27
28
29
30
31
32
33
S.No
Adilabad
Bhadradri
Hyderabad
Jagtial
Jangaon
Jayashankar
Jogulamba
Kamareddy
Karimnagar
Khammam
Komarambhem
Mahabubabad
Mahabubnagar
Mancherial
Medak
Medchal
Mulug
Nagarkurnool
Nalgonda
Narayanpet
Nirmal
Nizamabad
Peddapalle
Rajanna
Rangareddy
Sangareddy
Siddipet
Suryapet
Vikarabad
Wanaparthy
Warangal_Rural
Warangal_Urban
Yadadri
Name of District
Total No. of
Assessed
Units
18
23
16
18
12
11
12
22
16
21
15
16
15
18
20
15
9
20
31
11
19
29
14
13
27
26
23
23
18
14
16
11
17
589
No.
4
13
5
15
10
14
16
3
5
321
13
2
9
11
14
10
14
15
8
1
18
9
8
9
7
15
7
18
12
13
8
15
Safe
%
44.44
65.22
0.00
72.22
16.67
81.82
91.67
63.64
62.50
66.67
100.00
50.00
6.67
100.00
45.00
53.33
100.00
35.00
48.39
63.64
94.74
41.38
92.86
0.00
14.81
50.00
21.74
65.22
55.56
100.00
100.00
27.27
29.41
54.50
No.
27.27
47.06
30.56
40.00
38.71
36.36
5.26
34.48
8
12
4
1
10
3
8
180
55.00
20.00
11
3
15.38
55.56
38.46
65.22
30.43
44.44
43.75
80.00
7
12
2
15
10
15
7
8
5.56
41.67
18.18
8.33
27.27
25.00
33.33
55.56
34.78
1
5
2
1
6
4
7
10
8
%
No.
161
9.09
17.65
7.47
17.24
7.14
23.08
25.93
7.69
8.70
4.35
5
1
3
7
2
2
1
1
3
44
15.00
12.90
26.67
3
4
4
6.25
6.67
9.09
12.50
2
2
1
1
5.56
8.33
%
1
1
DYNAMIC GROUND WATER RESOURCES OF INDIA, 2020
TELANGANA
Semi-Critical
Critical
4
1
44
8
1
1
1
2
2
1
16
3
4
%
Over-Exploited
No.
36.36
5.88
7.47
61.54
3.70
3.85
4.35
6.90
10.00
6.67
100.00
16.67
33.33
No.
0
Saline
%
0.00
Dynamic Ground Water Resources Assessment of India - 2020
1
2
3
4
5
6
7
8
S.No
Dhalai
Gomati
Khowai
North Tripura
Siphahijala
South Tripura
Unakoti
West Tripura
Total
Name of District
8
8
6
8
7
8
4
10
59
Total No. of
Assessed
Units
No.
8
8
6
8
7
8
4
10
59
Safe
%
100.00
100.00
100.00
100.00
100.00
100.00
100.00
100.00
100.00
No.
%
No.
DYNAMIC GROUND WATER RESOURCES OF INDIA, 2020
TRIPURA
Semi-Critical
Critical
%
%
Over-Exploited
No.
No.
Saline
%
Dynamic Ground Water Resources Assessment of India - 2020
162
1
2
3
4
5
6
7
8
9
10
11
12
13
14
15
16
17
18
19
20
21
22
23
24
25
26
27
28
29
30
31
32
33
34
35
36
37
38
39
40
41
42
43
44
45
46
47
48
49
50
51
52
53
S.No
Agra
Aligarh
Ambedkar Nagar
Amethi
Amroha
Aurraiya
Ayodhya
Azamgarh
Baghpat
Bahraich
Ballia
Balrampur
Banda
Barabanki
Bareili
Basti
Bijnaur
Budaun
Bulandshahar
Chandauli
Chitrakoot
Deoria
Etah
Etawah
Farrukhabad
Fatehpur
Firozabad
G.B. Nagar
Ghaziabad
Ghazipur
Gonda
Gorakhpur
Hamirpur
Hapur
Hardoi
Hathras
Jalaun
Jaunpur
Jhansi
Kannauj
Kanpur Dehat
Kanpur Nagar
Kasganj
Kaushambi
Kushi Nagar
Lakhimpur Khiri
Lalitpur
Lucknow
Maharajganj
Mahoba
Mainpuri
Mathura
Mau
Name of District
Total No. of
Assessed
Units
16
13
9
13
6
7
11
22
6
14
17
9
8
15
16
14
11
15
16
9
5
16
8
8
7
13
9
4
5
16
16
19
7
4
19
7
9
21
8
8
10
11
7
8
14
15
6
9
12
4
9
10
9
No.
6.25
46.15
88.89
92.31
100.00
81.82
68.18
100.00
100.00
100.00
50.00
100.00
68.75
100.00
54.55
33.33
12.50
100.00
20.00
100.00
25.00
100.00
42.86
53.85
93.75
100.00
100.00
42.86
94.74
14.29
100.00
52.38
50.00
37.50
30.00
27.27
42.86
25.00
100.00
100.00
88.89
100.00
55.56
60.00
100.00
7
9
15
14
17
9
4
15
11
14
6
5
2
9
1
16
2
8
3
7
15
16
19
3
18
1
9
11
4
3
3
3
3
2
14
15
8
12
5
6
9
%
1
6
8
12
Safe
No.
163
50.00
33.33
10.00
100.00
6
2
3
1
38.10
50.00
37.50
70.00
54.55
42.86
50.00
8
4
3
7
6
3
4
50.00
4
57.14
25.00
5.26
14.29
60.00
3
4
1
1
1
36.36
46.67
25.00
4
7
4
57.14
30.77
33.33
25.00
20.00
6.25
25.00
4
4
4
3
1
1
1
50.00
18.18
31.82
33.33
18.75
38.46
11.11
7.69
33.33
4
2
7
2
3
5
1
1
2
%
No.
10.00
18.18
14.29
2
1
1
9.52
28.57
50.00
7.69
11.11
50.00
25.00
2
2
2
1
1
2
2
20.00
25.00
4
1
9.09
1
16.67
50.00
3
1
12.50
7.69
%
2
1
DYNAMIC GROUND WATER RESOURCES OF INDIA, 2020
UTTAR PRADESH
Semi-Critical
Critical
2
1
2
1
2
2
3
1
1
5
1
4
3
6
1
3
1
10
1
%
Over-Exploited
No.
50.00
11.11
20.00
11.11
25.00
25.00
42.86
25.00
7.69
55.56
25.00
80.00
20.00
37.50
6.25
50.00
16.67
62.50
7.69
No.
Saline
%
Dynamic Ground Water Resources Assessment of India - 2020
54
55
56
57
58
59
60
61
62
63
64
65
66
67
68
69
70
71
72
73
74
75
S.No
Meerut
Mirzapur
Moradabad
Muzaffarnagar
Pilibhit
Pratapgarh
Prayagraj
Rae Bareli
Rampur
S.Kabir Nagar
S.Ravidas Nagar
Saharanpur
Shahjahanpur
Shambhal
Shamli
Shrawasti
Siddharth Nagar
Sitapur
Sonbhadra
Sultanpur
Unnao
Varanasi
Total
Name of District
Total No. of
Assessed
Units
13
12
9
9
7
17
21
18
6
9
6
11
15
8
5
5
14
19
8
13
16
9
830
No.
38.46
58.33
11.11
44.44
100.00
29.41
57.14
100.00
33.33
100.00
9.09
100.00
12.50
100.00
100.00
100.00
75.00
100.00
100.00
11.11
65.18
1
15
1
5
14
19
6
13
16
1
541
%
5
7
1
4
7
5
12
18
2
9
Safe
No.
25.00
20.00
2
1
55.56
20.96
100.00
45.45
6
5
5
174
50.00
3
25.00
47.06
28.57
8
6
2
30.77
16.67
66.67
33.33
4
2
6
3
%
No.
49
5
1
1
4
2
3
2
1
1
DYNAMIC GROUND WATER RESOURCES OF INDIA, 2020
UTTAR PRADESH
Semi-Critical
Critical
%
5.90
62.50
9.09
16.67
23.53
9.52
23.08
16.67
11.11
11.11
3
66
4
4
1
1
1
1
1
%
Over-Exploited
No.
33.33
7.95
80.00
36.36
4.76
7.69
8.33
11.11
11.11
No.
Saline
%
Dynamic Ground Water Resources Assessment of India - 2020
164
1
2
3
4
S.No
Dehradun
Haridwar
Udham Singh Nagar
Nainital
Total
Name of District
3
6
7
2
18
Total No. of
Assessed
Units
No.
3
4
6
1
14
Safe
%
100.00
66.66
85.71
50.00
77.78
No.
2
1
1
4
%
33.34
14.29
50.00
22.22
No.
DYNAMIC GROUND WATER RESOURCES OF INDIA, 2020
UTTARAKHAND
Semi-Critical
Critical
%
%
Over-Exploited
No.
No.
Saline
%
Dynamic Ground Water Resources Assessment of India - 2020
165
1
2
3
4
5
6
7
8
9
10
11
12
13
14
15
16
17
S.No
Bankura
Barddhaman
Birbhum
Dakshin Dinajpur
Darjiling
Haora
Hugli
Jalpaiguri
Koch Bihar
Malda
Murshidabad
Nadia
North 24 Parganas
Paschim Medinipur
Purba Medinipur
Puruliya
Uttar Dinajpur
Total
Name of District
Total No. of
Assessed
Units
22
32
19
8
2
5
18
8
12
15
26
17
17
29
9
20
9
268
No.
95.45
65.63
68.42
100.00
100.00
100.00
27.78
100.00
100.00
93.33
34.62
35.29
94.12
75.86
100.00
100.00
71.27
20
9
191
%
21
21
13
8
2
5
5
8
12
14
9
6
16
22
Safe
No.
6.67
65.38
64.71
5.88
24.14
100.00
1
17
11
1
7
9
28.36
66.67
12
76
4.55
34.38
31.58
1
11
6
%
No.
1
1
DYNAMIC GROUND WATER RESOURCES OF INDIA, 2013
WEST BENGAL
Semi-Critical
Critical
%
0.37
5.56
%
Over-Exploited
No.
No.
Saline
%
Dynamic Ground Water Resources Assessment of India - 2020
166
1
2
3
S.No
N & M Andaman
Nicobar
South Andaman
Total
Name of District
Total No. of
Assessed
Units
13
13
10
36
No.
13
12
10
35
Safe
%
100.00
92.30
100.00
97.22
No.
%
No.
DYNAMIC GROUND WATER RESOURCES OF INDIA, 2020
ANDAMAN & NICOBAR ISLANDS
Semi-Critical
Critical
%
%
Over-Exploited
No.
No.
7.70
2.78
1
%
1
Saline
Dynamic Ground Water Resources Assessment of India - 2020
167
1
S.No
Chandigarh
Total
Name of District
Total No. of
Assessed
Units
1
1
No.
Safe
%
No.
1
1
%
100.00
100.00
No.
DYNAMIC GROUND WATER RESOURCES OF INDIA, 2020
CHANDIGARH
Semi-Critical
Critical
%
%
Over-Exploited
No.
No.
Saline
%
Dynamic Ground Water Resources Assessment of India - 2020
168
1
S.No
Dadra & Nagar Haveli
Total
Name of District
Total No. of
Assessed
Units
1
1
No.
1
1
Safe
%
100.00
100.00
No.
%
No.
DYNAMIC GROUND WATER RESOURCES OF INDIA, 2020
DADRA & NAGAR HAVELI
Semi-Critical
Critical
%
%
Over-Exploited
No.
No.
Saline
%
Dynamic Ground Water Resources Assessment of India - 2020
169
1
2
S.No
Daman
Diu
Total
Name of District
Total No. of
Assessed
Units
1
1
2
No.
0
1
1
Safe
%
0.00
100.00
50.00
No.
%
No.
DYNAMIC GROUND WATER RESOURCES OF INDIA, 2020
DAMAN & DIU
Semi-Critical
Critical
%
No.
1
0
1
%
Over-Exploited
100.00
0.00
50.00
No.
Saline
%
Dynamic Ground Water Resources Assessment of India - 2020
170
1
2
3
4
5
6
7
8
9
10
11
12
13
14
15
16
17
18
19
20
S.No
Anantnag
Bandipora
Baramulla
Budgam
Doda
Ganderbal
Jammu
Kathua
Kishtwar
Kulgam
Kupwara
Poonch
Pulwama
Rajouri
Ramban
Reasi
Samba
Shopian
Srinagar
Udhampur
Total
Name of District
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
20
Total No. of
Assessed
Units
No.
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
20
Safe
%
100.00
100.00
100.00
100.00
100.00
100.00
100.00
100.00
100.00
100.00
100.00
100.00
100.00
100.00
100.00
100.00
100.00
100.00
100.00
100.00
100.00
No.
%
No.
DYNAMIC GROUND WATER RESOURCES OF INDIA, 2020
JAMMU & KASHMIR
Semi-Critical
Critical
%
No.
%
Over-Exploited
No.
Saline
%
Dynamic Ground Water Resources Assessment of India - 2020
171
1
2
S.No
Kargil
Leh
Total
Name of District
Total No. of
Assessed
Units
1
1
2
No.
1
1
2
Safe
%
100.00
100.00
100.00
No.
%
No.
DYNAMIC GROUND WATER RESOURCES OF INDIA, 2020
LADAKH
Semi-Critical
Critical
%
No.
%
Over-Exploited
No.
Saline
%
Dynamic Ground Water Resources Assessment of India - 2020
172
1
2
3
4
5
6
7
8
9
S.No
Agatti
Amini
Androth
Chetlat
Kadmat
Kalpeni
Kavaratti
Kiltan
Minicoy
Total
Name of District
Total No. of
Assessed
Units
1
1
1
1
1
1
1
1
1
9
No.
100.00
100.00
100.00
100.00
100.00
100.00
100.00
77.78
1
1
1
1
1
1
7
%
1
Safe
No.
2
1
1
%
22.22
100.00
100.00
No.
DYNAMIC GROUND WATER RESOURCES OF INDIA, 2020
LAKSHADWEEP
Semi-Critical
Critical
%
No.
%
Over-Exploited
No.
Saline
%
Dynamic Ground Water Resources Assessment of India - 2020
173
1
2
3
4
S.No
Karaikal
Mahe
Puducherry
Yanam
Total
Name of District
Total No. of
Assessed
Units
1
1
1
1
4
No.
100.00
100.00
50.00
2
%
1
1
Safe
No.
%
No.
1
1
DYNAMIC GROUND WATER RESOURCES OF INDIA, 2020
PUDUCHERRY
Semi-Critical
Critical
%
25.00
100.00
%
Over-Exploited
No.
No.
1
1
Saline
%
100.00
25.00
Dynamic Ground Water Resources Assessment of India - 2020
174
Dynamic Ground Water Resources Assessment of India - 2020
Annexure - III(C)
State-Wise Annual Extractable Ground Water Resource
of Assessment Units under Different Category in India
(as in 2020)
175
Dynamic Ground Water Resources Assessment of India - 2020
176
Dynamic Ground Water Resources Assessment of India - 2020
ANNUAL EXTRACTABLE RESOURCE OF ASSESSMENT UNITS UNDER DIFFERENT CATEGORIES IN INDIA(2020)
S.No.
1
2
3
4
5
6
7
8
9
10
11
12
13
14
15
16
17
18
19
20
21
22
23
24
25
26
27
28
29
30
31
32
33
34
35
36
State/Union Territories
Andhra Pradesh
Arunachal Pradesh
Assam
Bihar
Chhattisgarh
Delhi
Goa
Gujarat
Haryana
Himachal Pradesh
Jharkhand
Karnataka
Kerala
Madhya Pradesh
Maharashtra
Manipur
Meghalaya
Mizoram
Nagaland
Odisha
Punjab
Rajasthan
Sikkim
Tamil Nadu
Telangana
Tripura
Uttar Pradesh
Uttarakhand
West Bengal*
Andaman and Nicobar
Chandigarh
Dadra & Nagar Haveli
Daman & Diu
Jammu and Kashmir
Ladakh
Lakshadweep
Puducherry
Grand Total
Total Annual
Extractable
Resource of
Assessed Units
(in mcm)
22943.54
2916.26
21965.63
25455.91
11547.65
286.31
321.70
24905.26
8629.78
969.67
5644.32
16395.84
5119.58
33380.40
30250.45
462.96
1819.54
199.81
1949.88
15712.93
20590.10
11073.63
864.45
17690.07
15026.12
1244.54
66882.45
1852.90
26558.47
284.92
57.38
67.52
27.56
4215.33
106.10
4.99
201.01
397624.96
Safe
Total Annual
Extractable
Resource
(in mcm)
21492.71
2916.26
21965.63
22771.55
8367.50
32.44
321.70
19795.23
1455.59
969.67
5269.54
10118.72
4181.63
24254.07
21670.11
462.96
1819.54
199.81
1949.88
15343.01
2518.79
1144.95
864.45
6973.59
10403.46
1244.54
46000.68
1506.64
19498.91
284.92
Semi-Critical
%
93.68
100.00
100.00
89.45
72.46
11.33
100.00
79.48
16.87
100.00
93.36
61.72
81.68
72.66
71.64
100.00
100.00
100.00
100.00
97.65
12.23
10.34
100.00
39.42
69.24
100.00
68.78
81.31
73.42
100.00
Total Annual
Extractable
Resource
(in mcm)
733.38
Critical
%
3.20
Total Annual
Extractable
Resource
(in mcm)
279.23
Over-Exploited
%
1.22
Total Annual
Extractable
Resource
(in mcm)
438.21
306.51
%
1.91
2206.14
2232.50
52.50
8.67
19.33
18.34
171.72
0.67
947.66
8.21
72.36 25.27
1.20
2564.80
983.94
10.30
11.40
493.40
621.32
1.98
7.20
2051.83
8.24
5568.92 64.53
284.98
2313.09
801.49
5021.66
6741.00
5.05
14.11
15.66
15.04
22.28
41.10
778.99
136.45
754.83
950.09
0.73
4.75
2.67
2.26
3.14
48.70
0.86
3185.03 19.43
369.93
827.95
1441.41
2.35
4.02
13.02
980.13
706.85
4.76
6.38
16263.23 78.99
7780.42 70.26
3921.48
3461.87
22.17
23.04
1050.93
700.20
5.94
4.66
5744.07 32.47
460.60
3.07
12755.08
346.26
6991.06
19.07
18.69
26.32
3822.59
5.72
4304.10
68.50
0.26
129.01 45.06
3349.83 10.04
889.25
2.94
6.44
57.38 100.00
67.52 100.00
2.33
8.45
4215.33 100.00
106.10 100.00
3.84 76.99
64.82 32.25
280258.44 70.48
25.23 91.55
1.15
23.01
54109.04
13.61
136.18 67.75
12712.53
3.20
NOTE
*West Bengal- The Ground Water Resource Assessment as on 2013 has been considered for state of West Bengal.
177
50544.94 12.71
Dynamic Ground Water Resources Assessment of India - 2020
178
Dynamic Ground Water Resources Assessment of India - 2020
Annexure - III(D)
District-Wise Annual Extractable Ground Water Resource
of Assessment Units under Different Category in India
(as in 2020)
179
Dynamic Ground Water Resources Assessment of India - 2020
180
1
2
3
4
5
6
7
8
9
10
11
12
13
S.No
Anantapur
Chittoor
East Godavari
Guntur
Kadapa
Krishna
Kurnool
Nellore
Prakasam
Srikakulam
Visakhapatnam
Vizianagaram
West Godavari
Total
Name of District
1762.14
1310.56
2493.07
1690.53
1099.26
2570.24
1738.35
2998.47
1265.88
1217.86
939.61
2143.53
1714.03
22943.54
Total Annual
Extractable
Resource of
Assessed Units
(in Mcm)
Annual
Extractable
Resource
(in Mcm)
1329.96
889.35
2468.32
1621.51
857.59
2538.80
1702.85
2931.31
1137.99
1217.86
939.61
2143.53
1714.03
21492.71
Safe
75.47
67.86
99.01
95.92
78.02
98.78
97.96
97.76
89.90
100.00
100.00
100.00
100.00
93.68
%
733.38
122.19
31.44
27.79
30.72
64.72
Annual
Extractable
Resource
(in Mcm)
107.21
324.56
24.75
Semi-Critical
11.12
1.22
1.60
1.02
5.11
0.00
0.00
0.00
0.00
3.20
6.08
24.77
0.99
%
DYNAMIC GROUND WATER RESOURCES OF INDIA, 2020
ANDHRA PRADESH
1.22
0.44
1.22
7.71
36.44
279.23
1.24
8.10
21.02
88.99
%
1.61
7.37
Critical
Annual
Extractable
Resource
(in Mcm)
28.43
96.64
Over-Exploited
438.21
63.17
47.99
30.49
Annual
Extractable
Resource
(in Mcm)
296.55
1.91
4.99
2.84
2.77
16.83
%
Dynamic Ground Water Resources Assessment of India - 2020
181
1
2
3
4
5
6
7
8
9
10
11
S.No
Tirap
Changlang
Lohit
Lower Dibang Valley
East Siang
West Siang
East Kameng
West Kameng
Lower Subansiri
Upper Subansiri
Papum Pare
Total
Name of District
71.18
213.90
873.24
699.66
739.91
48.26
110.06
25.21
37.91
2.89
94.02
2916.26
Total Annual
Extractable
Resource of
Assessed Units
(in Mcm)
Annual
Extractable
Resource
(in Mcm)
71.18
213.90
873.24
699.66
739.91
48.26
110.06
25.21
37.91
2.89
94.02
2916.26
Safe
100.00
100.00
100.00
100.00
100.00
100.00
100.00
100.00
100.00
100.00
100.00
100.00
%
Annual
Extractable
Resource
(in Mcm)
Semi-Critical
%
DYNAMIC GROUND WATER RESOURCES OF INDIA, 2020
ARUNACHAL PRADESH
Critical
Annual
Extractable
Resource
(in Mcm)
%
Over-Exploited
Annual
Extractable
Resource
(in Mcm)
%
Dynamic Ground Water Resources Assessment of India - 2020
182
1
2
3
4
5
6
7
8
9
10
11
12
13
14
15
16
17
18
19
20
21
22
23
24
25
26
27
28
S.No
Baksa
Barpeta
Bongaigaon
Cachar
Chirang
Darrang
Dhemaji
Dhubri
Dibrugarh
Dima Hasao
Goalpara
Golaghat
Hailakandi
Jorhat
Kamrup
Kamrup Metro Rural
Kamrup Metro Urban
Karbi Anglong
Karimganj
Kokrajhar
Lakhimpur
Morigaon
Nagaon
Nalbari
Sivasagar
Sonitpur
Tinsukia
Udalguri
Total
Name of District
1271.49
1131.26
477.58
404.44
1013.27
475.93
1037.71
1009.36
1046.54
404.40
644.83
1033.04
128.55
654.54
821.91
1563.53
473.62
2086.05
113.70
61.07
546.00
435.90
1223.34
387.03
654.65
1223.80
1156.99
485.06
21965.63
Total Annual
Extractable
Resource of
Assessed Units
(in Mcm)
Annual
Extractable
Resource
(in Mcm)
1271.49
1131.26
477.58
404.44
1013.27
475.93
1037.71
1009.36
1046.54
404.40
644.83
1033.04
128.55
654.54
821.91
1563.53
473.62
2086.05
113.70
61.07
546.00
435.90
1223.34
387.03
654.65
1223.80
1156.99
485.06
21965.63
Safe
100.00
100.00
100.00
100.00
100.00
100.00
100.00
100.00
100.00
100.00
100.00
100.00
100.00
100.00
100.00
100.00
100.00
100.00
100.00
100.00
100.00
100.00
100.00
100.00
100.00
100.00
100.00
100.00
100.00
%
Annual
Extractable
Resource
(in Mcm)
Semi-Critical
%
DYNAMIC GROUND WATER RESOURCES OF INDIA, 2020
ASSAM
Critical
Annual
Extractable
Resource
(in Mcm)
%
Over-Exploited
Annual
Extractable
Resource
(in Mcm)
%
Dynamic Ground Water Resources Assessment of India - 2020
183
1
2
3
4
5
6
7
8
9
10
11
12
13
14
15
16
17
18
19
20
21
22
23
24
25
26
27
28
29
30
31
32
33
34
35
36
37
38
S.No
Araria
Arwal
Aurangabad
Banka
Begusarai
Bhagalpur
Bhojpur
Buxar
Darbhanga
East Champaran
Gaya
Gopalganj
Jamui
Jehanabad
Kaimur
Katihar
Khagaria
Kishanganj
Lakhisarai
Madhepura
Madhubani
Munger
Muzaffarpur
Nalanda
Nawada
Patna
Purnia
Rohats
Saharsa
Samastipur
Saran
Sheikhpura
Sheohar
Sitamarhi
Siwan
Supaul
Vaishali
West Champaran
Total
Name of District
759.21
187.06
768.06
459.12
501.66
694.70
691.14
495.89
650.20
1288.66
1069.23
591.11
392.54
287.07
741.29
1124.16
536.94
648.43
261.26
608.72
936.79
298.24
981.84
649.45
558.85
894.17
962.16
795.19
562.59
844.12
824.30
163.93
144.97
585.89
816.60
741.79
675.84
1262.75
25455.91
Total Annual
Extractable
Resource of
Assessed Units
(in Mcm)
100.00
100.00
100.00
100.00
90.01
100.00
62.62
90.64
100.00
100.00
60.79
100.00
100.00
100.00
96.47
100.00
100.00
85.07
50.35
100.00
100.00
85.76
72.56
79.76
62.96
92.26
100.00
100.00
92.65
97.77
100.00
100.00
91.95
94.38
100.00
65.68
100.00
89.45
741.29
1084.53
536.94
648.43
222.25
306.50
936.79
298.24
841.99
471.25
445.73
562.95
887.64
795.19
562.59
782.11
805.90
163.93
144.97
538.75
770.70
741.79
443.92
1262.75
22771.55
%
Annual
Extractable
Resource
(in Mcm)
759.21
187.06
768.06
459.12
451.52
694.70
432.81
449.45
650.20
1288.66
649.99
591.11
392.54
Safe
14.93
49.65
4.55
23.35
17.56
37.04
7.74
7.35
2.23
8.05
5.62
27.26
8.67
44.71
151.63
98.13
331.23
74.52
62.01
18.40
47.14
45.90
184.21
2206.14
47.82
137.28
39.01
302.23
25.74
275.21
3.53
37.38
9.36
258.33
46.43
39.63
9.99
%
50.14
Annual
Extractable
Resource
(in Mcm)
Semi-Critical
DYNAMIC GROUND WATER RESOURCES OF INDIA, 2020
BIHAR
Critical
184
171.72
47.71
14.99
109.02
Annual
Extractable
Resource
(in Mcm)
0.67
7.06
2.68
37.98
%
Over-Exploited
306.51
95.14
26.57
40.78
144.02
Annual
Extractable
Resource
(in Mcm)
1.20
9.69
4.09
14.21
13.47
%
Dynamic Ground Water Resources Assessment of India - 2020
1
2
3
4
5
6
7
8
9
10
11
12
13
14
15
16
17
18
19
20
21
22
23
24
25
26
27
S.No
Balod
Baloda Bazar
Balrampur
Bastar
Bemetara
Bijapur
Bilaspur
Dantewara
Dhamtari
Durg
Gariaband
Janjgir-Champa
Jashpur
Kanker
Kawardha
Kondagaon
Korba
Koriya
Mahasamund
Mungeli
Narayanpur
Raigarh
Raipur
Rajnandgaon
Sukma
Surajpur
Surguja
Total
Name of District
331.35
545.88
477.78
291.39
445.55
560.73
497.37
288.54
429.09
311.93
336.13
434.81
332.48
740.25
489.45
333.79
388.75
462.43
593.19
142.61
259.78
452.89
425.00
750.19
465.90
343.21
417.21
11547.65
Total Annual
Extractable
Resource of
Assessed Units
(in Mcm)
44.57
81.33
100.00
100.00
100.00
79.16
100.00
72.66
68.75
100.00
91.24
34.49
100.00
84.20
100.00
59.95
100.00
100.00
69.28
77.18
49.95
100.00
76.54
100.00
72.46
560.73
393.70
288.54
244.23
298.95
332.48
675.41
168.82
333.79
327.31
462.43
355.64
142.61
259.78
313.78
328.03
374.70
465.90
262.68
417.21
8367.50
%
Annual
Extractable
Resource
(in Mcm)
147.68
443.96
477.78
291.39
Safe
40.05
30.72
35.31
23.46
19.33
237.55
139.12
264.91
80.53
2232.50
8.76
22.27
64.83
109.00
15.80
67.59
69.58
27.34
31.25
290.04
217.04
91.90
135.86
61.44
20.84
47.42
211.28
103.66
37.24
18.67
%
Annual
Extractable
Resource
(in Mcm)
123.40
101.92
Semi-Critical
DYNAMIC GROUND WATER RESOURCES OF INDIA, 2020
CHHATISGARH
Critical
185
947.66
96.97
110.59
211.63
139.05
94.88
234.27
Annual
Extractable
Resource
(in Mcm)
60.27
8.21
22.82
14.74
43.24
32.41
30.42
52.58
18.19
%
Over-Exploited
Annual
Extractable
Resource
(in Mcm)
%
Dynamic Ground Water Resources Assessment of India - 2020
1
2
3
4
5
6
7
8
9
10
11
12
S.No
Central
East
New Delhi
North
North East
North West
Shahdara
South
South East
South West
West
Nazul Land
Total
Name of District
18.06
14.02
20.75
46.33
10.75
33.24
13.40
24.42
15.59
54.88
30.19
4.67
286.31
Total Annual
Extractable
Resource of
Assessed Units
(in Mcm)
83.52
100.00
11.33
4.67
32.44
%
27.76
Annual
Extractable
Resource
(in Mcm)
Safe
18.34
87.60
26.44
52.50
16.48
66.20
61.51
%
5.48
Annual
Extractable
Resource
(in Mcm)
11.95
8.62
Semi-Critical
DYNAMIC GROUND WATER RESOURCES OF INDIA, 2020
DELHI
Critical
25.27
45.09
47.94
7.03
26.31
72.36
36.29
54.22
84.05
%
4.86
25.12
9.04
Annual
Extractable
Resource
(in Mcm)
129.01
8.54
24.42
8.56
28.57
3.74
%
45.06
63.71
100.00
54.91
52.06
12.40
33.80
38.49
100.00
45.78
15.95
Over-Exploited
Annual
Extractable
Resource
(in Mcm)
6.10
5.40
20.75
21.21
1.71
Dynamic Ground Water Resources Assessment of India - 2020
186
1
2
S.No
Goa North
South Goa
Total
Name of District
149.30
172.40
321.70
Total Annual
Extractable
Resource of
Assessed Units
(in Mcm)
Annual
Extractable
Resource
(in Mcm)
149.30
172.40
321.70
Safe
100.00
100.00
100.00
%
Annual
Extractable
Resource
(in Mcm)
Semi-Critical
%
DYNAMIC GROUND WATER RESOURCES OF INDIA, 2020
GOA
Critical
Annual
Extractable
Resource
(in Mcm)
%
Over-Exploited
Annual
Extractable
Resource
(in Mcm)
%
Dynamic Ground Water Resources Assessment of India - 2020
187
1
2
3
4
5
6
7
8
9
10
11
12
13
14
15
16
17
18
19
20
21
22
23
24
25
26
27
28
29
30
31
32
33
S.No
Ahmedabad
Amreli
Anand
Arvalli
Banaskantha
Bharuch
Bhavnagar
Botad
Chhota Udepur
Dahod
Dang
Devbhumi Dwaraka
Gandhinagar
Gir Somnath
Jamnagar
Junagadh
Kachchh
Kheda
Mahesana
Mahisagar
Morbi
Narmada
Navsari
Panchmahal
Patan
Porbandar
Rajkot
Sabarkantha
Surat
Surendra Nagar
Tapi
Vadodara
Valsad
Total
Name of District
606.09
1482.04
970.61
727.51
1069.27
777.66
973.78
470.51
492.97
472.34
287.52
425.21
475.91
577.87
1621.69
811.15
787.73
1459.66
1009.91
283.01
578.89
365.70
624.01
433.56
341.72
251.23
1811.10
672.92
1110.37
764.74
582.13
978.44
608.02
24905.26
Total Annual
Extractable
Resource of
Assessed Units
(in Mcm)
Annual
Extractable
Resource
(in Mcm)
291.78
1438.13
970.61
727.51
191.89
777.66
973.78
470.51
492.97
472.34
287.52
425.21
0.00
500.42
1621.69
315.23
530.47
1448.38
0.00
283.01
578.89
185.27
624.01
433.56
0.02
173.40
1605.73
268.85
1110.37
714.39
582.13
691.50
608.02
19795.23
Safe
48.14
97.04
100.00
100.00
17.95
100.00
100.00
100.00
100.00
100.00
100.00
100.00
0.00
86.60
100.00
38.86
67.34
99.23
0.00
100.00
100.00
50.66
100.00
100.00
0.01
69.02
88.66
39.95
100.00
93.42
100.00
70.67
100.00
79.48
%
38.24
2.96
28.91
44.37
13.40
23.93
0.77
37.12
49.34
28.11
30.98
11.34
49.08
6.58
17.46
10.30
309.11
211.16
77.46
194.13
11.28
374.85
180.43
96.06
77.83
205.38
330.29
50.35
170.79
2564.80
%
Annual
Extractable
Resource
(in Mcm)
231.79
43.91
Semi-Critical
DYNAMIC GROUND WATER RESOURCES OF INDIA, 2020
GUJARAT
Critical
188
493.40
137.18
152.47
121.23
Annual
Extractable
Resource
(in Mcm)
82.52
1.98
40.14
15.10
14.95
13.62
%
Over-Exploited
2051.83
8.24
11.87
10.96
73.78
116.15
31.74
47.79
22.26
32.66
55.63
53.15
%
108.46
482.59
180.56
257.26
264.75
568.27
Annual
Extractable
Resource
(in Mcm)
Dynamic Ground Water Resources Assessment of India - 2020
1
2
3
4
5
6
7
8
9
10
11
12
13
14
15
16
17
18
19
20
21
22
S.No
Ambala
Bhiwani
Charkhi Dadri
Faridabad
Fatehabad
Gurgaon
Hisar
Jhajjar
Jind
Kaithal
Karnal
Kurukshetra
Mahendragarh
Mewat
Palwal
Panchkula
Panipat
Rewari
Rohtak
Sirsa
Sonipat
Yamuna Nagar
Total
Name of District
432.24
381.37
174.17
148.47
535.28
204.22
535.89
340.42
770.97
547.56
730.90
352.41
256.22
176.24
348.62
140.03
320.41
278.29
297.47
547.46
593.55
517.59
8629.78
Total Annual
Extractable
Resource of
Assessed Units
(in Mcm)
Annual
Extractable
Resource
(in Mcm)
0.00
58.06
76.88
0.00
0.00
0.00
86.75
311.20
106.31
0.00
0.00
0.00
63.06
60.79
77.24
102.87
0.00
0.00
297.47
0.00
214.97
0.00
1455.59
Safe
0.00
15.22
44.14
0.00
0.00
0.00
16.19
91.42
13.79
0.00
0.00
0.00
24.61
34.49
22.16
73.46
0.00
0.00
100.00
0.00
36.22
0.00
16.87
%
Annual
Extractable
Resource
(in Mcm)
72.13
147.44
0.00
0.00
0.00
0.00
212.91
29.22
79.05
0.00
136.11
0.00
21.60
17.03
155.11
0.00
0.00
0.00
0.00
113.34
0.00
0.00
983.94
Semi-Critical
16.69
38.66
0.00
0.00
0.00
0.00
39.73
8.58
10.25
0.00
18.62
0.00
8.43
9.66
44.49
0.00
0.00
0.00
0.00
20.70
0.00
0.00
11.40
%
DYNAMIC GROUND WATER RESOURCES OF INDIA, 2020
HARYANA
Critical
Annual
Extractable
Resource
(in Mcm)
162.37
0.00
0.00
0.00
64.14
0.00
98.29
0.00
0.00
0.00
0.00
0.00
44.26
68.48
57.95
37.16
0.00
54.08
0.00
0.00
0.00
34.58
621.32
37.56
0.00
0.00
0.00
11.98
0.00
18.34
0.00
0.00
0.00
0.00
0.00
17.28
38.86
16.62
26.54
0.00
19.43
0.00
0.00
0.00
6.68
7.20
%
%
45.75
46.12
55.86
100.00
88.02
100.00
25.74
0.00
75.96
100.00
81.38
100.00
49.68
16.99
16.73
0.00
100.00
80.57
0.00
79.30
63.78
93.32
64.53
Over-Exploited
Annual
Extractable
Resource
(in Mcm)
197.75
175.87
97.28
148.47
471.14
204.22
137.94
0.00
585.61
547.56
594.79
352.41
127.30
29.94
58.32
0.00
320.41
224.21
0.00
434.12
378.59
483.01
5568.93
Dynamic Ground Water Resources Assessment of India - 2020
189
1
2
3
4
5
S.No
Kangra
Mandi
Sirmaour
Solan
Una
Total
Name of District
510.26
34.33
83.30
146.30
195.49
969.67
Total Annual
Extractable
Resource of
Assessed Units
(in Mcm)
Annual
Extractable
Resource
(in Mcm)
510.26
34.33
83.30
146.30
195.49
969.67
Safe
100.00
100.00
100.00
100.00
100.00
100.00
%
Annual
Extractable
Resource
(in Mcm)
Semi-Critical
%
DYNAMIC GROUND WATER RESOURCES OF INDIA, 2020
HIMACHAL PRADESH
Critical
Annual
Extractable
Resource
(in Mcm)
%
Over-Exploited
Annual
Extractable
Resource
(in Mcm)
%
Dynamic Ground Water Resources Assessment of India - 2020
190
1
2
3
4
5
6
7
8
9
10
11
12
13
14
15
16
17
18
19
20
21
22
23
24
S.No
Bokaro
Chatra
Deoghar
Dhanbad
Dumka
East Singhbhum
Garhwa
Giridih
Godda
Gumla
Hazaribagh
Jamtara
Khunti
Koderma
Latehar
Lohardaga
Pakur
Palamau
Ramgarh
Ranchi
Sahebganj
Saraikela - Kharsawa
Simdega
West Singhbhum
Total
Name of District
223.38
236.04
142.69
235.77
253.66
261.14
279.91
388.22
193.34
332.14
298.43
83.28
123.12
64.05
220.61
170.52
220.15
320.55
114.58
394.41
259.59
164.30
214.16
450.26
5644.32
Total Annual
Extractable
Resource of
Assessed Units
(in Mcm)
Annual
Extractable
Resource
(in Mcm)
167.80
236.04
134.37
115.92
253.66
243.37
250.80
388.22
193.34
332.14
289.52
83.28
123.12
64.05
220.61
170.52
220.15
320.55
64.89
308.85
259.59
164.30
214.16
450.26
5269.54
Safe
75.12
100.00
94.17
49.17
100.00
93.20
89.60
100.00
100.00
100.00
97.02
100.00
100.00
100.00
100.00
100.00
100.00
100.00
56.63
78.31
100.00
100.00
100.00
100.00
93.36
%
191
5.05
2.98
8.91
284.98
10.40
29.11
43.37
14.67
5.83
37.90
8.31
89.35
49.69
57.84
18.70
%
Annual
Extractable
Resource
(in Mcm)
41.77
Semi-Critical
DYNAMIC GROUND WATER RESOURCES OF INDIA, 2020
JHARKHAND
Critical
41.10
27.71
13.39
Annual
Extractable
Resource
(in Mcm)
0.73
7.03
5.68
%
Over-Exploited
0.86
6.80
17.77
48.70
7.26
6.19
%
17.11
Annual
Extractable
Resource
(in Mcm)
13.82
Dynamic Ground Water Resources Assessment of India - 2020
1
2
3
4
5
6
7
8
9
10
11
12
13
14
15
16
17
18
19
20
21
22
23
24
25
26
27
28
29
30
S.No
Bagalkot
Bangalore Rural
Bangalore Urban
Belagavi
Bellary
Bidar
Chamrajnagara
Chikballapur
Chikkamagalur
Chitradurga
Dakshin Kanna
Davangere
Dharwad
Gadag
Hassan
Haveri
Kalburagi
Kodagu
Kolar
Koppal
Mandya
Mysuru
Raichur
Ramanagaram
Shivamogga
Tumakuru
Udupi
Uttar Kannada
Vijayapura
Yadgir
Total
Name of District
520.59
183.31
158.62
957.62
722.46
258.83
329.92
370.53
668.00
481.19
562.61
564.48
260.95
265.96
773.29
686.55
501.69
360.46
399.62
633.87
843.70
725.45
620.08
375.54
1024.85
764.52
604.25
918.41
453.72
404.77
16395.84
Total Annual
Extractable
Resource of
Assessed Units
(in Mcm)
23.44
36.64
66.59
72.16
79.97
14.89
100.00
38.37
100.00
10.21
68.75
62.27
81.99
100.00
68.40
80.18
92.08
69.33
100.00
32.85
100.00
100.00
65.28
66.98
61.72
350.88
481.05
186.78
534.18
71.66
562.61
216.59
260.95
27.15
531.66
427.51
411.35
360.46
433.58
676.46
668.00
429.91
1024.85
251.11
604.25
918.41
296.17
271.12
10118.72
%
Annual
Extractable
Resource
(in Mcm)
122.05
Safe
192
37.73
18.01
259.04
90.34
8.46
25.46
33.02
14.11
64.67
115.50
133.65
2313.09
24.33
19.82
7.92
30.67
18.19
48.11
127.96
154.21
167.24
57.46
190.17
68.32
19.89
34.27
11.96
27.84
34.96
32.70
%
112.28
328.19
86.42
72.05
115.34
Annual
Extractable
Resource
(in Mcm)
170.25
Semi-Critical
DYNAMIC GROUND WATER RESOURCES OF INDIA, 2020
KARNATAKA
Critical
9.27
4.75
778.99
81.81
24.87
18.47
42.05
307.22
66.14
142.86
14.79
9.16
30.23
83.47
4.51
12.25
%
43.22
Annual
Extractable
Resource
(in Mcm)
63.79
3185.03
448.74
399.62
46.08
44.72
98.76
152.14
184.36
370.53
133.82
409.53
%
19.43
58.70
100.00
7.27
16.81
12.77
26.95
55.88
100.00
20.03
85.11
31.60
100.00
100.00
24.57
21.45
Over-Exploited
Annual
Extractable
Resource
(in Mcm)
164.49
183.31
158.62
235.33
154.99
Dynamic Ground Water Resources Assessment of India - 2020
1
2
3
4
5
6
7
8
9
10
11
12
13
14
S.No
Alappuzha
Ernakulam
Idukki
Kannur
Kasargod
Kollam
Kottayam
Kozhikode
Malappuram
Palakkad
Pathanamthitta
Thiruvananthapuram
Thrissur
Wayanad
Total
Name of District
387.42
459.60
188.77
406.38
291.52
340.07
371.91
311.30
475.97
584.10
241.32
272.86
568.83
219.55
5119.58
Total Annual
Extractable
Resource of
Assessed Units
(in Mcm)
Annual
Extractable
Resource
(in Mcm)
387.42
459.60
145.06
345.25
92.25
308.73
371.91
257.93
252.44
433.97
241.32
193.54
472.65
219.55
4181.63
Safe
100.00
100.00
76.85
84.96
31.65
90.79
100.00
82.86
53.04
74.30
100.00
70.93
83.09
100.00
81.68
%
23.15
15.04
52.59
9.21
17.14
46.96
10.21
29.07
16.91
15.66
53.36
223.53
59.64
79.31
96.17
801.49
%
43.71
61.13
153.30
31.33
Annual
Extractable
Resource
(in Mcm)
Semi-Critical
DYNAMIC GROUND WATER RESOURCES OF INDIA, 2020
KERALA
Critical
136.45
90.49
45.97
Annual
Extractable
Resource
(in Mcm)
2.67
15.49
15.77
%
Over-Exploited
Annual
Extractable
Resource
(in Mcm)
%
Dynamic Ground Water Resources Assessment of India - 2020
193
1
2
3
4
5
6
7
8
9
10
11
12
13
14
15
16
17
18
19
20
21
22
23
24
25
26
27
28
29
30
31
32
33
34
35
36
37
38
39
S.No
Agar Malwa
Alirajpur
Anuppur
Ashoknagar
Balaghat
Barwani
Betul
Bhind
Bhopal
Burhanpur
Chhatarpur
Chhindwara
Damoh
Datia
Dewas
Dhar
Dindori
Guna
Gwalior
Harda
Hoshangabad
Indore
Jabalpur
Jhabua
Katni
Khandwa
Khargone
Mandla
Mandsaur
Morena
Narsinghpur
Neemuch
Panna
Raisen
Rajgarh
Ratlam
Rewa
Sagar
Satna
Name of District
Safe
Annual
Extractable
Resource
(in Mcm)
111.64
213.27
377.35
283.47
780.53
354.96
823.52
887.47
206.30
373.44
438.95
671.36
338.45
407.68
427.58
623.22
388.37
752.66
712.21
466.87
1749.06
%
Semi-Critical
Annual
Extractable
Resource
(in Mcm)
106.19
%
410.28
27.21
25.88
213.27
100.00
377.35
100.00
357.02
79.40
73.55
20.60
780.53
100.00
517.46
68.60
103.68
20.04
1134.78
72.57
311.26
27.43
887.47
100.00
368.65
55.96
162.35
44.04
373.44
100.00
804.54
54.56
365.58
45.44
987.87
67.96
218.60
22.13
392.98
86.12
54.53
13.88
407.68
100.00
808.02
52.92
114.76
14.20
1049.13
59.40
388.37
100.00
752.66
100.00
736.89
96.65
24.68
3.35
466.87
100.00
1950.19
89.69
201.14
10.31
546.14
107.28
19.64
589.97
582.55
98.74
262.34
238.59
90.95
23.75
9.05
366.77
366.77 100.00
900.37
781.31
86.78
119.06
13.22
1059.61
998.02
94.19
61.60
5.81
592.44
592.44 100.00
603.60
136.36
22.59
637.85
637.85 100.00
1135.41
931.36
82.03
204.05
17.97
383.00
139.58
36.44
582.60
582.60 100.00
819.49
725.29
88.51
94.20
11.49
775.04
149.65
19.31
330.79
42.68
763.23
103.28
13.53
483.68
449.39
92.91
34.29
7.09
999.30
999.30 100.00
592.92
382.62
64.53
210.30
35.47
DYNAMIC GROUND WATER RESOURCES OF INDIA, 2020
Total Annual
Extractable
Resource of
Assessed Units
(in Mcm)
DYNAMIC GROUND WATER RESOURCES OF INDIA, 2020
MADHYA PRADESH
Critical
9.91
7.26
1.26
26.83
38.01
76.18
7.42
161.97
294.60
%
97.91
Annual
Extractable
Resource
(in Mcm)
194
86.47
63.56
243.42
659.94
50.57
80.36
438.86
305.27
32.88
33.34
265.68
349.73
11.36
58.81
%
46.91
Over-Exploited
Annual
Extractable
Resource
(in Mcm)
192.46
Dynamic Ground Water Resources Assessment of India - 2020
40
41
42
43
44
45
46
47
48
49
50
51
S.No
Sehore
Seoni
Shahdol
Shajapur
Sheopur
Shivpuri
Sidhi
Singrauli
Tikamgarh
Ujjain
Umaria
Vidisha
Total
Name of District
651.88
682.50
439.89
532.50
511.73
747.29
474.94
340.54
563.61
918.01
414.78
843.53
33380.40
Total Annual
Extractable
Resource of
Assessed Units
(in Mcm)
82.09
100.00
100.00
100.00
40.18
100.00
100.00
18.03
100.00
76.66
72.66
511.73
300.26
474.94
340.54
101.62
414.78
646.61
24254.07
%
Annual
Extractable
Resource
(in Mcm)
535.13
682.50
439.89
23.34
15.04
81.97
52.91
461.99
485.74
196.92
5021.66
59.82
24.24
%
447.04
129.10
Annual
Extractable
Resource
(in Mcm)
Semi-Critical
MADHYA PRADESH
Safe
Critical
754.83
Annual
Extractable
Resource
(in Mcm)
116.75
2.26
17.91
%
Over-Exploited
3349.83
432.26
403.40
Annual
Extractable
Resource
(in Mcm)
10.04
47.09
75.76
%
Dynamic Ground Water Resources Assessment of India - 2020
195
1
2
3
4
5
6
7
8
9
10
11
12
13
14
15
16
17
18
19
20
21
22
23
24
25
26
27
28
29
30
31
32
33
34
S.No
Ahmednagar
Akola
Amravati
Aurangabad
Beed
Bhandara
Buldhana
Chandrapur
Dhule
Gadchiroli
Gondia
Hingoli
Jalgaon
Jalna
Kolhapur
Latur
Nagpur
Nanded
Nandurbar
Nashik
Osmanabad
Palghar
Parbhani
Pune
Raigad
Ratnagiri
Sangli
Satara
Sindhudurg
Solapur
Thane
Wardha
Washim
Yawatmal
Total
Name of District
1508.69
356.10
803.79
1008.11
1220.66
858.04
865.93
1105.55
682.67
1015.22
625.49
970.05
1352.65
785.94
1136.55
648.34
914.33
1178.58
478.44
1849.91
814.77
183.52
827.30
1744.55
362.47
386.98
1304.60
958.41
218.30
1379.11
164.03
801.98
553.14
1186.28
30250.45
Total Annual
Extractable
Resource of
Assessed Units
(in Mcm)
Annual
Extractable
Resource
(in Mcm)
461.57
302.66
260.44
205.88
1220.66
858.04
139.99
1105.55
682.67
1015.22
625.49
970.05
292.78
785.94
1136.55
550.83
781.38
1178.58
478.44
1118.84
565.61
183.52
827.30
376.49
362.47
386.98
1187.56
464.05
218.30
300.07
164.03
722.76
553.14
1186.28
21670.11
Safe
30.59
84.99
32.40
20.42
100.00
100.00
16.17
100.00
100.00
100.00
100.00
100.00
21.64
100.00
100.00
84.96
85.46
100.00
100.00
60.48
69.42
100.00
100.00
21.58
100.00
100.00
91.03
48.42
100.00
21.76
100.00
90.12
100.00
100.00
71.64
%
36.35
15.01
25.44
79.58
72.95
64.84
15.04
14.54
19.00
30.58
69.82
8.97
51.58
64.11
9.88
22.28
631.67
877.10
97.51
132.94
351.40
249.15
1218.01
117.04
494.35
884.15
79.23
6741.00
%
Annual
Extractable
Resource
(in Mcm)
548.34
53.44
204.45
802.22
Semi-Critical
DYNAMIC GROUND WATER RESOURCES OF INDIA, 2020
MAHARASHTRA
Critical
196
950.09
150.06
379.67
Annual
Extractable
Resource
(in Mcm)
420.36
3.14
8.60
20.52
27.86
%
889.25
194.89
182.77
94.27
2.94
14.13
13.51
10.89
42.16
338.90
%
5.20
Over-Exploited
Annual
Extractable
Resource
(in Mcm)
78.42
Dynamic Ground Water Resources Assessment of India - 2020
1
2
3
4
5
S.No
Bishnupur
Churachandpur
Imphal East
Imphal West
Thoubal
Total
Name of District
106.60
74.10
133.28
77.88
71.09
462.96
Total Annual
Extractable
Resource of
Assessed Units
(in Mcm)
Annual
Extractable
Resource
(in Mcm)
106.60
74.10
133.28
77.88
71.09
462.96
Safe
100.00
100.00
100.00
100.00
100.00
100.00
%
Annual
Extractable
Resource
(in Mcm)
Semi-Critical
%
DYNAMIC GROUND WATER RESOURCES OF INDIA, 2020
MANIPUR
Critical
Annual
Extractable
Resource
(in Mcm)
%
Over-Exploited
Annual
Extractable
Resource
(in Mcm)
%
Dynamic Ground Water Resources Assessment of India - 2020
197
8
9
10
11
1
2
3
4
5
6
7
S.No
South West Khasi Hills
West Garo Hills
West Jaintia Hills
West Khasi Hills
Total
East Khasi Hills
North Garo Hills
Ri-Bhoi
South Garo Hills
South West Garo Hills
East Garo Hills
East Jaintia Hills
Name of District
144.17
351.18
162.13
454.11
1819.54
61.27
177.27
90.81
110.83
78.94
90.18
98.66
Total Annual
Extractable
Resource of
Assessed Units
(in Mcm)
144.17
351.18
162.13
454.11
1819.54
Annual
Extractable
Resource
(in Mcm)
61.27
177.27
90.81
110.83
78.94
90.18
98.66
Safe
100.00
100.00
100.00
100.00
100.00
100.00
100.00
100.00
100.00
100.00
100.00
100.00
%
Annual
Extractable
Resource
(in Mcm)
Semi-Critical
%
DYNAMIC GROUND WATER RESOURCES OF INDIA, 2020
MEGHALAYA
Critical
Annual
Extractable
Resource
(in Mcm)
%
Over-Exploited
Annual
Extractable
Resource
(in Mcm)
%
Dynamic Ground Water Resources Assessment of India - 2020
198
1
2
3
4
5
6
7
8
S.No
Aizawl
Champhai
Kolasib
Lawngtlai
Lunglei
Mamit
Saiha
Serchhip
Total
Name of District
14.73
15.66
25.02
29.23
49.31
50.47
7.28
8.12
199.81
Total Annual
Extractable
Resource of
Assessed Units
(in Mcm)
Annual
Extractable
Resource
(in Mcm)
14.73
15.66
25.02
29.23
49.31
50.47
7.28
8.12
199.81
Safe
100.00
100.00
100.00
100.00
100.00
100.00
100.00
100.00
100.00
%
Annual
Extractable
Resource
(in Mcm)
Semi-Critical
%
DYNAMIC GROUND WATER RESOURCES OF INDIA, 2020
MIZORAM
Critical
Annual
Extractable
Resource
(in Mcm)
%
Over-Exploited
Annual
Extractable
Resource
(in Mcm)
%
Dynamic Ground Water Resources Assessment of India - 2020
199
1
2
3
4
5
6
7
8
9
10
11
S.No
Dimapur
Kiphire
Kohima
Longleng
Mokokchung
Mon
Peren
Phek
Tuensang
Wokha
Zunheboto
Total
Name of District
374.51
87.30
155.42
62.01
185.99
181.58
147.50
127.51
274.70
202.26
151.10
1949.88
Total Annual
Extractable
Resource of
Assessed Units
(in Mcm)
Annual
Extractable
Resource
(in Mcm)
374.51
87.30
155.42
62.01
185.99
181.58
147.50
127.51
274.70
202.26
151.10
1949.88
Safe
100.00
100.00
100.00
100.00
100.00
100.00
100.00
100.00
100.00
100.00
100.00
100.00
%
Annual
Extractable
Resource
(in Mcm)
Semi-Critical
%
DYNAMIC GROUND WATER RESOURCES OF INDIA, 2020
NAGALAND
Critical
Annual
Extractable
Resource
(in Mcm)
%
Over-Exploited
Annual
Extractable
Resource
(in Mcm)
%
Dynamic Ground Water Resources Assessment of India - 2020
200
1
2
3
4
5
6
7
8
9
10
11
12
13
14
15
16
17
18
19
20
21
22
23
24
25
26
27
28
29
30
S.No
Angul
Balasore
Bargarh
Bhadrak
Bolangir
Boudh
Cuttack
Deogarh
Dhenkanal
Gajapati
Ganjam
Jagatsinghpur
Jajpur
Jharsuguda
Kalahandi
Kandhamal
Kendrapara
Keonjhar
Khurda
Koraput
Malkangiri
Mayurbhanj
Nabarangapur
Nayagarh
Nuapada
Puri
Rayagada
Sambalpur
Subarnapur
Sundargarh
Total
Name of District
550.77
1212.84
585.95
513.29
555.14
235.60
669.92
306.89
447.25
198.61
929.62
435.80
521.91
185.58
610.51
328.41
239.35
811.79
427.82
509.34
304.68
1370.54
568.45
358.98
292.29
595.47
324.48
580.74
247.85
793.05
15712.93
Total Annual
Extractable
Resource of
Assessed Units
(in Mcm)
Annual
Extractable
Resource
(in Mcm)
550.77
1153.16
585.95
513.29
555.14
235.60
669.92
306.89
447.25
198.61
929.62
435.80
434.60
185.58
610.51
328.41
202.97
811.79
327.23
509.34
304.68
1370.54
568.45
358.98
206.32
595.47
324.48
580.74
247.85
793.05
15343.01
Safe
100.00
95.08
100.00
100.00
100.00
100.00
100.00
100.00
100.00
100.00
100.00
100.00
83.27
100.00
100.00
100.00
84.80
100.00
76.49
100.00
100.00
100.00
100.00
100.00
70.59
100.00
100.00
100.00
100.00
100.00
97.65
%
15.20
23.51
29.41
2.35
100.59
85.97
369.93
16.73
87.31
36.38
4.92
%
59.68
Annual
Extractable
Resource
(in Mcm)
Semi-Critical
DYNAMIC GROUND WATER RESOURCES OF INDIA, 2020
ODISHA
Critical
Annual
Extractable
Resource
(in Mcm)
%
Over-Exploited
Annual
Extractable
Resource
(in Mcm)
%
Dynamic Ground Water Resources Assessment of India - 2020
201
1
2
3
4
5
6
7
8
9
10
11
12
13
14
15
16
17
18
19
20
21
22
S.No
Amritsar
Barnala
Bathinda
Faridkot
Fatehgarh Sahib
Fazilka
Ferozpur
Gurdaspur
Hoshiarpur
Jalandhar
Kapurthala
Ludhiana
Mansa
Moga
Muktsar
Nawanshahar
Pathankot
Patiala
Ropar
S.A.S Nagar
Sangrur
Tarn Taran
Total
Name of District
1421.36
540.60
1228.40
711.66
564.48
936.78
1339.71
1672.93
889.26
1024.37
669.22
1642.02
960.07
902.30
1160.54
616.24
373.50
1261.32
409.78
268.74
1117.74
879.08
20590.10
Total Annual
Extractable
Resource of
Assessed Units
(in Mcm)
16.11
46.99
3.22
25.20
100.00
6.85
66.87
22.87
21.01
12.23
440.22
53.90
224.08
1160.54
42.18
249.76
93.70
56.46
2518.79
%
197.94
Annual
Extractable
Resource
(in Mcm)
Safe
202
827.95
73.06
102.31
123.75
112.70
244.80
171.33
Annual
Extractable
Resource
(in Mcm)
Semi-Critical
4.02
17.83
16.60
33.13
6.74
27.53
13.95
%
DYNAMIC GROUND WATER RESOURCES OF INDIA, 2020
PUNJAB
Critical
980.13
48.82
524.28
185.03
222.01
Annual
Extractable
Resource
(in Mcm)
4.76
11.91
31.34
19.75
18.07
%
%
76.55
100.00
47.39
78.99
100.00
100.00
78.99
471.76
1261.32
194.19
212.28
1117.74
879.08
16263.23
100.00
100.00
51.87
100.00
100.00
33.26
100.00
58.70
47.27
100.00
100.00
100.00
100.00
100.00
Over-Exploited
Annual
Extractable
Resource
(in Mcm)
1421.36
540.60
637.12
711.66
564.48
311.53
1339.71
982.05
420.37
1024.37
669.22
1642.02
960.07
902.30
Dynamic Ground Water Resources Assessment of India - 2020
1
2
3
4
5
6
7
8
9
10
11
12
13
14
15
16
17
18
19
20
21
22
23
24
25
26
27
28
29
30
31
32
33
S.No
Ajmer
Alwar
Banswara
Baran
Barmer
Bharatpur
Bhilwara
Bikaner
Bundi
Chittaurgarh
Churu
Dausa
Dhaulpur
Dungarpur
Ganganagar
Hanumangarh
Jaipur
Jaisalmer
Jalor
Jhalawar
Jhunjhunun
Jodhpur
Karauli
Kota
Nagaur
Pali
Pratapgarh
Rajsamand
Sawai Madhopur
Sikar
Sirohi
Tonk
Udaipur
Total
Name of District
372.08
617.87
182.56
623.87
339.74
298.16
388.77
344.85
303.53
388.33
116.11
246.88
231.81
177.61
446.12
200.81
699.44
85.05
505.61
497.14
223.48
343.03
308.25
449.21
488.24
296.13
201.79
103.50
343.19
353.29
247.03
370.32
279.81
11073.63
Total Annual
Extractable
Resource of
Assessed Units
(in Mcm)
58.00
11.51
27.97
12.75
37.65
77.13
100.00
100.00
1.24
16.61
10.34
39.10
96.44
38.71
43.71
136.98
446.12
200.81
3.67
33.52
1144.95
%
105.89
Annual
Extractable
Resource
(in Mcm)
Safe
203
3.86
20.81
31.78
17.19
13.02
51.40
117.70
48.11
1441.41
10.01
9.18
66.26
34.32
28.29
297.67
11.43
17.82
34.69
22.87
13.35
25.53
42.00
53.83
3.91
%
90.08
172.48
40.63
46.02
77.48
76.67
335.83
13.29
Annual
Extractable
Resource
(in Mcm)
Semi-Critical
DYNAMIC GROUND WATER RESOURCES OF INDIA, 2020
RAJASTHAN
Critical
26.67
53.41
6.38
11.64
41.13
98.77
149.44
706.85
10.04
38.51
6.70
32.72
20.25
39.86
6.30
21.62
8.93
27.47
63.67
44.40
8.48
18.24
27.92
11.71
%
9.84
55.35
94.87
34.92
Annual
Extractable
Resource
(in Mcm)
699.44
85.05
415.53
280.26
223.48
287.09
279.96
151.54
455.52
281.03
148.02
63.64
343.19
312.16
195.63
153.85
82.26
7780.42
288.04
192.49
263.24
388.77
202.38
131.99
388.33
62.55
246.88
168.14
%
100.00
100.00
82.18
56.37
100.00
83.69
90.82
33.74
93.30
94.90
73.35
61.49
100.00
88.36
79.19
41.54
29.40
70.26
46.17
56.66
88.29
100.00
58.69
43.49
100.00
53.87
100.00
72.53
100.00
100.00
Over-Exploited
Annual
Extractable
Resource
(in Mcm)
372.08
617.87
Dynamic Ground Water Resources Assessment of India - 2020
1
2
3
4
S.No
East
North
South
West
Total
Name of District
123.92
573.93
59.53
107.07
864.45
Total Annual
Extractable
Resource of
Assessed Units
(in Mcm)
Annual
Extractable
Resource
(in Mcm)
123.92
573.93
59.53
107.07
864.45
Safe
100.00
100.00
100.00
100.00
100.00
%
Annual
Extractable
Resource
(in Mcm)
Semi-Critical
%
DYNAMIC GROUND WATER RESOURCES OF INDIA, 2020
SIKKIM
Critical
Annual
Extractable
Resource
(in Mcm)
%
Over-Exploited
Annual
Extractable
Resource
(in Mcm)
%
Dynamic Ground Water Resources Assessment of India - 2020
204
1
2
3
4
5
6
7
8
9
10
11
12
13
14
15
16
17
18
19
20
21
22
23
24
25
26
27
28
29
30
31
32
33
34
35
36
37
S.No
Ariyalur
Chengalpattu
Chennai
Coimbatore
Cuddalore
Dharmapuri
Dindigul
Erode
Kallakkurichi
Kancheepuram
Kanniyakumari
Karur
Krishnagiri
Madurai
Nagapattinam
Namakkal
Perambalur
Pudukkottai
Ramanathapuram
Ranipet
Salem
Sivaganga
Tenkasi
Thanjavur
The Nilgiris
Theni
Thiruvallur
Thiruvarur
Thoothukkudi
Tiruchirappalli
Tirunelveli
Tirupathur
Tiruppur
Tiruvannamalai
Vellore
Viluppuram
Virudhunagar
Total
Name of District
376.78
480.30
47.18
439.08
776.79
367.08
492.39
594.66
616.99
417.00
254.40
273.14
411.42
607.95
108.70
385.70
214.86
961.42
698.88
288.76
462.42
590.52
443.80
816.80
88.30
345.61
803.51
245.15
481.73
667.81
601.40
113.49
512.96
1064.92
192.65
886.28
559.27
17690.07
Total Annual
Extractable
Resource of
Assessed Units
(in Mcm)
Annual
Extractable
Resource
(in Mcm)
362.68
201.24
9.19
30.06
271.99
46.94
50.97
57.55
162.74
256.01
241.02
63.43
123.73
292.86
6.92
34.50
44.96
786.14
698.88
14.29
41.96
590.52
169.83
61.03
85.90
107.71
457.99
103.35
404.82
294.02
448.16
0.00
27.64
0.00
19.80
118.11
286.66
6973.59
Safe
96.26
41.90
19.48
6.85
35.01
12.79
10.35
9.68
26.38
61.39
94.74
23.22
30.07
48.17
6.37
8.95
20.92
81.77
100.00
4.95
9.07
100.00
38.27
7.47
97.29
31.17
57.00
42.16
84.04
44.03
74.52
0.00
5.39
0.00
10.28
13.33
51.26
39.42
%
Annual
Extractable
Resource
(in Mcm)
14.10
217.98
4.41
66.44
347.10
142.35
57.13
203.40
129.14
101.46
13.37
64.84
120.22
96.82
0.00
70.37
9.46
175.28
0.00
177.57
26.22
0.00
70.79
142.33
2.40
181.09
255.47
29.15
30.83
126.07
103.33
16.12
104.09
469.90
48.21
155.81
148.24
3921.48
Semi-Critical
3.74
45.38
9.35
15.13
44.68
38.78
11.60
34.21
20.93
24.33
5.26
23.74
29.22
15.93
0.00
18.24
4.40
18.23
0.00
61.49
5.67
0.00
15.95
17.43
2.71
52.40
31.79
11.89
6.40
18.88
17.18
14.20
20.29
44.13
25.03
17.58
26.51
22.17
%
DYNAMIC GROUND WATER RESOURCES OF INDIA, 2020
TAMIL NADU
Critical
Annual
Extractable
Resource
(in Mcm)
0.00
35.53
0.00
35.43
14.09
0.00
52.10
18.66
143.56
9.98
0.00
0.00
18.89
37.51
0.00
31.33
0.00
0.00
0.00
47.50
25.21
0.00
11.32
64.94
0.00
29.84
36.08
9.90
8.16
12.22
18.36
19.58
51.94
123.62
14.13
115.53
65.50
1050.93
0.00
7.40
0.00
8.07
1.81
0.00
10.58
3.14
23.27
2.39
0.00
0.00
4.59
6.17
0.00
8.12
0.00
0.00
0.00
16.45
5.45
0.00
2.55
7.95
0.00
8.64
4.49
4.04
1.69
1.83
3.05
17.26
10.13
11.61
7.34
13.04
11.71
5.94
%
Over-Exploited
Annual
Extractable
Resource
(in Mcm)
0.00
25.56
33.57
307.15
143.61
177.79
332.20
315.05
181.56
49.55
0.00
144.87
148.58
180.76
101.78
249.50
160.44
0.00
0.00
49.41
369.02
0.00
191.86
548.50
0.00
26.96
53.96
102.75
37.92
235.49
31.55
77.79
329.30
471.40
110.49
496.84
58.87
5744.07
0.00
5.32
71.17
69.95
18.49
48.43
67.47
52.98
29.43
11.88
0.00
53.04
36.11
29.73
93.63
64.69
74.67
0.00
0.00
17.11
79.80
0.00
43.23
67.15
0.00
7.80
6.72
41.91
7.87
35.26
5.25
68.54
64.19
44.27
57.36
56.06
10.53
32.47
%
Dynamic Ground Water Resources Assessment of India - 2020
205
1
2
3
4
5
6
7
8
9
10
11
12
13
14
15
16
17
18
19
20
21
22
23
24
25
26
27
28
29
30
31
32
33
S.No
Adilabad
Bhadradri
Hyderabad
Jagtial
Jangaon
Jayashankar
Jogulamba
Kamareddy
Karimnagar
Khammam
Komarambhem
Mahabubabad
Mahabubnagar
Mancherial
Medak
Medchal
Mulug
Nagarkurnool
Nalgonda
Narayanpet
Nirmal
Nizamabad
Peddapalle
Rajanna Siricilla
Rangareddy
Sangareddy
Siddipet
Suryapet
Vikarabad
Wanaparthy
Warangal_Rural
Warangal_Urban
Yadadri
Total
Name of District
280.94
807.36
15.59
444.83
242.15
301.87
321.66
476.83
502.76
1050.86
355.29
466.85
232.26
855.10
397.17
89.04
359.79
433.18
1105.02
265.69
467.67
736.20
444.61
237.10
381.05
329.16
482.94
1207.87
291.13
284.10
510.88
191.43
457.79
15026.12
Total Annual
Extractable
Resource of
Assessed Units
(in Mcm)
Annual
Extractable
Resource
(in Mcm)
174.25
601.10
0.00
333.08
45.09
257.23
308.63
319.89
392.17
834.86
355.29
280.11
11.19
855.10
197.58
53.96
359.79
193.29
743.26
204.36
444.92
334.45
427.80
0.00
66.60
180.65
121.51
1038.63
181.18
284.10
510.88
68.86
223.65
10403.46
Safe
206
17.48
54.88
25.16
85.99
62.24
100.00
100.00
35.97
48.85
69.24
62.02
74.45
0.00
74.88
18.62
85.21
95.95
67.09
78.00
79.45
100.00
60.00
4.82
100.00
49.75
60.60
100.00
44.62
67.26
76.92
95.14
45.43
96.22
%
37.98
25.55
0.00
6.83
43.24
14.79
4.05
26.45
14.10
20.55
36.70
82.34
50.25
28.80
35.81
24.03
23.08
4.86
35.77
25.80
63.41
37.81
64.18
12.70
37.76
14.79
34.64
23.04
171.33
191.24
199.59
25.65
155.12
265.51
61.33
22.75
263.31
61.18
241.61
124.46
309.94
153.40
109.94
28.31
158.56
3461.87
%
Annual
Extractable
Resource
(in Mcm)
106.69
206.25
0.00
30.36
104.69
44.65
13.03
126.12
70.87
216.00
Semi-Critical
DYNAMIC GROUND WATER RESOURCES OF INDIA, 2020
TELANGANA
Critical
16.95
54.90
700.20
52.72
96.25
0.00
0.00
111.54
16.81
69.87
66.63
18.36
31.63
15.84
9.43
8.85
11.99
4.66
26.90
15.15
3.78
29.47
17.49
5.58
6.55
1.31
77.31
20.68
460.60
106.06
6.22
5.68
19.87
32.04
14.88
15.59
52.92
82.45
%
40.39
4.52
3.07
44.73
1.63
1.73
4.11
3.65
7.40
6.41
100.00
11.90
34.05
Over-Exploited
Annual
Extractable
Resource
(in Mcm)
12.17
8.71
10.60
3.30
6.43
6.46
7.90
30.82
39.72
15.41
14.94
6.40
4.09
%
28.47
9.91
Annual
Extractable
Resource
(in Mcm)
Dynamic Ground Water Resources Assessment of India - 2020
1
2
3
4
5
6
7
8
S.No
Dhalai
Gomati
Khowai
North Tripura
Siphahijala
South Tripura
Unakoti
West Tripura
Total
Name of District
180.96
216.52
114.32
105.51
164.99
193.91
102.64
165.69
1244.54
Total Annual
Extractable
Resource of
Assessed Units
(in Mcm)
Annual
Extractable
Resource
(in Mcm)
180.96
216.52
114.32
105.51
164.99
193.91
102.64
165.69
1244.54
Safe
100.00
100.00
100.00
100.00
100.00
100.00
100.00
100.00
100.00
%
Annual
Extractable
Resource
(in Mcm)
Semi-Critical
%
DYNAMIC GROUND WATER RESOURCES OF INDIA, 2020
TRIPURA
Critical
Annual
Extractable
Resource
(in Mcm)
%
Over-Exploited
Annual
Extractable
Resource
(in Mcm)
%
Dynamic Ground Water Resources Assessment of India - 2020
207
1
2
3
4
5
6
7
8
9
10
11
12
13
14
15
16
17
18
19
20
21
22
23
24
25
26
27
28
29
30
31
32
33
34
35
36
37
38
39
S.No
Agra
Aligarh
Ambedkar Nagar
Amethi
Amroha
Aurraiya
Ayodhya
Azamgarh
Baghpat
Bahraich
Ballia
Balrampur
Banda
Barabanki
Bareili
Basti
Bijnaur
Budaun
Bulandshahar
Chandauli
Chitrakoot
Deoria
Etah
Etawah
Farrukhabad
Fatehpur
Firozabad
G.B. Nagar
Ghaziabad
Ghazipur
Gonda
Gorakhpur
Hamirpur
Hapur
Hardoi
Hathras
Jalaun
Jaunpur
Jhansi
Name of District
Safe
Annual
Extractable
Resource
(in Mcm)
50.54
491.61
649.31
785.46
%
Semi-Critical
Annual
Extractable
Resource
(in Mcm)
150.65
397.69
84.09
34.81
197.67
%
791.76
6.38
19.03
964.35
50.98
41.24
733.40
88.53
11.47
820.27
95.76
4.24
508.22
38.89
663.45
663.45 100.00
919.78
796.38
86.58
123.39
13.42
1132.52
844.64
74.58
287.88
25.42
359.06
139.45
38.84
1322.91
1322.91 100.00
870.63
870.63 100.00
872.91
872.91 100.00
630.68
329.82
52.30
300.86
47.70
1892.28
1892.28 100.00
1254.53
1002.85
79.94
233.87
18.64
724.79
724.79 100.00
1355.89
763.73
56.33
471.51
34.78
791.25
240.54
30.40
399.93
50.54
1517.60
168.95
11.13
505.81
33.33
514.43
514.43 100.00
376.38
80.67
21.43
198.11
52.64
1290.78
1290.78 100.00
571.90
125.34
21.92
315.99
55.25
743.77
743.77 100.00
512.32
264.26
51.58
248.06
48.42
1380.89
720.62
52.19
418.89
30.33
669.99
317.67
47.41
612.35
111.88
18.27
395.37
120.17
30.40
950.63
884.64
93.06
65.99
6.94
950.98
950.98 100.00
1625.75
1625.75 100.00
492.75
214.60
43.55
278.14
56.45
492.40
97.68
19.84
1750.45
1650.86
94.31
99.59
5.69
609.00
120.22
19.74
91.21
14.98
1076.44
1076.44 100.00
1213.60
734.66
60.54
379.04
31.23
752.09
491.88
65.40
260.22
34.60
DYNAMIC GROUND WATER RESOURCES OF INDIA, 2020
Total Annual
Extractable
Resource of
Assessed Units
(in Mcm)
DYNAMIC GROUND WATER RESOURCES OF INDIA, 2020
UTTAR PRADESH
8.90
0.00
23.78
25.93
22.83
6.43
8.16
60.87
46.36
34.58
8.23
97.60
130.57
88.82
54.67
372.76
228.26
210.60
99.90
15.18
54.51
120.65
0.00
360.84
44.58
226.55
%
18.99
6.72
Critical
Annual
Extractable
Resource
(in Mcm)
150.34
64.84
Over-Exploited
208
186.97
166.45
152.56
297.65
127.71
275.20
30.70
33.80
11.05
44.43
20.86
69.60
19.06
31.76
1.42
17.81
150.79
482.00
45.98
16.53
55.60
1.06
%
165.10
84.00
Annual
Extractable
Resource
(in Mcm)
440.23
10.21
Dynamic Ground Water Resources Assessment of India - 2020
40
41
42
43
44
45
46
47
48
49
50
51
52
53
54
55
56
57
58
59
60
61
62
63
64
65
66
67
68
69
70
71
72
73
74
75
S.No
Kannauj
Kanpur Dehat
Kanpur Nagar
Kasganj
Kaushambi
Kushi Nagar
Lakhimpur Khiri
Lalitpur
Lucknow
Maharajganj
Mahoba
Mainpuri
Mathura
Mau
Meerut
Mirzapur
Moradabad
Muzaffarnagar
Pilibhit
Pratapgarh
Prayagraj
Rae Bareli
Rampur
S.Kabir Nagar
S. Ravidas Nagar
Saharanpur
Shahjahanpur
Shambhal
Shamli
Shrawasti
Siddharth Nagar
Sitapur
Sonbhadra
Sultanpur
Unnao
Varanasi
Total
Name of District
681.69
893.99
826.07
557.97
514.56
1588.77
2008.58
411.51
714.38
996.69
200.83
873.86
1147.57
461.21
790.96
584.42
675.67
1081.53
1121.85
1376.21
1350.52
1221.00
718.91
442.64
335.18
1247.17
1272.21
465.41
425.50
466.28
876.02
2065.61
233.74
836.43
1775.01
533.94
66882.45
Total Annual
Extractable
Resource of
Assessed Units
(in Mcm)
59.43
26.85
28.15
50.39
28.42
100.00
100.00
92.72
100.00
63.96
62.10
100.00
43.68
71.41
18.75
61.36
100.00
36.82
60.12
100.00
48.91
100.00
8.60
100.00
14.67
100.00
100.00
100.00
87.07
100.00
100.00
12.40
68.78
662.40
996.69
558.89
712.68
461.21
345.53
417.32
126.66
663.62
1121.85
506.71
811.91
1221.00
351.58
442.64
107.27
1272.21
68.30
466.28
876.02
2065.61
203.51
836.43
1775.01
66.19
46000.68
%
209
100.00
42.29
23.61
20.54
335.18
527.47
109.90
87.42
55.73
19.07
41.91
301.28
297.56
12755.08
39.77
28.43
547.30
383.91
12.93
38.45
16.16
69.03
23.34
304.11
94.42
466.45
252.46
30.23
50.77
30.77
8.51
100.00
411.51
101.95
268.85
97.62
27.79
73.15
55.39
38.08
57.10
%
Annual
Extractable
Resource
(in Mcm)
189.47
653.96
457.53
212.45
293.80
Semi-Critical
UTTAR PRADESH
Annual
Extractable
Resource
(in Mcm)
405.11
240.03
232.54
281.16
146.26
1588.77
2008.58
Safe
Critical
3822.59
287.21
144.55
66.04
322.19
129.35
118.61
60.05
65.35
73.23
94.74
136.00
64.36
Annual
Extractable
Resource
(in Mcm)
5.72
61.71
11.59
9.19
23.41
9.58
15.00
10.27
9.67
6.77
8.26
16.46
11.53
%
Over-Exploited
170.19
4304.10
338.08
467.87
25.35
22.72
12.63
17.21
92.23
98.88
46.12
242.53
51.98
74.51
Annual
Extractable
Resource
(in Mcm)
87.11
31.87
6.44
79.46
37.51
1.88
2.87
2.16
2.55
8.53
49.23
5.28
21.13
7.28
14.48
12.78
%
Dynamic Ground Water Resources Assessment of India - 2020
1
2
3
4
S.No
Dehradun
Haridwar
Udham Singh Nagar
Nainital
Total
Name of District
548.84
416.98
720.28
166.80
1852.90
Total Annual
Extractable
Resource of
Assessed Units
(in Mcm)
Annual
Extractable
Resource
(in Mcm)
548.84
242.42
624.88
90.51
1506.64
Safe
100.00
58.14
86.76
54.26
81.31
%
174.57
95.40
76.29
346.26
Annual
Extractable
Resource
(in Mcm)
Semi-Critical
41.86
13.24
45.74
18.69
%
DYNAMIC GROUND WATER RESOURCES OF INDIA, 2020
UTTARAKHNAD
Critical
Annual
Extractable
Resource
(in Mcm)
%
Over-Exploited
Annual
Extractable
Resource
(in Mcm)
%
Dynamic Ground Water Resources Assessment of India - 2020
210
1
2
3
4
5
6
7
8
9
10
11
12
13
14
15
16
17
S.No
Bankura
Barddhaman
Birbhum
Dakshin Dinajpur
Darjiling
Haora
Hugli
Jalpaiguri
Koch Bihar
Malda
Murshidabad
Nadia
North 24 Parganas
Paschim Medinipur
Purba Medinipur
Puruliya
Uttar Dinajpur
Total
Name of District
1617.69
2368.78
1165.74
988.36
470.15
296.62
1251.22
2784.65
2366.62
1360.88
2257.26
2047.38
1499.39
3288.63
732.71
727.24
1335.15
26558.47
Total Annual
Extractable
Resource of
Assessed Units
(in Mcm)
93.33
61.95
63.40
100.00
100.00
100.00
26.04
100.00
100.00
90.42
30.13
24.99
96.82
79.49
100.00
100.00
73.42
727.24
1335.15
19498.91
%
Annual
Extractable
Resource
(in Mcm)
1509.73
1467.39
739.11
988.36
470.15
296.62
325.85
2784.65
2366.62
1230.45
680.02
511.68
1451.66
2614.24
Safe
9.58
69.87
75.01
3.18
20.51
100.00
130.42
1577.25
1535.69
47.73
674.40
732.71
26.32
68.48
856.87
6991.06
6.67
38.05
36.60
%
Annual
Extractable
Resource
(in Mcm)
107.96
901.39
426.63
Semi-Critical
DYNAMIC GROUND WATER RESOURCES OF INDIA, 2013
WEST BENGAL
Critical
68.50
68.50
Annual
Extractable
Resource
(in Mcm)
0.26
5.47
%
Over-Exploited
Annual
Extractable
Resource
(in Mcm)
%
Dynamic Ground Water Resources Assessment of India - 2020
211
1
2
3
S.No
N & M Andaman
Nicobar
South Andaman
Total
Name of District
88.05
136.67
60.20
284.92
Total Annual
Extractable
Resource of
Assessed Units
(in Mcm)
Annual
Extractable
Resource
(in Mcm)
88.05
136.67
60.20
284.92
Safe
100.00
100.00
100.00
100.00
%
Annual
Extractable
Resource
(in Mcm)
Semi-Critical
%
DYNAMIC GROUND WATER RESOURCES OF INDIA, 2020
ANDAMAN & NICOBAR ISLAND
Critical
Annual
Extractable
Resource
(in Mcm)
%
Over-Exploited
Annual
Extractable
Resource
(in Mcm)
%
Dynamic Ground Water Resources Assessment of India - 2020
212
1
S.No
Chandigarh
Total
Name of District
57.38
57.38
Total Annual
Extractable
Resource of
Assessed Units
(in Mcm)
Annual
Extractable
Resource
(in Mcm)
Safe
%
Annual
Extractable
Resource
(in Mcm)
57.38
57.38
Semi-Critical
100.00
100.00
%
DYNAMIC GROUND WATER RESOURCES OF INDIA, 2020
CHANDIGARH
Critical
Annual
Extractable
Resource
(in Mcm)
%
Over-Exploited
Annual
Extractable
Resource
(in Mcm)
%
Dynamic Ground Water Resources Assessment of India - 2020
213
1
S.No
Total
Dadra & Nagar Haveli
Name of District
67.52
67.52
Total Annual
Extractable
Resource of
Assessed Units
(in Mcm)
Annual
Extractable
Resource
(in Mcm)
67.52
67.52
Safe
100.00
100.00
%
Annual
Extractable
Resource
(in Mcm)
Semi-Critical
%
DYNAMIC GROUND WATER RESOURCES OF INDIA, 2020
DADRA & NAGAR HAVELI
Critical
Annual
Extractable
Resource
(in Mcm)
%
Over-Exploited
Annual
Extractable
Resource
(in Mcm)
%
Dynamic Ground Water Resources Assessment of India - 2020
214
1
2
S.No
Daman
Diu
Total
Name of District
25.23
2.33
27.56
Total Annual
Extractable
Resource of
Assessed Units
(in Mcm)
2.33
2.33
Annual
Extractable
Resource
(in Mcm)
Safe
100.00
8.45
%
Annual
Extractable
Resource
(in Mcm)
Semi-Critical
%
DYNAMIC GROUND WATER RESOURCES OF INDIA, 2020
DAMAN & DIU
Critical
Annual
Extractable
Resource
(in Mcm)
%
25.23
%
91.55
100.00
Over-Exploited
Annual
Extractable
Resource
(in Mcm)
25.23
Dynamic Ground Water Resources Assessment of India - 2020
215
1
2
3
4
5
6
7
8
9
10
11
12
13
14
15
16
17
18
19
20
S.No
Anantnag
Bandipora
Baramulla
Budgam
Doda
Ganderbal
Jammu
Kathua
Kishtwar
Kulgam
Kupwara
Poonch
Pulwama
Rajouri
Ramban
Reasi
Samba
Shopian
Srinagar
Udhampur
Total
Name of District
195.97
5.77
511.14
380.62
9.67
27.30
799.31
411.88
14.67
84.41
305.87
203.42
214.63
261.99
13.00
58.37
318.53
135.01
128.84
134.92
4215.33
Total Annual
Extractable
Resource of
Assessed Units
(in Mcm)
Annual
Extractable
Resource
(in Mcm)
195.97
5.77
511.14
380.62
9.67
27.30
799.31
411.88
14.67
84.41
305.87
203.42
214.63
261.99
13.00
58.37
318.53
135.01
128.84
134.92
4215.33
Safe
100.00
100.00
100.00
100.00
100.00
100.00
100.00
100.00
100.00
100.00
100.00
100.00
100.00
100.00
100.00
100.00
100.00
100.00
100.00
100.00
100.00
%
Annual
Extractable
Resource
(in Mcm)
Semi-Critical
%
DYNAMIC GROUND WATER RESOURCES OF INDIA, 2020
JAMMU & KASHMIR
Critical
Annual
Extractable
Resource
(in Mcm)
%
Over-Exploited
Annual
Extractable
Resource
(in Mcm)
%
Dynamic Ground Water Resources Assessment of India - 2020
216
1
2
S.No
Kargil
Leh
Total
Name of District
59.11
46.99
106.10
Total Annual
Extractable
Resource of
Assessed Units
(in Mcm)
Annual
Extractable
Resource
(in Mcm)
59.11
46.99
106.10
Safe
100.00
100.00
100.00
%
Annual
Extractable
Resource
(in Mcm)
Semi-Critical
%
DYNAMIC GROUND WATER RESOURCES OF INDIA, 2020
LADAKH
Critical
Annual
Extractable
Resource
(in Mcm)
%
Over-Exploited
Annual
Extractable
Resource
(in Mcm)
%
Dynamic Ground Water Resources Assessment of India - 2020
217
1
2
3
4
5
6
7
8
9
S.No
Agatti
Amini
Androth
Chetlat
Kadmat
Kalpeni
Kavaratti
Kiltan
Minicoy
Total
Name of District
0.51
0.46
0.89
0.19
0.58
0.42
0.69
0.29
0.96
4.99
Total Annual
Extractable
Resource of
Assessed Units
(in Mcm)
100.00
100.00
100.00
100.00
100.00
100.00
100.00
76.99
0.89
0.19
0.58
0.42
0.29
0.96
3.84
%
Annual
Extractable
Resource
(in Mcm)
0.51
Safe
1.15
0.69
0.46
Annual
Extractable
Resource
(in Mcm)
Semi-Critical
23.01
100.00
100.00
%
DYNAMIC GROUND WATER RESOURCES OF INDIA, 2020
LAKSHADWEEP
Critical
Annual
Extractable
Resource
(in Mcm)
%
Over-Exploited
Annual
Extractable
Resource
(in Mcm)
%
Dynamic Ground Water Resources Assessment of India - 2020
218
1
2
3
S.No
Karaikal
Mahe
Puducherry
Total
Name of District
62.83
1.99
136.18
201.01
Total Annual
Extractable
Resource of
Assessed Units
(in Mcm)
100.00
100.00
32.25
64.82
%
Annual
Extractable
Resource
(in Mcm)
62.83
1.99
Safe
Annual
Extractable
Resource
(in Mcm)
Semi-Critical
%
DYNAMIC GROUND WATER RESOURCES OF INDIA, 2020
PUDUCHERRY
Critical
136.18
136.18
Annual
Extractable
Resource
(in Mcm)
100.00
67.75
%
Over-Exploited
Annual
Extractable
Resource
(in Mcm)
%
Dynamic Ground Water Resources Assessment of India - 2020
219
Dynamic Ground Water Resources Assessment of India - 2020
220
Dynamic Ground Water Resources Assessment of India - 2020
Annexure - III(E)
State-Wise Recharge worthy Area of
Assessment Unit under Different Category in India
(as in 2020)
221
Dynamic Ground Water Resources Assessment of India - 2020
222
Dynamic Ground Water Resources Assessment of India - 2020
AREA OF ASSESSMENT UNITS UNDER DIFFERENT CATEGORIES IN INDIA (2020)
Total
Recharge
Worthy Area
S.No. States/Union Territories
of Assessed
Units
(in sq.km)
1
2
3
4
5
6
7
8
9
10
11
12
13
14
15
16
17
18
19
20
21
22
23
24
25
26
27
28
29
30
31
32
33
34
35
36
States
Andhra Pradesh
Arunachal Pradesh
Assam
Bihar
Chhattisgarh
Delhi
Goa
Gujarat
Haryana
Himachal Pradesh
Jharkhand
Karnataka
Kerala
Madhya Pradesh
Maharashtra
Manipur
Meghalaya
Mizoram
Nagaland
Odisha
Punjab
Rajasthan
Sikkim
Tamil Nadu
Telangana
Tripura
Uttar Pradesh
Uttarakhand
West Bengal*
Andaman and Nicobar
Chandigarh
Dadra & Nagar Haveli
Daman & Diu
Jammu and Kashmir
Ladakh
Lakshadweep
Puducherry
Grand Total
137393.11
5721.38
68817.93
90348.70
106078.71
1487.61
2209.59
158589.64
40391.12
3468.00
60452.52
164340.79
27047.54
272180.45
259553.28
2559.00
10645.56
3149.41
14091.48
121593.15
49264.76
290721.07
6722.52
108367.38
105171.69
6197.84
229657.75
4993.04
69046.96
2113.87
114.00
416.00
110.90
8723.68
914.00
26.21
483.00
2433163.63
Safe
Recharge
Worthy Area
(in sq.km)
116145.20
5721.38
68817.93
81540.12
83746.92
147.16
2209.59
111108.94
7558.72
3468.00
57300.44
92923.24
21944.97
201131.06
181293.63
2559.00
10645.56
3149.41
14091.48
117148.73
6547.77
46811.75
6722.52
37852.37
63341.58
6197.84
148825.61
4042.10
52033.60
2111.79
Semi-Critical
%
84.53
100.00
100.00
90.25
78.95
9.89
100.00
70.06
18.71
100.00
94.79
56.54
81.13
73.90
69.85
100.00
100.00
100.00
100.00
96.34
13.29
16.10
100.00
34.93
60.23
100.00
64.80
80.95
75.36
99.90
Recharge
Worthy Area
(in sq.km)
Critical
%
7179.98
5.23
7108.13
16034.59
222.06
Recharge
Worthy Area
(in sq.km)
2625.82
Over-Exploited
%
Recharge
Worthy Area
(in sq.km)
%
1.91
5560.45
4.05
7.87
15.12
14.93
613.97 0.68
6297.20 5.94
348.81 23.45
1086.47
1.20
14848.27
5203.35
9.36
12.88
2603.39
2593.95
1.64
6.42
20603.36 12.99
25035.10 61.98
2409.95
23867.47
4325.19
42776.12
61590.57
3.99
14.52
15.99
15.72
23.73
316.92
8287.16
777.38
6078.98
8219.37
0.52
5.04
2.87
2.23
3.17
425.21 0.70
39262.92 23.89
2263.09
2392.74
27405.92
1.86
4.86
9.43
1906.17
18905.87
3.87
6.50
38418.08 77.98
188661.64 64.89
21409.28
31428.83
19.76
29.88
6075.97
6339.21
5.61
6.03
39907.51 36.83
4062.07 3.86
52007.48
950.94
16823.33
22.65
19.05
24.37
13117.04
5.71
15707.61
190.03
0.28
Saline
Recharge
Worthy Area
(in sq.km)
%
5881.65
4.28
9425.69
5.94
776.89
0.30
2181.33
1.79
8935.89
3.07
3122.25
2.88
2.08
0.10
769.58 51.73
22194.29
7672.81
8.15
2.96
6.84
114.00 100.00
416.00 100.00
40.00 36.07
8723.68 100.00
914.00 100.00
19.99 76.27
108.60 22.48
1567360.67 64.42
70.90 63.93
6.22
23.73
340367.51
13.99
293.00 60.66
85590.25 3.52
NOTE
*West Bengal- The Ground Water Resource Assessment as on 2013 has been considered for state of West Bengal.
223
409438.00 16.83
81.40 16.85
30407.18 1.25
Dynamic Ground Water Resources Assessment of India - 2020
224
Dynamic Ground Water Resources Assessment of India - 2020
Annexure - III(F)
District–Wise Recharge Worthy Area of Assessment Unit
under Different Category in India
(as in 2020)
225
Dynamic Ground Water Resources Assessment of India - 2020
226
1
2
3
4
5
6
7
8
9
10
11
12
13
S.No
Anantapur
Chittoor
East Godavari
Guntur
Kadapa
Krishna
Kurnool
Nellore
Prakasam
Srikakulam
Visakhapatnam
Vizianagaram
West Godavari
Total
Name of District
17101.03
10127.78
10430.73
10433.61
12193.03
8572.67
14770.82
12472.34
14693.93
5563.55
6480.99
6133.42
8419.20
137393.11
Total Recharge
Worthy Area of
Assessed Units
(in sq.km)
%
12710.12
74.32
6797.15
67.11
9042.04
86.69
9008.31
86.34
9474.11
77.70
5671.31
66.16
14125.04
95.63
12063.19
96.72
12360.90
84.12
5563.55
100.00
6480.99 100.00
6133.42 100.00
6715.06
79.76
116145.20
84.53
Recharge
Worthy Area
of Assessed
Units
(in sq.km)
Safe
6.06
25.76
1.56
11.21
2.42
2.87
1.97
7.68
5.23
1367.06
207.55
424.06
245.66
1127.86
7179.98
%
1036.26
2609.07
162.46
Recharge
Worthy Area
of Assessed
Units
(in sq.km)
Semi-Critical
1.50
1.31
221.72
163.49
1.91
2.81
7.71
292.80
940.15
2625.82
1.67
7.12
%
286.10
721.56
Recharge
Worthy Area
of Assessed
Units
(in sq.km)
Critical
DYNAMIC GROUND WATER RESOURCES OF INDIA, 2020
ANDHRA PRADESH
5560.45
1205.17
875.02
411.71
3068.55
Recharge
Worthy Area
of Assessed
Units
(in sq.km)
4.05
8.20
8.39
3.38
17.94
%
Over-Exploited
1704.14
5881.65
2693.81
1226.23
257.48
Recharge
Worthy Area
of Assessed
Units
(in sq.km)
Saline
20.24
4.28
31.42
11.76
2.47
%
Dynamic Ground Water Resources Assessment of India - 2020
227
1
2
3
4
5
6
7
8
9
10
11
S.No
Tirap
Changlang
Lohit
Lower Dibang Valley
East Siang
West Siang
East Kameng
West Kameng
Lower Subansiri
Upper Subansiri
Papum Pare
Total
Name of District
125.00
530.00
2000.00
1200.00
1101.00
104.59
312.50
61.75
101.35
7.00
178.19
5721.38
Total Recharge
Worthy Area of
Assessed Units
(in sq.km)
125.00
530.00
2000.00
1200.00
1101.00
104.59
312.50
61.75
101.35
7.00
178.19
5721.38
Recharge
Worthy Area
of Assessed
Units
(in sq.km)
Safe
100.00
100.00
100.00
100.00
100.00
100.00
100.00
100.00
100.00
100.00
100.00
100.00
%
Recharge
Worthy Area
of Assessed
Units
(in sq.km)
%
Semi-Critical
Recharge
Worthy Area
of Assessed
Units
(in sq.km)
Critical
DYNAMIC GROUND WATER RESOURCES OF INDIA, 2020
ARUNACHAL PRADESH
%
Recharge
Worthy Area
of Assessed
Units
(in sq.km)
%
Over-Exploited
Recharge
Worthy Area
of Assessed
Units
(in sq.km)
Saline
%
Dynamic Ground Water Resources Assessment of India - 2020
228
1
2
3
4
5
6
7
8
9
10
11
12
13
14
15
16
17
18
19
20
21
22
23
24
25
26
27
28
S.No
Baksa
Barpeta
Bongaigaon
Cachar
Chirang
Darrang
Dhemaji
Dhubri
Dibrugarh
Dima Hasao
Goalpara
Golaghat
Hailakandi
Jorhat
Kamrup
Kamrup Metro Rural
Kamrup Metro Urban
Karbi Anglong
Karimganj
Kokrajhar
Lakhimpur
Morigaon
Nagaon
Nalbari
Sivasagar
Sonitpur
Tinsukia
Udalguri
Total
Name of District
2448.73
2270.55
997.30
2733.58
1917.94
1576.54
3151.56
2143.92
3346.88
2343.00
1719.83
3481.40
1049.81
2794.08
2630.24
458.70
200.42
6560.91
1676.48
3270.30
2249.30
1490.66
3773.41
1036.30
2644.59
5132.24
3717.57
2001.69
68817.93
Total Recharge
Worthy Area of
Assessed Units
(in sq.km)
2448.73
2270.55
997.30
2733.58
1917.94
1576.54
3151.56
2143.92
3346.88
2343.00
1719.83
3481.40
1049.81
2794.08
2630.24
458.70
200.42
6560.91
1676.48
3270.30
2249.30
1490.66
3773.41
1036.30
2644.59
5132.24
3717.57
2001.69
68817.93
Recharge
Worthy Area
of Assessed
Units
(in sq.km)
Safe
100.00
100.00
100.00
100.00
100.00
100.00
100.00
100.00
100.00
100.00
100.00
100.00
100.00
100.00
100.00
100.00
100.00
100.00
100.00
100.00
100.00
100.00
100.00
100.00
100.00
100.00
100.00
100.00
100.00
%
Recharge
Worthy Area
of Assessed
Units
(in sq.km)
%
Semi-Critical
Recharge
Worthy Area
of Assessed
Units
(in sq.km)
Critical
DYNAMIC GROUND WATER RESOURCES OF INDIA, 2020
ASSAM
%
Recharge
Worthy Area
of Assessed
Units
(in sq.km)
%
Over-Exploited
Recharge
Worthy Area
of Assessed
Units
(in sq.km)
Saline
%
Dynamic Ground Water Resources Assessment of India - 2020
229
1
2
3
4
5
6
7
8
9
10
11
12
13
14
15
16
17
18
19
20
21
22
23
24
25
26
27
28
29
30
31
32
33
34
35
36
37
38
S.No
Araria
Arwal
Aurangabad
Banka
Begusarai
Bhagalpur
Bhojpur
Buxar
Darbhanga
East Champaran
Gaya
Gopalganj
Jamui
Jehanabad
Kaimur
Katihar
Khagaria
Kishanganj
Lakhisarai
Madhepura
Madhubani
Munger
Muzaffarpur
Nalanda
Nawada
Patna
Purnia
Rohats
Saharsa
Samastipur
Saran
Sheikhpura
Sheohar
Sitamarhi
Siwan
Supaul
Vaishali
West Champaran
Total
Name of District
2789.37
636.83
3090.54
2673.00
1891.31
2602.55
2275.30
1710.06
2504.29
3958.87
4909.78
2019.13
2551.14
932.57
2980.40
3009.91
1485.72
1911.43
1144.94
1788.40
3486.45
1331.42
3042.77
2316.46
2456.58
3200.84
3202.39
3751.43
1661.28
2612.87
2629.57
662.59
442.99
2185.20
2223.07
2410.26
1995.18
3871.81
90348.70
Total Recharge
Worthy Area of
Assessed Units
(in sq.km)
2980.40
2920.70
1485.72
1911.43
1010.75
949.89
3486.45
1331.42
2637.39
1626.37
1995.71
2142.06
2992.44
3751.43
1661.28
2441.65
2575.74
662.59
442.99
2045.88
2098.76
2410.26
1305.21
3871.81
81540.12
2789.37
636.83
3090.54
2673.00
1725.20
2602.55
1550.60
1539.56
2504.29
3958.87
3160.71
2019.13
2551.14
Recharge
Worthy Area
of Assessed
Units
(in sq.km)
Safe
100.00
97.04
100.00
100.00
88.28
53.11
100.00
100.00
86.68
70.21
81.24
66.92
93.44
100.00
100.00
93.45
97.95
100.00
100.00
93.62
94.41
100.00
65.42
100.00
90.25
100.00
100.00
100.00
100.00
91.22
100.00
68.15
90.03
100.00
100.00
64.38
100.00
100.00
%
11.72
46.89
3.63
26.30
13.80
33.08
6.56
6.55
2.05
6.38
5.59
27.56
7.87
110.49
609.16
339.04
1058.78
209.95
171.22
53.83
139.31
124.31
549.94
7108.13
48.92
456.17
134.19
838.51
23.68
1162.71
2.96
31.85
9.97
724.70
170.50
89.21
8.78
%
166.11
Recharge
Worthy Area
of Assessed
Units
(in sq.km)
Semi-Critical
230
613.97
140.03
121.83
352.11
Recharge
Worthy Area
of Assessed
Units
(in sq.km)
Critical
DYNAMIC GROUND WATER RESOURCES OF INDIA, 2020
BIHAR
0.68
7.02
4.96
37.76
%
1086.47
294.89
80.93
124.29
586.36
Recharge
Worthy Area
of Assessed
Units
(in sq.km)
1.20
9.69
3.49
13.33
11.94
%
Over-Exploited
Recharge
Worthy Area
of Assessed
Units
(in sq.km)
Saline
%
Dynamic Ground Water Resources Assessment of India - 2020
1
2
3
4
5
6
7
8
9
10
11
12
13
14
15
16
17
18
19
20
21
22
23
24
25
26
27
S.No
Balod
Baloda Bazar
Balrampur
Bastar
Bemetara
Bijapur
Bilaspur
Dantewara
Dhamtari
Durg
Gariaband
Janjgir-Champa
Jashpur
Kanker
Kawardha
Kondagaon
Korba
Koriya
Mahasamund
Mungeli
Narayanpur
Raigarh
Raipur
Rajnandgaon
Sukma
Surajpur
Surguja
Total
Name of District
2614.70
4994.40
5661.31
3835.33
2854.81
4377.29
4827.18
3118.66
2487.06
2319.99
2631.40
3696.47
4510.05
6260.36
4239.63
3722.41
4314.30
4024.87
4597.20
1639.42
3510.43
5208.65
2891.98
5636.52
5211.99
2637.88
4254.42
106078.71
Total Recharge
Worthy Area of
Assessed Units
(in sq.km)
%
2036.10
2592.84
4510.05
5805.01
1628.92
3722.41
3843.14
4024.87
3142.20
1639.42
3510.43
3860.01
2239.67
3039.14
5211.99
2073.14
4254.42
83746.92
77.38
70.14
100.00
92.73
38.42
100.00
89.08
100.00
68.35
100.00
100.00
74.11
77.44
53.92
100.00
78.59
100.00
78.95
4377.29 100.00
3948.28
81.79
3118.66 100.00
1292.95
49.45
4379.34
87.69
5661.31 100.00
3835.33 100.00
Recharge
Worthy Area
of Assessed
Units
(in sq.km)
Safe
18.21
72.71
70.90
22.62
29.86
7.27
22.71
10.92
31.65
25.89
31.87
21.41
15.12
1808.23
1644.82
595.30
1103.63
455.35
962.82
471.16
1455.00
1348.64
1796.15
564.74
16034.59
47.28
1349.84
878.90
37.67
12.31
%
984.95
615.06
Recharge
Worthy Area
of Assessed
Units
(in sq.km)
Semi-Critical
231
6297.20
652.31
801.23
1647.89
678.83
675.17
1504.97
336.80
Recharge
Worthy Area
of Assessed
Units
(in sq.km)
Critical
DYNAMIC GROUND WATER RESOURCES OF INDIA, 2020
CHHATISGARH
5.94
22.56
14.21
38.87
27.29
29.10
52.72
12.88
%
Recharge
Worthy Area
of Assessed
Units
(in sq.km)
%
Over-Exploited
Recharge
Worthy Area
of Assessed
Units
(in sq.km)
Saline
%
Dynamic Ground Water Resources Assessment of India - 2020
1
2
3
4
5
6
7
8
9
10
11
12
S.No
Central
East
New Delhi
North
North East
North West
Shahdara
South
South East
South West
West
Nazul Land
Total
Name of District
79.31
31.60
158.09
291.14
35.67
154.36
34.59
157.85
103.52
305.16
110.54
25.79
1487.61
Total Recharge
Worthy Area of
Assessed Units
(in sq.km)
78.63
%
25.79 100.00
147.16
9.89
121.37
Recharge
Worthy Area
of Assessed
Units
(in sq.km)
Safe
14.93
90.52
100.06
222.06
21.37
93.54
46.93
%
32.99
74.18
14.83
Recharge
Worthy Area
of Assessed
Units
(in sq.km)
Semi-Critical
23.45
38.04
42.12
39.38
128.53
348.81
20.94
49.31
84.38
%
7.24
143.56
30.10
Recharge
Worthy Area
of Assessed
Units
(in sq.km)
Critical
DYNAMIC GROUND WATER RESOURCES OF INDIA, 2020
DELHI
%
769.58
51.73
27.34
79.06
157.85 100.00
64.14
61.96
176.63
57.88
10.48
9.48
5.13
6.46
16.77
53.07
158.09 100.00
147.58
50.69
5.57
15.62
Recharge
Worthy Area
of Assessed
Units
(in sq.km)
Over-Exploited
Recharge
Worthy Area
of Assessed
Units
(in sq.km)
Saline
%
Dynamic Ground Water Resources Assessment of India - 2020
232
1
2
S.No
Goa North
South Goa
Total
Name of District
989.87
1219.72
2209.59
Total Recharge
Worthy Area of
Assessed Units
(in sq.km)
%
989.87 100.00
1219.72 100.00
2209.59 100.00
Recharge
Worthy Area
of Assessed
Units
(in sq.km)
Safe
Recharge
Worthy Area
of Assessed
Units
(in sq.km)
%
Semi-Critical
Recharge
Worthy Area
of Assessed
Units
(in sq.km)
Critical
DYNAMIC GROUND WATER RESOURCES OF INDIA, 2020
GOA
%
Recharge
Worthy Area
of Assessed
Units
(in sq.km)
%
Over-Exploited
Recharge
Worthy Area
of Assessed
Units
(in sq.km)
Saline
%
Dynamic Ground Water Resources Assessment of India - 2020
233
1
2
3
4
5
6
7
8
9
10
11
12
13
14
15
16
17
18
19
20
21
22
23
24
25
26
27
28
29
30
31
32
33
S.No
Ahmedabad
Amreli
Anand
Arvalli
Banaskantha
Bharuch
Bhavnagar
Botad
Chhota Udepur
Dahod
Dang
Devbhumi Dwaraka
Gandhinagar
Gir Somnath
Jamnagar
Junagadh
Kachchh
Kheda
Mahesana
Mahisagar
Morbi
Narmada
Navsari
Panchmahal
Patan
Porbandar
Rajkot
Sabarkantha
Surat
Surendra Nagar
Tapi
Vadodara
Valsad
Total
Name of District
7018.65
7375.45
2826.48
3154.49
10107.23
5196.69
6693.90
2561.12
3287.32
3528.22
1353.10
3952.82
2165.84
3762.95
6018.52
4946.18
19506.50
3366.26
4382.29
2453.50
4803.71
2468.31
2141.24
3190.03
5731.04
2261.95
7473.83
3777.97
4107.72
9218.12
3030.33
4096.10
2631.78
158589.64
Total Recharge
Worthy Area of
Assessed Units
(in sq.km)
3044.75
6527.85
2826.48
3154.49
1200.69
5196.69
6693.90
2561.12
3287.32
3528.22
1353.10
3952.82
0.00
2589.25
6018.52
1329.50
11399.75
3140.84
0.00
2453.50
4033.73
1744.01
2141.24
3190.03
0.00
1144.35
6478.59
1481.27
4107.72
7975.60
3030.33
2891.50
2631.78
111108.94
Recharge
Worthy Area
of Assessed
Units
(in sq.km)
Safe
43.38
88.51
100.00
100.00
11.88
100.00
100.00
100.00
100.00
100.00
100.00
100.00
0.00
68.81
100.00
26.88
58.44
93.30
0.00
100.00
83.97
70.66
100.00
100.00
0.00
50.59
86.68
39.21
100.00
86.52
100.00
70.59
100.00
70.06
%
20.38
11.49
13.21
39.71
31.19
22.16
6.70
34.12
29.34
8.37
49.41
13.32
50.22
5.43
16.36
9.36
1335.09
860.02
1173.70
1096.30
225.42
1495.27
724.30
479.71
1117.60
995.24
1897.14
500.76
670.00
14848.27
%
1430.12
847.60
Recharge
Worthy Area
of Assessed
Units
(in sq.km)
Semi-Critical
234
2603.39
374.78
552.36
901.70
774.55
Recharge
Worthy Area
of Assessed
Units
(in sq.km)
Critical
DYNAMIC GROUND WATER RESOURCES OF INDIA, 2020
GUJARAT
1.64
6.54
12.60
18.23
11.04
%
5447.53
0.00
0.00
0.00
0.00
0.00
0.00
0.00
1305.82
0.00
0.00
1618.68
7953.40
0.00
2334.66
0.00
0.00
0.00
0.00
0.00
1009.11
0.00
0.00
399.56
0.00
0.00
0.00
534.60
0.00
20603.36
Recharge
Worthy Area
of Assessed
Units
(in sq.km)
53.90
0.00
0.00
0.00
0.00
0.00
0.00
0.00
60.29
0.00
0.00
32.73
40.77
0.00
53.27
0.00
0.00
0.00
0.00
0.00
17.61
0.00
0.00
10.58
0.00
0.00
0.00
13.05
0.00
12.99
%
Over-Exploited
9425.69
741.76
3867.44
769.98
153.35
2123.93
1769.23
Recharge
Worthy Area
of Assessed
Units
(in sq.km)
Saline
5.94
8.05
67.48
16.03
0.79
21.01
25.21
%
Dynamic Ground Water Resources Assessment of India - 2020
1
2
3
4
5
6
7
8
9
10
11
12
13
14
15
16
17
18
19
20
21
22
S.No
Ambala
Bhiwani
Charkhi Dadri
Faridabad
Fatehabad
Gurgaon
Hisar
Jhajjar
Jind
Kaithal
Karnal
Kurukshetra
Mahendragarh
Mewat
Palwal
Panchkula
Panipat
Rewari
Rohtak
Sirsa
Sonipat
Yamuna Nagar
Total
Name of District
1509.05
2674.95
1343.36
577.31
2518.50
1211.13
4068.38
1536.60
2680.27
2228.72
2468.66
1684.20
1885.42
1107.02
1200.20
506.72
1296.37
1440.18
1503.89
3521.00
1996.41
1432.77
40391.12
Total Recharge
Worthy Area of
Assessed Units
(in sq.km)
%
0.00
0.00
415.67
15.54
653.27
48.63
0.00
0.00
0.00
0.00
0.00
0.00
528.97
13.00
1327.82
86.41
660.07
24.63
0.00
0.00
0.00
0.00
0.00
0.00
622.46
33.01
434.71
39.27
301.70
25.14
398.44
78.63
0.00
0.00
0.00
0.00
1503.89 100.00
0.00
0.00
711.74
35.65
0.00
0.00
7558.72
18.71
Recharge
Worthy Area
of Assessed
Units
(in sq.km)
Safe
351.23
978.66
0.00
0.00
0.00
0.00
1933.29
208.77
196.18
0.00
243.01
0.00
224.70
171.50
399.26
0.00
0.00
0.00
0.00
496.75
0.00
0.00
5203.35
Recharge
Worthy Area
of Assessed
Units
(in sq.km)
23.27
36.59
0.00
0.00
0.00
0.00
47.52
13.59
7.32
0.00
9.84
0.00
11.92
15.49
33.27
0.00
0.00
0.00
0.00
14.11
0.00
0.00
12.88
%
Semi-Critical
394.67
0.00
0.00
0.00
380.77
0.00
696.82
0.00
0.00
0.00
0.00
0.00
207.28
314.77
154.60
108.28
0.00
198.10
0.00
0.00
0.00
138.65
2593.95
Recharge
Worthy Area
of Assessed
Units
(in sq.km)
Critical
DYNAMIC GROUND WATER RESOURCES OF INDIA, 2020
HARYANA
26.15
0.00
0.00
0.00
15.12
0.00
17.13
0.00
0.00
0.00
0.00
0.00
10.99
28.43
12.88
21.37
0.00
13.76
0.00
0.00
0.00
9.68
6.42
%
763.14
1280.63
690.09
577.31
2137.73
1211.13
909.30
0.00
1824.03
2228.72
2225.65
1684.20
830.98
186.05
344.65
0.00
1296.37
1242.08
0.00
3024.24
1284.68
1294.12
25035.10
Recharge
Worthy Area
of Assessed
Units
(in sq.km)
50.57
47.87
51.37
100.00
84.88
100.00
22.35
0.00
68.05
100.00
90.16
100.00
44.07
16.81
28.72
0.00
100.00
86.24
0.00
85.89
64.35
90.32
61.98
%
Over-Exploited
Recharge
Worthy Area
of Assessed
Units
(in sq.km)
Saline
%
Dynamic Ground Water Resources Assessment of India - 2020
235
1
2
3
4
5
S.No
Kangra
Mandi
Sirmour
Solan
Una
Total
Name of District
1476.00
159.00
358.00
336.00
1139.00
3468.00
Total Recharge
Worthy Area of
Assessed Units
(in sq.km)
1476.00
159.00
358.00
336.00
1139.00
3468.00
Recharge
Worthy Area
of Assessed
Units
(in sq.km)
Safe
100.00
100.00
100.00
100.00
100.00
100.00
%
Recharge
Worthy Area
of Assessed
Units
(in sq.km)
%
Semi-Critical
Recharge
Worthy Area
of Assessed
Units
(in sq.km)
Critical
DYNAMIC GROUND WATER RESOURCES OF INDIA, 2020
HIMACHAL PRADESH
%
Recharge
Worthy Area
of Assessed
Units
(in sq.km)
%
Over-Exploited
Recharge
Worthy Area
of Assessed
Units
(in sq.km)
Saline
%
Dynamic Ground Water Resources Assessment of India - 2020
236
1
2
3
4
5
6
7
8
9
10
11
12
13
14
15
16
17
18
19
20
21
22
23
24
S.No
Bokaro
Chatra
Deoghar
Dhanbad
Dumka
East Singhbhum
Garhwa
Giridih
Godda
Gumla
Hazaribagh
Jamtara
Khunti
Koderma
Latehar
Lohardaga
Pakur
Palamau
Ramgarh
Ranchi
Sahebganj
Saraikela - Kharsawa
Simdega
West Singhbhum
Total
Name of District
2624.43
3260.87
1906.98
1759.69
2813.67
2509.93
2916.43
4400.79
1664.02
4071.15
3526.62
983.46
1670.05
909.02
2385.13
1275.63
1277.59
3473.44
1112.67
3723.53
1144.09
2070.39
3090.60
5882.34
60452.52
Total Recharge
Worthy Area of
Assessed Units
(in sq.km)
1990.78
3260.87
1794.43
1071.18
2813.67
2306.69
2706.62
4400.79
1664.02
4071.15
3416.42
983.46
1670.05
909.02
2385.13
1275.63
1277.59
3473.44
636.90
3005.18
1144.09
2070.39
3090.60
5882.34
57300.44
Recharge
Worthy Area
of Assessed
Units
(in sq.km)
Safe
75.86
100.00
94.10
60.87
100.00
91.90
92.81
100.00
100.00
100.00
96.88
100.00
100.00
100.00
100.00
100.00
100.00
100.00
57.24
80.71
100.00
100.00
100.00
100.00
94.79
%
237
3.99
3.12
110.20
2409.95
7.19
209.81
42.76
14.04
5.90
24.89
112.55
438.07
475.77
522.60
20.61
%
540.95
Recharge
Worthy Area
of Assessed
Units
(in sq.km)
Semi-Critical
316.92
195.75
121.17
Recharge
Worthy Area
of Assessed
Units
(in sq.km)
Critical
DYNAMIC GROUND WATER RESOURCES OF INDIA, 2020
JHARKHAND
0.52
5.26
6.89
%
0.70
8.10
203.24
425.21
7.35
3.53
%
129.27
92.70
Recharge
Worthy Area
of Assessed
Units
(in sq.km)
Over-Exploited
Recharge
Worthy Area
of Assessed
Units
(in sq.km)
Saline
%
Dynamic Ground Water Resources Assessment of India - 2020
1
2
3
4
5
6
7
8
9
10
11
12
13
14
15
16
17
18
19
20
21
22
23
24
25
26
27
28
29
30
S.No
Bagalkot
Bangalore Rural
Bangalore Urban
Belagavi
Bellary
Bidar
Chamrajnagara
Chikballapur
Chikkamagalur
Chitradurga
Dakshin Kanna
Davangere
Dharwad
Gadag
Hassan
Haveri
Kalburagi
Kodagu
Kolar
Koppal
Mandya
Mysuru
Raichur
Ramanagaram
Shivamogga
Tumakuru
Udupi
Uttar Kannada
Vijayapura
Yadgir
Total
Name of District
5952.57
2035.77
1720.61
12196.30
9239.57
4014.71
3828.27
3407.08
5937.91
7687.13
3376.01
4284.23
3596.67
3893.27
6455.66
4812.20
10254.86
3634.44
2988.53
5029.76
4240.26
5316.16
5849.31
3164.06
7391.72
9414.13
3036.67
7707.85
9824.24
4050.82
164340.79
Total Recharge
Worthy Area of
Assessed Units
(in sq.km)
33.34
64.23
71.81
4066.12
5934.41
2883.07
238
62.67
83.35
84.79
68.44
7391.72 100.00
2818.50
29.94
3036.67 100.00
7707.85 100.00
6372.15
64.86
2632.59
64.99
92923.24
56.54
3152.33
3534.46
4507.34
4003.26
4348.22
73.23
667.34
8.68
3376.01 100.00
994.25
23.21
3596.67 100.00
396.98
10.20
4150.02
64.29
2594.29
53.91
8937.00
87.15
3634.44 100.00
36.75
%
2187.55
Recharge
Worthy Area
of Assessed
Units
(in sq.km)
Safe
12.94
27.47
35.01
14.52
2698.94
1418.23
23867.47
24.42
16.65
15.21
31.56
18.69
1218.54
1228.42
705.80
808.82
1846.05
591.39
46.09
12.85
40.82
1589.13
2217.91
1317.86
17.81
25.37
10.22
28.19
34.25
16.49
%
762.84
3094.71
944.29
1131.64
1311.25
981.65
Recharge
Worthy Area
of Assessed
Units
(in sq.km)
Semi-Critical
7.67
5.04
8287.16
81.31
20.87
15.50
753.16
2572.67
812.50
1000.87
15.45
4.86
186.06
662.05
12.17
13.71
%
1483.71
816.14
Recharge
Worthy Area
of Assessed
Units
(in sq.km)
Critical
DYNAMIC GROUND WATER RESOURCES OF INDIA, 2020
KARNATAKA
%
28.12
20.21
43.53
39262.92
5377.09
23.89
57.12
2988.53 100.00
649.02
12.90
1094.65
1304.77
1865.09
2330.96
60.89
3407.08 100.00
1589.69
26.77
7019.79
91.32
1967.24
33.05
2035.77 100.00
1720.61 100.00
3551.75
29.12
2360.87
25.55
Recharge
Worthy Area
of Assessed
Units
(in sq.km)
Over-Exploited
Recharge
Worthy Area
of Assessed
Units
(in sq.km)
Saline
%
Dynamic Ground Water Resources Assessment of India - 2020
1
2
3
4
5
6
7
8
9
10
11
12
13
14
S.No
Alappuzha
Ernakulam
Idukki
Kannur
Kasargod
Kollam
Kottayam
Kozhikode
Malappuram
Palakkad
Pathanamthitta
Thiruvananthapuram
Thrissur
Wayanad
Total
Name of District
1414.03
2269.48
1088.91
2323.96
1648.30
2112.00
1970.88
1661.80
2541.81
2982.28
1296.65
1942.97
2366.85
1427.62
27047.54
Total Recharge
Worthy Area of
Assessed Units
(in sq.km)
1414.03
2269.48
854.63
2002.78
550.63
1964.97
1970.88
1352.33
1327.05
2084.06
1296.65
1452.78
1977.08
1427.62
21944.97
Recharge
Worthy Area
of Assessed
Units
(in sq.km)
Safe
100.00
100.00
78.48
86.18
33.41
93.04
100.00
81.38
52.21
69.88
100.00
74.77
83.53
100.00
81.13
%
25.23
16.47
490.19
389.77
15.99
18.62
47.79
12.73
309.47
1214.76
379.60
4325.19
21.52
13.82
50.90
6.96
%
234.28
321.18
838.91
147.03
Recharge
Worthy Area
of Assessed
Units
(in sq.km)
Semi-Critical
777.38
518.62
258.76
Recharge
Worthy Area
of Assessed
Units
(in sq.km)
Critical
DYNAMIC GROUND WATER RESOURCES OF INDIA, 2020
KERALA
2.87
17.39
15.70
%
Recharge
Worthy Area
of Assessed
Units
(in sq.km)
%
Over-Exploited
Recharge
Worthy Area
of Assessed
Units
(in sq.km)
Saline
%
Dynamic Ground Water Resources Assessment of India - 2020
239
1
2
3
4
5
6
7
8
9
10
11
12
13
14
15
16
17
18
19
20
21
22
23
24
25
26
27
28
29
30
31
32
33
34
35
36
37
38
39
S.No
Agar Malwa
Alirajpur
Anuppur
Ashoknagar
Balaghat
Barwani
Betul
Bhind
Bhopal
Burhanpur
Chhatarpur
Chhindwara
Damoh
Datia
Dewas
Dhar
Dindori
Guna
Gwalior
Harda
Hoshangabad
Indore
Jabalpur
Jhabua
Katni
Khandwa
Khargone
Mandla
Mandsaur
Morena
Narsinghpur
Neemuch
Panna
Raisen
Rajgarh
Ratlam
Rewa
Sagar
Satna
Name of District
2515.76
3054.00
2942.00
4622.44
8914.93
3668.31
8564.50
4459.00
2648.00
2570.50
7904.34
8793.01
4746.19
2662.00
5770.82
8126.40
4963.00
6175.14
4475.60
2700.90
5583.52
3818.97
4505.38
3112.00
4666.48
6242.49
6568.97
7269.10
4990.47
4384.89
4791.00
3757.44
6824.69
6609.39
6154.98
4616.00
5911.36
9254.18
6721.06
Total Recharge
Worthy Area of
Assessed Units
(in sq.km)
240
26.01
100.00
100.00
76.83
100.00
72.14
77.80
100.00
51.51
100.00
49.82
74.80
80.97
100.00
57.42
63.61
100.00
100.00
90.54
100.00
88.02
%
5464.10
92.43
9254.18 100.00
4229.20
62.92
6824.69 100.00
5744.99
86.92
1105.00
17.95
4384.89 100.00
3947.00
82.38
4362.38
96.83
2699.00
86.73
4666.48 100.00
5381.49
86.21
6074.57
92.47
7269.10 100.00
654.46
3054.00
2942.00
3551.29
8914.93
2646.15
6663.50
4459.00
1364.00
2570.50
3938.28
6577.13
3842.82
2662.00
3313.70
5169.00
4963.00
6175.14
4052.25
2700.90
4914.52
Recharge
Worthy Area
of Assessed
Units
(in sq.km)
Safe
22.76
1136.00
13.08
45.12
21.08
7.57
37.08
864.40
2776.98
973.00
447.26
2491.86
17.62
30.69
13.79
7.53
861.00
494.40
844.00
1153.00
13.27
413.00
11.98
26.73
669.00
1020.92
50.18
17.98
19.03
3966.06
1580.72
903.37
9.46
48.49
1284.00
423.35
19.91
22.20
730.36
1901.00
15.19
23.17
1071.15
876.31
27.86
%
700.83
Recharge
Worthy Area
of Assessed
Units
(in sq.km)
Semi-Critical
2273.00
1312.47
143.00
534.00
635.16
Recharge
Worthy Area
of Assessed
Units
(in sq.km)
Critical
DYNAMIC GROUND WATER RESOURCES OF INDIA, 2020
MADHYA PRADESH
36.93
26.30
3.17
6.57
7.22
%
3643.00
2604.44
2542.00
2798.05
1580.81
2423.40
291.80
1160.47
Recharge
Worthy Area
of Assessed
Units
(in sq.km)
78.92
69.31
50.94
73.27
27.39
29.82
7.95
46.13
%
Over-Exploited
Recharge
Worthy Area
of Assessed
Units
(in sq.km)
Saline
%
Dynamic Ground Water Resources Assessment of India - 2020
40
41
42
43
44
45
46
47
48
49
50
51
S.No
Sehore
Seoni
Shahdol
Shajapur
Sheopur
Shivpuri
Sidhi
Singrauli
Tikamgarh
Ujjain
Umaria
Vidisha
Total
Name of District
4627.16
8050.50
4978.00
3396.17
5334.80
9770.49
3603.85
4512.60
4881.64
5939.33
4219.00
6807.70
272180.45
Total Recharge
Worthy Area of
Assessed Units
(in sq.km)
%
4219.00 100.00
5156.70
75.75
201131.06
73.90
5334.80 100.00
4354.54
44.57
3603.85 100.00
4512.60 100.00
939.62
19.25
3445.81
74.47
8050.50 100.00
4978.00 100.00
Recharge
Worthy Area
of Assessed
Units
(in sq.km)
Safe
24.25
15.72
80.75
55.60
3942.02
3302.11
1651.00
42776.12
55.43
26.00
%
5415.95
883.07
Recharge
Worthy Area
of Assessed
Units
(in sq.km)
Semi-Critical
6078.98
1181.35
Recharge
Worthy Area
of Assessed
Units
(in sq.km)
Critical
DYNAMIC GROUND WATER RESOURCES OF INDIA, 2020
MADHYA PRADESH
2.23
25.53
%
22194.29
2637.22
2513.10
Recharge
Worthy Area
of Assessed
Units
(in sq.km)
8.15
44.40
74.00
%
Over-Exploited
Recharge
Worthy Area
of Assessed
Units
(in sq.km)
Saline
%
Dynamic Ground Water Resources Assessment of India - 2020
241
1
2
3
4
5
6
7
8
9
10
11
12
13
14
15
16
17
18
19
20
21
22
23
24
25
26
27
28
29
30
31
32
33
34
S.No
Ahmednagar
Akola
Amravati
Aurangabad
Beed
Bhandara
Buldhana
Chandrapur
Dhule
Gadchiroli
Gondia
Hingoli
Jalgaon
Jalna
Kolhapur
Latur
Nagpur
Nanded
Nandurbar
Nashik
Osmanabad
Palghar
Parbhani
Pune
Raigad
Ratnagiri
Sangli
Satara
Sindhudurg
Solapur
Thane
Wardha
Washim
Yawatmal
Total
Name of District
15624.75
5141.65
8392.39
9501.74
10352.05
3964.97
8206.15
10476.57
6421.32
8866.49
4597.05
4662.41
11378.83
7718.00
5621.76
6635.48
7990.42
10177.71
4152.78
13488.56
6716.28
2400.11
6214.00
12757.28
3747.59
5113.07
8427.58
8775.07
2793.06
14838.90
2334.47
5812.16
4811.96
11440.67
259553.28
Total Recharge
Worthy Area of
Assessed Units
(in sq.km)
5172.01
4458.18
2819.41
1889.75
10352.05
3964.97
1412.64
10476.57
6421.32
8866.49
4597.05
4662.41
2411.85
7718.00
5621.76
5724.75
6875.12
10177.71
4152.78
7485.45
4671.26
2400.11
6214.00
3018.35
3747.59
5113.07
7678.05
3521.35
2793.06
3080.47
2334.47
5208.96
4811.96
11440.67
181293.63
Recharge
Worthy Area
of Assessed
Units
(in sq.km)
Safe
33.10
86.71
33.59
19.89
100.00
100.00
17.21
100.00
100.00
100.00
100.00
100.00
21.20
100.00
100.00
86.27
86.04
100.00
100.00
55.49
69.55
100.00
100.00
23.66
100.00
100.00
91.11
40.13
100.00
20.76
100.00
89.62
100.00
100.00
69.85
%
22.95
30.45
64.68
8.89
59.87
69.18
10.38
23.73
3096.05
2045.02
8252.02
749.53
5253.72
10265.44
603.20
61590.57
63.19
7190.22
13.73
13.96
69.89
5735.06
910.73
1115.30
38.23
13.29
25.09
80.11
%
5972.85
683.47
2105.96
7611.99
Recharge
Worthy Area
of Assessed
Units
(in sq.km)
Semi-Critical
242
8219.37
1486.91
2907.06
3825.41
Recharge
Worthy Area
of Assessed
Units
(in sq.km)
Critical
DYNAMIC GROUND WATER RESOURCES OF INDIA, 2020
MAHARASHTRA
3.17
11.66
21.55
24.48
%
7672.81
1492.99
1776.76
2.96
10.06
15.61
12.90
32.05
2690.13
1058.45
4.19
%
654.48
Recharge
Worthy Area
of Assessed
Units
(in sq.km)
Over-Exploited
776.89
776.89
Recharge
Worthy Area
of Assessed
Units
(in sq.km)
Saline
0.30
9.26
%
Dynamic Ground Water Resources Assessment of India - 2020
1
2
3
4
5
S.No
Bishnupur
Churachandpur
Imphal East
Imphal West
Thoubal
Total
Name of District
496.00
321.00
709.00
519.00
514.00
2559.00
Total Recharge
Worthy Area of
Assessed Units
(in sq.km)
496.00
321.00
709.00
519.00
514.00
2559.00
Recharge
Worthy Area
of Assessed
Units
(in sq.km)
Safe
100.00
100.00
100.00
100.00
100.00
100.00
%
Recharge
Worthy Area
of Assessed
Units
(in sq.km)
%
Semi-Critical
Recharge
Worthy Area
of Assessed
Units
(in sq.km)
Critical
DYNAMIC GROUND WATER RESOURCES OF INDIA, 2020
MANIPUR
%
Recharge
Worthy Area
of Assessed
Units
(in sq.km)
%
Over-Exploited
Recharge
Worthy Area
of Assessed
Units
(in sq.km)
Saline
%
Dynamic Ground Water Resources Assessment of India - 2020
243
1
2
3
4
5
6
7
8
9
10
11
S.No
East Garo Hills
East Jaintia Hills
East Khasi Hills
North Garo Hills
Ri-Bhoi
South Garo Hills
South West Garo Hills
South West Khasi Hills
West Garo Hills
West Jaintia Hills
West Khasi Hills
Total
Name of District
661.17
1000.87
1052.61
505.28
909.15
867.71
560.23
608.73
1830.11
997.26
1652.44
10645.56
Total Recharge
Worthy Area of
Assessed Units
(in sq.km)
661.17
1000.87
1052.61
505.28
909.15
867.71
560.23
608.73
1830.11
997.26
1652.44
10645.56
Recharge
Worthy Area
of Assessed
Units
(in sq.km)
Safe
100.00
100.00
100.00
100.00
100.00
100.00
100.00
100.00
100.00
100.00
100.00
100.00
%
Recharge
Worthy Area
of Assessed
Units
(in sq.km)
%
Semi-Critical
Recharge
Worthy Area
of Assessed
Units
(in sq.km)
Critical
DYNAMIC GROUND WATER RESOURCES OF INDIA, 2020
MEGHALAYA
%
Recharge
Worthy Area
of Assessed
Units
(in sq.km)
%
Over-Exploited
Recharge
Worthy Area
of Assessed
Units
(in sq.km)
Saline
%
Dynamic Ground Water Resources Assessment of India - 2020
244
1
2
3
4
5
6
7
8
S.No
Aizawl
Champhai
Kolasib
Lawngtlai
Lunglei
Mamit
Saiha
Serchhip
Total
Name of District
217.34
286.73
395.15
520.75
744.87
716.31
106.60
161.66
3149.41
Total Recharge
Worthy Area of
Assessed Units
(in sq.km)
217.34
286.73
395.15
520.75
744.87
716.31
106.60
161.66
3149.41
Recharge
Worthy Area
of Assessed
Units
(in sq.km)
Safe
100.00
100.00
100.00
100.00
100.00
100.00
100.00
100.00
100.00
%
Recharge
Worthy Area
of Assessed
Units
(in sq.km)
%
Semi-Critical
Recharge
Worthy Area
of Assessed
Units
(in sq.km)
Critical
DYNAMIC GROUND WATER RESOURCES OF INDIA, 2020
MIZORAM
%
Recharge
Worthy Area
of Assessed
Units
(in sq.km)
%
Over-Exploited
Recharge
Worthy Area
of Assessed
Units
(in sq.km)
Saline
%
Dynamic Ground Water Resources Assessment of India - 2020
245
1
2
3
4
5
6
7
8
9
10
11
S.No
Dimapur
Kiphire
Kohima
Longleng
Mokokchung
Mon
Peren
Phek
Tuensang
Wokha
Zunheboto
Total
Name of District
711.67
903.12
1228.77
363.89
1369.33
1551.00
1415.27
1824.92
2299.66
1395.99
1027.86
14091.48
Total Recharge
Worthy Area of
Assessed Units
(in sq.km)
711.67
903.12
1228.77
363.89
1369.33
1551.00
1415.27
1824.92
2299.66
1395.99
1027.86
14091.48
Recharge
Worthy Area
of Assessed
Units
(in sq.km)
Safe
100.00
100.00
100.00
100.00
100.00
100.00
100.00
100.00
100.00
100.00
100.00
100.00
%
Recharge
Worthy Area
of Assessed
Units
(in sq.km)
%
Semi-Critical
Recharge
Worthy Area
of Assessed
Units
(in sq.km)
Critical
DYNAMIC GROUND WATER RESOURCES OF INDIA, 2020
NAGALAND
%
Recharge
Worthy Area
of Assessed
Units
(in sq.km)
%
Over-Exploited
Recharge
Worthy Area
of Assessed
Units
(in sq.km)
Saline
%
Dynamic Ground Water Resources Assessment of India - 2020
246
1
2
3
4
5
6
7
8
9
10
11
12
13
14
15
16
17
18
19
20
21
22
23
24
25
26
27
28
29
30
S.No
Angul
Balasore
Bargarh
Bhadrak
Bolangir
Boudh
Cuttack
Deogarh
Dhenkanal
Gajapati
Ganjam
Jagatsinghpur
Jajpur
Jharsuguda
Kalahandi
Kandhamal
Kendrapara
Keonjhar
Khurda
Koraput
Malkangiri
Mayurbhanj
Nabarangapur
Nayagarh
Nuapada
Puri
Rayagada
Sambalpur
Subarnapur
Sundargarh
Total
Name of District
5085.85
3564.77
5251.77
2522.36
6297.77
2140.98
3400.69
2185.29
3978.75
1424.58
6104.20
1889.88
2662.13
2118.42
5581.37
4473.71
2263.44
6847.90
2607.17
6006.06
3398.99
8340.16
5344.64
2578.45
3083.04
2586.11
3659.73
5670.92
2320.54
8203.48
121593.15
Total Recharge
Worthy Area of
Assessed Units
(in sq.km)
5085.85
3299.70
5251.77
1901.92
6297.77
2140.98
3400.69
2185.29
3978.75
1424.58
6104.20
1513.89
2333.95
2118.42
5581.37
4473.71
932.66
6847.90
1924.87
6006.06
3398.99
8340.16
5344.64
2578.45
2241.38
2586.11
3659.73
5670.92
2320.54
8203.48
117148.73
Recharge
Worthy Area
of Assessed
Units
(in sq.km)
Safe
100.00
92.56
100.00
75.40
100.00
100.00
100.00
100.00
100.00
100.00
100.00
80.11
87.67
100.00
100.00
100.00
41.21
100.00
73.83
100.00
100.00
100.00
100.00
100.00
72.70
100.00
100.00
100.00
100.00
100.00
96.34
%
247
6.45
26.17
27.30
1.86
682.30
841.66
2263.09
12.33
328.18
145.88
7.44
%
265.07
Recharge
Worthy Area
of Assessed
Units
(in sq.km)
Semi-Critical
Recharge
Worthy Area
of Assessed
Units
(in sq.km)
Critical
DYNAMIC GROUND WATER RESOURCES OF INDIA, 2020
ODISHA
%
Recharge
Worthy Area
of Assessed
Units
(in sq.km)
%
Over-Exploited
2181.33
1.79
52.35
19.89
375.99
1184.90
24.60
%
620.44
Recharge
Worthy Area
of Assessed
Units
(in sq.km)
Saline
Dynamic Ground Water Resources Assessment of India - 2020
1
2
3
4
5
6
7
8
9
10
11
12
13
14
15
16
17
18
19
20
21
22
S.No
Amritsar
Barnala
Bathinda
Faridkot
Fatehgarh Sahib
Fazilka
Ferozpur
Gurdaspur
Hoshiarpur
Jalandhar
Kapurthala
Ludhiana
Mansa
Moga
Muktsar
Nawanshahar
Pathankot
Patiala
Ropar
S.A.S Nagar
Sangrur
Tarn Taran
Total
Name of District
2676.40
1413.01
3374.24
1475.98
1142.46
2739.54
2519.53
2614.25
2824.21
2629.99
1628.75
3707.15
2168.62
2230.96
2634.28
1228.36
710.60
3318.47
1112.53
1093.83
3603.25
2418.35
49264.76
Total Recharge
Worthy Area of
Assessed Units
(in sq.km)
56.83
4.18
23.30
1557.00
109.20
658.01
248
30.43
25.66
13.29
338.56
280.64
6547.77
2634.28 100.00
136.77
11.13
351.30
49.44
14.28
%
482.01
Recharge
Worthy Area
of Assessed
Units
(in sq.km)
Safe
2392.74
253.31
324.64
359.30
197.34
925.57
332.58
Recharge
Worthy Area
of Assessed
Units
(in sq.km)
4.86
22.77
26.43
50.56
7.55
32.77
9.86
%
Semi-Critical
1906.17
188.72
767.62
376.10
573.73
Recharge
Worthy Area
of Assessed
Units
(in sq.km)
Critical
DYNAMIC GROUND WATER RESOURCES OF INDIA, 2020
PUNJAB
3.87
16.96
29.36
13.73
17.00
%
62.44
100.00
100.00
58.86
100.00
100.00
29.44
100.00
58.91
43.93
100.00
100.00
100.00
100.00
100.00
%
3318.47 100.00
331.94
29.84
813.19
74.34
3603.25 100.00
2418.35 100.00
38418.08
77.98
766.95
2676.40
1413.01
1985.92
1475.98
1142.46
806.44
2519.53
1540.09
1240.63
2629.99
1628.75
3707.15
2168.62
2230.96
Recharge
Worthy Area
of Assessed
Units
(in sq.km)
Over-Exploited
Recharge
Worthy Area
of Assessed
Units
(in sq.km)
Saline
%
Dynamic Ground Water Resources Assessment of India - 2020
1
2
3
4
5
6
7
8
9
10
11
12
13
14
15
16
17
18
19
20
21
22
23
24
25
26
27
28
29
30
31
32
33
S.No
Ajmer
Alwar
Banswara
Baran
Barmer
Bharatpur
Bhilwara
Bikaner
Bundi
Chittaurgarh
Churu
Dausa
Dhaulpur
Dungarpur
Ganganagar
Hanumangarh
Jaipur
Jaisalmer
Jalor
Jhalawar
Jhunjhunun
Jodhpur
Karauli
Kota
Nagaur
Pali
Pratapgarh
Rajsamand
Sawai Madhopur
Sikar
Sirohi
Tonk
Udaipur
Total
Name of District
7466.76
7201.61
3979.96
6892.21
28578.58
4751.52
9354.85
30381.77
4240.18
5833.89
13793.01
3085.62
2485.26
2634.13
11141.59
9579.60
10334.73
12090.04
10251.53
6096.26
5393.47
22250.00
3902.42
5123.17
17718.26
10551.39
2950.39
3540.09
4328.50
7356.92
4075.70
5586.74
7770.92
290721.07
Total Recharge
Worthy Area of
Assessed Units
(in sq.km)
10.73
47.06
10.91
27.99
3065.79
14298.88
462.53
3860.80
249
13.06
16.39
16.10
1377.90
483.50
46811.75
2026.50
76.93
11141.59 100.00
7907.35
82.54
54.95
%
2186.91
Recharge
Worthy Area
of Assessed
Units
(in sq.km)
Safe
12.13
21.66
38.54
13.08
9.43
882.90
2153.23
1016.42
27405.92
17.23
14.63
64.97
3833.90
571.06
3328.43
1279.91
17.73
39.08
23.07
6.30
27.19
45.05
55.74
2.91
%
1817.85
2382.49
607.63
1912.89
1152.88
1793.05
3841.66
831.62
Recharge
Worthy Area
of Assessed
Units
(in sq.km)
Semi-Critical
1164.90
4425.53
18905.87
1291.23
458.56
1212.42
1577.78
1978.95
640.87
813.90
1606.87
773.11
2490.93
470.82
Recharge
Worthy Area
of Assessed
Units
(in sq.km)
Critical
DYNAMIC GROUND WATER RESOURCES OF INDIA, 2020
RAJASTHAN
20.85
56.95
6.50
17.55
0.00
0.00
0.00
0.00
8.72
9.91
0.00
0.00
18.23
0.00
11.65
0.00
32.75
0.00
0.00
0.00
0.00
0.00
0.00
10.51
0.00
8.89
0.00
0.00
8.90
0.00
15.54
34.25
%
%
10334.73
12090.04
8433.68
3072.90
5393.47
16437.15
3331.36
1794.74
16140.48
7893.58
2008.33
2327.67
4328.50
6065.69
3192.80
2268.61
2328.97
188661.64
100.00
100.00
82.27
50.41
100.00
73.87
85.37
35.03
91.10
74.81
68.07
65.75
100.00
82.45
78.34
40.61
29.97
64.89
3050.55
44.26
22190.24
77.65
4280.70
90.09
9354.85 100.00
8716.76
28.69
1851.66
43.67
5833.89 100.00
6514.94
47.23
3085.62 100.00
1671.36
67.25
7466.76 100.00
7201.61 100.00
Recharge
Worthy Area
of Assessed
Units
(in sq.km)
Over-Exploited
8935.89
1672.25
1810.40
5453.24
Recharge
Worthy Area
of Assessed
Units
(in sq.km)
Saline
3.07
17.46
13.13
17.95
%
Dynamic Ground Water Resources Assessment of India - 2020
1
2
3
4
S.No
East
North
South
West
Total
Name of District
943.13
3927.67
710.96
1140.76
6722.52
Total Recharge
Worthy Area of
Assessed Units
(in sq.km)
943.13
3927.67
710.96
1140.76
6722.52
Recharge
Worthy Area
of Assessed
Units
(in sq.km)
Safe
100.00
100.00
100.00
100.00
100.00
%
Recharge
Worthy Area
of Assessed
Units
(in sq.km)
%
Semi-Critical
Recharge
Worthy Area
of Assessed
Units
(in sq.km)
Critical
DYNAMIC GROUND WATER RESOURCES OF INDIA, 2020
SIKKIM
%
Recharge
Worthy Area
of Assessed
Units
(in sq.km)
%
Over-Exploited
Recharge
Worthy Area
of Assessed
Units
(in sq.km)
Saline
%
Dynamic Ground Water Resources Assessment of India - 2020
250
1
2
3
4
5
6
7
8
9
10
11
12
13
14
15
16
17
18
19
20
21
22
23
24
25
26
27
28
29
30
31
32
33
34
35
36
37
S.No
Ariyalur
Chengalpattu
Chennai
Coimbatore
Cuddalore
Dharmapuri
Dindigul
Erode
Kallakkurichi
Kancheepuram
Kanniyakumari
Karur
Krishnagiri
Madurai
Nagapattinam
Namakkal
Perambalur
Pudukkottai
Ramanathapuram
Ranipet
Salem
Sivaganga
Tenkasi
Thanjavur
The Nilgiris
Theni
Thiruvallur
Thiruvarur
Thoothukkudi
Tiruchirappalli
Tirunelveli
Tirupathur
Tiruppur
Tiruvannamalai
Vellore
Viluppuram
Virudhunagar
Total
Name of District
1926.59
2424.15
533.46
3622.30
3636.73
2812.87
4877.41
3481.10
2529.20
1667.88
1130.45
2833.70
3103.95
3256.68
2641.03
2928.10
1594.54
4427.94
4074.87
1755.84
3915.35
4032.62
2503.71
3350.53
1119.08
1894.17
3060.29
2072.57
4597.12
4036.10
2982.61
941.33
4645.42
4783.96
1399.56
3772.29
4001.89
108367.38
Total Recharge
Worthy Area of
Assessed Units
(in sq.km)
%
1839.74
95.49
978.77
40.38
94.76
17.76
206.76
5.71
1392.80
38.30
454.78
16.17
524.89
10.76
219.06
6.29
732.01
28.94
1034.03
62.00
1064.44
94.16
266.07
9.39
1106.32
35.64
1624.06
49.87
80.22
3.04
289.12
9.87
391.74
24.57
3331.86
75.25
3122.51
76.63
94.70
5.39
405.11
10.35
4032.62 100.00
596.72
23.83
304.43
9.09
996.17
89.02
472.05
24.92
1605.31
52.46
784.69
37.86
3834.55
83.41
1143.37
28.33
1922.19
64.45
0.00
0.00
104.46
2.25
0.00
0.00
116.46
8.32
537.73
14.25
2147.89
53.67
37852.37
34.93
Recharge
Worthy Area
of Assessed
Units
(in sq.km)
Safe
86.85
1118.23
48.76
407.36
1579.53
877.55
692.36
1185.65
481.73
373.60
66.01
608.38
709.47
576.88
0.00
476.10
115.08
948.21
0.00
1084.58
227.14
0.00
406.93
569.55
122.91
1032.34
960.30
189.24
252.97
767.88
669.13
173.11
576.62
2136.34
289.66
715.42
883.40
21409.28
Recharge
Worthy Area
of Assessed
Units
(in sq.km)
4.51
46.13
9.14
11.25
43.43
31.20
14.20
34.06
19.05
22.40
5.84
21.47
22.86
17.71
0.00
16.26
7.22
21.41
0.00
61.77
5.80
0.00
16.25
17.00
10.98
54.50
31.38
9.13
5.50
19.03
22.43
18.39
12.41
44.66
20.70
18.97
22.07
19.76
%
Semi-Critical
0.00
174.42
0.00
221.76
121.44
0.00
507.23
123.25
601.49
50.02
0.00
0.00
112.11
175.42
0.00
124.88
0.00
0.00
0.00
197.43
174.43
0.00
45.71
346.36
0.00
164.01
175.79
72.13
119.10
69.60
155.01
186.48
551.06
467.83
101.44
449.67
587.91
6075.97
Recharge
Worthy Area
of Assessed
Units
(in sq.km)
Critical
DYNAMIC GROUND WATER RESOURCES OF INDIA, 2020
TAMIL NADU
0.00
7.20
0.00
6.12
3.34
0.00
10.40
3.54
23.78
3.00
0.00
0.00
3.61
5.39
0.00
4.26
0.00
0.00
0.00
11.24
4.45
0.00
1.83
10.34
0.00
8.66
5.74
3.48
2.59
1.72
5.20
19.81
11.86
9.78
7.25
11.92
14.69
5.61
%
0.00
152.73
389.94
2786.42
542.96
1480.54
3152.93
1953.15
713.97
210.23
0.00
1959.24
1176.06
880.32
993.02
2038.00
1087.72
0.00
0.00
379.12
3108.66
0.00
1454.35
2130.19
0.00
225.78
237.80
653.40
390.49
2055.24
236.28
581.75
3413.28
2179.78
892.01
2069.47
382.69
39907.51
Recharge
Worthy Area
of Assessed
Units
(in sq.km)
0.00
6.30
73.10
76.92
14.93
52.63
64.64
56.11
28.23
12.60
0.00
69.14
37.89
27.03
37.60
69.60
68.22
0.00
0.00
21.59
79.40
0.00
58.09
63.58
0.00
11.92
7.77
31.53
8.49
50.92
7.92
61.80
73.48
45.56
63.73
54.86
9.56
36.83
%
Over-Exploited
0.00
0.00
0.00
0.00
0.00
0.00
0.00
0.00
0.00
0.00
0.00
0.00
0.00
0.00
1567.80
0.00
0.00
147.87
952.36
0.00
0.00
0.00
0.00
0.00
0.00
0.00
81.09
373.12
0.00
0.00
0.00
0.00
0.00
0.00
0.00
0.00
0.00
3122.25
Recharge
Worthy Area
of Assessed
Units
(in sq.km)
Saline
0.00
0.00
0.00
0.00
0.00
0.00
0.00
0.00
0.00
0.00
0.00
0.00
0.00
0.00
59.36
0.00
0.00
3.34
23.37
0.00
0.00
0.00
0.00
0.00
0.00
0.00
2.65
18.00
0.00
0.00
0.00
0.00
0.00
0.00
0.00
0.00
0.00
2.88
%
Dynamic Ground Water Resources Assessment of India - 2020
251
1
2
3
4
5
6
7
8
9
10
11
12
13
14
15
16
17
18
19
20
21
22
23
24
25
26
27
28
29
30
31
32
33
S.No
Adilabad
Bhadradri
Hyderabad
Jagtial
Jangaon
Jayashankar
Jogulamba
Kamareddy
Karimnagar
Khammam
Komarambhem
Mahabubabad
Mahabubnagar
Mancherial
Medak
Medchal
Mulug
Nagarkurnool
Nalgonda
Narayanpet
Nirmal
Nizamabad
Peddapalle
Rajanna
Rangareddy
Sangareddy
Siddipet
Suryapet
Vikarabad
Wanaparthy
Warangal_Rural
Warangal_Urban
Yadadri
Total
Name of District
3776.85
7106.29
217.82
2645.51
2043.44
2176.64
2610.41
3482.00
2085.06
4281.59
3831.15
3409.13
2489.05
5019.48
2547.07
1037.47
2400.80
5257.84
7028.06
2336.51
3264.37
4088.55
1962.64
1731.39
4806.64
4089.70
3393.70
3607.50
3583.55
2097.86
2101.23
1260.39
3402.01
105171.69
Total Recharge
Worthy Area of
Assessed Units
(in sq.km)
1987.42
5102.73
0.00
1876.78
400.21
1950.57
2433.35
2273.73
1372.67
2683.53
3831.15
2276.88
121.50
5019.48
1174.65
620.62
2400.80
2494.12
3249.81
1585.92
3102.42
1737.81
1788.62
0.00
718.28
2134.15
757.17
2415.51
2093.38
2097.86
2101.23
369.18
1170.04
63341.58
Recharge
Worthy Area
of Assessed
Units
(in sq.km)
Safe
252
14.94
52.18
22.31
66.96
58.42
100.00
100.00
29.29
34.39
60.23
52.62
71.81
0.00
70.94
19.59
89.61
93.22
65.30
65.83
62.68
100.00
66.79
4.88
100.00
46.12
59.82
100.00
47.44
46.24
67.88
95.04
42.50
91.13
%
1789.43
2003.56
0.00
189.70
841.67
226.08
177.06
992.44
449.99
1598.05
0.00
1029.09
2029.88
0.00
1372.41
294.82
0.00
1728.44
2773.97
750.59
161.95
1576.17
0.00
312.64
3054.88
1675.87
2202.42
1054.16
1490.17
0.00
0.00
203.93
1449.47
31428.83
Recharge
Worthy Area
of Assessed
Units
(in sq.km)
16.18
42.61
29.88
18.06
63.56
40.98
64.90
29.22
41.58
32.87
39.47
32.12
4.96
38.55
53.88
28.42
30.19
81.55
47.38
28.19
0.00
7.17
41.19
10.39
6.78
28.50
21.58
37.32
%
Semi-Critical
186.79
87.61
0.00
0.00
215.83
262.39
0.00
0.00
103.16
169.34
0.00
0.00
122.03
0.00
658.69
1004.28
0.00
0.00
622.28
174.02
441.79
946.92
209.56
262.47
137.83
0.00
0.00
0.00
120.09
614.12
6339.21
Recharge
Worthy Area
of Assessed
Units
(in sq.km)
Critical
DYNAMIC GROUND WATER RESOURCES OF INDIA, 2020
TELANGANA
9.53
18.05
6.03
15.22
8.87
25.52
19.70
5.12
7.73
3.82
12.53
14.29
11.76
3.03
6.80
6.20
12.58
7.06
4.29
%
%
217.82 100.00
392.24
14.83
713.95
34.94
0.00
0.00
0.00
0.00
0.00
0.00
0.00
168.33
6.76
0.00
0.00
0.00
0.00
376.59
7.16
0.00
0.00
0.00
152.29
3.72
0.00
976.95
56.43
86.56
1.80
70.12
1.71
171.64
5.06
0.00
0.00
0.00
0.00
567.19
45.00
168.39
4.95
4062.07
3.86
Recharge
Worthy Area
of Assessed
Units
(in sq.km)
Over-Exploited
Recharge
Worthy Area
of Assessed
Units
(in sq.km)
Saline
%
Dynamic Ground Water Resources Assessment of India - 2020
1
2
3
4
5
6
7
8
S.No
Dhalai
Gomati
Khowai
North Tripura
Siphahijala
South Tripura
Unakoti
West Tripura
Total
Name of District
995.81
1098.28
495.60
543.82
871.70
981.03
428.78
782.82
6197.84
Total Recharge
Worthy Area of
Assessed Units
(in sq.km)
995.81
1098.28
495.60
543.82
871.70
981.03
428.78
782.82
6197.84
Recharge
Worthy Area
of Assessed
Units
(in sq.km)
Safe
100.00
100.00
100.00
100.00
100.00
100.00
100.00
100.00
100.00
%
Recharge
Worthy Area
of Assessed
Units
(in sq.km)
%
Semi-Critical
Recharge
Worthy Area
of Assessed
Units
(in sq.km)
Critical
DYNAMIC GROUND WATER RESOURCES OF INDIA, 2020
TRIPURA
%
Recharge
Worthy Area
of Assessed
Units
(in sq.km)
%
Over-Exploited
Recharge
Worthy Area
of Assessed
Units
(in sq.km)
Saline
%
Dynamic Ground Water Resources Assessment of India - 2020
253
1
2
3
4
5
6
7
8
9
10
11
12
13
14
15
16
17
18
19
20
21
22
23
24
25
26
27
28
29
30
31
32
33
34
35
36
37
38
39
S.No
Agra
Aligarh
Ambedkar Nagar
Amethi
Amroha
Aurraiya
Ayodhya
Azamgarh
Baghpat
Bahraich
Ballia
Balrampur
Banda
Barabanki
Bareili
Basti
Bijnaur
Budaun
Bulandshahar
Chandauli
Chitrakoot
Deoria
Etah
Etawah
Farrukhabad
Fatehpur
Firozabad
G.B. Nagar
Ghaziabad
Ghazipur
Gonda
Gorakhpur
Hamirpur
Hapur
Hardoi
Hathras
Jalaun
Jaunpur
Jhansi
Name of District
3947.17
3718.96
2458.98
2329.92
2149.03
2094.27
2522.01
4171.19
1351.39
4396.45
3042.36
3348.57
4404.60
3891.32
4093.64
2938.07
4589.03
4237.88
3609.47
1849.27
3006.65
2538.00
2427.57
2403.01
2206.23
4252.55
2419.53
1442.73
1169.14
3300.52
3996.09
3226.54
3815.40
1144.81
5948.43
1837.99
4565.83
3968.25
4619.37
Total Recharge
Worthy Area of
Assessed Units
(in sq.km)
7.51
47.39
87.79
95.63
%
254
100.00
100.00
100.00
49.03
100.00
79.25
100.00
61.21
31.66
10.72
100.00
34.65
100.00
20.01
100.00
48.22
53.40
5645.63
94.91
327.40
17.81
4565.83 100.00
2204.19
55.55
2644.95
57.26
3082.02
93.38
3996.09 100.00
3226.54 100.00
1597.48
41.87
4396.45
3042.36
3348.57
2159.49
3891.32
3244.34
2938.07
2809.11
1341.79
386.86
1849.27
1041.84
2538.00
485.67
2403.01
1063.82
2270.83
2094.27 100.00
2097.35
83.16
3020.63
72.42
296.38
1762.31
2158.67
2228.16
Recharge
Worthy Area
of Assessed
Units
(in sq.km)
Safe
18.15
30.48
50.40
28.36
46.92
56.09
51.78
30.29
36.86
32.84
19.52
6.62
58.13
20.79
5.09
15.83
34.29
42.74
1398.84
2136.10
1023.77
1410.80
1361.60
1142.41
1287.95
891.92
473.82
228.16
218.50
2217.92
238.01
302.80
290.96
1360.87
1974.42
50.97
16.84
27.58
35.68
21.50
44.15
12.21
4.37
34.19
%
742.83
2245.11
424.66
1150.56
482.18
848.76
1641.78
300.31
101.76
734.77
Recharge
Worthy Area
of Assessed
Units
(in sq.km)
Semi-Critical
403.19
537.95
560.55
349.59
202.61
636.66
580.30
10.16
29.27
48.96
8.22
8.37
44.13
23.90
18.43
27.77
1002.49
554.01
8.30
381.08
15.59
49.54
1064.54
210.63
14.23
6.62
%
561.58
246.37
Recharge
Worthy Area
of Assessed
Units
(in sq.km)
Critical
DYNAMIC GROUND WATER RESOURCES OF INDIA, 2020
UTTAR PRADESH
681.68
346.25
344.18
1325.00
332.25
940.98
759.99
1196.35
106.47
658.57
349.72
2240.45
68.50
Recharge
Worthy Area
of Assessed
Units
(in sq.km)
37.09
30.25
8.09
54.76
23.03
80.48
17.93
33.14
2.60
48.73
16.27
56.76
1.84
%
Over-Exploited
Recharge
Worthy Area
of Assessed
Units
(in sq.km)
Saline
%
Dynamic Ground Water Resources Assessment of India - 2020
40
41
42
43
44
45
46
47
48
49
50
51
52
53
54
55
56
57
58
59
60
61
62
63
64
65
66
67
68
69
70
71
72
73
74
75
S.No
Kannauj
Kanpur Dehat
Kanpur Nagar
Kasganj
Kaushambi
Kushi Nagar
Lakhimpur Khiri
Lalitpur
Lucknow
Maharajganj
Mahoba
Mainpuri
Mathura
Mau
Meerut
Mirzapur
Moradabad
Muzaffarnagar
Pilibhit
Pratapgarh
Prayagraj
Rae Bareli
Rampur
S.Kabir Nagar
S.Ravidas Nagar
Saharanpur
Shahjahanpur
Shambhal
Shamli
Shrawasti
Siddharth Nagar
Sitapur
Sonbhadra
Sultanpur
Unnao
Varanasi
Total
Name of District
2143.46
3237.37
3345.79
1993.88
1780.01
2873.78
6555.05
3819.42
2452.86
2477.60
2293.41
2760.72
3360.78
1716.24
2802.20
2954.37
2249.44
2756.66
3369.59
3717.43
4947.63
3924.58
2297.90
1646.99
983.05
3689.41
4581.31
2415.20
1361.26
1857.82
2895.03
5746.95
2382.06
2670.20
4602.34
1563.74
229657.75
Total Recharge
Worthy Area of
Assessed Units
(in sq.km)
%
255
60.26
61.96
100.00
42.29
72.33
14.13
53.30
100.00
31.38
67.77
100.00
40.62
100.00
1857.82
2895.03
5746.95
2080.98
2670.20
4602.34
179.37
148825.61
100.00
100.00
100.00
87.36
100.00
100.00
11.47
64.80
260.96
7.07
4581.31 100.00
304.73
12.62
1663.68
2082.21
1716.24
1184.97
2137.01
317.95
1469.32
3369.59
1166.46
3352.78
3924.58
933.32
1646.99
2142.76
87.36
2477.60 100.00
996.35
46.48
943.68
29.15
949.51
28.38
1098.74
55.11
484.65
27.23
2873.78 100.00
6555.05 100.00
Recharge
Worthy Area
of Assessed
Units
(in sq.km)
Safe
36.07
70.85
57.39
34.51
57.08
%
12.64
59.04
22.65
301.08
923.21
52007.48
23.47
17.22
415.60
983.05 100.00
1652.30
44.78
566.81
234.40
215.58
50.00
1149.00
13117.04
1543.66
959.27
384.50
42.82
23.05
1591.70
1140.30
499.93
232.99
269.08
304.70
316.86
33.53
16.51
70.47
26.99
61.82
32.12
7.82
476.26
207.06
Recharge
Worthy Area
of Assessed
Units
(in sq.km)
Critical
939.52
487.67
1585.16
743.91
1417.74
886.69
262.94
3819.42 100.00
773.25
2293.69
1920.02
688.08
1015.97
Recharge
Worthy Area
of Assessed
Units
(in sq.km)
Semi-Critical
DYNAMIC GROUND WATER RESOURCES OF INDIA, 2020
UTTAR PRADESH
5.71
63.91
11.26
9.38
25.80
7.77
17.84
7.89
11.96
11.05
9.43
14.23
10.38
%
461.16
15707.61
1126.86
1360.55
70.05
177.78
96.70
77.25
238.73
875.67
210.35
698.77
310.10
279.39
373.86
Recharge
Worthy Area
of Assessed
Units
(in sq.km)
29.49
6.84
82.78
36.88
1.42
6.34
3.27
3.43
8.66
38.18
7.62
20.79
12.64
15.70
17.44
%
Over-Exploited
Recharge
Worthy Area
of Assessed
Units
(in sq.km)
Saline
%
Dynamic Ground Water Resources Assessment of India - 2020
1
2
3
4
S.No
Dehradun
Haridwar
Udham Singh Nagar
Nainital
Total
Name of District
1255.44
1568.35
1932.82
236.43
4993.04
Total Recharge
Worthy Area of
Assessed Units
(in sq.km)
%
1255.44 100.00
915.35
58.36
1747.65
90.42
123.66
52.30
4042.10
80.95
Recharge
Worthy Area
of Assessed
Units
(in sq.km)
Safe
653.00
185.17
112.77
950.94
Recharge
Worthy Area
of Assessed
Units
(in sq.km)
41.64
9.58
47.70
19.05
%
Semi-Critical
Recharge
Worthy Area
of Assessed
Units
(in sq.km)
Critical
DYNAMIC GROUND WATER RESOURCES OF INDIA, 2020
UTTARAKHAND
%
Recharge
Worthy Area
of Assessed
Units
(in sq.km)
%
Over-Exploited
Recharge
Worthy Area
of Assessed
Units
(in sq.km)
Saline
%
Dynamic Ground Water Resources Assessment of India - 2020
256
1
2
3
4
5
6
7
8
9
10
11
12
13
14
15
16
17
S.No
Bankura
Barddhaman
Birbhum
Dakshin Dinajpur
Darjiling
Haora
Hugli
Jalpaiguri
Koch Bihar
Malda
Murshidabad
Nadia
North 24 Parganas
Paschim Medinipur
Purba Medinipur
Puruliya
Uttar Dinajpur
Total
Name of District
6873.65
7263.30
4543.61
2250.82
802.01
590.41
3137.55
3824.39
3388.43
3678.61
5351.13
3944.33
3039.94
9345.38
1670.41
6223.86
3119.13
69046.96
Total Recharge
Worthy Area of
Assessed Units
(in sq.km)
94.36
63.61
69.89
100.00
100.00
100.00
22.66
100.00
100.00
89.23
30.00
28.57
96.14
84.58
%
6223.86 100.00
3119.13 100.00
52033.60
75.36
6485.91
4620.26
3175.50
2250.82
802.01
590.41
711.03
3824.39
3388.43
3282.54
1605.45
1126.95
2922.73
7904.18
Recharge
Worthy Area
of Assessed
Units
(in sq.km)
Safe
71.28
2236.49
16823.33
24.37
396.07
10.77
3745.68
70.00
2817.38
71.43
117.21
3.86
1441.20
15.42
1670.41 100.00
5.64
36.39
30.11
%
387.74
2643.04
1368.11
Recharge
Worthy Area
of Assessed
Units
(in sq.km)
Semi-Critical
190.03
190.03
Recharge
Worthy Area
of Assessed
Units
(in sq.km)
Critical
DYNAMIC GROUND WATER RESOURCES OF INDIA, 2013
WEST BENGAL
0.28
6.06
%
Recharge
Worthy Area
of Assessed
Units
(in sq.km)
%
Over-Exploited
Recharge
Worthy Area
of Assessed
Units
(in sq.km)
Saline
%
Dynamic Ground Water Resources Assessment of India - 2020
257
1
2
3
S.No
N & M Andaman
Nicobar
South Andaman
Total
Name of District
580.40
1218.23
315.24
2113.87
Total Recharge
Worthy Area of
Assessed Units
(in sq.km)
%
580.40 100.00
1216.15
99.80
315.24 100.00
2111.79
99.90
Recharge
Worthy Area
of Assessed
Units
(in sq.km)
Safe
Recharge
Worthy Area
of Assessed
Units
(in sq.km)
%
Semi-Critical
Recharge
Worthy Area
of Assessed
Units
(in sq.km)
Critical
DYNAMIC GROUND WATER RESOURCES OF INDIA, 2020
ANDAMAN & NICOBAR ISLANDS
%
Recharge
Worthy Area
of Assessed
Units
(in sq.km)
%
Over-Exploited
0.20
0.10
2.08
%
2.08
Recharge
Worthy Area
of Assessed
Units
(in sq.km)
Saline
Dynamic Ground Water Resources Assessment of India - 2020
258
1
S.No
Chandigarh
Total
Name of District
114.00
114.00
Total Recharge
Worthy Area of
Assessed Units
(in sq.km)
Recharge
Worthy Area
of Assessed
Units
(in sq.km)
Safe
%
%
114.00 100.00
114.00 100.00
Recharge
Worthy Area
of Assessed
Units
(in sq.km)
Semi-Critical
Recharge
Worthy Area
of Assessed
Units
(in sq.km)
Critical
DYNAMIC GROUND WATER RESOURCES OF INDIA, 2020
CHANDIGARH
%
Recharge
Worthy Area
of Assessed
Units
(in sq.km)
%
Over-Exploited
Recharge
Worthy Area
of Assessed
Units
(in sq.km)
Saline
%
Dynamic Ground Water Resources Assessment of India - 2020
259
1
S.No
Dadra & Nagar Haveli
Total
Name of District
416.00
416.00
Total Recharge
Worthy Area of
Assessed Units
(in sq.km)
%
416.00 100.00
416.00 100.00
Recharge
Worthy Area
of Assessed
Units
(in sq.km)
Safe
Recharge
Worthy Area
of Assessed
Units
(in sq.km)
%
Semi-Critical
Recharge
Worthy Area
of Assessed
Units
(in sq.km)
Critical
DYNAMIC GROUND WATER RESOURCES OF INDIA, 2020
DADRA & NAGAR HAVELI
%
Recharge
Worthy Area
of Assessed
Units
(in sq.km)
%
Over-Exploited
Recharge
Worthy Area
of Assessed
Units
(in sq.km)
Saline
%
Dynamic Ground Water Resources Assessment of India - 2020
260
1
2
S.No
Daman
Diu
Total
Name of District
70.90
40.00
110.90
Total Recharge
Worthy Area of
Assessed Units
(in sq.km)
%
40.00 100.00
40.00
36.07
Recharge
Worthy Area
of Assessed
Units
(in sq.km)
Safe
Recharge
Worthy Area
of Assessed
Units
(in sq.km)
%
Semi-Critical
Recharge
Worthy Area
of Assessed
Units
(in sq.km)
Critical
DYNAMIC GROUND WATER RESOURCES OF INDIA, 2020
DAMAN & DIU
%
%
70.90
63.93
70.90 100.00
Recharge
Worthy Area
of Assessed
Units
(in sq.km)
Over-Exploited
Recharge
Worthy Area
of Assessed
Units
(in sq.km)
Saline
%
Dynamic Ground Water Resources Assessment of India - 2020
261
1
2
3
4
5
6
7
8
9
10
11
12
13
14
15
16
17
18
19
20
S.No
Anantnag
Bandipora
Baramulla
Budgam
Doda
Ganderbal
Jammu
Kathua
Kishtwar
Kulgam
Kupwara
Poonch
Pulwama
Rajouri
Ramban
Reasi
Samba
Shopian
Srinagar
Udhampur
Total
Name of District
657.11
51.28
1150.78
850.00
22.45
59.00
1652.11
775.00
20.00
144.00
600.00
242.63
660.65
350.00
18.31
70.00
447.89
234.00
500.00
218.47
8723.68
Total Recharge
Worthy Area of
Assessed Units
(in sq.km)
657.11
51.28
1150.78
850.00
22.45
59.00
1652.11
775.00
20.00
144.00
600.00
242.63
660.65
350.00
18.31
70.00
447.89
234.00
500.00
218.47
8723.68
Recharge
Worthy Area
of Assessed
Units
(in sq.km)
Safe
100.00
100.00
100.00
100.00
100.00
100.00
100.00
100.00
100.00
100.00
100.00
100.00
100.00
100.00
100.00
100.00
100.00
100.00
100.00
100.00
100.00
%
Recharge
Worthy Area
of Assessed
Units
(in sq.km)
%
Semi-Critical
Recharge
Worthy Area
of Assessed
Units
(in sq.km)
Critical
DYNAMIC GROUND WATER RESOURCES OF INDIA, 2020
JAMMU & KASHMIR
%
Recharge
Worthy Area
of Assessed
Units
(in sq.km)
%
Over-Exploited
Recharge
Worthy Area
of Assessed
Units
(in sq.km)
Saline
%
Dynamic Ground Water Resources Assessment of India - 2020
262
1
2
S.No
Kargil
Leh
Total
Name of District
200.00
714.00
914.00
Total Recharge
Worthy Area of
Assessed Units
(in sq.km)
%
200.00 100.00
714.00 100.00
914.00 100.00
Recharge
Worthy Area
of Assessed
Units
(in sq.km)
Safe
Recharge
Worthy Area
of Assessed
Units
(in sq.km)
%
Semi-Critical
Recharge
Worthy Area
of Assessed
Units
(in sq.km)
Critical
DYNAMIC GROUND WATER RESOURCES OF INDIA, 2020
LADAKH
%
Recharge
Worthy Area
of Assessed
Units
(in sq.km)
%
Over-Exploited
Recharge
Worthy Area
of Assessed
Units
(in sq.km)
Saline
%
Dynamic Ground Water Resources Assessment of India - 2020
263
1
2
3
4
5
6
7
8
9
S.No
Agatti
Amini
Androth
Chetlat
Kadmat
Kalpeni
Kavaratti
Kiltan
Minicoy
Total
Name of District
2.71
2.59
4.84
1.04
3.12
2.28
3.63
1.63
4.37
26.21
Total Recharge
Worthy Area of
Assessed Units
(in sq.km)
%
100.00
100.00
100.00
100.00
1.63 100.00
4.37 100.00
19.99
76.27
4.84
1.04
3.12
2.28
2.71 100.00
Recharge
Worthy Area
of Assessed
Units
(in sq.km)
Safe
%
6.22
23.73
3.63 100.00
2.59 100.00
Recharge
Worthy Area
of Assessed
Units
(in sq.km)
Semi-Critical
Recharge
Worthy Area
of Assessed
Units
(in sq.km)
Critical
DYNAMIC GROUND WATER RESOURCES OF INDIA, 2020
LAKSHADWEEP
%
Recharge
Worthy Area
of Assessed
Units
(in sq.km)
%
Over-Exploited
Recharge
Worthy Area
of Assessed
Units
(in sq.km)
Saline
%
Dynamic Ground Water Resources Assessment of India - 2020
264
1
2
3
4
S.No
Karaikal
Mahe
Puducherry
Yanam
Total
Name of District
161.00
9.00
293.00
20.00
483.00
Total Recharge
Worthy Area of
Assessed Units
(in sq.km)
%
108.60
22.48
99.60
61.86
9.00 100.00
Recharge
Worthy Area
of Assessed
Units
(in sq.km)
Safe
Recharge
Worthy Area
of Assessed
Units
(in sq.km)
%
Semi-Critical
%
293.00
60.66
293.00 100.00
Recharge
Worthy Area
of Assessed
Units
(in sq.km)
Critical
DYNAMIC GROUND WATER RESOURCES OF INDIA, 2020
PUDUCHERRY
Recharge
Worthy Area
of Assessed
Units
(in sq.km)
%
Over-Exploited
38.14
%
20.00 100.00
81.40
16.85
61.40
Recharge
Worthy Area
of Assessed
Units
(in sq.km)
Saline
Dynamic Ground Water Resources Assessment of India - 2020
265
Dynamic Ground Water Resources Assessment of India - 2020
266
Dynamic Ground Water Resources Assessment of India - 2020
Annexure - IV(A)
State-wise Categorization of Blocks/ Mandals/ Taluks in India
(as in 2020)
267
Dynamic Ground Water Resources Assessment of India - 2020
268
Dynamic Ground Water Resources Assessment of India - 2020
CATEGORIZATION of ASSESSMENT UNITS, 2020
ANDHRA PRADESH
S. No
Name of Semi-Critical
Assessment Units
S. No
Name of Critical
Assessment Units
S. No
Name of District
1
Ananthapur
1
2
3
4
Chilamathur
Amadagur
Madakasira
Roddam
1
Nambulipulikunta
2
Chittoor
Srirangarajapuram
Nindra
Tirupati
Gudi Palle
Ramasamudram
Puthalapattu
East Godavari
Chandragiri
Kurabalakota
Palasamudram
Santhi Puram
Rama Kuppam
Thavanampalle
Gurramkonda
Pakala
Baireddi Palle
Pedda Panjani
Ramachandrapuram-17
Nimmanapalle
Venkatagiri Kota
Chowdepalle
Nagari
Penumuru
Gangavaram
Pulicherla
Puttur
Rangampeta
Rajahmundry (Urban)
1
2
3
4
5
6
3
1
2
3
4
5
6
7
8
9
10
11
12
13
14
15
16
17
18
19
1
2
4
Guntur
1
Piduguralla
5
Kadapa
Vemula
Vempalle
Kamalapuram
Sambepalle
Chapad
Krishna
Kurnool
1
Bethamcherla
8
9
Nellore
Prakasam
Chennur
Proddutur
Royachoti
Brahmamgarimattam
Obulavaripalle
Duvvur
Chinnamandem
Musunuru
Kosigi
Chagalamarri
Gudur
Cumbum
Tarlapadu
Giddaluru
Komarolu
1
2
3
4
5
6
7
1
2
3
4
5
6
7
1
1
2
1
1
2
3
4
1
Naidupeta
S. No
Name of Over-Exploited
Assessment Units
1
2
3
4
5
6
7
8
9
10
11
12
13
14
15
Somandepalle
Tanakal
Putlur
Yadiki
Hindupur
Yellanur
Rolla
Amarapuram
Gandlapenta
Gudibanda
Agali
Lepakshi
Kothacheruvu
Nallacheruvu
Talupula
1
2
1
2
Bollapalle
Veldurthi
Chitvel
Pulivendla
1
2
3
4
Racherla
Pedaaraveedu
Pullalacheruvu
Markapur
ABSTRACT
Total No. of Assessed Units
Number of Semicritical
Assessment Units
Number of Critical Assessment
Units
Number of Over Exploited
Assessment Units
667
40
15
23
269
Dynamic Ground Water Resources Assessment of India - 2020
CATEGORIZATION of ASSESSMENT UNITS, 2020
BIHAR
S. No
Name of District
1
Begusarai
2
Bhojpur
3
4
Buxar
Gaya
5
Jehanabad
6
7
8
Katihar
Lakhisarai
Madhepura
9
Muzaffarpur
10
Nalanda
11
Nawada
12
Patna
13
14
15
16
17
18
Purnia
Samastipur
Saran
Sitamarhi
Siwan
Vaishali
Total No. of Assessed Units
534
S. No
Name of Semi-Critical
Assessment Units
1
2
1
2
3
4
1
1
2
3
4
5
1
2
3
1
1
1
2
3
4
5
6
7
1
Bhagwanpur
Navkothi
Bihiyan
Jagdishpur
Koilwar
Piro
Simri
Dumaria
Gaya
Khizirsarai
Konch
Tikari
Kako
Madanganj
Makhdumpur
Dandkhora
Halsi
Alamnagar
Biharriganj
Gamharia
Gwalpara
Kishanganj
Shankarpur
Singheswar
Bendra
1
2
3
4
5
1
2
1
2
3
4
5
6
7
8
9
1
1
1
1
1
1
2
3
4
5
Eknagarsari
Islampur
Karaiparsurai
Noorsarai
Prabalpur
Nawada
Warisaliganj
Athmalgola
Belchi
Danapur/Khagaul
Masaurhi
Naubatpur
Patna Sadar
Phulwarisharif
Punpun
Sampatchak
Dagaura
Ujjiarpur
Nagra
Bajpatti
Daeundah
Chehra Kalan
Hajipur
Jandaha
Lalganj
Raja Pakar
Number of Semicritical
Assessment Units
51
S. No
1
2
3
Name of Critical
Assessment Units
Ghoshi
Hulhasganj
Jehanabad
1
Maskaur
1
Patepur
ABSTRACT
Number of Critical Assessment
Units
5
270
S. No
Name of Over-Exploited
Assessment Units
1
2
3
Belaganj
Imamganj
Manpur
1
Ratni Faridpur
1
2
1
Musahari
Sakra
Giriak
Number of Over Exploited
Assessment Units
7
Dynamic Ground Water Resources Assessment of India - 2020
CATEGORIZATION of ASSESSMENT UNITS, 2020
CHHATISGARH
S. No
Name of District
1
Balod
2
3
Baloda Bazar
Bemetara
4
5
Bilaspur
Dhamtari
6
Durg
7
8
Gariaband
Janjgir-Champa
9
10
Kanker
Kawardha
11
12
Korba
Mahasamund
13
Raigarh
14
15
Raipur
Rajnandgaon
16
Surajpur
Total No. of Assessed Units
146
S. No
Name of Semi-Critical
Assessment Units
1
2
1
1
2
1
1
2
3
1
2
1
1
2
3
1
1
Balod
Gunderdehi
Simga
Nawagarh
Saja
Belha
Kurud
Magarlod
Nagri
Dhamdha
Patan
Rajim
Dabhara
Malkharoda
Sakti
Charama
Sahaspur Lohara
1
1
2
1
2
3
Katghora
Basna
Pithora
Baramkela
Pussore
Tamnar
1
2
3
1
Chhuikhadan
Dongargaon
Dongargarh
Surajpur
Number of Semicritical
Assessment Units
27
S. No
Name of Critical
Assessment Units
1
Gurur
1
2
Bemetara
Berla
1
Dhamtari
1
Durg
1
2
Kawardha
Pandariya
1
1
Dharsiwa
Khairagarh
ABSTRACT
Number of Critical Assessment
Units
9
271
S. No
Name of Over-Exploited
Assessment Units
Number of Over Exploited
Assessment Units
Nil
Dynamic Ground Water Resources Assessment of India - 2020
CATEGORIZATION of ASSESSMENT UNITS, 2020
DELHI
S. No
Name of District
1
Central
2
East
3
New Delhi
4
North
5
North East
6
7
North West
Shahdara
8
South
9
10
11
West
S. No
1
2
1
2
Name of Semi-Critical
Assessment Units
S. No
Name of Critical
Assessment Units
Civil Lines
Kotwali
Gandhi Nagar
Preet Vihar
1
2
1
2
Alipur
Model Town
Karawal Nagar
Seelampur
1
Seemapuri
South East
1
Defence Colony
South West
1
Najafgarh
1
1
2
Total No. of Assessed Units
34
S. No
Name of Over-Exploited
Assessment Units
1
Karol Bag
1
Maur Vihar
1
2
3
1
Chanakyapuri
Delhi Cantonment
Vasant Vihar
Narela
1
Yamuna Vihar
1
2
1
2
3
1
2
1
2
1
Shahdara
Vivek Vihar
Hauz Khas
Mehrauli
Saket
Kalka Ji
Sarita Vihar
Dwarka
Kapashera
Rajauri Garden
Saraswati Vihar
Patel Nagar
Punjabi Bag
Number of Semicritical
Assessment Units
7
ABSTRACT
Number of Critical Assessment
Units
7
272
Number of Over Exploited
Assessment Units
17
Dynamic Ground Water Resources Assessment of India - 2020
CATEGORIZATION of ASSESSMENT UNITS, 2020
GUJARAT
S. No
Name of District
1
Ahmedabad
2
3
Amreli
Banaskantha
4
Gandhinagar
5
6
Gir Somnath
Junagadh
7
Kachchh
8
9
S. No
Name of Semi-Critical
Assessment Units
S. No
1
2
1
1
2
Mandal
Ahmedabad City & Dascroi
Rajula
Vadgam
Palanpur
1
2
1
1
2
Kalol
Mansa
Una
Keshod
Malia
Kheda
Mahesana
1
1
2
3
Galteshwar
Kadi
Unjha
Visnagar
10
11
Narmada
Patan
1
1
Nandod
Patan
12
13
Porbandar
Rajkot
14
Sabarkantha
15
16
Surendranagar
Vadodara
1
1
2
1
2
3
1
1
Porbandar
Dhoraji
Vinchchiya
Himatnagar
Idar
Vadali
Chuda
Vadodara
Total No. of Assessed Units
248
Number of Semicritical
Assessment Units
24
1
Name of Critical
Assessment Units
S. No
Name of Over-Exploited
Assessment Units
Bavla
1
2
3
4
5
6
7
1
2
Dantiwada
Deesa
Deodar
Dhanera
Kankrej
Lakhani
Tharad
Dehgam
Gandhinagar
1
Visavadar
1
2
3
1
2
3
Bhesan
Junagadh City & Juna
Manavadar
Bhachau
Bhuj
Mandvi
1
Vijapur
1
2
3
4
5
6
Becharaji
Jotana
Kheralu
Mahesana
Satlasana
Vadnagar
1
Sidhpur
1
2
Chanasma
Sarsvati(Patan)
1
Prantij
1
ABSTRACT
Number of Critical Assessment
Units
4
273
Padra
Number of Over Exploited
Assessment Units
25
Dynamic Ground Water Resources Assessment of India - 2020
CATEGORIZATION of ASSESSMENT UNITS, 2020
HARYANA
S. No
Name of Semi-Critical
Assessment Units
S. No
Name of District
1
Ambala
1
Ambala-II
2
Bhiwani
1
2
Bawani Khera
Bhiwani
3
Charkhi Dadri
4
Faridabad
5
Fatehabad
6
Gurgaon
7
Hisar
8
9
Jhajjar
Jind
10
Kaithal
11
Karnal
12
Kurukshetra
13
S. No
Name of Critical
Assessment Units
1
2
Shahzadpur
Ambala-I
1
Bhuna
1
2
Agroha
Adampur
1
2
3
1
1
Hansi
Hisar-I
Hisar-Ii
Badli
Pillukhera
1
Indri
Mahendragarh
1
Satnali
1
Ateli Nangal
14
Mewat
1
Indri
15
Palwal
1
2
Hodal
Palwal
1
2
1
Ferozepur Jhirka
Punahana
Hassanpur
16
17
Panchkula
Panipat
1
Raipur Rani
18
Rewari
1
20
Sirsa
1
Baragudha
274
Dahina
S. No
Name of Over-Exploited
Assessment Units
1
2
3
1
2
3
4
1
2
1
2
3
1
2
3
4
5
6
1
2
3
4
1
2
Saha
Barara
Naraingarh
Kairu
Behal
Tosham
Loharu
Jhojhu
Badhra
Ballabgarh
Faridabad
Tigaon
Ratia
Jakhal
Tohana
Fatehabad
Bhattu Kalan
Nagpur
Pataudi
Farrukh Nagar
Sohna
Gurgaon
Barwala
Narnaund
1
2
3
4
5
1
2
3
4
5
6
7
1
2
3
4
5
6
7
1
2
3
4
5
6
7
1
2
3
1
Safidon
Uchana
Alewa
Jind
Ujhana
Kalayat
Pundri
Guhla
Kaithal
Rajound
Siwan
Dhand
Karnal
Munak
Gharaunda (Part)
Kunjpura
Nilokheri
Assandh
Nissing At Chirao
Ladwa
Thanesar
Pipli
Shahbad
Pehowa
Babain
Ismailabad
Sihma
Mahendragarh
Kanina
Taoru
1
2
Badoli
Prithla
1
2
3
4
5
6
1
2
3
4
5
6
1
2
3
4
5
6
Panipat
Sanauli Khurd
Israna
Bapoli
Madlauda
Samalkha
Khol At Rewari
Nahar
Rewari
Dharuhera
Jatusana
Bawal
Sirsa
Dabwali
Odhan
Nathusari Chopta
Rania
Ellenabad
Dynamic Ground Water Resources Assessment of India - 2020
CATEGORIZATION of ASSESSMENT UNITS, 2020
HARYANA
S. No
Name of District
21
Sonipat
22
Yamuna Nagar
Total No. of Assessed Units
141
S. No
Name of Semi-Critical
Assessment Units
S. No
1
Number of Semicritical
Assessment Units
14
Name of Critical
Assessment Units
Sadaura (Part)
ABSTRACT
Number of Critical Assessment
Units
12
275
S. No
1
2
3
4
5
1
2
3
4
5
6
Name of Over-Exploited
Assessment Units
Murthal
Sonipat
Rai
Mundlana
Ganaur
Radaur
Chhachhrauli
Mustafabad
Khizrabad
Jagadhri
Bilaspur
Number of Over Exploited
Assessment Units
85
Dynamic Ground Water Resources Assessment of India - 2020
CATEGORIZATION of ASSESSMENT UNITS, 2020
JHARKHAND
S. No
Name of District
1
2
3
4
5
6
Bokaro
Deoghar
Dhanbad
Garhwa
Hazaribagh
Ramgarh
7
Ranchi
8
East Singhbhum
Total No. of Assessed Units
259
S. No
1
1
1
1
1
1
2
3
1
2
Name of Semi-Critical
Assessment Units
Chas
Sonaraithadhi
Dhanbad & Jharia
Bhawanathpur
Daru
Chitarpur
Mandu
Ramgarh
Kanke
Khelari
Number of Semicritical
Assessment Units
10
S. No
Name of Critical
Assessment Units
1
Baliapur
1
Silli
ABSTRACT
Number of Critical Assessment
Units
2
276
S. No
Name of Over-Exploited
Assessment Units
1
Bermo
1
Topchanchi
1
Golmuri Cum Jugsalai
Number of Over Exploited
Assessment Units
3
Dynamic Ground Water Resources Assessment of India - 2020
CATEGORIZATION of ASSESSMENT UNITS, 2020
KARNATAKA
S. No
Name of District
S. No
Name of Semi-Critical
Assessment Units
S. No
Name of Critical
Assessment Units
1
Bagalkot
1
2
Hungund
Rabakavi Banahatti
1
Mudhol
2
Bangalore Rural
3
Bangalore Urban
4
Belagavi
1
2
3
4
1
Chikodi
Gokak
Hukkeri
Mudalagi
Hadagalli
1
Athani
5
Bellary
6
Bidar
1
2
1
2
Bhalki
Hulasuru
Kollegal
Kollegala(Hanur)
7
Chamrajnagara
1
Yelandur
8
Chikballapur
9
Chikkamagalur
10
Chitradurga
11
Davangere
12
Gadag
1
2
1
2
3
Honnalli
Nyamati
Mundargi
Nargund
Shirhatti
1
Davangere
1
Gadag
13
14
Hassan
Haveri
1
C R Patna
1
2
3
4
1
Byadgi
Hirekerur
Ranibennur
Ratteehalli
Afzalpur
15
16
Kalburagi
Kolar
17
Koppal
18
19
20
Mandya
Mysuru
Raichur
21
22
Ramanagaram
1
2
1
1
1
2
1
Kanakagiri
Yelbarga
Malavalli
Mysuru
Raichur
Sirivara
Channapatana
Tumakuru
1
Pavagada
1
2
3
277
S. No
Name of Over-Exploited
Assessment Units
1
2
3
1
2
3
4
1
2
3
4
5
1
2
3
4
1
2
3
Badami
Bagalkote
Guledagudda
Devenhalli
Dodaballapur
Hoskote
Nelamangala
Anekal
Bengaluru East
Bengaluru North
Bengaluru South
Yelahanka
Bailahongal
Kagavada
Ramdurg
Saundatti
H.B.Halli
Harapanahalli
Kotturu
1
2
1
2
3
4
5
6
1
2
1
2
3
4
5
1
2
1
2
Chamrajnagara
Gundlupet
Bagepalli
Chikballapur
Chintamani
Gauribidalur
Gudibanda
Sidlaghata
Ajjampura
Kadur
Challakere
Chitradurga
Hiriyur
Holalkere
Hosadurga
Channagiri
Jagalur
Gajendragad
Ron
1
Arsikere
1
2
3
4
5
6
1
Bangarpet
K.G.F
Kolar
Malur
Mulbagal
Srinivaspur
Kukanuru
1
2
3
4
5
6
Chicknayakanhalli
Koratagere
Madhugiri
Sira
Tiptur
Tumakuru
Kanakapura
Magadi
Ranmanagara
Dynamic Ground Water Resources Assessment of India - 2020
CATEGORIZATION of ASSESSMENT UNITS, 2020
KARNATAKA
S. No
Name of District
S. No
Name of Semi-Critical
Assessment Units
23
Vijayapura
24
Yadgir
1
2
3
4
1
2
Basavana Bagevadi
Kolhara
Nidagundi
Tikota
Gurumithakala
Yadgir
Total No. of Assessed Units
227
Number of Semicritical
Assessment Units
35
S. No
Name of Critical
Assessment Units
1
Chadachana
ABSTRACT
Number of Critical Assessment
Units
10
278
S. No
Name of Over-Exploited
Assessment Units
Number of Over Exploited
Assessment Units
52
Dynamic Ground Water Resources Assessment of India - 2020
CATEGORIZATION of ASSESSMENT UNITS, 2020
KERALA
S. No
Name of District
1
Idukki
2
Kannur
3
Kasargod
4
5
Kollam
Kozhikode
6
Malappuram
7
Palakkad
8
9
Thiruvananthapuram
Thrissur
Total No. of Assessed Units
152
S. No
1
2
1
2
3
1
2
3
1
1
2
1
2
3
4
5
6
7
8
1
2
1
2
3
4
5
1
2
3
Name of Semi-Critical
Assessment Units
Kattappana
Nedumkandam
Kannur
Panur
Thalassery
Kanhangad
Karadka
Manjeswar
Mukhathala
Ballussery
Kunnamangalam
Kondotty
Kuttippuram
Malappuram
Mankada
Thanur
Thriurangadi
Tirur
Vengara
Pattambi
Thrithala
S. No
Name of Critical
Assessment Units
1
Kasaragod
1
2
Chittur
Malampuzha
S. No
Name of Over-Exploited
Assessment Units
Athiyannur
Chirayinkil
Nedumangad
Parassala
Pothencode
Chowannur
Mathilakom
Thalikkulam
Number of Semicritical
Assessment Units
29
ABSTRACT
Number of Critical Assessment
Units
3
279
Number of Over Exploited
Assessment Units
Nil
Dynamic Ground Water Resources Assessment of India - 2020
CATEGORIZATION of ASSESSMENT UNITS, 2020
MADHYA PRADESH
S. No
Name of Semi-Critical
Assessment Units
S. No
Name of District
1
Agar Malwa
1
Barod
2
3
4
Ashoknagar
Barwani
Betul
5
Bhopal
6
Chhatarpur
7
Chhindwara
8
9
Damoh
Dewas
1
1
1
2
1
2
1
2
3
4
1
2
1
1
Ishagarh
Rajpur
Betul
Multai
Bhopal_Urban
Phanda
Bijawar
Buxwaha
Chhatarpur
Nowgaon
Mohkhed
Pandhurna
Patheriya
Khategaon
10
Dhar
11
12
13
Gwalior
Hoshangabad
Indore
1
1
1
Gwalior_Urban
Bankhedi
Mhow
14
15
16
17
18
Jabalpur
Jhabua
Khandwa
Khargone
Mandsaur
1
1
1
1
Jhabua
Chhegaon Makhan
Khargone
Garoth
19
20
Narsinghpur
Neemuch
1
1
Narsinghpur
Manasa
21
22
Raisen
Rajgarh
23
Ratlam
1
1
2
3
1
2
Obedullaganj
Zeerapur
Khilchipur
Biora
Sailana
Bajna
24
25
Rewa
Satna
1
1
2
3
Mauganj
Sohawal
Maihar
Rampur Baghalan
26
27
Sehore
Shajapur
1
Shajapur
28
Shivpuri
29
Tikamgarh
30
Ujjain
31
Vidisha
1
2
3
4
5
1
2
3
4
5
1
2
3
1
2
Kolaras
Badarwas
Pichor
Narwar
Khanniyadhana
Jatara
Tikamgarh
Baldeogarh
Palera
Niwari
Mahidpur
Tarana
Kachrod
Gyraspur
Kurwai
S. No
1
1
Total No. of Assessed Units
317
Tirla
Jabalpur
1
2
Malahargarh
Bhanpura
1
2
Name of Over-Exploited
Assessment Units
1
2
Susner
Nalkhera
1
Pansemal
1
2
1
2
3
Sonkutch
Dewas
Dhar
Nalcha
Badnawar
1
2
3
4
Indore_Urban
Sanwer
Indore
Depalpur
1
2
Mandsaur
Sitamau
1
2
Jawad
Neemuch
1
2
3
4
Ratlam
Alote
Jaora
Piploda
1
2
3
Kalapipal
Shujalpur
Mohan Berodia
1
2
3
Ujjain
Ghatia
Badnagar
Narsingh Garh
Sarangpur
Ashta
ABSTRACT
Number of Critical Assessment
Units
8
280
S. No
Chhindwara
1
1
Number of Semicritical
Assessment Units
50
Name of Critical
Assessment Units
Number of Over Exploited
Assessment Units
26
Dynamic Ground Water Resources Assessment of India - 2020
CATEGORIZATION of ASSESSMENT UNITS, 2020
MAHARASHTRA
S. No
Name of District
S. No
Name of Semi-Critical
Assessment Units
1
Ahmednagar
2
3
Akola
Amravati
1
2
3
4
5
1
1
2
3
Akola
Newasa
Pathardi
Shevgaon
Shrigonda
Barsi Takli
Amravati
Dhamangaon Railway
Nandgaon
4
Aurangabad
5
Buldhana
6
Jalgaon
7
8
Latur
Nagpur
9
Nashik
10
Osmanabad
11
Pune
12
13
Sangli
Satara
14
Solapur
15
Wardha
1
2
3
4
5
6
7
1
2
3
4
5
6
7
8
9
1
2
3
4
5
6
7
8
9
1
1
2
1
2
3
1
2
1
2
3
4
5
6
7
1
1
2
3
4
5
1
2
3
4
5
6
7
1
Aurangabad
Fulambre
Gangapur
Khuldabad
Paithan
Sillod
Vaijapur
Buldhana
Chikhali
Deulgaon Raja
Khamgaon
Lonar
Malakapur
Motala
Nandura
Sindkhed Raja
Amalner
Bhadgaon
Bhusaval
Bodwad
Chalisgaon
Chopda
Jamner
Pachora
Parola
Latur
Katol
Saoner
Baglan Satana
Chandwad
Yeola
Kalamb
Osmanabad
Ambegaon
Baramati
Daund
Indapur
Junnar
Khed
Purandhar
Kavathe Mahankal
Khatav
Man
Patan
Phaltan
Wai
Barshi
Karmala
Madha
Mangalveda
Mohol
Pandharpur
Sangola
Karanja
Total No. of Assessed Units
353
Number of Semicritical
Assessment Units
63
S. No
Name of Critical
Assessment Units
1
2
3
4
Kopargaon
Rahuri
Sangamner
Shrirampur
1
2
3
Deola
Niphad
Sinnar
1
Shirur
ABSTRACT
Number of Critical Assessment
Units
8
281
S. No
Name of Over-Exploited
Assessment Units
1
Rahata
1
2
3
4
Achalpur
Chandur Bazar
Morshi
Warud
1
2
Jalgaon
Sangrampur
1
2
Raver
Yawal
1
Malshiras
Number of Over Exploited
Assessment Units
10
Dynamic Ground Water Resources Assessment of India - 2020
CATEGORIZATION of ASSESSMENT UNITS, 2020
ODISHA
S. No
Name of District
1
2
3
Balasore
Jajpur
Kendrapara
4
Khurda
5
Nuapada
Total No. of Assessed Units
314
S. No
1
1
1
1
2
1
Name of Semi-Critical
Assessment Units
S. No
Name of Critical
Assessment Units
S. No
Name of Over-Exploited
Assessment Units
Baliapal
Korei
Garadpur
Bhubaneswar
Bologarh
Nuapada
Number of Semicritical
Assessment Units
6
ABSTRACT
Number of Critical Assessment
Units
Nil
282
Number of Over Exploited
Assessment Units
Nil
Dynamic Ground Water Resources Assessment of India - 2020
CATEGORIZATION of ASSESSMENT UNITS, 2020
PUNJAB
S. No
Name of Semi-Critical
Assessment Units
S. No
Name of District
1
Amritsar
2
Barnala
3
Bathinda
4
Faridkot
5
Fatehgarh Sahib
6
Fazilka
7
Ferozepur
8
Gurdaspur
1
Dina Nagar
9
Hoshiarpur
1
2
3
Mahilpur
Mukerian
Hoshiarpur II
10
Jalandhar
11
Kapurthala
12
Ludhiana
13
Mansa
1
Rampura
S. No
Name of Critical
Assessment Units
1
Talwandi Saboo
1
Fazilka
1
2
3
Gurdaspur
Qadian
Sri Hargobindpur
283
S. No
1
2
3
4
5
6
7
8
1
2
3
4
1
2
3
4
5
6
1
2
3
1
2
3
4
5
1
2
1
2
3
4
5
6
1
2
3
4
5
6
1
2
3
4
1
2
3
4
5
6
7
8
9
10
11
1
2
3
4
5
1
2
3
4
5
6
7
8
9
10
11
12
13
1
2
3
4
5
Name of Over-Exploited
Assessment Units
Ajnala
Attari
Chogawan
Harsha China
Jandiala
Majitha
Rayya
Tarsika
Verka
Barnala
Mahal Kalan
Sehna
Bathinda
Bhagta Bhai Ka
Goniana Mandi
Maur
Nathana
Phul
Faridkot
Jaiton
Kot Kapura
Amloh
Bassi Pathana
Khamanon
Khera
Sirhind
Arniwala Sheikh Subanpur
Jalalabad
Ferozpur
Ghall Khurd
Guru Har Sahai
Makhu
Mamdot
Zira
Batala
Dera Baba Nanak
Dhariwal
Fatehgarh Churian
Kahnuwan
Kalanaur
Dasuya
Garhsahnkar
Hoshiarpur-1
Tanda
Adampur
Bhogpur
Jalandhar-East
Jalandhar-West
Lohian
Mehatpur
Nakodar
Nur Mahal
Phillaur
Rurka Kalan
Shahkot
Dhilwan
Kapurthala
Nadala
Phagwara
Sultanpur Lodhi
Dehlon
Doraha
Jagraon
Khanna
Ludhiana - I
Ludhiana - II
Machhiwara
Maloud
Pakhowal
Raikot
Samrala
Sidhwan Bet
Sudhar
Bhikhi
Budhlada
Jhunir
Mansa
Sardulgarh
Dynamic Ground Water Resources Assessment of India - 2020
CATEGORIZATION of ASSESSMENT UNITS, 2020
PUNJAB
Name of District
14
Moga
15
Sas Nagar
16
Nawanshahr
1
Balachaur
17
Pathankot
1
2
3
Bamyal
Gharota
Narot Jamal Singh
18
Patiala
19
Ropar
20
Sangrur
21
Tarn Taran
Total No. of Assessed Units
150
S. No
Name of Semi-Critical
Assessment Units
S. No
1
Anandpur Sahib
Number of Semicritical
Assessment Units
10
S. No
1
Name of Critical
Assessment Units
Nurpur Bedi
ABSTRACT
Number of Critical Assessment
Units
6
284
S. No
Name of Over-Exploited
Assessment Units
1
2
3
4
5
1
2
1
2
3
Bagha Purana
Dharamkot (Kot Isa K
Moga I
Moga II
Nihal Singh Wala
Dera Bassi
Kharar
Aur
Banga
Nawan Shahr
1
2
3
4
5
6
7
8
9
1
2
3
1
2
3
4
5
6
7
8
9
1
2
3
4
5
6
7
8
Bhuner Heri
Ghanaur
Nabha
Patiala
Patran
Rajpura
Samana
Sanaur
Shambu Kalan
Chamkaur Sahib
Morinda
Andana
Bhiwanigarh
Dhuri
Dirba
Lehraghaga
Maler Kotla
Malerkotla-2
Sangrur
Sherpur
Sunam
Bhikhiwind
Chola Sahib
Gandiwind
Khadur Sahib
Naushehra Panuan
Patti
Tarn Taran
Valtoha
Number of Over Exploited
Assessment Units
117
Dynamic Ground Water Resources Assessment of India - 2020
CATEGORIZATION of ASSESSMENT UNITS, 2020
RAJASTHAN
S. No
Name of Semi-Critical
Assessment Units
S. No
Name of District
1
Ajmer
2
Alwar
3
Banswara
4
Baran
5
Barmer
6
Bharatpur
7
Bhilwara
8
Bikaner
1
Panchoo
9
Bundi
1
Keshorai Patan
10
Chittaurgarh
1
2
3
4
5
1
2
3
Anandpuri
Bagidora
Gangar Talai
Garhi
Kushalgarh
Antah
Kishanganj
Shahbad
1
Patodi
S. No
Name of Critical
Assessment Units
1
2
Siwana
Gudhamalani
1
Deeg
1
Bundi
285
S. No
Name of Over-Exploited
Assessment Units
1
2
3
4
5
6
7
8
9
1
2
3
4
5
6
7
8
9
10
11
12
13
14
Arain
Bhinay
Jawaja
Kekri
Kishangarh
Masooda
Peesangan
Sarwar
Shrinagar
Bansur
Behror
Kathumar
Kishangarh Bas
Kotkasim
Laxmangarh
Mandawar
Neemrana
Rajgarh
Ramgarh
Reni
Thanagazi
Tijara
Umren
1
2
3
4
1
2
3
4
5
6
7
8
9
10
11
12
1
2
3
4
5
6
7
8
9
1
2
3
4
5
6
7
8
9
10
11
12
1
2
3
1
2
1
2
3
4
Atru
Baran
Chhabra
Chhipabarod
Balotra
Barmer
Baytoo
Dhanaoo
Dhorimanna
Gadraroad
Gira
Ramsar
Samdari
Serwa
Sheo
Sindhari
Bayana
Kaman
Kumher
Nadbai
Nagar
Pahari
Rupbas
Sewar
Weir
Asind
Banera
Bijoliyan
Hurda
Jahazpur
Kotri
Mandal
Mandalgarh
Raipur
Sahara
Shahpura
Suwana
Bikaner
Dungargarh
Nokha
Hindoli
Nainwa
Bari Sadri
Begun
Bhadesar
Bhainsrorgarh
Dynamic Ground Water Resources Assessment of India - 2020
CATEGORIZATION of ASSESSMENT UNITS, 2020
RAJASTHAN
S. No
Name of District
S. No
Name of Semi-Critical
Assessment Units
S. No
Name of Critical
Assessment Units
11
Churu
12
Dausa
13
Dhaulpur
14
Dungarpur
15
Jaipur
16
Jaisalmer
17
Jalor
1
Chitalwana
18
Jhalawar
1
2
3
Aklera
Bhawani Mandi
Pirawa
1
Manohar Thana
19
Jhunjhunun
20
Jodhpur
1
Bap
1
Luni
1
2
1
Churu
1
Baseri
S. No
Name of Over-Exploited
Assessment Units
5
6
7
8
9
10
11
1
2
3
4
1
2
3
4
5
6
1
2
3
4
Bhopalsagar
Chittaurgarh
Dungla
Gangrar
Kapasan
Nimbahera
Rashmi
Rajgarh
Ratangarh
Sujangarh
Bidasar
Bandikui
Dausa
Lalsot
Lawan
Mahwa
Sikrai
Dhaulpur
Rajakhera
Saipau
Bari
1
2
3
4
5
6
7
8
9
10
11
12
13
14
15
1
2
3
1
2
3
4
5
6
7
1
2
3
4
1
2
3
4
5
6
7
8
1
2
3
4
5
6
7
8
9
10
11
12
13
14
Amber
Bassi
Chaksu
Dudu
Govindgarh
Jalsoo
Jamwa Ramgarh
Jhotwara
Kotputli
Paota
Phagi
Sambhar
Sanganer
Shahpura
Viratnagar
Jaisalmer
Sam
Sankra
Ahore
Bhinmal
Jalore
Jaswantpura
Raniwara
Sanchore
Sayla
Bakani
Dag
Jhalrapatan
Khanpur
Alsisar
Buhana
Chirawa
Jhunjhunu
Khetri
Nawalgarh
Surajgarh
Udaipurwati
Balesar
Baori
Bapini
Bhopalgarh
Bilara
Dechoo
Lohawat
Mandor
Osian
Phalodi
Pipar City
Shekhala
Shergarh
Tiwari
Dovra
Sagwara
286
Dynamic Ground Water Resources Assessment of India - 2020
CATEGORIZATION of ASSESSMENT UNITS, 2020
RAJASTHAN
S. No
Name of District
S. No
Name of Semi-Critical
Assessment Units
21
Karauli
1
Nadoti
22
Kota
1
2
3
Itawa
Ladpura
Sultanpur
23
Nagaur
24
Pali
25
S. No
Name of Critical
Assessment Units
1
Nagaur
Pratapgarh
1
Dhariawad
26
Rajsamand
1
2
Khamnor
Kumbhalgarh
27
Sawai Madhopur
28
Sikar
1
Fatehpur
29
Sirohi
1
Pindwara
30
Tonk
1
2
Deoli
Todaraisingh
1
Tonk
31
Udaipur
1
2
3
Jhalara
Salumbar
Semari
1
Total No. of Assessed Units
295
Pali
Number of Semicritical
Assessment Units
29
1
Bhindar
2
Girwa
3
Gogunda
4
Jhadol
5
Kherwara
6
Kurawar
7
Phalasiya
8
Sarada
9
Sayra
ABSTRACT
Number of Critical Assessment
Units
23
287
S. No
Name of Over-Exploited
Assessment Units
1
2
3
4
5
1
2
Hindaun
Karauli
Mandrail
Sapotra
Todabhim
Khairabad
Sangod
1
2
3
4
5
6
7
8
9
10
11
12
13
1
2
3
4
5
6
7
8
1
2
3
1
2
3
4
5
1
2
3
4
5
6
1
2
3
4
5
6
7
8
1
2
3
4
1
2
3
1
2
3
4
5
Degana
Didwana
Jayal
Kheenvsar
Kuchaman City
Ladnu
Makrana
Merta
Molasar
Mundwa
Nawa
Parbatsar
Riyan Bari
Bali
Desuri
Jaitaran
Kharchi (Marwar Junc
Raipur
Rani Station
Sojat
Sumerpur
Arnod
Chhoti Sadri
Pratapgarh
Amet
Bhim
Deogarh
Railmagra
Rajsamand
Bamanwas
Bonli
Chauth Ka Barwara
Gangapur
Khandar
Sawai Madhopur
Danta Ramgarh
Dhond
Khandela
Lachhmangarh
Neem Ka Thana
Patan
Piprali
Srimadhopur
Abu Road
Reodar
Sheoganj
Sirohi
Malpura
Niwai
Uniara
Bargaon
Kotra
Lasadiya
Mavli
Rishabhdev
Number of Over Exploited
Assessment Units
203
Dynamic Ground Water Resources Assessment of India - 2020
CATEGORIZATION of ASSESSMENT UNITS, 2020
TAMIL NADU
S. No
Name of District
1
2
Ariyalur
Chengalpattu
3
Chennai
4
Coimbatore
S. No
Name of Semi-Critical
Assessment Units
1
1
2
3
4
5
6
7
8
9
10
11
12
13
14
15
16
17
1
Sendurai
Perumpakkam
Karumbakkam
Singaperumalkoil
Kattankulathur
Acchirupakkam
Pallur(K)
Jameenendathur
Vandalur
Chithamur
L.Endathur
Mamallapuram
Onampakkam
Guduvancheri
Ponvilayanthakalathur
Kodur
Kayapakkam
Cheyyur
Madhavaram
1
2
3
4
5
Thudialur
Anamalai
Kuniamuthur
Kurichi
Marchinaickenpalayam
S. No
1
2
1
2
288
Name of Critical
Assessment Units
Nerumbur
Thirukazhukundram
Kottur
Sulur
S. No
Name of Over-Exploited
Assessment Units
1
2
3
Chengalpattu
Appur
Orathi
1
2
3
4
5
6
7
8
9
10
11
12
13
14
15
16
17
18
19
20
21
22
23
24
25
26
1
2
3
4
5
6
7
8
9
10
11
12
13
14
15
16
17
18
19
20
21
22
23
24
25
26
27
28
29
30
Mambalam - Guindy-I
Purasawalkam -Perambur-IV
Kottai - Thondiarpet-I
Mambalam - Guindy-IV
Mylapore - Tiruvallikeni-IV
Kottai - Thondiarpet-III
Mambalam - Guindy-III
Korattur
Mylapore - Tiruvallikeni-I
Mambalam - Guindy-II
Manali
Mylapore - Tiruvallikeni-III
Ambattur
Mylapore - Tiruvallikeni-II
Maduravoil
Purasawalkam -Perambur-II
Egmore - Nungambakkam-III
Egmore - Nungambakkam-I
Purasawalkam -Perambur-I
Porur
Purasawalkam -Perambur-III
Egmore - Nungambakkam-IV
Kottai - Thondiarpet-IV
Kottai - Thondiarpet-II
Thiruvottiyur
Egmore - Nungambakkam-II
Kinathukatavu
Pollachi(N)
Thondamuthur
Pollachi(S)
Annur(S)
Kovilpalayam
Vadavalli
Thirumalaiampalayam
Ottakkal Mandabam
Varapatti
Sarkar Samakulam
Annur(N)
Perianegamam
Mettupalayam
Vadachittur
Karumathampatti
Madukkarai
Singanallur
Karamadai
Selakkarichal
Ganapathi
Alandurai
Saravanampatti
Kolarpatti
Ramapattinam
Anupparpalayam
Periyanaickenpalayam
Perur
Coimbatore
Madampatti
Dynamic Ground Water Resources Assessment of India - 2020
CATEGORIZATION of ASSESSMENT UNITS, 2020
TAMIL NADU
S. No
Name of District
5
Cuddalore
6
Dharmapuri
7
S. No
Name of Semi-Critical
Assessment Units
S. No
Name of Critical
Assessment Units
1
2
3
4
5
6
7
8
9
10
11
12
1
2
3
4
5
6
7
Tittagudi (E)
Panruti
Umangalam
Sirupakkam
Manjakuppam
Udaiyarkudi
Kadampuliyur
Tittagudi (W)
Kurinjipadi
Kullanchavadi
Virudhachalam(N)
Thiruvanthipuram
Palacode
Nallampalli
Harur
Pappireddipatty
Dharmapuri
Morappur
Krishnapuram
1
Dindigul
1
2
3
4
5
Natham
Pappampatti
Dindigul East
Reddiapatti
Senthurai
1
2
3
4
5
Neikkarapattai
Korikadavu
Kambiliampatti
Athoor
Pillaiyarnatham
8
Erode
1
2
3
4
5
6
7
8
9
10
Kurichi
Kanjikoil
Thalavadi
Sivagiri
Bhavani
Siruvalur
Kuthiyalathur
Poondurai
Kavandapadi
Vaniputhur
1
Ammapettai
9
Kallakkurichi
1
2
3
4
5
Sankarapuram
Vadakanandal
Sengurichi
Manalurpettai
Alathaur
10
Kancheepuram
1
2
3
4
5
6
Kunnavakkam
Thiruppu Kuzhi
Sirukaveripakkam
Uthiramerur
Kollapakkam
Kaliyampoondi
1
2
3
4
5
6
1
Nagalur
Kallakurichi
Kalvarayan Malai
Chinnaselam
Kalamarudur
Ulundurpettai
Govindhavadi
289
Thozhudur
S. No
Name of Over-Exploited
Assessment Units
1
2
3
4
5
6
Rettichavadi
Nellikuppam
Kammapuram (W)
Pennadam
Virudhachalam(S)
Kammapuram (E)
1
2
3
4
5
6
7
8
9
10
11
12
13
14
1
2
3
4
5
6
7
8
9
10
11
12
13
14
15
16
17
18
19
20
21
22
23
24
25
26
1
2
3
4
5
6
7
8
9
10
11
12
13
14
15
16
17
18
19
20
1
2
3
4
5
6
1
2
3
Karimangalam
Marandahalli
Indur
Bommidi
Papparapatty
Thenkaraikottai
Pennagaram
Pulikarai
Perianahalli
Kadathur
Vellichandai
Palayam
Perumbalai
Kambainallur
Chinnalpatti
Nilakottai
Kottanatham
Devathur
Puliyurnatham
Dindigul West
Palakkanoothu
Shanarpatti
Kovilur
Reddiarchatram
Vatlagundu
Kallimanthayam
Oruthattu
Vadamadurai
Silvathur
Eriodu
Vedasandur
Dharmathupatti
Thoppampatti
Ayyampalayam
Oddanchathram
Palayam
Ayyalur
Chinnakkampatti
Viruveedu
Ayakudi
Elathur
Kodumudi
Athani
Anthiyur
Erode East
Punjaipuliampatti
Bhavanisagar
Arachalur
Perundurai
Sathyamangalam
Nambiyur
Kilampadi
Chennimalai
Erode West
Modakurichi
Vellode
Thingalur
Kasipalayam
Arasur
Erode North
Nainarpalayam
Elavanasurkottai
Thiruppalapandal
Eraiyur
Indili
Thiyagadurgam
Thirupulivanam
Arumpuliyur
Walajabad
Dynamic Ground Water Resources Assessment of India - 2020
CATEGORIZATION of ASSESSMENT UNITS, 2020
TAMIL NADU
S. No
Name of Semi-Critical
Assessment Units
S. No
Name of Critical
Assessment Units
S. No
Name of District
11
12
Kanniyakumari
Karur
1
1
2
3
4
Rajakkamangalam
Manmangalam
Chinthalavadi
Chinnadharapuram
Aravakurichi
13
Krishnagiri
1
2
3
4
5
6
7
Kelamangalam
Periyamuthur
Krishnagiri
Mathigiri
Pochampalli
Hosur
Bagalur
1
Rayakottai
14
Madurai
1
2
3
4
5
6
7
Madurai East
Peraiyur
Valayankulam
Valanthur
Kalligudi
Pannikkundu
Elumalai
1
2
3
Madurai West
Karumathur
Thirumangalam
15
Nagapattinam
16
Namakkal
1
2
3
4
Jedarpalayam
Manickampalayam
Molasi
Pallapatti
1
Elachipalayam
17
Perambalur
1
Koothur
18
Pudukkottai
1
2
3
4
Ponnamaravathy
Viralimalai
Arasarkulam
Arasamalai
290
S. No
1
2
3
4
5
6
7
8
9
10
11
12
13
14
1
2
3
4
5
6
7
8
9
10
11
12
1
2
3
4
5
6
7
8
9
10
11
1
2
3
4
5
6
7
8
9
10
11
12
13
1
2
3
4
5
6
7
8
9
10
11
12
13
14
15
16
17
18
19
20
21
22
1
2
3
4
5
6
7
Name of Over-Exploited
Assessment Units
Pallapatti
Thalapatti
Vangal
Thoranakalpatti
Kattalai
Velliyanai
Mailampatti
K.Paramathy
Kadavur
Thogaimalai
Pugalur
Panjapatti
Thennilai
Karur
Singarapettai
Uthangarai
Berigai
Guruparapalli
Alapatti
Nagarasampatti
Mathur
Samalpatti
Palepalli
Kallavi
Veppanapalli
Bargur
Sindhupatti
Usilampatti
Kokkulam
Sedapatti
Uthappanaickanur
Nagamalali Pudukotta
A.Vellalapatti
Vellalur
Muduvarpatti
Kottampatti
Palamedu
Sirkali
Palaiyur
Madhanam
Kuttalam
Melaiyur
Sembanarkoil
Puthur
Pattavarthi
Thiruvenkadu
Vaitheeswaran Koil
Manganallur
Mayiladuthurai
Thiruvilaiyattam
Senthamagalam
Nallipalayam
Valaiyapatti
Pandamangalam
Mangalapuram
Puduchatram
Namakkal
Vennandur
Kumarapalayam
Alanganatham
Mallasamudram
Namagiripettai
Vaiyappamalai
Paramathi
Rasipuram
Erumaipatti
Tiruchengode
Kalappanaikanpatti
Mullukurichi
Nallur
Sellappampatti
Mohanur
Kurumbalur
Valikandapuram
Keelapuliyur
Vengalam
Pasumbalur
Perambalur
Chettikulam
Dynamic Ground Water Resources Assessment of India - 2020
CATEGORIZATION of ASSESSMENT UNITS, 2020
TAMIL NADU
S. No
Name of District
S. No
Name of Semi-Critical
Assessment Units
5
6
7
8
9
10
1
2
3
4
5
6
7
8
9
10
11
1
2
Kottur
Keeramangalam
Kodumbalur
Narthamalai
Karaiyur
Vennavalkudi
Velam
Arakonam(South)
Kaveripakkam
Visharam
Banavaram
Mambakkam
Pallur
Sholinghur
Panapakkam
Paranji
Ranipet
Kolathur
Patchamalai
19
Ranipet
20
Salem
21
Tenkasi
1
2
3
4
22
Tirupathur
23
Thanjavur
S. No
Name of Critical
Assessment Units
S. No
Name of Over-Exploited
Assessment Units
1
2
Kalavai
Nemili(V)
1
2
3
4
Arcot
Walajah
Pudupadi
Timiri
1
2
Karupur
Panamarathuppatti
Alankulam
Vasudevanallur
Thiruvengadem
Kadayanallur
1
Veerakeralampudur
1
2
3
Ambalur
Pudurnadu
Jolarpet
1
2
Andiyappanur
Alangayam
1
2
3
4
5
6
7
8
Orathanad
Peravurani
Saliyamangalam
Budalur
Thekkur
Kurichi
Perambur
Thanjavur
1
2
3
4
Thambikkottai
Nambivayal
Periyakottai
Ulur
1
2
3
4
5
6
7
8
9
10
11
12
13
14
15
16
17
18
19
20
21
22
23
24
25
26
27
28
29
30
31
32
33
34
1
2
3
4
5
6
7
8
9
10
11
12
13
14
15
16
17
1
2
3
4
5
6
1
2
3
4
5
6
7
8
9
10
11
12
13
Omalur
Poolampatti
Pottaneri
Karippatti
Thalaivasal
Alagapuram
Gangavalli
Valasaiyur
Palamalai
Mecheri
Veeraganoor
Sankari East
Kadayampatti
Kondalampatti
Ernapuram
Kattukkottai
Malliyakarai
Yethapur
Veerapandi
Mettur
Pethanaickanpalayam
Thirumalaigiri
Tharamangalam
Vembadithalam
Sankari West
Nangavalli
Vazhappadi
Semmandappatti
Belur
Suramangalam
Salem Town
Attur
Konganapuram
Edappadi
Keezhapavoor
Veerasigamani
Kallurani
Karivaklamvandanallur
Sernthamangalam
Surandai
Pazhankottai
Uthumalai
Karuvantha
Kurukkalpatti
Puliyankudi
Sankarankoil
Ayikudi
Gudalur
Karisal Kulam
Nettur
Venkadampatti
Vaniyambadi
Kandhili
Tirupathur
Natrampalli
Koratti
Ammanankoil
Thirukkattupalli
Avanam
Kumbakonam
Pattukkottai
Andikkadu
Thiruvaiyaru
Ammapet
Thiruvidamarudur
Adirampattinam
Aduthurai
Nachiyarkoil
Devanancheri
Thuvarankurichi
291
Dynamic Ground Water Resources Assessment of India - 2020
CATEGORIZATION of ASSESSMENT UNITS, 2020
TAMIL NADU
S. No
Name of District
24
The Nilgiris
25
Theni
26
Thiruvallur
27
Thiruvarur
28
S. No
Name of Semi-Critical
Assessment Units
1
2
1
2
3
4
5
6
7
8
1
2
3
4
5
6
7
8
9
10
11
12
13
14
15
16
17
1
2
3
Ithalar
Kundah
Andipatti
Kodangipatti
Theni
Devathanapatti
Uthamapalayam
Mayladumparai
Thenkarai
Kodivilarpatti
Uthukkottai
Morai
Tirur
Poonimangadu
Pallipattu
Thirumazhisai
Poondi
Kannigaipair
Mappedu
Erumbi
Manavor
Kanagammachattram
Cherukkanoor
Nemam
Velliyur
Puzhal
Balapuram
Koothanallur
Nannilam
Sannanallur
Thoothukkudi
1
2
29
Tiruchirappalli
30
Tirunelveli
S. No
Name of Critical
Assessment Units
S. No
Name of Over-Exploited
Assessment Units
14
15
16
17
18
19
20
21
22
23
24
25
26
27
28
29
30
31
32
33
34
Sillathur
Kathiramangalam
Agarapettai
Kuruvikarambai
Murukkangudi
Kavalipatti
Thondarampattu
Melattur
Thirumangalakottai
Pandanallur
Nanjikottai
Papanasam
Tiruchitrambalam
Madukkur
Vallam
Ramapuram
Kandiyur
Kabisthalam
Ayyampettai
Tiruppanandal
Nadukaveri
1
2
Kandamanur
Rajathani
1
2
Thevaram
Erasakkanaickanur
1
2
Tiruttani
Vengathur
1
2
3
4
5
6
7
Voyalanallur
Avadi
Thirumullaivoyil
Vellanur
R.K.Pet
Thiruninravur
Poonamallee
1
Vadapathimangalam
Sattankulam
Kayathar
1
Parivallikottai
1
2
3
4
5
6
7
8
Valanadu
Peruvalpur
Ealurpatti
Kattuputhur
Thottiyam
Musiri
Mannachanallur
Sirugambur
1
Uppiliyapuram
1
2
3
4
5
6
Moolakaraipatti
Vijayanarayanapuram
Levinjipuram
Manur
Thalaiyuthu
Sivanthipatti
1
Radhapuram
1
2
3
4
5
6
7
8
9
10
1
2
3
1
2
3
4
5
6
7
8
9
10
11
12
13
14
15
16
17
1
2
Thirukkannamangai
Agarathirumalam
Avoor
Kulikkarai
Kodavasal
Peralam
Valangaiman
Thiruvizhimazhalai
Alangudi
Koradacheri
Pallakurichi
Ilayarasanendal
Udangudi
Kannanur
Sengattuppatti
V.Periyapatti
Thathaiyangarpettai
Valaieduppu
Kariyamanickam
Koppampatti
Manikandam
Thumbalam
Pulivalam
Marungapuri
Pannappatti
Thuraiyur
Vaiyampatti
Thuvarangurichi
Manapparai
Eragudi
Vannikonenthal
Pazhavoor
292
Dynamic Ground Water Resources Assessment of India - 2020
CATEGORIZATION of ASSESSMENT UNITS, 2020
TAMIL NADU
S. No
Name of Semi-Critical
Assessment Units
S. No
Name of Critical
Assessment Units
S. No
Name of District
31
Tiruppur
1
2
3
4
5
Nallur
Udumalpet
Kurichikottai
Thungavi
Dharapuram
1
2
3
4
Tiruppur (N)
Sankarandampalayam
Alangiyam
Nathakadaiyur
32
Tiruvannamalai
Mangalam
Veraiyur
Vadathandalam
Kilpennathur
Vandavasi
Modayur
Vellore
T.V.Malai (North)
T.V.Malai(South)
Nateri
Devikapuram
Perungattur
Arni
Kalasapakkam
Vanapuram
Cheyyar
Kannamangalam
Anakavoor
Dusi
Vembakkam
Vakkadai
Thandarampat
Mandakolathur
Thellar
Polur
Thethurai
Sathyavijayanagaram
Agrapalayam
Peranamallur
Nayadumangalam
Katpadi
Thiruvalam
Kaniyambadi
Pernampattu
1
2
3
4
5
6
33
1
2
3
4
5
6
7
8
9
10
11
12
13
14
15
16
17
18
19
20
21
22
23
1
2
3
4
1
2
Pennathur
Ussoor
34
Viluppuram
1
2
3
4
5
6
Mugaiyur
Kanai
Avanipur
Villupuram
Marakanam
Tindivanam
1
2
3
4
Vikkiravandi
Kandamangalam
Valavanur
Kiliyanur
293
S. No
1
2
3
4
5
6
7
8
9
10
11
12
13
14
15
16
17
18
19
20
21
22
23
1
2
3
4
5
6
7
8
9
10
11
12
13
14
15
16
17
18
19
20
21
22
23
1
2
3
4
5
6
7
8
9
10
11
12
13
14
15
16
1
2
3
4
5
6
7
8
9
10
11
12
13
14
15
16
17
18
19
Name of Over-Exploited
Assessment Units
Kunnathur
Karadivavi
Tiruppur (S)
Velampalayam
Gudimangalam
Samalapuram
Kannivadi
Kundadam
Avinashi(E)
Vellakoil
Pongalur
Uthiyur
Kangeyam
Mulanur
Ponnapuram
Avinashi(W)
Avinashipalayam(S)
Palladam
Cheyur
Periavalavadi
Uthukuli
Pethappampatti
Perumanallur
Kolappalur
Thatchampattu
Kilkodungalur
Thachambadi
Mullipattu
Eraiyur
Melpallipattu
Pudupalayam
Thanipadi
Desur
Kettavarampalayam
Nedungunam
Somaspadi
Osur
Chengam Jawadhuhills
Kelur
Malaiyur
Santhavasal
Chennavaram
Vettavlam
Kadaladi
Pachal
Thurinjapuram
Valathur
Gudiyatham(East)
Pallikonda
Vaduganthangal
K.V.Kuppam
Vellore
Sathuvachari
Anaicut
Melasannankuppam
Agaram
Odugathur
Ambur
Melpatti
Gudiyatham (West)
Thuthipattu
Madhanur
Kanjanur
Nemili
Olakkur
Sathiyamangalam
Gingee
Sathampati
Brammadesam
Siruvadi
Uppuvelur
Vallam
Melmalayanur
Arasur
T.V.Nallur
Anniyur
Avalurpettai
Sithalampattu
Melolakkur
Chithalingamadam
Vadasiruvalur
Dynamic Ground Water Resources Assessment of India - 2020
CATEGORIZATION of ASSESSMENT UNITS, 2020
TAMIL NADU
S. No
Name of District
35
Virudhunagar
Total No. of Assessed Units
1166
S. No
1
2
3
4
5
6
7
8
9
10
Name of Semi-Critical
Assessment Units
Malli
Iyankollankondan
Srivilliputtur
Rajapalayam
Salwarpatti
Ondipulinaickanur
Watrap
Elayiram- Pannai
Sivakasi
Kottaiyur
Number of Semicritical
Assessment Units
225
S. No
1
2
3
4
5
Name of Critical
Assessment Units
Mangalam
Vatchakara-Patti
Alangulam
Mallankinar
Amathur
ABSTRACT
Number of Critical Assessment
Units
63
294
S. No
1
2
3
4
5
Name of Over-Exploited
Assessment Units
Keelarajakularaman
Nathampatti
Vembakottai
Pillaiyarkulam
Cholapuram
Number of Over Exploited
Assessment Units
435
Dynamic Ground Water Resources Assessment of India - 2020
CATEGORIZATION of ASSESSMENT UNITS, 2020
TELANGANA
S. No
Name of Semi-Critical
Assessment Units
1
2
3
4
5
6
7
8
9
10
1
2
3
4
5
6
7
8
Adilabad Urban
Bheempoor
Gudihathnur
Inderavelly
Mavala
Neradigonda
Sirikonda
Talamadugu
Tamsi
Utnur
Aswaraopeta
Chunchupally
Dammapeta
Julurpad
Kothagudem
Manuguru
Sujathanagar
Yellandu
S. No
Name of Critical
Assessment Units
S. No
Name of District
1
Adilabad
2
Bhadradri
3
Hyderabad
4
Jagtial
1
Metpalle
1
Medipalle
5
Jangaon
Tharigoppula
Jayashankar
7
8
Jogulamba
Kamareddy
1
2
Bhiknur
Bibipet
9
Karimnagar
1
2
Ramadugu
Gangadhara
10
Khammam
11
Mahabubabad
1
Danthalapalle
12
Mahabubnagar
Chilpur
Ganpur_stn
Narmetta
Raghunathpalle
Zaffergadh
Mogullapalle
Tekumatla
Kaloor_Timmanadoddi
Domakonda
Lingampet
Machareddy
Rajampet
Sadasivanagar
Tadwai
Chigurumamidi
Gannervaram
Karimnagar
V_Saidapur
Kamepalle
Penuballi
Raghunadhapalem
Sathupalle
Singareni
Thirumalayapalem
Vemsoor
Chinnagudur
Garla
Maripeda
Narsimhulapet
Nellikudur
Peddavangara
Thorrur
Bhoothpur
Chinna_Chintha_Kunta
Devarkadara
Gandeed
Hanwada
Jadcherla
Koilkonda
Mahabubnagar_Rural
Mahabubnagar_Urban
Musapet
Nawabpet
Rajapur
1
6
1
2
3
4
5
1
2
1
1
2
3
4
5
6
1
2
3
4
1
2
3
4
5
6
7
1
2
3
4
5
6
7
1
2
3
4
5
6
7
8
9
10
11
12
1
Balanagar
295
S. No
Name of Over-Exploited
Assessment Units
1
2
3
4
5
6
7
8
9
10
11
12
13
14
15
16
1
2
3
1
2
3
4
Amberpet
Ammerpet
Asifnagar
Bahadurpura
Bandlaguda
Charminar
Golkonda
Himayatnagar
Khairatabad
Maredpally
Musheerabad
Nampally
Saidabad
Secunderabad
Shaikpet
Tirumalgiri
Kathlapur
Kodimial
Malial
Bachannapeta
Jangaon
Kodakandla
Palakurthi
1
Midjil
Dynamic Ground Water Resources Assessment of India - 2020
CATEGORIZATION of ASSESSMENT UNITS, 2020
TELANGANA
S. No
Name of District
13
Medak
14
Medchal
15
Nagarkurnool
16
Nalgonda
17
Narayanpet
18
19
Nirmal
Nizamabad
20
21
Peddapalle
Rajanna
22
Rangareddy
23
Sangareddy
S. No
Name of Semi-Critical
Assessment Units
1
2
3
4
5
6
7
8
9
10
11
1
2
3
Chegunta
Manoharabad
Medak
Narsapur
Narsingi
Nizampet
Ramayampet
Shankarampet_R
Shivampet
Tupran
Yeldurthy
Alwal
Dundigal_Gandimaisamma
Medchel
1
2
3
4
5
6
7
8
1
2
3
4
5
6
7
8
9
10
11
12
1
2
3
4
1
1
2
3
4
5
6
7
8
9
10
Balmoor
Bijinapalle
Lingal
Nagar_Kurnool
Tadoor
Telkapalle
Thimmajipeta
Uppunuthala
Chandampet
Chandur
Chityala
Devarakonda
Gundlapalle
Kangal
Kethepalle
Marriguda
Munugode
Nalgonda
Neredugommu
Thipparthi
Dhanwada
Kosgi
Marikal
Narayanpet
Lokeswaram
Armur
Balkonda
Bheemgal
Dharpalle
Dichpalle
Indalwai
Mendora
Mosra
Mupkal
Sirkonda
1
2
Boinpalle
Thangallapalle
1
2
3
4
5
6
7
8
9
10
11
12
13
14
15
1
2
3
4
5
6
7
Abdullapurmet
Amangal
Balapur
Chevella
Chowdergudem
Farooqnagar
Gandipet
Ibrahimpatnam
Kandukur
Keshampeta
Kondurg
Manchal
Moinabad
Shankarpalle
Yacharam
Hathanoora
Jharasangam
Kandi
Kohir
Kondapur
Manoor
Mogdampalle
S. No
Name of Critical
Assessment Units
1
2
3
4
1
2
3
Bachpalle
Balanagar
Kukatpally
Quthbullapur
Kalwakurthy
Urkonda
Vangoor
1
2
3
4
Chinthapalle
Kattangoor
Nampalle
Narketpalle
1
2
3
4
5
Chandur
Jakranpalle
Kammarpalle
Vailpur
Varni
1
1
2
3
Srirampur
Chandurthi
Ellanthakunta
Rudrangi
1
2
3
4
5
6
7
Kothur
Maheshwaram
Nandigam
Rajendranagar
Saroornagar
Shamshabad
Talakondapalle
1
2
Ameenapur
Patancheruvu
296
S. No
Name of Over-Exploited
Assessment Units
1
2
Charakonda
Veldanda
1
2
Mortad
Rudrur
1
2
3
4
5
6
7
8
1
Gambhiraopeta
Konaraopeta
Mustabad
Sirsilla
Veernapalle
Vemulawada
Vemulawada_Rural
Yellareddypeta
Serilingampally
1
Ramachandrapuram
Dynamic Ground Water Resources Assessment of India - 2020
CATEGORIZATION of ASSESSMENT UNITS, 2020
TELANGANA
S. No
Name of District
24
Siddipet
25
Suryapet
26
Vikarabad
27
Warangal_Urban
28
Yadadri
Total No. of Assessed Units
589
S. No
Name of Semi-Critical
Assessment Units
8
9
10
1
2
3
4
5
6
7
8
9
10
11
12
13
14
15
1
2
3
4
5
6
7
1
2
3
4
5
6
7
8
1
2
3
Naykal
Sangareddy
Zahirabad
Bejjanki
Cheriyal
Doultabad
Dubbak
Jagadevpur
Komaravelly
Kondapak
Maddur
Markook
Mirdoddi
Mulug
Rayapole
Siddipet_Rural
Thoguta
Wargal
Atmakur_S
Jajireddigudem
Maddirala
Mothey
Nagaram
Noothankal
Thirumalagiri
Bantwaram
Bomraspeta
Doma
Doulatabad
Marpalle
Mominpet
Nawabpet
Peddemul
Khazipet
Khilla_Warangal
Warangal
1
2
3
4
5
6
7
8
Addagudur
Alair
Atmakur_M
Bhongiri
Bommalaramaram
Mothkur
Rajapet
Turkapalle_M
Number of Semicritical
Assessment Units
180
S. No
Name of Critical
Assessment Units
1
2
Husnabad
Koheda
1
Thungathurthi
1
Elkathurthi
1
2
3
Mootakondur
Narayanapur
Yadagirigutta
ABSTRACT
Number of Critical Assessment
Units
44
297
S. No
Name of Over-Exploited
Assessment Units
1
Anthakkapeta
1
2
3
4
1
Bheemadevarapalle
Dharmasagar
Inole
Velair
Gundala
Number of Over Exploited
Assessment Units
44
Dynamic Ground Water Resources Assessment of India - 2020
CATEGORIZATION of ASSESSMENT UNITS, 2020
UTTAR PRADESH
S. No
Name of Semi-Critical
Assessment Units
S. No
Name of Critical
Assessment Units
S. No
Name of District
1
Agra
1
2
3
Jagner
Jaitpur Kalan
Kheragarh
1
2
Achhnera
Bah
2
Aligarh
Iglas
Ambedkar Nagar
Amethi
Amroha
Chandaus
Gangiri
Jawa Sikandairpur
Khair
Lodha
Jalalpur
Sangrampur
Amroha
Gangeshwari
1
3
4
5
1
2
3
4
5
1
1
1
2
1
2
3
6
Ayodhya
7
Azamgarh
8
Baghpat
1
2
1
2
3
4
5
6
7
1
2
Bikapur
Milkipur
Ahiraula
Atraulia
Koilsa
Palhana
Palhani
Sathiyaon
Tarwa
Baraut
Chhaprauli
1
9
Banda
10
Bareili
1
2
3
4
1
2
3
4
Baberu
Jaspura
Naraini
Tindwari
Alampur Jafarabad
Fatehganj
Majhgawa
Ramnagar
12
Bijnaur
Budaun
14
Bulandshahar
Kotwali
Nehtaur (Aaku)
Noorpur
Seohara (Budhanpur)
Bisauli
Jagat
Miaon
Quadar Chowk
Sahaswan
Salarpur
Ujhani
Anup Shahar
Jahangirabad
Lakhaothi
Pahasu
1
13
1
2
3
4
1
2
3
4
5
6
7
1
2
3
4
1
2
3
4
Arnia Khurd
Khurja
Shikarpur
Unchagaon
15
Chitrakoot
Karwi
Etah
1
2
Aliganj
Jalesar
18
Farrukhabad
19
Fatehpur
1
20
Firozabad
Mau
Pahari
Ramnagar
Jaithara
Nidhauli Kalan
Sakit
Shitalpur
Barhpur
Kamalganj
Mohamadabad
Nawabganj
Airaya
Khajuha
Malawan
Telyani
Eka
Jasrana
Madanpur
1
17
1
2
3
1
2
3
4
1
2
3
4
1
2
3
4
1
2
3
21
G.B.Nagar
1
Dadri
22
Ghaziabad
1
Muradnagar
23
Ghazipur
1
Saidpur
S. No
Name of Over-Exploited
Assessment Units
1
2
3
4
5
6
7
8
9
10
1
Agra City
Akola
Barauli Ahir
Bichpuri
Etmadpur
Fatehabad
Fatehpur Sikri
Khandauli
Saiyana
Shamsabad
Aligarh City
Dhanaura
Gajraula
Hasanpur
1
Joya
Baghpat
1
2
3
Binauli
Khekra
Pilana
1
Bareilly City
1
2
3
Ambiapur
Asafpur
Islamnagar
1
2
3
4
5
6
Bhawan Bahadur Nagar
Bulandshahar
Danpur
Gulaothi
Siana
Sikandrabad
Amauli
1
Bhitaura
1
Aron
1
2
Dankaur
Jewar
1
2
3
4
5
1
Firozabad
Hathwant
Narkhi
Shikohabad
Tundla
Bisrakh
1
2
3
4
Bhojpur
Loni
Razapur
Ghaziabad City
298
Jaleelpur
Dynamic Ground Water Resources Assessment of India - 2020
CATEGORIZATION of ASSESSMENT UNITS, 2020
UTTAR PRADESH
S. No
Name of District
24
Hamirpur
25
S. No
Name of Semi-Critical
Assessment Units
Hapur
1
2
3
4
1
Gohand
Rath
Sarila
Sumerpur
Dholana
26
27
Hardoi
Hathras
1
1
Todarpur
Sadabad
28
Jaunpur
29
Jhansi
30
Kannauj
31
Kanpur Dehat
32
Kanpur Nagar
33
Kasganj
34
Kaushambi
35
Lalitpur
36
Mahoba
37
Mainpuri
38
Mathura
1
2
3
4
5
6
7
8
1
2
3
4
1
2
3
1
2
3
4
5
6
7
1
2
3
4
5
6
1
2
3
1
2
3
4
1
2
3
4
5
6
1
2
1
2
3
1
39
Meerut
40
Mirzapur
41
Moradabad
42
Muzaffarnagar
43
Pratapgarh
44
Rampur
45
S.Ravidas Nagar
1
2
3
4
1
2
1
2
3
4
5
6
1
2
3
1
2
3
4
5
6
7
8
1
2
3
1
2
3
S. No
Name of Critical
Assessment Units
S. No
Name of Over-Exploited
Assessment Units
1
2
Hapur
Simbholi
1
Garh
1
2
Hathras
Sikandra Rao
1
2
3
Mursan
Sahpau
Sasni
Baksha
Barsathi
Dharmapur
Karanja Kalan
Kerakat
Muftiganj
Sikrara
Sirkoni
Babina
Bangra
Baragaon
Mauranipur
Chhibramau
Gograpur
Kannauj
Akbarpur
Derapur
Jhinjhak
Maitha
Malsa
Rasulabad
Sarwan Khera
Bidhnu
Bilhaur
Ghatampur
Patara
Sarsol
Shivrajapur
Kasganj
Patiyali
Sahawar
Kara
Manjhanpur
Newada
Sirathu
Bar
Birdha
Jakhora
Madaora
Mahroni
Talbehat
Charkhari
Kabrai
Jagir
Kurawali
Mainpuri
Farah
1
2
Badlapur
Maharajganj
1
2
Jalalabad
Talgram
1
2
Chail
Muratganj
1
2
1
Jaitpur
Panwari
Barnahal
1
Baldeo
Hastinapur
Mawana Kalan
Meerut
Parichhatgarh
Chanbey
City
Bhagatpur Tanda
Chhajlet
Dilari
Kundarki (Dengapur)
Moradabad
Mundapandey
Charthawal
Muzaffarnagar
Shahpur
Aspur Deosara
Baba Belkhar Nath Dh
Gaura
Lakshamanpur
Lalganj
Mangaraura
Patti
Rampur- Sangramgarg
Said Nagar
Saur
Shahabad
Abhauli
Aurai
Bhadohi
1
2
3
Kharkhoda
Machhra
Rajpura
1
2
1
Nohjhil
Raya
Meerut City
1
2
1
Majhawan
Sikhar
Bilari
1
Kon
1
Moradabad City
1
Budhana
1
Bhaghara
1
2
3
4
Mandhata
Sadar
Sandwa Chandika
Shivgarh
1
Chamrauwa
1
2
Kanpur City
Chaubepur
1
Ganjdundwara
299
Dynamic Ground Water Resources Assessment of India - 2020
CATEGORIZATION of ASSESSMENT UNITS, 2020
UTTAR PRADESH
S. No
Name of District
S. No
Name of Semi-Critical
Assessment Units
4
5
6
1
2
3
4
5
1
2
Deegh
Gyanpur
Suriyawan
Ballia Kheri
Deoband
Muzaffarabad
Nanauta
Rampur Maniharan
Asmoli
Janawai
46
Saharanpur
47
Shambhal
48
Shamli
1
Thana Bhawan
49
Sonbhadra
50
Varanasi
51
Prayagraj
1
2
1
2
3
4
5
1
2
3
4
5
6
Dudhi
Nagawa
Baragaon
Chiraigaon
Kashi Vidyapith
Pindra
Sevapuri
Bahadurpur
Dhanupur
Holagarh
Mauaima
Pratappur
Saidabad
52
Lucknow
Total No. of Assessed Units
830
S. No
Name of Critical
Assessment Units
1
Sadhauli Kadeem
1
2
3
4
5
Bahjoi
Baniakhera
Gunnaur
Pawansa
Sambhal
1
2
Baharia
Chaka
S. No
1
2
3
4
Gangoh
Nagal
Nakur
Sarsawa
1
2
3
4
Kairana
Kandhala
Shamli
Un
1
2
3
Araziline
Harahua
Varanasi City
1
Prayagraj City
1
Number of Semicritical
Assessment Units
174
ABSTRACT
Number of Critical Assessment
Units
49
300
Name of Over-Exploited
Assessment Units
Lucknow City
Number of Over Exploited
Assessment Units
66
Dynamic Ground Water Resources Assessment of India - 2020
CATEGORIZATION of ASSESSMENT UNITS, 2020
UTTARAKHAND
S. No
Name of District
1
Haridwar
2
3
Udham singh Nagar
Nainital
S. No
1
2
1
1
Name of Semi-Critical
Assessment Units
S. No
Name of Critical
Assessment Units
S. No
Name of Over-Exploited
Assessment Units
Bhagwanpur
Bahadrabad
Kashipur
Haldwani
Total No. of Assessed Units
Number of Semicritical
Assessment Units
18
4
ABSTRACT
Number of Critical Assessment
Units
Nil
301
Number of Over Exploited
Assessment Units
Nil
Dynamic Ground Water Resources Assessment of India - 2020
CATEGORIZATION of ASSESSMENT UNITS, 2013
WEST BENGAL
S. No
Name of District
1
2
Malda
Murshidabad
3
Nadia
4
5
North 24-Parganas
Hooghly
6
Burdwan
7
Birbhum
8
9
10
S. No
Name of Semi-Critical
Assessment Units
Bankura
1
1
2
3
4
5
6
7
8
9
10
11
12
13
14
15
16
17
1
2
3
4
5
6
7
8
9
10
11
1
1
2
3
4
5
6
7
8
9
10
11
12
1
2
3
4
5
6
7
8
9
10
11
1
2
3
4
5
6
1
Habibpur
Barwan
Bhagabangola-I
Bhagabangola-Ii
Bharatpur-I
Bharatpur-II
Domkal
Jalangi
Kandi
Khargram
Lalgola
Mur-Jiaganj
Nabagram
Nowda
Raninagar-I
Raninagar-II
Sagardighi
Suti-II
Chapra
Hanskhali
Kaligunj
Karimpur-I
Karimpur-II
Krishnaganj
Krishnagar-I
Nakashipara
Ranaghat-Ii
Tehatta-I
Tehatta-II
Barrackpore-II
Arambag
Chanditala-I
Chanditala-II
Dhaniakhali
Goghat-I
Jangipara
Khanakul-I
Pandua
Polba-Dadpur
Purshura
Singur
Tarakeswar
Bhatar
Kalna-II
Katwa-I
Katwa-II
Ketugram-I
Ketugram-II
Memari-II
Mongalkote
Monteswar
Raina-I
Raina-II
Labhpur
Murarai-II
Nalhati-II
Nanoor
Rampurhat-II
Sainthia
Bishnupur
Purba Medinipore
1
Bhagawanpur-I
2
3
4
5
6
7
8
9
1
2
3
4
5
6
7
Bhagawanpur-Ii
Egra-I
Egra-II
Kolaghat (Panskura-II)
Moyna
Panskura-I
Potashpur-I
Potashpur-II
Chandrakona-II
Dantan-II
Daspur-II
Debra
Ghatal
Pingla
Sabang
Paschim Medinipore
S. No
1
Name of Critical
Assessment Units
S. No
Goghat-II
ABSTRACT
Number of Semicritical
Number of Critical Assessment
Assessment Units
Units
268
76
1
Note-For West Bengal,2013 is used as the 2020 Resources of the State was not approved by CLEG, 2020.
Total No. of Assessed Units
302
Name of Over-Exploited
Assessment Units
Number of Over Exploited
Assessment Units
Nil
Dynamic Ground Water Resources Assessment of India - 2020
CATEGORIZATION of ASSESSMENT UNITS, 2020
CHANDIGARH
S. No
Name of District
1
Chandigarh
Total No. of Assessed Units
1
S. No
1
Name of Semi-Critical
Assessment Units
S. No
Name of Critical
Assessment Units
S. No
Name of Over-Exploited
Assessment Units
Chandigarh
Number of Semicritical
Assessment Units
1
ABSTRACT
Number of Critical Assessment
Units
Nil
303
Number of Over Exploited
Assessment Units
Nil
Dynamic Ground Water Resources Assessment of India - 2020
CATEGORIZATION of ASSESSMENT UNITS, 2020
DAMAN & DIU
S. No
Name of District
1
Daman
Total No. of Assessed Units
2
S. No
Name of Semi-Critical
Assessment Units
S. No
Name of Critical
Assessment Units
S. No
1
Number of Semicritical
Assessment Units
Nil
ABSTRACT
Number of Critical Assessment
Units
Nil
304
Name of Over-Exploited
Assessment Units
Daman
Number of Over Exploited
Assessment Units
1
Dynamic Ground Water Resources Assessment of India - 2020
CATEGORIZATION of ASSESSMENT UNITS, 2020
LAKSHADWEEP
S. No
Name of District
1
2
Amini
Kavratti
Total No. of Assessed Units
9
S. No
1
2
Name of Semi-Critical
Assessment Units
S. No
Name of Critical
Assessment Units
S. No
Name of Over-Exploited
Assessment Units
Amini
Kavratti
Number of Semicritical
Assessment Units
2
ABSTRACT
Number of Critical Assessment
Units
Nil
305
Number of Over Exploited
Assessment Units
Nil
Dynamic Ground Water Resources Assessment of India - 2020
CATEGORIZATION of ASSESSMENT UNITS, 2020
PUDUCHERRY
S. No
Name of District
1
Puducherry
Total No. of Assessed Units
4
S. No
Name of Semi-Critical
Assessment Unit
Number of Semicritical
Assessment Units
Nil
S. No
Name of Critical
Assessment Unit
1
Puducherry
ABSTRACT
Number of Critical Assessment
Units
1
306
S. No
Name of Over-Exploited
Assessment Unit
Number of Over Exploited
Assessment Units
Nil
Dynamic Ground Water Resources Assessment of India - 2020
ANNEXURE - IV(B)
Quality Problems in Assessment Units
(as in 2020)
NOTE:
# Only Assessment Units where the Quality Tag of As, F & Salinity have been
reported are provided against respective districts and states.
# The Assessment Units with “C”, indicates the phreatic aquifer in the
assessment unit is almost/ completely brackish /saline
# The Quality Tag In Respect of As & F indicates Sporadic Occurrences.
307
Dynamic Ground Water Resources Assessment of India - 2020
308
Dynamic Ground Water Resources Assessment of India - 2020
QUALITY PROBLEMS IN ASSESSMENT UNITS, 2020
ANDHRA PRADESH
S. No
Name of District
1
East Godavari
2
Guntur
3
Krishna
4
Nellore
5
Prakasam
S. No
Name of Assessment
Units affected by
Fluoride
S. No
Name of Assessment
Units affected by
Arsenic
S. No
1
2
3
4
5
6
7
8
1
2
1
2
3
4
5
6
7
8
9
10
11
12
13
14
15
16
17
18
19
20
21
22
23
24
25
26
1
2
3
4
5
6
7
8
9
10
11
12
13
1
2
1
1
2
3
4
5
6
7
8
9
10
11
12
13
309
Name of Assessment
Units affected by
Salinity
Kajuluru ( C )
Allavaram ( C )
Karapa ( C )
Thallarevu (C )
Uppalaguptam (C )
Sakhinetipalle (C )
Katrenikona (C )
I Polavaram (C )
Pedanandipadu (C )
Vatticherukuru (C )
Duggirala
Nagaram
Chebrole
Amruthalur
Nadendla
Bapatla
Nizampatnam
Karlapalem
Kakumanu
Prathipadu
Tenali
Amaravathi
Sattenapalle
Pedakakani
Vinukonda
Thullur
Chilakaluripet
Edlapadu
Tadikonda
Ponnur
Repalle
Medikonduru
Phirangipuram
Tsundur
Pittalavanipalem
Guntur
Gudur (Krishna) (C )
Pedana (C )
Kalidindi (C )
Mandavalli (C )
Gudlavalleru (C )
Nandivada (C )
Nagayalanka (C )
Bantumilli (C )
Kaikalur (C )
Kruthivennu (C )
Mudinapalle (C )
Koduru (C )
Machilipatnam (C )
Tada
Chittamur
Karamchedu (C )
Addanki
Naguluppalapadu
Parchur
Mundlamuru
Darsi
Tangutur
Yeddanapudi
Kothapatnam
Inkollu
Maddipadu
Ongole
Janakavarampangulu
Santhanuthlapadu
Dynamic Ground Water Resources Assessment of India - 2020
QUALITY PROBLEMS IN ASSESSMENT UNITS, 2020
ANDHRA PRADESH
S. No
6
Name of District
S. No
Name of Assessment
Units affected by
Fluoride
S. No
Name of Assessment
Units affected by
Arsenic
West Godavari
Total Number of
Assessed Units
667
S. No
1
2
3
4
5
6
7
8
9
10
11
12
13
14
ABSTRACT
Number of Assessment Units
Number of Assessment Units
affected by Fluoride
affected by Arsenic
Nil
Nil
310
Name of Assessment
Units affected by
Salinity
Kalla (C )
Akiveedu (C )
Mogalthur (C )
Veeravasaram (C )
Undi (C )
Poduru (C )
Ganapavaram (C )
Narasapuram (C )
Palacole (C )
Pentapadu (C )
Bheemavaram (C )
Nidamarru (C )
Palakoderu (C )
Yelamanchili (C )
Number of Assessment Units
affected by Salinity
79, 38 ( Completely Saline )
Dynamic Ground Water Resources Assessment of India - 2020
QUALITY PROBLEMS IN ASSESSMENT UNITS, 2020
ASSAM
S. No
Name of District
1
2
3
4
5
6
7
8
9
10
11
12
13
14
15
Baksa
Barpeta
Bongaigaon
Cachar
Chirang
Darrang
Dhemaji
Dhubri
Dibrugarh
Dima Hasao
Goalpara
Golaghat
Hailakandi
Jorhat
Kamrup
16
Kamrup Metro Rural
17
18
Kamrup Metro
Urban
Karbi Anglong
Total Number of
Assessed Units
28
S. No
1
1
1
1
1
1
1
1
1
1
1
1
Name of Assessment
Units affected by
Fluoride
Dhubri
Goalpara
Golaghat
Jorhat
Kamprup Metro Rural
Kamprup Metro Urban
Kamrup
Karbi Anglong
Karimganj
Nagaon
Nalbari
Udalguri
S. No
Name of Assessment
Units affected by
Arsenic
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
Cachar
Darrang
Dhemaji
Dhubri
Goalpara
Golaghat
Hailakandi
Jorhat
Kamprup Metro Rural
Kamrup
Karimganj
Kokrajhar
Lakhimpur
Morigaon
Nagaon
1
Nalbari
1
Sivasagar
1
Sonitpur
ABSTRACT
Number of Assessment Units
Number of Assessment Units
affected by Fluoride
affected by Arsenic
12
18
311
S. No
Name of Assessment
Units affected by
Salinity
Number of Assessment Units
affected by Salinity
Nil
Dynamic Ground Water Resources Assessment of India - 2020
QUALITY PROBLEMS IN ASSESSMENT UNITS, 2020
BIHAR
S. No
Name of District
1
Aurangabad
2
Banka
3
Begusarai
4
Bhagalpur
5
Bhojpur
6
Buxar
7
Darbhanga
8
Gaya
S. No
1
2
3
4
5
6
7
8
9
10
1
2
3
4
5
6
7
8
9
10
11
1
2
3
4
5
6
7
8
9
10
11
1
2
3
4
5
6
7
8
9
10
11
12
13
14
15
16
17
18
19
20
21
22
Name of Assessment
Units affected by
Fluoride
S. No
Name of Assessment
Units affected by
Arsenic
Aurangabad
Barun
Deo
Goh
Haspura
Kutumba
Madanpur
Nabinagar
Obra
Rafiganj
Amarpur
Banka
Barahat
Bausi
Belhar
Charian
Dhuraiya
Katoria
Phuldumar
Rajon
Shambhuganj
Goradih
Jagdishpur
Kahalgaon
Kharik
Narayanpur
Nathnagar
Naugachhia
Piroainti
Sabour
Sanhaula
Sultanganj
1
2
3
4
5
6
7
1
2
3
4
5
6
Bachhwara
Balia
Barauni
Begusarai
Mathani
Navkothi
Sahebpur Kamal
Jagdishpur
Kahalgaon
Nathnagar
Piroainti
Sabour
Sultanganj
1
2
3
4
5
6
1
2
3
4
1
2
Arrah
Barahara
Bihiyan
Koilwar
Shahpur
Udwantnagar
Brahampur
Buxar
Chakki
Simri
Baheri
Biraul
Amas
Atri
Bankebazar
Barachatti
Belaganj
Bodhgaya
Dobhi
Dumaria
Fatehpur
Gaya
Guraru
Gurua
Imamganj
Khizirsarai
Konch
Manpur
Mohanpur
Muhra
Neemchak
Pariaya
Sherghati
Tankuppa
312
S. No
Name of Assessment
Units affected by
Salinity
Dynamic Ground Water Resources Assessment of India - 2020
QUALITY PROBLEMS IN ASSESSMENT UNITS, 2020
BIHAR
S. No
Name of District
S. No
23
24
1
2
3
4
5
6
7
8
9
10
1
2
3
1
2
3
4
5
6
7
8
9
10
Name of Assessment
Units affected by
Fluoride
S. No
Name of Assessment
Units affected by
Arsenic
Tikari
Wazirganj
Aliganj
Barhat
Chakai
Gidhaur
Jamui
Jhajha
Khaira
Lakshmipur
Sikandra
Sono
Hulhasganj
Jehanabad
Ratni Faridpur
Bhabhua
Bhagwanpur
Chainpur
Chand
Durgawati
Kudra
Mohania
Nuaon
Ramgarh
Rampur
9
Jamui
10
Jehanabad
11
Kaimur
12
Katihar
13
Khagaria
14
Kishanganj
15
Lakhisarai
1
Ramgarh Chowk
16
Munger
17
Nalanda
18
Nawada
1
2
3
4
5
6
7
8
9
1
2
3
4
5
6
7
8
9
10
11
12
13
14
15
16
17
18
19
20
1
2
3
4
5
6
7
8
9
10
11
12
13
14
Asarganj
Bariarpur
Dharhara
Jamalpur
Karagpur
Munger
Sangrampur
Tarapur
Tetia Bhambar
Asthawan
Bari
Bihar Shariff
Bind
Chandi
Eknagarsari
Giriak
Harnaut
Hilsa
Islampur
Karaiparsurai
Kathsarai
Nagar Nausa
Noorsarai
Prabalpur
Rahul
Rajgir
Sarmara
Silao
Tharthari
Akbarpur
Gobindpur
Hisua
Kashi Chak
Kawakol
Maskaur
Nardiganj
Narhat
Nawada
Pakribarwan
Rajauli
Roh
Sirdauli
Warisaliganj
1
2
3
4
5
6
1
2
3
4
1
2
1
2
3
4
1
2
3
4
313
Amdabad
Balrampur
Kursela
Manihari
Manshi
Samoli
Gogri
Khagaria
Mansi
Parbatta
Bahadurganj
Kishanganj
Barahiya
Lakhisarai
Piparia
Surajgarha
Bariarpur
Dharhara
Jamalpur
Munger
S. No
Name of Assessment
Units affected by
Salinity
Dynamic Ground Water Resources Assessment of India - 2020
QUALITY PROBLEMS IN ASSESSMENT UNITS, 2020
BIHAR
S. No
Name of District
19
Patna
20
Purnia
21
Rohats
22
S. No
Name of Assessment
Units affected by
Fluoride
S. No
Name of Assessment
Units affected by
Arsenic
1
2
3
4
1
2
Bakhtiarpur
Barh
Danapur/Khagaul
Maner
Kasba
Purnia East
Samastipur
1
2
3
4
Mohanpur
Mohiuddinnagar
Patori
Vidyapatinagar
31
Saran
1
2
3
4
Chapra
Dighwara
Ravelganj
Sonepur
32
Sheikhpura
37
Vaishali
1
2
3
4
5
6
7
8
9
10
11
12
1
2
3
4
5
6
S. No
Name of Assessment
Units affected by
Salinity
Akorhi Gota
Bikramganj
Chenari
Dawath
Dehri
Dinara
Karakat
Karghar
Narsiganj
Nokha
Sanjhauli
Sheosagar
Ariari
Barbhiga
Charware
Ghat Kusumba
Sheikhpura
Shekhopur Sarai
1
2
3
4
5
ABSTRACT
Bidupur
Dehri
Hajipur
Raghopur
Sahdal Buzurg
Total Number of
Assessed Units
Number of Assessment Units
affected by Fluoride
Number of Assessment Units
affected by Arsenic
Number of Assessment Units
affected by Salinity
534
141
64
Nil
314
Dynamic Ground Water Resources Assessment of India - 2020
QUALITY PROBLEMS IN ASSESSMENT UNITS, 2020
CHHATISGARH
S. No
Name of District
1
2
Dhamtari
Gariyaband
3
Jashpur
4
5
Kanker
Korba
6
7
Koriya
Mahasamund
8
Raigarh
9
10
Rajnandgaon
Surajpur
Total Number of
Assessed Units
146
S. No
Name of Assessment
Units affected by
Fluoride
1
1
2
3
1
2
3
1
1
2
3
1
1
2
3
1
2
3
Kurud
Chhura
Deobhog
Mainpur
Kunkuri
Pathalgaon
Pharsabahar
Kanker
Katghora
Korba
Pali
Manendragarh
Bagbahera
Mahasamund
Pithora
Dharamjaigarh
Sarangarh
Tamnar
1
Pratappur
S. No
1
Name of Assessment
Units affected by
Arsenic
Name of Assessment
Units affected by
Salinity
Ambagarh Chowki
ABSTRACT
Number of Assessment Units
Number of Assessment Units
affected by Fluoride
affected by Arsenic
19
1
315
S. No
Number of Assessment Units
affected by Salinity
Nil
Dynamic Ground Water Resources Assessment of India - 2020
QUALITY PROBLEMS IN ASSESSMENT UNITS, 2020
DELHI
S. No
Name of District
S. No
Name of Assessment
Units affected by
Fluoride
1
New Delhi
2
North
1
Alipur
3
North West
1
Saraswati Vihar
4
South West
5
West
S. No
Name of Assessment
Units affected by
Arsenic
S. No
1
2
1
2
3
1
2
1
2
3
1
2
3
Name of Assessment
Units affected by
Salinity
Delhi Cantonment
Vasant Vihar
Alipur
Model Town
Narela
Kanjhawala
Saraswati Vihar
Dwarka
Kapashera
Najafgarh
Patel Nagar
Punjabi Bagh
Rajouri Garden
ABSTRACT
Total Number of
Assessed Units
Number of Assessment Units
affected by Fluoride
Number of Assessment Units
affected by Arsenic
Number of Assessment Units
affected by Salinity
34
2
Nil
13
316
Dynamic Ground Water Resources Assessment of India - 2020
QUALITY PROBLEMS IN ASSESSMENT UNITS, 2020
GUJARAT
S. No
Name of District
1
Aravalli
2
Banaskantha
3
4
Gandhinagar
Mehsana
5
Patan
6
Sabarkantha
7
Kachchh
8
Rajkot
9
Amreli
10
Bhavnagar
11
Dev Bhumi Dwaraka
12
13
Gir Somnath
Ahmedabad
14
Botad
15
16
Kheda
Mahisagar
17
18
Navsari
Surat
19
Surendranagar
20
Morbi
Total Number of
Assessed Units
248
S. No
Name of Assessment
Units affected by
Fluoride
1
2
3
4
5
6
1
2
3
4
5
6
7
8
9
10
11
1
1
2
3
4
5
6
7
8
9
1
2
3
4
5
6
1
2
3
4
5
1
2
3
1
2
1
2
1
2
3
Bayad
Bhiloda
Dhansura
Malpur
Meghraj
Modasa
Amirgadh
Bhabhar
Danta
Dantiwada
Deesa
Dhanera
Kankrej
Palanpur
Tharad
Vadgam
Vav
Mansa
Becharaji
Kadi
Kheralu
Mehsana
Satlasana
Unjha
Vadnagar
Vijapur
Visnagar
Chanasma
Harij
Patan
Radhanpur
Sami
Shankheshvar
Himatnagar
Idar
Khedbrahma
Talod
Vadali
Mundra
Abdasa
Nakhatrana
Tankara
Gondal
Rajula
Dhari
Vallabhipur
Mahuva
Talaja
1
Okhamandal
2
1
1
2
3
1
2
1
1
2
1
1
2
1
2
3
4
5
Kalyanpur
Kodinar
Bavla
Dholka
Sanand
Barwala
Ranpur
Kathlal
Santrampur
Virpur
Gandevi
Mandvi
Palsana
Chuda
Dasada
Lakhtar
Limdi
Muli
S. No
Name of Assessment
Units affected by
Arsenic
ABSTRACT
Number of Assessment Units
Number of Assessment Units
affected by Fluoride
affected by Arsenic
67
Nil
317
S. No
Name of Assessment
Units affected by
Salinity
1
2
3
Bhabhar ( C )
Suigam ( C )
Vav ( C )
1
2
3
4
5
Harij ( C )
Radhanpur ( C )
Sami( C )
Sankheswar( C )
Santalpur( C )
1
Gandhidham ( C )
1
2
Dhandhuka ( C )
Dholera ( C )
1
Lakhtar ( C )
1
Maliya ( C )
Number of Assessment Units
affected by Salinity
13 ( Completely Saline )
Dynamic Ground Water Resources Assessment of India - 2020
QUALITY PROBLEMS IN ASSESSMENT UNITS, 2020
HARYANA
S. No
Name of District
S. No
Name of Assessment
Units affected by
Fluoride
1
Bhiwani
1
2
3
4
Bawani Khera
Bhiwani
Siwani
Tosham
2
Charkhi Dadri
1
2
Charkhi Dadri
Tohana
3
Faridabad
4
5
Fatehabad
Gurgaon
1
Fatehabad
6
Hisar
1
2
3
4
5
6
Adampur
Agroha
Barwala
Hansi
Hisar-I
Uklana
7
Jhajjar
1
2
3
Bahadurgarh
Beri
Matannail
8
Jind
9
Kaithal
1
2
3
4
5
1
Julana
Pillukhera
Safidon
Narwana
Uchana
Rajound
10
Mahendragarh
11
Mewat
12
Palwal
13
Rewari
14
Panipat
15
Rohtak
16
Sirsa
1
2
3
1
2
1
2
3
4
5
Panipat
Samalkha
Israna
Kalanaur
Rohtak
Dabwali
Ellenabad
Nathusari Chopta
Sirsa
Odhan
17
Sonipat
1
2
Gohana
Mundlana
Total Number of
Assessed Units
141
S. No
Name of Assessment
Units affected by
Arsenic
ABSTRACT
Number of Assessment Units
Number of Assessment Units
affected by Fluoride
affected by Arsenic
34
Nil
318
S. No
Name of Assessment
Units affected by
Salinity
1
2
3
4
5
1
2
1
2
1
1
2
3
4
1
2
3
4
5
6
7
1
2
3
4
1
2
3
Bawani Khera
Kairu
Bhiwani
Siwani
Tosham
Jhojhu
Charkhi Dadri
Ballabgarh
Faridabad
Fatehabad
Farrukh Nagar
Gurgaon
Pataudi
Sohna
Adampur
Agroha
Barwala
Hansi
Hisar-I
Uklana
Narnaund
Salhawas
Bahadurgarh
Beri
Matannail
Jind
Narwana
Uchana
1
2
3
1
2
3
1
2
3
4
1
2
3
1
2
3
1
Guhla
Kaithal
Kalayat
Kanina
Mahendragarh
Narnaul
Ferozepur Jhirka
Nagina
Nuh
Punahana
Hathin
Hodal
Palwal
Bawal
Nahar
Rewari
Israna
1
2
1
2
3
4
5
6
1
2
3
4
5
6
Maham
Rohtak
Dabwali
Ellenabad
Nathusari Chopta
Odhan
Baragudha
Rania
Gohana
Mundlana
Ganaur
Kathura
Rai
Sonipat
Number of Assessment Units
affected by Salinity
59
Dynamic Ground Water Resources Assessment of India - 2020
QUALITY PROBLEMS IN ASSESSMENT UNITS, 2020
JHARKHAND
S. No
Name of District
1
Bokaro
2
Dhanbad
3
Garhwa
4
Giridih
5
Godda
6
Gumla
7
Khunti
8
Koderma
9
Pakur
10
Palamau
11
Ranchi
12
Sahebganj
Total Number of
Assessed Units
259
S. No
1
2
3
1
2
1
2
3
4
5
6
7
8
9
10
11
12
13
1
2
1
2
3
4
5
1
2
3
4
5
6
1
2
1
2
3
4
5
1
2
3
1
2
3
4
5
6
7
8
9
10
11
1
2
3
1
2
3
4
Name of Assessment
Units affected by
Fluoride
Chas
Chandankyari
Peterbar
Baliapur
Dhanbad
Bhandaria
Bhawanathpur
Chinia
Dandai
Dhurki
Garhwa
Kandi
Majhiaon
Meral
Ramkanda
Ramna
Ranka
Untari
Giridih
Tisri
Boarijor
Godda
Mahagama
Pathargama
Poreyahat
Bishunpur
Chainpur
Dumri
Ghaghra
Gumla
Sisai
Karra
Murhu
Chandwara
Jainagar
Koderma
Markachho
Satgawan
Amrapara
Litipara
Pakuria
Bishrampur
Chainpur
Chhatarpur
Daltonganj
Hariharganj
Leslieganj
Manatu
Pandu
Panki
Patan
Satbarwa
Namkum
Ormanjhi
Silli
Barhait
Borio
Rajmahal
Sahebganj
S. No
Name of Assessment
Units affected by
Arsenic
S. No
Name of Assessment
Units affected by
Salinity
1
1
2
3
Rajmahal
Sahebganj
Udhua
ABSTRACT
Number of Assessment Units
Number of Assessment Units
affected by Fluoride
affected by Arsenic
59
3
319
Number of Assessment Units
affected by Salinity
Nil
Dynamic Ground Water Resources Assessment of India - 2020
QUALITY PROBLEMS IN ASSESSMENT UNITS, 2020
KERALA
S. No
1
2
3
Name of District
Alappuzha
Palakkad
S. No
1
1
2
3
4
Name of Assessment
Units affected by
Fluoride
S. No
Name of Assessment
Units affected by
Arsenic
Name of Assessment
Units affected by
Salinity
Aryad
Chittur
Kollengode
Malampuzha
Palakkad
Thrissur
Total Number of
Assessed Units
152
S. No
1
ABSTRACT
Number of Assessment Units
Number of Assessment Units
affected by Fluoride
affected by Arsenic
5
Nil
320
Thalikkulam
Number of Assessment Units
affected by Salinity
1
Dynamic Ground Water Resources Assessment of India - 2020
QUALITY PROBLEMS IN ASSESSMENT UNITS, 2020
MAHARASHTRA
S. No
Name of District
1
Ahmednagar
2
Akola
3
Amravati
4
Buldhana
5
Pune
6
Sangli
Total Number of
Assessed Units
353
S. No
Name of Assessment
Units affected by
Fluoride
S. No
Name of Assessment
Units affected by
Arsenic
ABSTRACT
Number of Assessment Units
Number of Assessment Units
affected by Fluoride
affected by Arsenic
Nil
Nil
321
S. No
Name of Assessment
Units affected by
Salinity
1
2
3
4
5
1
2
3
4
5
1
2
3
4
5
6
1
2
3
4
1
2
3
4
1
2
3
4
5
Nagar
Newasa
Parner
Rahuri
Shrigonda
Akola
Akot
Balapur
Mutizapur
Telhara
Achalpur
Amravati
Anjangaon Surji
Bhatkuli
Chandur Bazar
Daryapur (C)
Jalgaon
Nandura
Sangrampur
Shegaon
Baramati
Daund
Indapur
Purandhar
Miraj
Palus
Shirala
Tasgaon
Walwa
Number of Assessment Units
affected by Salinity
29, 1( Completely Saline )
Dynamic Ground Water Resources Assessment of India - 2020
QUALITY PROBLEMS IN ASSESSMENT UNITS, 2020
NAGALAND
S. No
1
Name of District
Dimapur
Total Number of
Assessed Units
11
S. No
Name of Assessment
Units affected by
Fluoride
S. No
Name of Assessment
Units affected by
Arsenic
1
Dimapur
1
ABSTRACT
Number of Assessment Units
Number of Assessment Units
affected by Fluoride
affected by Arsenic
1
Nil
322
S. No
Name of Assessment
Units affected by
Salinity
1
Number of Assessment Units
affected by Salinity
Nil
Dynamic Ground Water Resources Assessment of India - 2020
QUALITY PROBLEMS IN ASSESSMENT UNITS, 2020
ODISHA
S. No
Name of District
1
Balasore
2
Bhadrak
3
Ganjam
4
Jagatsinghpur
5
Jajpur
6
Kendrapara
7
Puri
Total Number of
Assessed Units
314
S. No
Name of Assessment
Units affected by
Fluoride
S. No
Name of Assessment
Units affected by
Arsenic
S. No
1
2
3
4
5
6
1
2
3
1
2
3
4
5
6
1
2
3
4
1
2
3
1
2
3
4
5
6
7
8
9
1
2
3
4
5
6
7
8
9
10
11
ABSTRACT
Number of Assessment Units
Number of Assessment Units
affected by Fluoride
affected by Arsenic
Nil
Nil
323
Name of Assessment
Units affected by
Salinity
Bahanaga
Balasore
Baliapal
Basta
Bhograi
Remuna
Basudevpur
Chandbali ( C )
Dhamnagar
Tihidi
Chhatrapur
Chikiti
Ganjam
Khalikote
Rangeilunda
Balikuda
Ersama ( C )
Kujanga
Naugaon
Bari
Binjharpur
Dasarathpur
Aul
Derabish
Garadpur
Kendrapara
Mahakalpada( C )
Marshaghai ( C )
Pattamundai
Rajkanika ( C )
Rajnagar ( C )
Astarang
Brahmagiri
Delang
Gop
Kakatpur
Kanas
Krushnaprasad
Nimapara
Pipili
Puri
Satyabadi
Number of Assessment Units
affected by Salinity
42, 6 (Completely Saline)
Dynamic Ground Water Resources Assessment of India - 2020
QUALITY PROBLEMS IN ASSESSMENT UNITS, 2020
PUNJAB
S. No
Name of District
1
Amritsar
2
Bathinda
3
Faridkot
4
Fazilka
S. No
Name of Assessment
Units affected by
Fluoride
Name of Assessment
Units affected by
Arsenic
1
Ajnala
1
Rampura
1
Maur
2
3
4
1
2
Nathana
Phul
Rampura
Faridkot
Kotkapura
1
Abohar
1
2
3
Fazilka
Jalalabad
2
1
2
Dera Baba Nanak
Gurdaspur
3
Sri Hargobindpur
1
2
Mukerian
Hoshiarpur-Ii
1
Sultanpur Lodhi
5
Gurdaspur
6
Hoshiarpur
7
8
9
Jalandhar
Kapurthala
Ludhiana
1
Phillaur
1
Doraha
10
Mansa
2
Jhunir
11
12
Moga
Muktsar
1
2
Moga I
Malout
18
Patiala
13
14
S.A.S Nagar
Tarn Taran
1
2
1
1
2
3
4
5
Rajpura
Bhunerheri
Dera Bassi
Tarn Taran
Valtoha
Patti
Gandiwind
Bhikhiwind
Total Number of
Assessed Units
150
S. No
Name of Assessment
Units affected by
Salinity
1
Bathinda
2
Talwandi Saboo
1
2
Faridkot
Kotkapura
Fazilka
1
Abohar
Jalalabad
2
3
Jalalabad
Khuiyan Sarwar
1
Jhunir
2
Sardulgarh
1
2
1
2
1
Malout
Muktsar
Rajpura
Ghanaur
Dera Bassi
1
Samana
1
1
2
3
S.A.S Nagar
Bhikhiwind
Gandiwind
Patti
ABSTRACT
Number of Assessment Units
Number of Assessment Units
affected by Fluoride
affected by Arsenic
22
15
324
S. No
Number of Assessment Units
affected by Salinity
14
Dynamic Ground Water Resources Assessment of India - 2020
QUALITY PROBLEMS IN ASSESSMENT UNITS, 2020
RAJASTHAN
S. No
Name of District
1
Alwar
2
Barmer
3
Bharatpur
4
Bikaner
5
Churu
6
Ganganagar
7
Hanumangarh
8
9
Jaipur
Jaisalmer
10
Jalor
11
12
Jhunjhunun
Jodhpur
13
Nagaur
S. No
Name of Assessment
Units affected by
Fluoride
S. No
Name of Assessment
Units affected by
Arsenic
S. No
1
2
1
2
3
4
5
6
7
8
9
10
11
12
13
14
15
16
1
2
3
4
5
6
1
2
3
4
5
6
1
2
3
4
5
6
7
1
2
3
4
5
6
7
8
9
1
2
3
4
5
6
7
1
1
2
3
1
2
3
4
5
1
1
2
3
4
5
6
1
2
3
4
5
6
7
325
Name of Assessment
Units affected by
Salinity
Kathumar
Laxmangarh
Balotra
Barmer
Baytoo
Chohtan
Dhorimanna
Gadraroad
Gira
Gudhamalani
Kalyanpur
Patodi
Ramsar
Samdari
Serwa
Sheo
Sindhari
Siwana
Deeg
Kumher
Nadbai
Nagar
Sewar
Weir
Bikaner
Dungargarh
Khajuwala(C)
Kolayat
Lunkaransar
Panchoo
Bidasar
Churu
Rajgarh
Ratangarh
Sardarshahar
Sujangarh
Taranagar(C)
Anupgarh
Ganganagar
Ghadsana
Karanpur
Padampur
Raisinghnagar
Sadulshahar
Sri Vijaynagar
Suratgarh
Bhadra
Hanumangarh
Nohar
Pilibanga
Rawatsar(C)
Sangariya
Tibi
Phagi
Jaisalmer
Sam
Sankra
Ahore
Bhinmal
Chitalwana
Jalore
Sayla
Alsisar
Balesar
Bap
Bilara
Luni
Mandor
Shergarh
Degana
Jayal
Ladnu
Makrana
Merta
Nagaur
Nawa
Dynamic Ground Water Resources Assessment of India - 2020
QUALITY PROBLEMS IN ASSESSMENT UNITS, 2020
RAJASTHAN
S. No
Name of District
14
Pali
15
Sikar
16
Tonk
Total Number of
Assessed Units
295
S. No
Name of Assessment
Units affected by
Fluoride
S. No
Name of Assessment
Units affected by
Arsenic
S. No
1
2
3
4
5
6
7
1
2
3
1
2
ABSTRACT
Number of Assessment Units
Number of Assessment Units
affected by Fluoride
affected by Arsenic
Nil
Nil
326
Name of Assessment
Units affected by
Salinity
Jaitaran
Kharchi (Marwar Junc)
Pali
Rani Station
Rohat
Sojat
Sumerpur
Fatehpur
Lachhmangarh
Piprali
Malpura
Tonk
Number of Assessment Units
affected by Salinity
88, 3 ( Completely Saline )
Dynamic Ground Water Resources Assessment of India - 2020
QUALITY PROBLEMS IN ASSESSMENT UNITS, 2020
TAMIL NADU
S. No
Name of District
S. No
Name of Assessment
Units affected by
Fluoride
1
2
3
Coimbatore
Cuddalore
Dharmapuri
4
5
Dindigul
Erode
6
7
Kallakkurichi
Karur
8
Krishnagiri
9
Madurai
10
Namakkal
11
Nagapattinam
12
13
Perambalur
Pudukkottai
1
1
Varagur
Karaiyur
14
Ranipet
1
Ranipet
15
Ramanathapuram
1
Keelakkarai
16
Salem
1
1
1
2
3
4
5
6
7
8
9
10
11
12
13
1
1
2
3
1
1
2
3
1
2
3
4
5
6
7
8
9
10
11
1
2
3
4
5
1
2
3
1
2
3
4
5
6
7
8
9
10
S. No
Name of Assessment
Units affected by
Arsenic
S. No
Name of Assessment
Units affected by
Salinity
1
2
3
4
5
6
7
8
9
10
11
12
13
14
15
16
17
Valivalam( C )
Thalainayar( C )
Nagappattinam( C )
Nirmulai( C )
Thillayadi( C )
Thirukannapuram( C )
Thirukkuvalai( C )
Kariyapattinam( C )
Thagatur( C )
Kilvelur( C )
Kangalancheri( C )
Thirumarugal( C )
Keelaiyur( C )
Therkupoigainallur( C )
Thevoor( C )
Vedaranyam( C )
Velanganni( C )
1
2
3
Perumaruthur( C )
Kottaipattinam( C )
Sinkavanam( C )
1
Thirupullani( C )
2
3
4
Kadaladi( C )
Sikkal( C )
Mangalakudi( C )
5
Mudukulathur South( C )
6
7
8
9
Melachelvanur( C )
Thondi( C )
Sayalkudi( C )
S.Tharaikudi( C )
Saravanampatti
Thozhudur
Bommidi
Dharmapuri
Harur
Indur
Karimangalam
Marandahalli
Morappur
Nallampalli
Palacode
Pappireddipatty
Pennagaram
Pulikarai
Theerthamalai
Vatlagundu
Ammapettai
Sathyamangalam
Vaniputhur
Thirukoilur
Chinnadharapuram
K.Paramathy
Pugalur
Bagalur
Bargur
Barur
Hosur
Kelamangalam
Krishnagiri
Mathur
Pochampalli
Shoolagiri
Uthangarai
Veppanapalli
Melur
Neerathan
Othakkadai
T.Kallupatti
Thirumangalam
Nallipalayam
Namakkal
Paramathi
Edappadi
Ernapuram
Gangavalli
Kadayampatti
Karippatti
Konganapuram
Mettur
Salem Town
Veerapandi
Vembadithalam
327
Dynamic Ground Water Resources Assessment of India - 2020
QUALITY PROBLEMS IN ASSESSMENT UNITS, 2020
TAMIL NADU
S. No
Name of District
17
Sivaganga
18
19
Tenkasi
Tirupathur
20
Theni
21
22
Thiruvallur
Thiruvarur
23
Tiruchirappalli
24
Tiruppur
25
26
Tiruvannamalai
Viluppuram
Total Number of
Assessed Units
1166
S. No
1
2
3
1
1
2
3
4
1
2
Name of Assessment
Units affected by
Fluoride
S. No
Name of Assessment
Units affected by
Arsenic
S. No
Name of Assessment
Units affected by
Salinity
Kallal
Pallathur
Sivagangai
Alankulam
Alangayam
Andiyappanur
Tirupathur
Vaniyambadi
Cumbam
Devathanapatti
1
1
2
3
4
Trichy West Taluk-Trichy
North
Trichy West Taluk-Trichy
2
South
1
Avinashipalayam(S)
2
Kangeyam
3
Mulanur
4
Nallur
5
Tiruppur (S)
6
Vellakoil
1
Melpallipattu
1
Arasur
2
Avanipur
ABSTRACT
Number of Assessment Units
Number of Assessment Units
affected by Fluoride
affected by Arsenic
77
0
Minjur( C )
Muthupet( C )
Thiruthuraipoondi( C )
Edaiyur( C )
Alathampadi( C )
1
328
Number of Assessment Units
affected by Salinity
34 ( Completely Saline )
Dynamic Ground Water Resources Assessment of India - 2020
QUALITY PROBLEMS IN ASSESSMENT UNITS, 2020
TELANAGNA
S. No
Name of District
1
Bhadradri
2
Jagtial
3
Jangaon
4
Jayashankar
5
6
Jogulamba
Kamareddy
7
Karimnagar
8
Khammam
9
10
Komarambhem
Mahabubabad
11
Mahabubnagar
12
Mancherial
13
14
Medak
Medchal
15
Nagarkurnool
16
Peddapalli
17
Rangareddy
18
Sangareddy
19
Siddipet
20
Warangal_Rural
21
Warangal_Urban
S. No
Name of Assessment
Units affected by
Fluoride
1
2
3
1
2
1
2
3
4
1
2
1
1
2
3
4
5
6
7
8
9
10
11
1
2
3
4
5
1
2
1
1
2
1
2
3
4
5
6
7
1
2
1
1
2
3
4
5
1
2
3
4
5
6
7
8
1
2
3
4
5
6
1
2
3
4
5
6
1
2
3
4
1
2
3
4
1
2
3
1
2
3
4
Aswapuram
Burgampadu
Manuguru
Kodimial
Velgatoor
Bachannapet
Chilpur
Devaruppula
Ganpur_stn
Mahadevpur
Mogullapally
Alampur
Banswada
Bichkunda
Gandhari
Jukkal
Kamareddy
Machareddy
Madnoor
Nasrullabad
Pd kodapgal
Ramareddy
Thadwai
Ramadugu
Shankarapatnam
Thimmapur
V.saidapur
Veenavanka
Madhira
Wyra
Bejjur
Mahabubabad
Nellikuduru
C.c.kunta
Dhanwada
Mahboobnagar(urban)
Marikal
Midjil
Narayanpet
Utkoor
Bellampally
Chennur
Chegunta
Alwal
Balanagar
Keesara
Malkajgiri
Shamirpet
Balmoor
Bijinepally
Charakonda
Kalwakurthy
Nagarkurnool
Urkonda
Vangoor
Veladanda
Eligadu
Julapalle
Odela
Peddapalle
Srirampur
Sultanabad
Abdullapurmet
Chevella
Hayathnagar
Manchal
Talakondapally
Yacharam
Kandi
Mogudampally
Sangareddy
Zaherabad
Cherial
Chinnakodur
Mulugu
Raipole
Atmakur
Damera
Narsampet
Bheemdevarapally
Elkathurthy
Hanamkonda
Inavolu
S. No
329
Name of Assessment
Units affected by
Arsenic
S. No
Name of Assessment
Units affected by
Salinity
Dynamic Ground Water Resources Assessment of India - 2020
QUALITY PROBLEMS IN ASSESSMENT UNITS, 2020
TELANAGNA
S. No
22
Name of District
Yadadri
Total Number of
Assessed Units
589
S. No
1
2
3
4
5
6
7
8
9
10
Name of Assessment
Units affected by
Fluoride
S. No
Name of Assessment
Units affected by
Arsenic
S. No
Name of Assessment
Units affected by
Salinity
Addagudur
Alair
Bhunvanagiri
Bibinagar
Choutuppal
Mothkur
Rajapet
Ramannapet
Turkapalle_m
Yadagirigutta
ABSTRACT
Number of Assessment Units
Number of Assessment Units
affected by Fluoride
affected by Arsenic
93
Nil
330
Number of Assessment Units
affected by Salinity
Nil
Dynamic Ground Water Resources Assessment of India - 2020
QUALITY PROBLEMS IN ASSESSMENT UNITS, 2013
WEST BENGAL
S. No
Name of District
1
2
Coochbehar
Bankura
3
Birbhum
4
Dakshin Dinajpur
5
Hooghly
6
Malda
7
Murshidabad
S. No
Name of Assessment
Units affected by
Fluoride
1
2
3
4
5
6
7
8
9
10
1
2
3
4
5
6
7
Bankura- II
Borjora
Chhatna
Gangajalghati
Hirbundh
Indpur
Raipur
Saltora
Simlapal
Taldangra
Khayrasole
Mayureswar-I
Nalhati-I
Rajnagar
Rampurhat-I
Sainthia
Suri-II
1
Bansihari
2
3
4
5
Gangarampur
Kumarganj
Kushmandi
Tapan
1
2
Bamongola
Ratua-Ii
S. No
Name of Assessment
Units affected by
Arsenic
1
Coochbehar-I
1
Balurghat
1
2
3
4
5
6
7
8
9
10
11
1
2
3
4
5
6
7
8
1
2
3
4
5
6
7
8
9
10
11
12
13
14
15
16
17
18
19
20
21
22
23
Balagarh
Chanditala-II
Dhaniakhali
Goghat-I
Haripal
Khanakul-I
Khanakul-II
Pandua
Polba-Dadpur
Serampur-Uttarpara
Singur
Chanchol-II
Englishbazar
Kaliachak-I
Kaliachak-II
Kaliachak-III
Manickchak
Ratua-I
Ratua-II
Beldanga-I
Beldanga-II
Berhampur
Bhagabangola-I
Bhagabangola-II
Bharatpur-I
Domkal
Farraka
Hariharpara
Jalangi
Kandi
Khargram
Lalgola
Mur-Jiaganj
Nowda
Raghunathganj-I
Raghunathganj-II
Raninagar-I
Raninagar-II
Sagardighi
Samserganj
Suti-I
Suti-II
331
S. No
Name of Assessment
Units affected by
Salinity
Dynamic Ground Water Resources Assessment of India - 2020
QUALITY PROBLEMS IN ASSESSMENT UNITS, 2013
WEST BENGAL
S. No
Name of District
S. No
Name of Assessment
Units affected by
Fluoride
S. No
Name of Assessment
Units affected by
Arsenic
8
Nadia
1
2
3
4
5
6
7
8
9
10
11
12
13
14
15
16
17
Chakdaha
Chapra
Hanskhali
Haringhata
Kaligunj
Karimpur-I
Karimpur-II
Krishnaganj
Krishnagar-I
Krishnagar-II
Nabadwip
Nakashipara
Ranaghat-I
Ranaghat-II
Shantipur
Tehatta-I
Tehatta-II
9
North 24-Parganas
1
Amdanga
2
3
4
5
6
7
8
9
10
11
12
13
14
15
16
17
1
2
3
4
5
6
Baduria
Bagdah
Barasat-I
Barasat-II
Barrackpore-I
Barrackpore-II
Basirhat-I
Basirhat-II
Bongaon
Deganga
Gaighata
Habra-I
Habra-II
Haroa
Rajarhat
Swarupnagar
Kalna-I
Kalna-II
Katwa-I
Katwa-II
Purbasthali-I
Purbasthali-II
10
Purbo Burdwan
11
Purulia
12
Uttar Dinajpur
1
2
3
4
5
6
7
8
9
10
11
12
13
14
15
16
17
1
Arsha
Baghmundi
Balarampur
Barabazar
Hura
Jhalda-I
Joypur
Kashipur
Manbazar-I
Neturia
Para
Puncha
Purulia-I
Purulia-II
Raghunathpur-I
Raghunathpur-II
Santuri
Itahar
S. No
Name of Assessment
Units affected by
Salinity
1
Goalpukur-II
ABSTRACT
Total Number of
Number of Assessment Units
Number of Assessment Units
Number of Assessment Units
Assessed Units
affected by Fluoride
affected by Arsenic
affected by Salinity
268
42
85
NOTE-For West Bengal,2013 is used as the 2020 Resources of the State was not approved by CLEG, 2020.
332
Dynamic Ground Water Resources Assessment of India - 2020
QUALITY PROBLEMS IN ASSESSMENT UNITS, 2020
ANDAMAN & NICOBAR ISLANDS
S. No
1
Name of District
S. No
Name of Assessment
Units affected by
Fluoride
S. No
Name of Assessment
Units affected by
Arsenic
Nicobar
Total Number of
Assessed Units
36
S. No
1
ABSTRACT
Number of Assessment Units
Number of Assessment Units
affected by Fluoride
affected by Arsenic
Nil
Nil
333
Name of Assessment
Units affected by
Salinity
Chowra ( C )
Number of Assessment Units
affected by Salinity
1 ( Completely Saline )
Dynamic Ground Water Resources Assessment of India - 2020
QUALITY PROBLEMS IN ASSESSMENT UNITS, 2020
PUDUCHERRY
S. No
1
Name of District
S. No
Name of Assessment
Units affected by
Fluoride
S. No
Name of Assessment
Units affected by
Arsenic
Yanam
Total Number of
Assessed Units
4
S. No
1
ABSTRACT
Number of Assessment Units
Number of Assessment Units
affected by Fluoride
affected by Arsenic
Nil
Nil
334
Name of Assessment
Units affected by
Salinity
Yanam ( C )
Number of Assessment Units
affected by Salinity
1 ( Completely Saline )
Dynamic Ground Water Resources Assessment of India - 2020
Annexure - V(A)
State-wise Summary of Assessment units
Improved or deteriorated from 2017 to 2020 assessment
335
Dynamic Ground Water Resources Assessment of India - 2020
336
Dynamic Ground Water Resources Assessment of India - 2020
State-Wise Summary Of Assessmet Units Improved Or Deteriorated From 2017 To 2020 Assessment
S. No.
1
2
3
4
5
6
7
8
9
10
11
12
13
14
15
16
17
18
19
20
21
22
23
24
25
26
27
28
29
30
31
32
33
34
35
36
Name of States / Union
Territories
Andhra Pradesh
Arunachal Pradesh
Assam
Bihar
Chhattisgarh
Delhi
Goa
Gujarat
Haryana
Himachal Pradesh
Jharkhand
Karnataka
Kerala
Madhya Pradesh
Maharashtra
Manipur
Meghalaya
Mizoram
Nagaland
Odisha
Punjab
Rajasthan
Sikkim
Tamil Nadu
Telangana
Tripura
Uttar Pradesh
Uttarakhand
West Bengal*
Andaman and Nicobar
Chandigarh
Dadra & Nagar Haveli
Daman & Diu
Jammu and Kashmir
Lakshadweep
Puducherry
Ladakh
Grand Total
Number of Assessment
Units Improved
Number of Assessment
Units Deteriorated
Number of Assessment
Units With No Change
94
Nil
Nil
61
2
8
Nil
16
13
5
4
7
3
3
5
Nil
Nil
Nil
Nil
1
5
10
Nil
98
160
Nil
77
1
23
Nil
Nil
9
19
3
Nil
22
15
Nil
8
3
1
16
3
Nil
Nil
Nil
Nil
2
11
40
Nil
65
90
Nil
31
0
550
11
28
464
125
23
12
210
113
5
247
117
148
294
345
9
12
26
11
311
122
245
4
1003
334
59
722
17
Nil
Nil
Nil
1
Nil
1
1
Nil
576
Nil
Nil
Nil
1
Nil
Nil
Nil
Nil
362
36
1
1
Nil
20
8
3
2
5638
Note
*In the State of West Bengal, the Ground Water Resources of 2013 is considered
337
Dynamic Ground Water Resources Assessment of India - 2020
338
Dynamic Ground Water Resources Assessment of India - 2020
Annexure - V(B)
Comparison of Categorization of assessment Units (2017 to 2020)
339
Dynamic Ground Water Resources Assessment of India - 2020
340
Name of Assessment
Unit
Brahmasamudram
Kambadur
Obuladevaracheruvu
Puttaparthi
Gorantla
Nallamada
Parigi
Settur
Tadpatri
Amadagur
Chilamathur
Madakasira
Roddam
Atmakur
Kudair
Kundurpi
Mudigubba
Tadimarri
Pakala
Pedda Panjani
Penumuru
Pulicherla
Rama Kuppam
Ramachandrapuram-17
Santhi Puram
Thavanampalle
Venkatagiri Kota
Gudi Palle
Nindra
Puthalapattu
Ramasamudram
Tirupati
Chinnagottigallu
Chittoor Mandal
Gangadhara Nellore
Kalikiri
Karvetinagar
Pileru
Punganur
Vadamalapeta
Yeleswaram
Karempudi
Penagaluru
Porumamilla
Rajampet
Simhadripuram
Kamalapuram
Sambepalle
Vempalle
Vemula
Kodur
Lingala
Name of District
Anantapur
Anantapur
Anantapur
Anantapur
Anantapur
Anantapur
Anantapur
Anantapur
Anantapur
Anantapur
Anantapur
Anantapur
Anantapur
Anantapur
Anantapur
Anantapur
Anantapur
Anantapur
Chittoor
Chittoor
Chittoor
Chittoor
Chittoor
Chittoor
Chittoor
Chittoor
Chittoor
Chittoor
Chittoor
Chittoor
Chittoor
Chittoor
Chittoor
Chittoor
Chittoor
Chittoor
Chittoor
Chittoor
Chittoor
Chittoor
East Godavari
Guntur
Kadapa
Kadapa
Kadapa
Kadapa
Kadapa
Kadapa
Kadapa
Kadapa
Kadapa
Kadapa
S. No
1
2
3
4
5
6
7
8
9
10
11
12
13
14
15
16
17
18
19
20
21
22
23
24
25
26
27
28
29
30
31
32
33
34
35
36
37
38
39
40
41
42
43
44
45
46
47
48
49
50
51
52
91.35
98.46
95.94
98.62
139.69
136.79
172.72
131.13
179.48
116.61
125.62
123.90
124.03
70.33
71.05
88.01
89.95
76.55
90.28
93.36
96.07
94.28
92.90
93.65
93.71
90.38
99.51
119.49
106.27
116.50
141.73
101.11
73.26
70.39
87.09
70.56
71.43
80.25
80.50
70.10
72.84
71.87
99.43
92.93
92.88
91.60
114.95
101.13
125.91
106.13
126.94
165.69
Critical
Critical
Critical
Critical
Over-Exploited
Over-Exploited
Over-Exploited
Over-Exploited
Over-Exploited
Over-Exploited
Over-Exploited
Over-Exploited
Over-Exploited
Semi-Critical
Semi-Critical
Semi-Critical
Semi-Critical
Semi-Critical
Critical
Critical
Critical
Critical
Critical
Critical
Critical
Critical
Critical
Over-Exploited
Over-Exploited
Over-Exploited
Over-Exploited
Over-Exploited
Semi-Critical
Semi-Critical
Semi-Critical
Semi-Critical
Semi-Critical
Semi-Critical
Semi-Critical
Semi-Critical
Semi-Critical
Semi-Critical
Critical
Critical
Critical
Critical
Over-Exploited
Over-Exploited
Over-Exploited
Over-Exploited
Over-Exploited
Over-Exploited
Name of District
Improved
Anantapur
Anantapur
Anantapur
Anantapur
Anantapur
Anantapur
Anantapur
Anantapur
Anantapur
Anantapur
Anantapur
Anantapur
Anantapur
Anantapur
Anantapur
Anantapur
Anantapur
Anantapur
Chittoor
Chittoor
Chittoor
Chittoor
Chittoor
Chittoor
Chittoor
Chittoor
Chittoor
Chittoor
Chittoor
Chittoor
Chittoor
Chittoor
Chittoor
Chittoor
Chittoor
Chittoor
Chittoor
Chittoor
Chittoor
Chittoor
East Godavari
Guntur
Kadapa
Kadapa
Kadapa
Kadapa
Kadapa
Kadapa
Kadapa
Kadapa
Kadapa
Kadapa
Stage of Ground
Water
Categorization 2017
Extraction (%)
in 2017
Brahmasamudram
Kambadur
Obuladevaracheruvu
Puttaparthi
Gorantla
Nallamada
Parigi
Settur
Tadpatri
Amadagur
Chilamathur
Madakasira
Roddam
Atmakur
Kudair
Kundurpi
Mudigubba
Tadimarri
Pakala
Pedda Panjani
Penumuru
Pulicherla
Rama Kuppam
Ramachandrapuram-17
Santhi Puram
Thavanampalle
Venkatagiri Kota
Gudi Palle
Nindra
Puthalapattu
Ramasamudram
Tirupati
Chinnagottigallu
Chittoor Mandal
Gangadhara Nellore
Kalikiri
Karvetinagar
Pileru
Punganur
Vadamalapeta
Yeleswaram
Karempudi
Penagaluru
Porumamilla
Rajampet
Simhadripuram
Kamalapuram
Sambepalle
Vempalle
Vemula
Kodur
Lingala
Name of Assessment
Unit
COMPARISON OF CATEGORIZATION OF ASSESSMENT UNITS (2020 AND 2017)
ANDHRA PRADESH
66.38
49.04
59.49
47.18
64.35
62.85
37.63
65.10
54.53
86.54
80.38
87.25
84.80
61.25
63.74
63.60
55.81
60.06
75.16
74.76
75.71
73.89
85.48
73.44
72.96
78.01
89.49
91.91
92.57
93.62
91.77
94.38
46.30
61.69
60.03
40.75
54.08
44.39
58.99
33.54
51.35
41.55
60.62
56.78
46.51
43.20
92.43
93.81
92.35
92.65
64.72
66.37
Safe
Safe
Safe
Safe
Safe
Safe
Safe
Safe
Safe
Semi-Critical
Semi-Critical
Semi-Critical
Semi-Critical
Safe
Safe
Safe
Safe
Safe
Semi-Critical
Semi-Critical
Semi-Critical
Semi-Critical
Semi-Critical
Semi-Critical
Semi-Critical
Semi-Critical
Semi-Critical
Critical
Critical
Critical
Critical
Critical
Safe
Safe
Safe
Safe
Safe
Safe
Safe
Safe
Safe
Safe
Safe
Safe
Safe
Safe
Critical
Critical
Critical
Critical
Safe
Safe
Stage of Ground
Water Extraction Categorization 2020
(%) in 2020
Improved
Improved
Improved
Improved
Improved
Improved
Improved
Improved
Improved
Improved
Improved
Improved
Improved
Improved
Improved
Improved
Improved
Improved
Improved
Improved
Improved
Improved
Improved
Improved
Improved
Improved
Improved
Improved
Improved
Improved
Improved
Improved
Improved
Improved
Improved
Improved
Improved
Improved
Improved
Improved
Improved
Improved
Improved
Improved
Improved
Improved
Improved
Improved
Improved
Improved
Improved
Improved
Remark
Dynamic Ground Water Resources Assessment of India - 2020
341
Kadapa
Kadapa
Kadapa
Kadapa
Kadapa
Kadapa
Kadapa
Kadapa
Kadapa
Kadapa
Kadapa
Kadapa
Kadapa
Kadapa
Krishna
Krishna
Kurnool
Kurnool
Kurnool
Kurnool
Kurnool
Kurnool
Prakasam
Prakasam
Prakasam
Prakasam
Srikakulam
Srikakulam
Srikakulam
Srikakulam
Srikakulam
Srikakulam
Srikakulam
Visakhapatnam
West Godavari
West Godavari
West Godavari
West Godavari
West Godavari
West Godavari
West Godavari
West Godavari
63
64
65
66
67
68
69
70
71
72
73
74
75
76
77
78
79
80
81
82
83
84
85
86
87
88
89
90
91
92
93
94
Name of District
53
54
55
56
57
58
59
60
61
62
S. No
Pullampeta
Chinnamandem
Obulavaripalle
B Kodur
Chintha Kommadinne
Gopavaram
Jammalamadugu
Lakkireddipalle
Ramapuram
Sidhout
Sri Avadhutha
Kasinayana
Thandur
Vallur
Veerapunayunipalle
Musunuru
Nuzvid
Chagalamarri
Gonegandla
Kodumur
Nandi Kotkur
Orvakal
Peapally
Bestavaripeta
Giddaluru
Dornala
Yerragondapalem
Ganguvari Singadam
Laveru
Ranastalam
Kaviti
Kotabommal
Ponduru
Rajam
Munagapaka
Jangareddigudem
Lingapalem
Padavegi
Chintalapudi
Dwaraka Tirumala
Koyyalagudem
T Narasapuram
Tadepalligudem
Name of Assessment
Unit
72.93
84.48
78.61
107.85
81.49
91.25
86.47
73.54
86.14
74.15
86.89
114.79
190.75
77.63
75.31
97.93
162.14
171.10
77.45
88.15
79.50
75.03
76.19
95.19
95.35
90.27
70.50
81.22
81.06
84.21
71.75
76.76
140.04
108.22
117.95
76.51
84.30
89.75
77.09
76.57
71.19
79.32
Semi-Critical
Semi-Critical
Semi-Critical
Over-Exploited
Semi-Critical
Critical
Semi-Critical
Semi-Critical
Semi-Critical
Semi-Critical
Semi-Critical
Over-Exploited
Over-Exploited
Semi-Critical
Semi-Critical
Critical
Over-Exploited
Over-Exploited
Semi-Critical
Semi-Critical
Semi-Critical
Semi-Critical
Semi-Critical
Critical
Critical
Critical
Semi-Critical
Semi-Critical
Semi-Critical
Semi-Critical
Semi-Critical
Semi-Critical
Over-Exploited
Over-Exploited
Over-Exploited
Semi-Critical
Semi-Critical
Semi-Critical
Semi-Critical
Semi-Critical
Semi-Critical
Semi-Critical
Name of District
Kadapa
Kadapa
Kadapa
Krishna
Krishna
Kurnool
Kurnool
Kurnool
Kurnool
Kurnool
Kurnool
Prakasam
Prakasam
Prakasam
Prakasam
Srikakulam
Srikakulam
Srikakulam
Srikakulam
Srikakulam
Srikakulam
Srikakulam
Visakhapatnam
West Godavari
West Godavari
West Godavari
West Godavari
West Godavari
West Godavari
West Godavari
West Godavari
Kadapa
Improved
Kadapa
Kadapa
Kadapa
Kadapa
Kadapa
Kadapa
Kadapa
Kadapa
Kadapa
Kadapa
Stage of Ground
Water
Categorization 2017
Extraction (%)
in 2017
Pullampeta
Chinnamandem
Obulavaripalle
B Kodur
Chintha Kommadinne
Gopavaram
Jammalamadugu
Lakkireddipalle
Ramapuram
Sidhout
Sri Avadhutha
Kasinayana
Thandur
Vallur
Veerapunayunipalle
Musunuru
Nuzvid
Chagalamarri
Gonegandla
Kodumur
Nandi Kotkur
Orvakal
Peapally
Bestavaripeta
Giddaluru
Dornala
Yerragondapalem
Ganguvari Singadam
Laveru
Ranastalam
Kaviti
Kotabommal
Ponduru
Rajam
Munagapaka
Jangareddigudem
Lingapalem
Padavegi
Chintalapudi
Dwaraka Tirumala
Koyyalagudem
T Narasapuram
Tadepalligudem
Name of Assessment
Unit
COMPARISON OF CATEGORIZATION OF ASSESSMENT UNITS (2020 AND 2017)
ANDHRA PRADESH
41.25
40.56
19.73
76.96
61.43
75.25
64.36
35.62
42.28
60.96
66.29
36.13
80.49
51.21
57.90
31.91
33.99
59.24
46.50
59.09
24.39
52.49
52.90
64.84
61.86
56.32
63.70
54.45
53.37
67.54
39.00
19.62
46.45
70.42
83.37
52.81
56.97
62.31
57.21
53.53
13.12
57.51
Safe
Safe
Safe
Semi-Critical
Safe
Semi-Critical
Safe
Safe
Safe
Safe
Safe
Safe
Semi-Critical
Safe
Safe
Safe
Safe
Safe
Safe
Safe
Safe
Safe
Safe
Safe
Safe
Safe
Safe
Safe
Safe
Safe
Safe
Safe
Safe
Semi-Critical
Semi-Critical
Safe
Safe
Safe
Safe
Safe
Safe
Safe
Stage of Ground
Water Extraction Categorization 2020
(%) in 2020
Improved
Improved
Improved
Improved
Improved
Improved
Improved
Improved
Improved
Improved
Improved
Improved
Improved
Improved
Improved
Improved
Improved
Improved
Improved
Improved
Improved
Improved
Improved
Improved
Improved
Improved
Improved
Improved
Improved
Improved
Improved
Improved
Improved
Improved
Improved
Improved
Improved
Improved
Improved
Improved
Improved
Improved
Remark
Dynamic Ground Water Resources Assessment of India - 2020
342
Name of District
Anantapur
Anantapur
Anantapur
Anantapur
Chittoor
Chittoor
Chittoor
Chittoor
Chittoor
Chittoor
Chittoor
East Godavari
Guntur
Kadapa
Kadapa
Kadapa
Kadapa
Kadapa
Kurnool
Kurnool
Nellore
Nellore
Prakasam
S. No
1
2
3
4
5
6
7
8
9
10
11
12
13
14
15
16
17
18
19
20
21
22
23
Nallacheruvu
Nambulipulikunta
Lepakshi
Somandepalle
Chandragiri
Chowdepalle
Gangavaram
Kurabalakota
Nagari
Nimmanapalle
Puttur
Rajahmundry (Urban)
Piduguralla
Pulivendla
Chennur
Proddutur
Chapad
Chitvel
Kosigi
Bethamcherla
Gudur
Naidupeta
Pullalacheruvu
Name of Assessment
Unit
97.25
67.14
82.90
88.08
22.98
67.54
44.16
59.91
50.62
57.84
55.00
41.12
55.75
64.15
65.00
57.01
79.26
76.97
61.08
76.31
61.71
83.35
60.14
Critical
Safe
Semi-Critical
Semi-Critical
Safe
Safe
Safe
Safe
Safe
Safe
Safe
Safe
Safe
Safe
Safe
Safe
Semi-Critical
Semi-Critical
Safe
Semi-Critical
Safe
Semi-Critical
Safe
Name of District
Deteriorated
Anantapur
Anantapur
Anantapur
Anantapur
Chittoor
Chittoor
Chittoor
Chittoor
Chittoor
Chittoor
Chittoor
East Godavari
Guntur
Kadapa
Kadapa
Kadapa
Kadapa
Kadapa
Kurnool
Kurnool
Nellore
Nellore
Prakasam
Stage of Ground
Water
Categorization 2017
Extraction (%)
2017
Nallacheruvu
Nambulipulikunta
Lepakshi
Somandepalle
Chandragiri
Chowdepalle
Gangavaram
Kurabalakota
Nagari
Nimmanapalle
Puttur
Rajahmundry (Urban)
Piduguralla
Pulivendla
Chennur
Proddutur
Chapad
Chitvel
Kosigi
Bethamcherla
Gudur
Naidupeta
Pullalacheruvu
Name of Assessment
Unit
COMPARISON OF CATEGORIZATION OF ASSESSMENT UNITS (2020 AND 2017)
ANDHRA PRADESH
111.85
97.55
114.56
102.76
80.39
75.30
82.60
73.62
88.77
78.52
87.37
75.80
90.89
112.20
80.53
84.99
96.70
183.44
73.06
95.14
72.59
92.36
161.72
Over-Exploited
Critical
Over-Exploited
Over-Exploited
Semi-Critical
Semi-Critical
Semi-Critical
Semi-Critical
Semi-Critical
Semi-Critical
Semi-Critical
Semi-Critical
Critical
Over-Exploited
Semi-Critical
Semi-Critical
Critical
Over-Exploited
Semi-Critical
Critical
Semi-Critical
Critical
Over-Exploited
Stage of Ground
Water Extraction Categorization 2020
(%) in 2020
Deteriorated
Deteriorated
Deteriorated
Deteriorated
Deteriorated
Deteriorated
Deteriorated
Deteriorated
Deteriorated
Deteriorated
Deteriorated
Deteriorated
Deteriorated
Deteriorated
Deteriorated
Deteriorated
Deteriorated
Deteriorated
Deteriorated
Deteriorated
Deteriorated
Deteriorated
Deteriorated
Remark
Dynamic Ground Water Resources Assessment of India - 2020
343
Name of Assessment
Unit
Bhagwanpur
Khudabandpur
Naokothi
Arrah
Behea
Koilbar
Shahpur
Chaungai
Madhuban
Bodhgaya
Dumaria
Barauli
Bijaipur
Bhore
Hathwa
Kateyan
Manjha
Panchdeori
Thawe
Uchkagaon
Kako
Azamnagar
Balrampur
Barsoi
Dandkhora
Kadwa
Korha
Mansahi
Pranpur
Bochaha
Kurahni
Minapur
Moraul (Dholi)
Asthawan
Ben
Bind
Harnaut
Karai parsauni
Rahui
Rajgir
Roh
Athmalgola
Khusrupur
Patna Sadar
Phulwarisarif
Punpun
Sampatchak
Amaur
Baisi
Garakha
Lahladpur
Manjhi
Nagra
Name of District
Begusarai
Begusarai
Begusarai
Bhojpur
Bhojpur
Bhojpur
Bhojpur
Buxar
East Champaran
Gaya
Gaya
Gopalganj
Gopalganj
Gopalganj
Gopalganj
Gopalganj
Gopalganj
Gopalganj
Gopalganj
Gopalganj
Jehanabad
Katihar
Katihar
Katihar
Katihar
Katihar
Katihar
Katihar
Katihar
Muzaffarpur
Muzaffarpur
Muzaffarpur
Muzaffarpur
Nalanda
Nalanda
Nalanda
Nalanda
Nalanda
Nalanda
Nalanda
Nawada
Patna
Patna
Patna
Patna
Patna
Patna
Purnia
Purnia
Saran
Saran
Saran
Saran
S. No
1
2
3
4
5
6
7
8
9
10
11
12
13
14
15
16
17
18
19
20
21
22
23
24
25
26
27
28
29
30
31
32
33
34
35
36
37
38
39
40
41
42
43
44
45
46
47
48
49
50
51
52
53
96.63
82.36
96.26
85.15
93.70
91.21
75.09
77.90
88.01
78.81
91.45
71.55
112.31
85.87
84.15
76.25
80.30
78.39
100.83
113.54
91.59
88.43
72.48
76.22
95.49
70.15
76.15
88.79
80.43
74.84
76.74
71.46
77.67
93.39
79.34
92.97
82.34
97.69
73.61
91.54
74.37
113.44
74.20
93.87
100.95
94.47
90.19
82.98
71.69
82.00
75.17
71.89
91.37
Critical
Semi-Critical
Critical
Semi-Critical
Critical
Critical
Semi-Critical
Semi-Critical
Semi-Critical
Semi-Critical
Critical
Semi-Critical
Over-Exploited
Semi-Critical
Semi-Critical
Semi-Critical
Semi-Critical
Semi-Critical
Over-Exploited
Over-Exploited
Critical
Semi-Critical
Semi-Critical
Semi-Critical
Critical
Semi-Critical
Semi-Critical
Semi-Critical
Semi-Critical
Semi-Critical
Semi-Critical
Semi-Critical
Semi-Critical
Critical
Semi-Critical
Critical
Semi-Critical
Critical
Semi-Critical
Critical
Semi-Critical
Over-Exploited
Semi-Critical
Critical
Over-Exploited
Critical
Critical
Semi-Critical
Semi-Critical
Semi-Critical
Semi-Critical
Semi-Critical
Critical
Name of District
Improved
Begusarai
Begusarai
Begusarai
Bhojpur
Bhojpur
Bhojpur
Bhojpur
Buxar
East Champaran
Gaya
Gaya
Gopalganj
Gopalganj
Gopalganj
Gopalganj
Gopalganj
Gopalganj
Gopalganj
Gopalganj
Gopalganj
Jehanabad
Katihar
Katihar
Katihar
Katihar
Katihar
Katihar
Katihar
Katihar
Muzaffarpur
Muzaffarpur
Muzaffarpur
Muzaffarpur
Nalanda
Nalanda
Nalanda
Nalanda
Nalanda
Nalanda
Nalanda
Nawada
Patna
Patna
Patna
Patna
Patna
Patna
Purnia
Purnia
Saran
Saran
Saran
Saran
Stage of Ground
Water
Categorization 2017
Extraction (%)
in 2017
Bhagwanpur
Khudabandpur
Naokothi
Arrah
Bihiyan
Koilwar
Shahpur
Chaugain
Madhuban
Bodhgaya
Dumaria
Barauli
Bijaipur
Bhorey
Hatwa
Kataiya
Manjha
Pachdeori
Thawe
Uchkagaon
Kako
Azamnagar
Balrampur
Barsoi
Dandkhora
Kadwa
Korha
Manshi
Pranpur
Bochaha
Kurhani
Minapur
Dholi
Asthawan
Bari
Bind
Harnaut
Karaiparsurai
Rahul
Rajgir
Roh
Athmalgola
Khusrupur
Patna Sadar
Phulwarisharif
Punpun
Sampatchak
Amaur
Baisi
Garkha
Lahlad
Manjhi
Nagra
Name of Assessment
Unit
COMPARISON OF CATEGORIZATION OF ASSESSMENT UNITS (2020 AND 2017)
BIHAR
74.98
64.25
89.26
68.18
72.27
80.12
69.40
56.19
55.98
19.92
78.99
68.30
57.06
66.78
47.46
50.99
56.63
49.46
65.47
69.13
82.37
69.21
57.64
59.47
76.75
63.41
62.04
67.66
68.10
65.45
64.75
65.66
62.68
66.90
64.22
61.33
67.23
85.99
69.34
69.17
52.02
82.23
64.83
89.92
77.84
88.21
87.41
69.48
68.93
66.97
67.37
65.97
71.94
Semi-Critical
Safe
Semi-Critical
Safe
Semi-Critical
Semi-Critical
Safe
Safe
Safe
Safe
Semi-Critical
Safe
Safe
Safe
Safe
Safe
Safe
Safe
Safe
Safe
Semi-Critical
Safe
Safe
Safe
Semi-Critical
Safe
Safe
Safe
Safe
Safe
Safe
Safe
Safe
Safe
Safe
Safe
Safe
Semi-Critical
Safe
Safe
Safe
Semi-Critical
Safe
Semi-Critical
Semi-Critical
Semi-Critical
Semi-Critical
Safe
Safe
Safe
Safe
Safe
Semi-Critical
Stage of Ground
Water Extraction Categorization 2020
(%) in 2020
Improved
Improved
Improved
Improved
Improved
Improved
Improved
Improved
Improved
Improved
Improved
Improved
Improved
Improved
Improved
Improved
Improved
Improved
Improved
Improved
Improved
Improved
Improved
Improved
Improved
Improved
Improved
Improved
Improved
Improved
Improved
Improved
Improved
Improved
Improved
Improved
Improved
Improved
Improved
Improved
Improved
Improved
Improved
Improved
Improved
Improved
Improved
Improved
Improved
Improved
Improved
Improved
Improved
Remark
Dynamic Ground Water Resources Assessment of India - 2020
344
1
2
3
4
5
6
7
8
9
S. No
54
55
56
57
58
59
60
61
S. No
Gaya
Jehanabad
Lakhisarai
Madhepura
Muzaffarpur
Nalanda
Nawada
Patna
Patna
Belaganj
Hulasganj
Halsi
Alam nagar
Bandra
Ekangasarai
Warsaliganj
Danapur
Naubatpur
Name of Assessment
Unit
Basantpur
Guthani
Hussainganj
Jeradei
Siswan
Bhagwanpur
Patepur
Premraj/ Desri
Siwan
Siwan
Siwan
Siwan
Siwan
Vaishali
Vaishali
Vaishali
Name of District
Name of Assessment
Unit
Name of District
Name of District
Name of Assessment
Unit
73.36
88.93
54.82
61.07
67.52
62.44
61.82
66.59
67.01
Semi-Critical
Semi-Critical
Safe
Safe
Safe
Safe
Safe
Safe
Safe
Name of District
Deteriorated
Gaya
Jehanabad
Lakhisarai
Madhepura
Muzaffarpur
Nalanda
Nawada
Patna
Patna
Stage of Ground
Water
Categorization 2017
Extraction (%)
2017
Belaganj
Hulhasganj
Halsi
Alamnagar
Bendra
Eknagarsari
Warisaliganj
Danapur/Khagaul
Naubatpur
Name of Assessment
Unit
Improved
Siwan
72.25
Semi-Critical
Basantpur
Siwan
72.70
Semi-Critical
Guthani
Siwan
73.14
Semi-Critical
Hussainganj
Siwan
84.13
Semi-Critical
Ziradei
Siwan
71.63
Semi-Critical
Siswan
Vaishali
80.32
Semi-Critical
Bhagwanpur
Vaishali
107.89
Over-Exploited
Patepur
Vaishali
71.04
Semi-Critical
Dehri
COMPARISON OF CATEGORIZATION OF ASSESSMENT UNITS (2020 AND 2017)
BIHAR
Stage of Ground
Water
Categorization 2017
Extraction (%)
in 2017
COMPARISON OF CATEGORIZATION OF ASSESSMENT UNITS (2020 AND 2017)
BIHAR
Safe
Safe
Safe
Safe
Safe
Safe
Critical
Safe
119.47
93.36
82.41
77.35
83.60
73.65
72.33
77.75
72.00
Over-Exploited
Critical
Semi-Critical
Semi-Critical
Semi-Critical
Semi-Critical
Semi-Critical
Semi-Critical
Semi-Critical
Stage of Ground
Water Extraction Categorization 2020
(%) in 2020
55.36
68.11
58.81
62.94
66.35
67.68
97.55
65.41
Stage of Ground
Water Extraction Categorization 2020
(%) in 2020
Deteriorated
Deteriorated
Deteriorated
Deteriorated
Deteriorated
Deteriorated
Deteriorated
Deteriorated
Deteriorated
Remark
Improved
Improved
Improved
Improved
Improved
Improved
Improved
Improved
Remark
Dynamic Ground Water Resources Assessment of India - 2020
345
Balod
Baloda Bazar
Bemetara
Bemetara
Dhamtari
Dhamtari
Dhamtari
Durg
Janjgir-Champa
Janjgir-Champa
Kanker
Kawardha
Kawardha
Kawardha
Korba
Raigarh
Rajnandgaon
Rajnandgaon
Surajpur
1
2
3
4
5
6
7
8
9
10
11
12
13
14
15
16
17
18
19
Gunderdehi
Simga
Bemetara
Berla
Dhamtari
Magarlod
Nagri
Durg
Dabhara
Sakti
Charama
Kawardha
Pandariya
Sahaspur Lohara
Katghora
Tamnar
Chhuikhadan
Dongargarh
Surajpur
Name of Assessment
Unit
Takhatpur
Rajnandgaon
Bilaspur
Rajnandgaon
Name of District
Name of Assessment
Unit
Name of District
S. No
1
2
S. No
Name of District
Name of Assessment
Unit
52.14
66.81
71.30
86.24
74.28
36.21
54.10
86.84
62.82
49.59
66.29
89.15
73.67
64.46
68.76
50.50
67.83
61.56
68.65
Safe
Safe
Semi-Critical
Semi-Critical
Semi-Critical
Safe
Safe
Semi-Critical
Safe
Safe
Safe
Semi-Critical
Semi-Critical
Safe
Safe
Safe
Safe
Safe
Safe
Name of District
Deteriorated
Balod
Baloda Bazar
Bemetara
Bemetara
Dhamtari
Dhamtari
Dhamtari
Durg
Janjgir-Champa
Janjgir-Champa
Kanker
Kawardha
Kawardha
Kawardha
Korba
Raigarh
Rajnandgaon
Rajnandgaon
Surajpur
Stage of Ground
Water
Categorization 2017
Extraction (%)
2017
Gunderdehi
Simga
Bemetara
Berla
Dhamtari
Magarlod
Nagri
Durg
Dabhara
Sakti
Charama
Kawardha
Pandariya
Sahaspur Lohara
Katghora
Tamnar
Chhuikhadan
Dongargarh
Surajpur
Name of Assessment
Unit
Improved
Bilaspur
81.02
Semi-Critical
Takhatpur
Rajnandgaon
85.73
Semi-Critical
Rajnandgaon
COMPARISON OF CATEGORIZATION OF ASSESSMENT UNITS (2020 AND 2017)
CHHATISGARH
Stage of Ground
Water
Categorization 2017
Extraction (%)
in 2017
COMPARISON OF CATEGORIZATION OF ASSESSMENT UNITS (2020 AND 2017)
CHHATISGARH
Safe
Safe
70.81
73.20
92.15
90.85
94.76
70.48
88.86
90.48
74.04
70.64
77.90
96.10
93.59
83.12
82.94
71.41
85.71
77.41
73.78
Semi-Critical
Semi-Critical
Critical
Critical
Critical
Semi-Critical
Semi-Critical
Critical
Semi-Critical
Semi-Critical
Semi-Critical
Critical
Critical
Semi-Critical
Semi-Critical
Semi-Critical
Semi-Critical
Semi-Critical
Semi-Critical
Stage of Ground
Water Extraction Categorization 2020
(%) in 2020
61.12
65.28
Stage of Ground
Water Extraction Categorization 2020
(%) in 2020
Deteriorated
Deteriorated
Deteriorated
Deteriorated
Deteriorated
Deteriorated
Deteriorated
Deteriorated
Deteriorated
Deteriorated
Deteriorated
Deteriorated
Deteriorated
Deteriorated
Deteriorated
Deteriorated
Deteriorated
Deteriorated
Deteriorated
Remark
Improved
Improved
Remark
Dynamic Ground Water Resources Assessment of India - 2020
346
1
2
3
S. No
1
2
3
4
5
6
7
8
S. No
North
North
North
Alipur
Model Town
Narela
Name of Assessment
Unit
Preet Vihar
Karawal Nagar
Seelampur
Sarwaswati Vihar
Seemapuri
Defence Colony
Najafgarh
Punjabi Bagh
East
North-East
North-East
North-West
Shahdara
South-East
South-West
West
Name of District
Name of Assessment
Unit
Name of District
Name of District
Name of Assessment
Unit
81.15
71.41
89.29
Semi-Critical
Semi-Critical
Semi-Critical
Name of District
Deteriorated
North
North
North
Stage of Ground
Water
Categorization 2017
Extraction (%)
2017
Alipur
Model Town
Narela
Name of Assessment
Unit
Improved
East
99.74
Critical
Preet Vihar
North-East
105.72
Over-exploited
Karawal Nagar
North-East
126.73
Over-exploited
Seelampur
North-West
109.92
Over-exploited
Sarwaswati Vihar
Shahdara
246.55
Over-exploited
Seemapuri
South-East
181.19
Over-exploited
Defence Colony
South-West
230.57
Over-exploited
Najafgarh
West
92.02
Critical
Punjabi Bagh
COMPARISON OF CATEGORIZATION OF ASSESSMENT UNITS (2020 AND 2017)
DELHI
Stage of Ground
Water
Categorization 2017
Extraction (%)
in 2017
COMPARISON OF CATEGORIZATION OF ASSESSMENT UNITS (2020 AND 2017)
DELHI
Semi-Critical
Critical
Critical
Semi-Critical
Critical
Critical
Critical
Semi-Critical
97.90
98.51
118.52
Critical
Critical
Over-exploited
Stage of Ground
Water Extraction Categorization 2020
(%) in 2020
75.62
98.69
99.27
85.07
98.69
94.79
94.18
87.39
Stage of Ground
Water Extraction Categorization 2020
(%) in 2020
Deteriorated
Deteriorated
Deteriorated
Remark
Improved
Improved
Improved
Improved
Improved
Improved
Improved
Improved
Remark
Dynamic Ground Water Resources Assessment of India - 2020
347
Ahmedabad
Ahmedabad
Amreli
Banaskantha
Gir Somnath
Junagadh
Junagadh
Junagadh
Junagadh
Junagadh
Junagadh
Kachchh
Kheda
Mahesana
Narmada
Patan
Rajkot
Rajkot
Sabarkantha
Sabarkantha
Surendranagar
Vadodara
1
2
3
4
5
6
7
8
9
10
11
12
13
14
15
16
17
18
19
20
21
22
Bavla
Mandal
Rajula
Dantiwada
Una
Bhesan
Junagadh City & Juna
Keshod
Malia
Manavadar
Visavadar
Bhuj
Galteshwar
Vadnagar
Nandod
Sarsvati(Patan)
Dhoraji
Vinchchiya
Himatnagar
Prantij
Chuda
Padra
Name of Assessment
Unit
Detroj-Rampura
Dholka
Viramgam
Palanpur
Vadgam
Kalol
Mansa
Nakhatrana
Anjar
Kadi
Unjha
Vijapur
Visnagar
Patan
Sidhpur
Talod
Ahmedabad
Ahmedabad
Ahmedabad
Banaskantha
Banaskantha
Gandhinagar
Gandhinagar
Kachchh
Kachchh
Mahesana
Mahesana
Mahesana
Mahesana
Patan
Patan
Sabarkantha
Name of District
Name of Assessment
Unit
Name of District
S. No
1
2
3
4
5
6
7
8
9
10
11
12
13
14
15
16
S. No
Name of District
Name of Assessment
Unit
48.88
31.24
62.10
56.11
53.66
64.63
62.60
64.82
64.72
65.97
65.24
92.47
41.97
91.79
26.25
90.65
65.93
63.09
62.40
76.38
62.71
57.55
Safe
Safe
Safe
Safe
Safe
Safe
Safe
Safe
Safe
Safe
Safe
Critical
Safe
Critical
Safe
Critical
Safe
Safe
Safe
Semi-Critical
Safe
Safe
Name of District
Deteriorated
Ahmedabad
Ahmedabad
Amreli
Banaskantha
Gir Somnath
Junagadh
Junagadh
Junagadh
Junagadh
Junagadh
Junagadh
Kachchh
Kheda
Mahesana
Narmada
Patan
Rajkot
Rajkot
Sabarkantha
Sabarkantha
Surendranagar
Vadodara
Stage of Ground
Water
Categorization 2017
Extraction (%)
2017
Bavla
Mandal
Rajula
Dantiwada
Una
Bhesan
Junagadh City & Juna
Keshod
Malia
Manavadar
Visavadar
Bhuj
Galteshwar
Vadnagar
Nandod
Sarsvati(Patan)
Dhoraji
Vinchchiya
Himatnagar
Prantij
Chuda
Padra
Name of Assessment
Unit
Improved
Ahmedabad
78.13
Semi-Critical
Detroj-Rampura
Ahmedabad
79.20
Semi-Critical
Dholka
Ahmedabad
81.53
Semi-Critical
Viramgam
Banaskantha
95.34
Critical
Palanpur
Banaskantha
117.13
Over-Exploited
Vadgam
Gandhinagar
114.03
Over-Exploited
Kalol
Gandhinagar
139.35
Over-Exploited
Mansa
Kachchh
87.01
Semi-Critical
Nakhatrana
Kachchh
91.45
Critical
Anjar
Mahesana
126.11
Over-Exploited
Kadi
Mahesana
104.09
Over-Exploited
Unjha
Mahesana
127.75
Over-Exploited
Vijapur
Mahesana
106.64
Over-Exploited
Visnagar
Patan
102.23
Over-Exploited
Patan
Patan
103.83
Over-Exploited
Sidhpur
Sabarkantha
75.10
Semi-Critical
Talod
COMPARISON OF CATEGORIZATION OF ASSESSMENT UNITS (2020 AND 2017)
GUJARAT
Stage of Ground
Water
Categorization 2017
Extraction (%)
in 2017
COMPARISON OF CATEGORIZATION OF ASSESSMENT UNITS (2020 AND 2017)
GUJARAT
Safe
Safe
Safe
Semi-Critical
Semi-Critical
Semi-Critical
Semi-Critical
Safe
Safe
Semi-Critical
Semi-Critical
Critical
Semi-Critical
Semi-Critical
Critical
Safe
90.61
80.97
88.61
132.30
71.85
128.07
103.12
85.14
75.07
126.04
91.12
179.61
82.98
126.95
70.44
186.99
72.38
77.85
77.02
117.84
75.58
100.90
Critical
Semi-Critical
Semi-Critical
Over-Exploited
Semi-Critical
Over-Exploited
Over-Exploited
Semi-Critical
Semi-Critical
Over-Exploited
Critical
Over-Exploited
Semi-Critical
Over-Exploited
Semi-Critical
Over-Exploited
Semi-Critical
Semi-Critical
Semi-Critical
Over-Exploited
Semi-Critical
Over-Exploited
Stage of Ground
Water Extraction Categorization 2020
(%) in 2020
49.80
54.95
34.03
72.01
75.20
75.80
73.16
59.70
58.65
82.49
76.71
94.96
81.35
81.88
92.78
58.07
Stage of Ground
Water Extraction Categorization 2020
(%) in 2020
Deteriorated
Deteriorated
Deteriorated
Deteriorated
Deteriorated
Deteriorated
Deteriorated
Deteriorated
Deteriorated
Deteriorated
Deteriorated
Deteriorated
Deteriorated
Deteriorated
Deteriorated
Deteriorated
Deteriorated
Deteriorated
Deteriorated
Deteriorated
Deteriorated
Deteriorated
Remark
Improved
Improved
Improved
Improved
Improved
Improved
Improved
Improved
Improved
Improved
Improved
Improved
Improved
Improved
Improved
Improved
Remark
Dynamic Ground Water Resources Assessment of India - 2020
348
Charkhi Dadri
Adampur
Agroha
Hansi-Ii
Uklana
Nangal Chaudhry
Nuh
Punahana
Hassanpur
Hathin
Hodal
Palwal
Baragudha
Charkhi Dadri
Hisar
Hisar
Hisar
Hisar
Mahendragarh
Mewat
Mewat
Palwal
Palwal
Palwal
Palwal
Sirsa
Name of District
Ambala
Ambala
Bhiwani
Hisar
Hisar
Mahendragarh
Mahendragarh
Mewat
Panchkula
Rewari
Rewari
Rewari
Sonipat
Yamuna Nagar
Yamuna Nagar
1
2
3
4
5
6
7
8
9
10
11
12
13
S. No
1
2
3
4
5
6
7
8
9
10
11
12
13
14
15
Ambala-I
Ambala-Ii
Bawani Khera
Barwala
Hansi
Ateli Nangal
Sihma
Ferozepur Jhirka
Raipur Rani
Bawal
Dahina
Jatusana
Mundlana
Bilaspur
Sadaura (Part)
Name of Assessment
Unit
Name of Assessment
Unit
Name of District
S. No
Name of District
Name of Assessment
Unit
72
53
69
92
67
77
82
80
88
65
80
79
78
90
77
Semi-Critical
Safe
Safe
Critical
Safe
Semi-Critical
Semi-Critical
Semi-Critical
Semi-Critical
Safe
Semi-Critical
Semi-Critical
Semi-Critical
Semi-Critical
Semi-Critical
Name of District
Deteriorated
Ambala
Ambala
Bhiwani
Hisar
Hisar
Mahendragarh
Mahendragarh
Mewat
Panchkula
Rewari
Rewari
Rewari
Sonipat
Yamuna Nagar
Yamuna Nagar
Stage of Ground
Water
Categorization 2017
Extraction (%)
2017
Ambala-I
Ambala-Ii
Bawani Khera
Barwala
Hansi
Ateli Nangal
Sihma
Ferozepur Jhirka
Raipur Rani
Bawal
Dahina
Jatusana
Mundlana
Bilaspur
Sadaura (Part)
Name of Assessment
Unit
Improved
Charkhi Dadri
82.00
Semi-Critical
Charkhi Dadri
Hisar
116.00
Over-Exploited
Adampur
Hisar
101.00
Over-Exploited
Agroha
Hisar
89.00
Semi-Critical
Hansi-Ii
Hisar
76.00
Semi-Critical
Uklana
Mahendragarh
74.00
Semi-Critical
Nangal Chaudhry
Mewat
78.00
Semi-Critical
Nuh
Mewat
125.00
Over-Exploited
Punahana
Palwal
106.00
Over-Exploited
Hassanpur
Palwal
105.00
Over-Exploited
Hathin
Palwal
104.00
Over-Exploited
Hodal
Palwal
110.00
Over-Exploited
Palwal
Sirsa
119.00
Over-Exploited
Baragudha
COMPARISON OF CATEGORIZATION OF ASSESSMENT UNITS (2020 AND 2017)
HARYANA
Stage of Ground
Water
Categorization 2017
Extraction (%)
in 2017
COMPARISON OF CATEGORIZATION OF ASSESSMENT UNITS (2020 AND 2017)
HARYANA
Safe
Critical
Critical
Safe
Safe
Safe
Safe
Critical
Critical
Safe
Semi-Critical
Semi-Critical
Semi-Critical
97.47
87.86
78.16
120.00
81.00
91.29
126.15
91.00
99.00
113.00
92.18
166.00
120.00
126.00
95.39
Critical
Semi-Critical
Semi-Critical
Over-Exploited
Semi-Critical
Critical
Over-Exploited
Critical
Critical
Over-Exploited
Critical
Over-Exploited
Over-Exploited
Over-Exploited
Critical
Stage of Ground
Water Extraction Categorization 2020
(%) in 2020
65.00
92.00
95.30
64.00
20.00
61.61
36.00
93.43
99.00
65.00
86.12
77.00
76.00
Stage of Ground
Water Extraction Categorization 2020
(%) in 2020
Deteriorated
Deteriorated
Deteriorated
Deteriorated
Deteriorated
Deteriorated
Deteriorated
Deteriorated
Deteriorated
Deteriorated
Deteriorated
Deteriorated
Deteriorated
Deteriorated
Deteriorated
Remark
Improved
Improved
Improved
Improved
Improved
Improved
Improved
Improved
Improved
Improved
Improved
Improved
Improved
Remark
Dynamic Ground Water Resources Assessment of India - 2020
349
Name of Assessment
Unit
Indaura Valley
Kala Amb Valley
Solan
Una
Una
Name of District
Kangra
Sirmour
Nalagarh Valley
Una Valley
Hum valley
S. No
1
2
3
4
3
119.00
385.11
110.60
108.37
75.50
Over-Exploited
Over-Exploited
Over-Exploited
Over-Exploited
Semi-Critical
Name of District
Improved
Kangra
Sirmour
Nalagarh Valley
Una Valley
Hum valley
Stage of Ground
Water
Categorization 2017
Extraction (%)
in 2017
Nurpur Indaura Valley
Kala Amb Valley
Solan
Una
Una
Name of Assessment
Unit
COMPARISON OF CATEGORIZATION OF ASSESSMENT UNITS (2020 AND 2017)
HIMACHAL PRADESH
29.27
27.51
58.41
60.99
58.12
Safe
Safe
Safe
Safe
Safe
Stage of Ground
Water Extraction Categorization 2020
(%) in 2020
Improved
Improved
Improved
Improved
Improved
Remark
Dynamic Ground Water Resources Assessment of India - 2020
350
Deoghar
Dhanbad
Dhanbad
East Singhbhum
Garhwa
Hazaribagh
Ramgarh
Ranchi
1
2
3
4
5
6
7
8
Sonaraithadhi
Baliapur
Topchanchi
Golmuri cum Jugsalai
Bhawanathpur
Daru
Chitarpur
Silli
Name of Assessment
Unit
Chandrapura
Baghmara
Dhanbad
Patratu
Bokaro
Dhanbad
Dhanbad
Ramgarh
Name of District
Name of Assessment
Unit
Name of District
S. No
1
2
3
4
S. No
Name of District
Name of Assessment
Unit
58.74
83.92
99.50
79.52
26.05
56.63
67.87
78.01
Safe
Semi-Critical
Critical
Semi-Critical
Safe
Safe
Safe
Semi-Critical
Name of District
Deteriorated
Deoghar
Dhanbad
Dhanbad
East Singhbhum
Garhwa
Hazaribagh
Ramgarh
Ranchi
Stage of Ground
Water
Categorization 2017
Extraction (%)
2017
Sonaraithadhi
Baliapur
Topchanchi
Golmuri cum Jugsalai
Bhawanathpur
Daru
Chitarpur
Silli
Name of Assessment
Unit
Improved
Bokaro
74.70
Semi-Critical
Chandrapura
Dhanbad
91.10
Critical
Baghmara
Dhanbad
105.56
Over-Exploited
Dhanbad and Jharia
Ramgarh
84.14
Semi-Critical
Patratu
COMPARISON OF CATEGORIZATION OF ASSESSMENT UNITS (2020 AND 2017)
JHARKHAND
Stage of Ground
Water
Categorization 2017
Extraction (%)
in 2017
COMPARISON OF CATEGORIZATION OF ASSESSMENT UNITS (2020 AND 2017)
JHARKHAND
Safe
Safe
Semi-Critical
Safe
71.08
92.84
115.57
153.93
74.63
75.44
84.13
95.28
Semi-Critical
Critical
Over-Exploited
Over-Exploited
Semi-Critical
Semi-Critical
Semi-Critical
Critical
Stage of Ground
Water Extraction Categorization 2020
(%) in 2020
55.25
45.95
84.39
50.60
Stage of Ground
Water Extraction Categorization 2020
(%) in 2020
Deteriorated
Deteriorated
Deteriorated
Deteriorated
Deteriorated
Deteriorated
Deteriorated
Deteriorated
Remark
Improved
Improved
Improved
Improved
Remark
Dynamic Ground Water Resources Assessment of India - 2020
351
Kalghatgi
Gadag
Ranibennur
Kanakapura
Ranmanagara
Haliyal
Indi
Dharwad
Gadag
Haveri
Ramanagaram
Ramanagaram
Uttar Kannada
Vijayapura
Name of District
Chamrajnagara
Kalburagi
Tumakuru
1
2
3
4
5
6
7
S. No
1
2
3
Chamrajnagara
Afzalpur
Sira
Name of Assessment
Unit
Name of Assessment
Unit
Name of District
S. No
Name of District
Name of Assessment
Unit
75.00
40.00
96.00
Semi-Critical
Safe
Critical
Name of District
Deteriorated
Chamrajnagara
Kalburagi
Tumakuru
Stage of Ground
Water
Categorization 2017
Extraction (%)
2017
Chamrajnagara
Afzalpur
Sira
Name of Assessment
Unit
Improved
Dharwad
75.00
Semi-Critical
Kalghatgi
Gadag
101.00
Over-Exploited
Gadag
Haveri
92.00
Critical
Ranibennur
Ramanagaram
102.00
Over-Exploited
Kanakapura
Ramanagaram
105.00
Over-Exploited
Ranmanagara
Uttar Kannada
74.00
Semi-Critical
Haliyal
Vijayapura
91.00
Critical
Indi
COMPARISON OF CATEGORIZATION OF ASSESSMENT UNITS (2020 AND 2017)
KARNATAKA
Stage of Ground
Water
Categorization 2017
Extraction (%)
in 2017
COMPARISON OF CATEGORIZATION OF ASSESSMENT UNITS (2020 AND 2017)
KARNATAKA
Safe
Critical
Semi-Critical
Critical
Critical
Safe
Safe
105.661378
71.53906988
101.03184
Over-Exploited
Semi-Critical
Over-Exploited
Stage of Ground
Water Extraction Categorization 2020
(%) in 2020
46.84
95.15
74.62
92.37
96.87
48.34
59.01
Stage of Ground
Water Extraction Categorization 2020
(%) in 2020
Deteriorated
Deteriorated
Deteriorated
Remark
Improved
Improved
Improved
Improved
Improved
Improved
Improved
Remark
Dynamic Ground Water Resources Assessment of India - 2020
352
1
S. No
1
2
3
S. No
Malappuram
Mankada
Name of Assessment
Unit
Parakkadavu
Elam Desom
Chittur
Ernakulam
Idukki
Palakkad
Name of District
Name of Assessment
Unit
Name of District
Name of District
Name of Assessment
Unit
69.43
Safe
Name of District
Deteriorated
Malappuram
Stage of Ground
Water
Categorization 2017
Extraction (%)
2017
Mankada
Name of Assessment
Unit
Improved
Ernakulam
79.12
Semi-Critical
Parakkadavu
Idukki
73.8
Semi-Critical
Elam Desom
Palakkad
104.49
Over-Exploited
Chittur
COMPARISON OF CATEGORIZATION OF ASSESSMENT UNITS (2020 AND 2017)
KERALA
Stage of Ground
Water
Categorization 2017
Extraction (%)
in 2017
COMPARISON OF CATEGORIZATION OF ASSESSMENT UNITS (2020 AND 2017)
KERALA
Safe
Safe
Critical
70.07
Semi-Critical
Stage of Ground
Water Extraction Categorization 2020
(%) in 2020
69.81
68.13
99.89
Stage of Ground
Water Extraction Categorization 2020
(%) in 2020
Deteriorated
Remark
Improved
Improved
Improved
Remark
Dynamic Ground Water Resources Assessment of India - 2020
353
1
2
3
4
5
6
7
8
9
10
11
12
13
14
15
16
S. No
1
2
3
S. No
Sehore
Hoshangabad
Narsinghpur
Chhindwara
Chhindwara
Neemuch
Neemuch
Ashoknagar
Shajapur
Jhabua
Shivpuri
Rewa
Vidisha
Vidisha
Dhar
Chhatarpur
Ashta
Bankhedi
Narsinghpur
Chhindwara
Mohkhed
Jawad
Neemuch
Ishagarh
Kalapipal
Jhabua
Kolaras
Mauganj
Gyraspur
Kurwai
Tirla
Bijawar
Name of Assessment
Unit
Sanchi
Batiyagarh
Banda
Raisen
Damoh
Sagar
Name of District
Name of Assessment
Unit
Name of District
Name of District
Name of Assessment
Unit
77.36
68.56
67.48
88.50
67.73
96.10
94.64
67.06
97.33
67.74
69.56
65.62
67.58
69.26
87.60
66.91
Semi-Critical
Safe
Safe
Semi-Critical
Safe
Critical
Critical
Safe
Critical
Safe
Safe
Safe
Safe
Safe
Semi-Critical
Safe
Name of District
Deteriorated
Sehore
Hoshangabad
Narsinghpur
Chhindwara
Chhindwara
Neemuch
Neemuch
Ashoknagar
Shajapur
Jhabua
Shivpuri
Rewa
Vidisha
Vidisha
Dhar
Chhatarpur
Stage of Ground
Water
Categorization 2017
Extraction (%)
2017
Ashta
Bankhedi
Narsinghpur
Chhindwara
Mohkhed
Jawad
Neemuch
Ishagarh
Kalapipal
Jhabua
Kolaras
Mauganj
Gyraspur
Kurwai
Tirla
Bijawar
Name of Assessment
Unit
Improved
Raisen
73.15
Semi-Critical
Sanchi
Damoh
73.37
Semi-Critical
Batiyagarh
Sagar
70.38
Semi-Critical
Banda
COMPARISON OF CATEGORIZATION OF ASSESSMENT UNITS (2020 AND 2017)
MADHYA PRADESH
Stage of Ground
Water
Categorization 2017
Extraction (%)
in 2017
COMPARISON OF CATEGORIZATION OF ASSESSMENT UNITS (2020 AND 2017)
MADHYA PRADESH
Safe
Safe
Safe
99.67
72.96
74.25
96.55
70.83
100.30
102.25
77.74
108.83
77.13
78.97
72.00
71.96
71.06
94.44
76.28
Critical
Semi-Critical
Semi-Critical
Critical
Semi-Critical
Over-Exploited
Over-Exploited
Semi-Critical
Over-Exploited
Semi-Critical
Semi-Critical
Semi-Critical
Semi-Critical
Semi-Critical
Critical
Semi-Critical
Stage of Ground
Water Extraction Categorization 2020
(%) in 2020
63.49
65.34
57.92
Stage of Ground
Water Extraction Categorization 2020
(%) in 2020
Deteriorated
Deteriorated
Deteriorated
Deteriorated
Deteriorated
Deteriorated
Deteriorated
Deteriorated
Deteriorated
Deteriorated
Deteriorated
Deteriorated
Deteriorated
Deteriorated
Deteriorated
Deteriorated
Remark
Improved
Improved
Improved
Remark
Dynamic Ground Water Resources Assessment of India - 2020
354
1
2
3
S. No
1
2
3
4
5
S. No
Buldhana
Buldhana
Buldhana
Khamgaon
Lonar
Malakapur
Name of Assessment
Unit
Purandhar
Kavathe Mahankal
Erandol
Kalwan
Jat
Pune
Sangli
Jalgaon
Nashik
Sangli
Name of District
Name of Assessment
Unit
Name of District
Name of District
Name of Assessment
Unit
67.57
63.81
66.09
Safe
Safe
Safe
Name of District
Deteriorated
Buldhana
Buldhana
Buldhana
Stage of Ground
Water
Categorization 2017
Extraction (%)
2017
Khamgaon
Lonar
Malakapur
Name of Assessment
Unit
Improved
Pune
91.06
Critical
Purandhar
Sangli
100.47
Over-Exploited
Kavathe Mahankal
Jalgaon
71.01
Semi-Critical
Erandol
Nashik
70.10
Semi-Critical
Kalwan
Sangli
87.43
Semi-Critical
Jat
COMPARISON OF CATEGORIZATION OF ASSESSMENT UNITS (2020 AND 2017)
MAHARASHTRA
Stage of Ground
Water
Categorization 2017
Extraction (%)
in 2017
COMPARISON OF CATEGORIZATION OF ASSESSMENT UNITS (2020 AND 2017)
MAHARASHTRA
Semi-Critical
Semi-Critical
Safe
Safe
Safe
70.14
70.14
76.93
Semi-Critical
Semi-Critical
Semi-Critical
Stage of Ground
Water Extraction Categorization 2020
(%) in 2020
86.30
77.25
67.68
68.70
69.45
Stage of Ground
Water Extraction Categorization 2020
(%) in 2020
Deteriorated
Deteriorated
Deteriorated
Remark
Improved
Improved
Improved
Improved
Improved
Remark
Dynamic Ground Water Resources Assessment of India - 2020
355
1
2
S. No
1
S. No
Khurda
Nuapada
Bhubaneswar
Nuapada
Name of Assessment
Unit
Bahanaga
Balasore
Name of District
Name of Assessment
Unit
Name of District
Name of District
Name of Assessment
Unit
64.94
57.16
Safe
Safe
Name of District
Deteriorated
Khurda
Nuapada
Stage of Ground
Water
Categorization 2017
Extraction (%)
2017
Bhubaneswar
Nuapada
Name of Assessment
Unit
Improved
BALASORE
73.11
Semi-Critical
BAHANAGA
COMPARISON OF CATEGORIZATION OF ASSESSMENT UNITS (2020 AND 2017)
ODISHA
Stage of Ground
Water
Categorization 2017
Extraction (%)
in 2017
COMPARISON OF CATEGORIZATION OF ASSESSMENT UNITS (2020 AND 2017)
ODISHA
Safe
80.34
75.35
Semi-Critical
Semi-Critical
Stage of Ground
Water Extraction Categorization 2020
(%) in 2020
67.87
Stage of Ground
Water Extraction Categorization 2020
(%) in 2020
Deteriorated
Deteriorated
Remark
Improved
Remark
Dynamic Ground Water Resources Assessment of India - 2020
356
1
2
3
4
5
6
7
8
9
10
11
S. No
1
2
3
4
5
S. No
Bathinda
Bathinda
Bathinda
Fazilka
Gurdaspur
Hoshiarpur
Hoshiarpur
Mansa
Nawanshahr
Pathankot
Pathankot
Nathana
Talwandi Saboo
Rampura
Fazilka
Dinanagar
Hoshiarpur II
Mahilpur
Jhunir
Balachaur
Bamyal
Narot Jaimal Singh
Name of Assessment
Unit
Qadian
SriHargobindpur
Talwara
Pathankot
Nurpur Bedi
Gurdaspur
Gurdaspur
Hoshiarpur
Pathankot
Ropar
Name of District
Name of Assessment
Unit
Name of District
Name of District
Name of Assessment
Unit
73.00
65.00
69.00
155.00
101.00
68.00
70.00
99.00
63.00
105.00
107.00
Semi-Critical
Safe
Safe
Safe
Safe
Safe
Safe
Critical
Safe
Safe
Safe
Name of District
Deteriorated
Bathinda
Bathinda
Bathinda
Fazilka
Gurdaspur
Hoshiarpur
Hoshiarpur
Mansa
Nawanshahr
Pathankot
Pathankot
Stage of Ground
Water
Categorization 2017
Extraction (%)
2017
Nathana
Talwandi Saboo
Rampura
Fazilka
Dinanagar
Hoshiarpur II
Mahilpur
Jhunir
Balachaur
Bamyal
Narot Jaimal Singh
Name of Assessment
Unit
Improved
Gurdaspur
143.00
Over-Exploited
Qadian
Gurdaspur
129.00
Over-Exploited
SriHargobindpur
Hoshiarpur
81.00
Semi-Critical
Talwara
Pathankot
81.00
Semi-Critical
Pathankot
Ropar
109.00
Over-Exploited
Nurpur Bedi
COMPARISON OF CATEGORIZATION OF ASSESSMENT UNITS (2020 AND 2017)
PUNJAB
Stage of Ground
Water
Categorization 2017
Extraction (%)
in 2017
COMPARISON OF CATEGORIZATION OF ASSESSMENT UNITS (2020 AND 2017)
PUNJAB
Critical
Critical
Safe
Safe
Critical
108.91
94.40
80.57
95.74
74.41
77.56
80.65
119.73
87.92
82.65
84.55
Over-Exploited
Critical
Semi-Critical
Critical
Semi-Critical
Semi-Critical
Semi-Critical
Over-Exploited
Semi-Critical
Semi-Critical
Semi-Critical
Stage of Ground
Water Extraction Categorization 2020
(%) in 2020
99.09
91.23
52.78
54.48
91.73
Stage of Ground
Water Extraction Categorization 2020
(%) in 2020
Deteriorated
Deteriorated
Deteriorated
Deteriorated
Deteriorated
Deteriorated
Deteriorated
Deteriorated
Deteriorated
Deteriorated
Deteriorated
Remark
Improved
Improved
Improved
Improved
Improved
Remark
Dynamic Ground Water Resources Assessment of India - 2020
357
1
2
3
4
5
6
7
8
9
10
S. No
Name of Assessment
Unit
Gudhamalani
Kalyanpur
Patodi
Siwana
Kolayat
Dungarpur
Simalwara
Pirawa
Ladpura
Bhindar
Name of District
Barmer
Barmer
Barmer
Barmer
Bikaner
Dungarpur
Dungarpur
Jhalawar
Kota
Udaipur
133.84
92.73
138.57
135.90
99.87
89.32
86.58
99.55
98.85
123.99
Over-Exploited
Critical
Over-Exploited
Over-Exploited
Critical
Semi-Critical
Semi-Critical
Critical
Critical
Over-Exploited
Name of District
Improved
Barmer
Barmer
Barmer
Barmer
Bikaner
Dungarpur
Dungarpur
Jhalawar
Kota
Udaipur
Stage of Ground
Water
Categorization 2017
Extraction (%)
in 2017
Gudhamalani
Kalyanpur
Patodi
Siwana
Kolayat
Dungarpur
Simalwara
Pirawa
Ladpura
Bhindar
Name of Assessment
Unit
COMPARISON OF CATEGORIZATION OF ASSESSMENT UNITS (2020 AND 2017)
RAJASTHAN
97.94
62.43
88.04
98.08
60.08
63.69
69.15
71.67
82.65
92.45
Critical
Safe
Semi-Critical
Critical
Safe
Safe
Safe
Semi-Critical
Semi-Critical
Critical
Stage of Ground
Water Extraction Categorization 2020
(%) in 2020
Improved
Improved
Improved
Improved
Improved
Improved
Improved
Improved
Improved
Improved
Remark
Dynamic Ground Water Resources Assessment of India - 2020
358
1
2
3
4
5
6
7
8
9
10
11
12
13
14
15
16
17
18
19
20
21
22
23
24
25
6
27
28
29
30
31
32
33
34
35
36
37
28
39
40
S. No
Banswara
Banswara
Banswara
Banswara
Banswara
Barmer
Barmer
Barmer
Barmer
Barmer
Bharatpur
Bharatpur
Bharatpur
Bundi
Bundi
Churu
Churu
Dhaulpur
Dhaulpur
Dungarpur
Jaipur
Jhalawar
Jhalawar
Jhalawar
Jodhpur
Jodhpur
Nagaur
Nagaur
Pali
Pali
Rajsamand
Sikar
Sirohi
Sirohi
Tonk
Tonk
Udaipur
Udaipur
Udaipur
Udaipur
Name of District
Anandpuri
Bagidora
Gangar Talai
Garhi
Kushalgarh
Barmer
Dhanaoo
Ramsar
Serwa
Sindhari
Kaman
Nagar
Pahari
Bundi
Keshorai Patan
Churu
Ratangarh
Bari
Baseri
Sagwara
Phagi
Bakani
Dag
Jhalrapatan
Bap
Luni
Ladnu
Nagaur
Pali
Sumerpur
Deogarh
Fatehpur
Abu Road
Sirohi
Todaraisingh
Tonk
Kotra
Lasadiya
Rishabhdev
Sarada
Name of Assessment
Unit
68.77
68.76
62.14
53.36
67.25
64.13
96.69
97.08
96.11
99.50
99.48
97.66
99.76
81.87
69.37
89.83
79.88
88.81
89.38
69.23
98.87
99.61
89.97
99.08
65.48
39.47
90.96
72.97
69.26
95.06
99.13
78.72
99.90
91.30
69.82
84.89
89.15
99.03
98.38
89.44
Safe
Safe
Safe
Safe
Safe
Safe
Critical
Critical
Critical
Critical
Critical
Critical
Critical
Semi-Critical
Safe
Semi-Critical
Semi-Critical
Semi-Critical
Semi-Critical
Safe
Critical
Critical
Semi-Critical
Critical
Safe
Safe
Critical
Semi-Critical
Safe
Critical
Critical
Semi-Critical
Critical
Critical
Safe
Semi-Critical
Semi-Critical
Critical
Critical
Semi-Critical
Name of District
Deteriorated
Banswara
Banswara
Banswara
Banswara
Banswara
Barmer
Barmer
Barmer
Barmer
Barmer
Bharatpur
Bharatpur
Bharatpur
Bundi
Bundi
Churu
Churu
Dhaulpur
Dhaulpur
Dungarpur
Jaipur
Jhalawar
Jhalawar
Jhalawar
Jodhpur
Jodhpur
Nagaur
Nagaur
Pali
Pali
Rajsamand
Sikar
Sirohi
Sirohi
Tonk
Tonk
Udaipur
Udaipur
Udaipur
Udaipur
Stage of Ground
Water
Categorization 2017
Extraction (%)
2017
Anandpuri
Bagidora
Gangar Talai
Garhi
Kushalgarh
Barmer
Dhanaoo
Ramsar
Serwa
Sindhari
Kaman
Nagar
Pahari
Bundi
Keshorai Patan
Churu
Ratangarh
Bari
Baseri
Sagwara
Phagi
Bakani
Dag
Jhalrapatan
Bap
Luni
Ladnu
Nagaur
Pali
Sumerpur
Deogarh
Fatehpur
Abu Road
Sirohi
Todaraisingh
Tonk
Kotra
Lasadiya
Rishabhdev
Sarada
Name of Assessment
Unit
COMPARISON OF CATEGORIZATION OF ASSESSMENT UNITS (2020 AND 2017)
RAJASTHAN
84.01
84.75
73.53
70.45
86.93
126.24
103.57
101.36
112.25
107.20
106.22
104.70
123.84
98.50
73.24
98.15
104.47
106.98
98.31
87.50
118.70
139.49
117.83
136.72
84.83
90.19
117.16
91.44
82.09
125.55
112.90
90.63
124.02
110.72
73.13
99.19
101.33
117.46
105.79
92.26
Semi-Critical
Semi-Critical
Semi-Critical
Semi-Critical
Semi-Critical
Over-Exploited
Over-Exploited
Over-Exploited
Over-Exploited
Over-Exploited
Over-Exploited
Over-Exploited
Over-Exploited
Critical
Semi-Critical
Critical
Over-Exploited
Over-Exploited
Critical
Semi-Critical
Over-Exploited
Over-Exploited
Over-Exploited
Over-Exploited
Semi-Critical
Critical
Over-Exploited
Critical
Semi-Critical
Over-Exploited
Over-Exploited
Critical
Over-Exploited
Over-Exploited
Semi-Critical
Critical
Over-Exploited
Over-Exploited
Over-Exploited
Critical
Stage of Ground
Water Extraction Categorization 2020
(%) in 2020
Deteriorated
Deteriorated
Deteriorated
Deteriorated
Deteriorated
Deteriorated
Deteriorated
Deteriorated
Deteriorated
Deteriorated
Deteriorated
Deteriorated
Deteriorated
Deteriorated
Deteriorated
Deteriorated
Deteriorated
Deteriorated
Deteriorated
Deteriorated
Deteriorated
Deteriorated
Deteriorated
Deteriorated
Deteriorated
Deteriorated
Deteriorated
Deteriorated
Deteriorated
Deteriorated
Deteriorated
Deteriorated
Deteriorated
Deteriorated
Deteriorated
Deteriorated
Deteriorated
Deteriorated
Deteriorated
Deteriorated
Remark
Dynamic Ground Water Resources Assessment of India - 2020
359
Name of Assessment
Unit
L.Endathur
Nerumbur
Singaperumalkoil
Anamalai
Sulur
Marungur
Sethiyathoppu
Thiruvanthipuram
Umangalam
Krishnapuram
Morappur
Nallampalli
Palacode
Pappireddipatty
Kalamarudur
Vellimalai
Govindhavadi
Sirukaveripakkam
Thiruppu Kuzhi
Hosur
Kakkadasam
Krishnagiri
Mathigiri
Pochampalli
Thally
Uthanapalli
Keeramangalam
Varappur
Veerapatty
Kalavai
Mambakkam
Nemili(V)
Pallur
Karupur
Varappur
Kadayanallur
Alangayam
Ambalur
Andiyappanur
Pudurnadu
Ammanambakkam
Cherukkanoor
Kadambathur
Kanagammachattram
Kannigaipair
Kattur
Kolur
Morai
Nemam
Thirumazhisai
Thiruvalangadu
Vengathur
Andanallur
Name of District
Chengalpattu
Chengalpattu
Chengalpattu
Coimbatore
Coimbatore
Cuddalore
Cuddalore
Cuddalore
Cuddalore
Dharmapuri
Dharmapuri
Dharmapuri
Dharmapuri
Dharmapuri
Kallakkurichi
Kallakkurichi
Kancheepuram
Kancheepuram
Kancheepuram
Krishnagiri
Krishnagiri
Krishnagiri
Krishnagiri
Krishnagiri
Krishnagiri
Krishnagiri
Pudukkottai
Pudukkottai
Pudukkottai
Ranipet
Ranipet
Ranipet
Ranipet
Salem
Sivaganga
Tenkasi
Tirupathur
Tirupathur
Tirupathur
Tirupathur
Thiruvallur
Thiruvallur
Thiruvallur
Thiruvallur
Thiruvallur
Thiruvallur
Thiruvallur
Thiruvallur
Thiruvallur
Thiruvallur
Thiruvallur
Thiruvallur
Tiruchirappalli
S. No
1
2
3
4
5
6
7
8
9
10
11
12
13
14
15
16
17
18
19
20
21
22
23
24
25
26
27
28
29
30
31
32
33
34
35
36
37
38
39
40
41
42
43
44
45
46
47
48
49
50
51
52
53
98.03
109.90
102.55
105.80
118.51
82.66
74.57
109.32
102.42
92.64
98.59
97.13
134.62
93.13
105.92
81.47
116.23
103.39
93.51
123.50
72.48
196.85
98.78
163.21
77.56
80.43
91.79
78.52
82.52
109.21
93.96
116.20
91.77
123.84
78.52
99.12
101.10
98.86
101.08
93.32
74.91
92.86
87.56
93.62
95.28
81.47
72.08
113.16
101.67
99.44
73.93
106.96
70.57
Critical
Over-Exploited
Over-Exploited
Over-Exploited
Over-Exploited
Semi-Critical
Semi-Critical
Over-Exploited
Over-Exploited
Critical
Critical
Critical
Over-Exploited
Critical
Over-Exploited
Semi-Critical
Over-Exploited
Over-Exploited
Critical
Over-Exploited
Semi-Critical
Over-Exploited
Critical
Over-Exploited
Semi-Critical
Semi-Critical
Critical
Semi-Critical
Semi-Critical
Over-Exploited
Critical
Over-Exploited
Critical
Over-Exploited
Semi-Critical
Critical
Over-Exploited
Critical
Over-Exploited
Critical
Semi-Critical
Critical
Semi-Critical
Critical
Critical
Semi-Critical
Semi-Critical
Over-Exploited
Over-Exploited
Critical
Semi-Critical
Over-Exploited
Semi-Critical
Name of District
Improved
Chengalpattu
Chengalpattu
Chengalpattu
Coimbatore
Coimbatore
Cuddalore
Cuddalore
Cuddalore
Cuddalore
Dharmapuri
Dharmapuri
Dharmapuri
Dharmapuri
Dharmapuri
Kallakkurichi
Kallakkurichi
Kancheepuram
Kancheepuram
Kancheepuram
Krishnagiri
Krishnagiri
Krishnagiri
Krishnagiri
Krishnagiri
Krishnagiri
Krishnagiri
Pudukkottai
Pudukkottai
Pudukkottai
Ranipet
Ranipet
Ranipet
Ranipet
Salem
Sivaganga
Tenkasi
Tirupathur
Tirupathur
Tirupathur
Tirupathur
Thiruvallur
Thiruvallur
Thiruvallur
Thiruvallur
Thiruvallur
Thiruvallur
Thiruvallur
Thiruvallur
Thiruvallur
Thiruvallur
Thiruvallur
Thiruvallur
Tiruchirappalli
Stage of Ground
Water
Categorization 2017
Extraction (%)
in 2017
L.Endathur
Nerumbur
Singaperumalkoil
Anamalai
Sulur
Marungur
Sethiyathoppu
Thiruvanthipuram
Umangalam
Krishnapuram
Morappur
Nallampalli
Palacode
Pappireddipatty
Kalamarudur
Vellimalai
Govindhavadi
Sirukaveripakkam
Thiruppu Kuzhi
Hosur
Kakkadasam
Krishnagiri
Mathigiri
Pochampalli
Thally
Uthanapalli
Keeramangalam
Varappur
Veerapatty
Kalavai
Mambakkam
Nemili(V)
Pallur
Karupur
Varappur
Kadayanallur
Alangayam
Ambalur
Andiyappanur
Pudurnadu
Ammanambakkam
Cherukkanoor
Kadambathur
Kanagammachattram
Kannigaipair
Kattur
Kolur
Morai
Nemam
Thirumazhisai
Thiruvalangadu
Vengathur
Andanallur
Name of Assessment
Unit
COMPARISON OF CATEGORIZATION OF ASSESSMENT UNITS (2020 AND 2017)
TAMIL NADU
88.15
93.55
88.54
84.24
96.43
53.25
64.74
84.80
89.44
88.30
89.96
85.94
84.17
89.92
96.51
61.89
95.13
86.03
85.81
87.74
60.06
89.11
87.84
88.97
68.86
67.54
86.79
68.13
68.87
93.73
84.66
92.30
81.68
98.41
68.12
88.14
95.51
89.04
92.35
86.19
68.42
87.32
63.06
82.51
82.30
59.26
57.36
88.42
89.32
89.84
51.66
99.32
55.82
Semi-Critical
Critical
Semi-Critical
Semi-Critical
Critical
Safe
Safe
Semi-Critical
Semi-Critical
Semi-Critical
Semi-Critical
Semi-Critical
Semi-Critical
Semi-Critical
Critical
Safe
Critical
Semi-Critical
Semi-Critical
Semi-Critical
Safe
Semi-Critical
Semi-Critical
Semi-Critical
Safe
Safe
Semi-Critical
Safe
Safe
Critical
Semi-Critical
Critical
Semi-Critical
Critical
Safe
Semi-Critical
Critical
Semi-Critical
Critical
Semi-Critical
Safe
Semi-Critical
Safe
Semi-Critical
Semi-Critical
Safe
Safe
Semi-Critical
Semi-Critical
Semi-Critical
Safe
Critical
Safe
Stage of Ground
Water Extraction Categorization 2020
(%) in 2020
Improved
Improved
Improved
Improved
Improved
Improved
Improved
Improved
Improved
Improved
Improved
Improved
Improved
Improved
Improved
Improved
Improved
Improved
Improved
Improved
Improved
Improved
Improved
Improved
Improved
Improved
Improved
Improved
Improved
Improved
Improved
Improved
Improved
Improved
Improved
Improved
Improved
Improved
Improved
Improved
Improved
Improved
Improved
Improved
Improved
Improved
Improved
Improved
Improved
Improved
Improved
Improved
Improved
Remark
Dynamic Ground Water Resources Assessment of India - 2020
360
Name of Assessment
Unit
Ealurpatti
Kattuputhur
Thottiyam
Uppiliyapuram
Valadi
Alangiyam
Dharapuram
Nathakadaiyur
Sankarandampalayam
Thungavi
Anakavoor
Arni
Cheyyar
Devikapuram
Dusi
Kalasapakkam
Kannamangalam
Kilpennathur
Mangalam
Modayur
Nayadumangalam
Peranamallur
Polur
T.V.Malai (North)
Thandarampat
Thellar
Thethurai
Vanapuram
Vandavasi
Veraiyur
Katpadi
Pennathur
Pernampattu
Kiliyanur
Mailam
Marakanam
Tindivanam
Vanur
Villupuram
Mallankinar
Ondipulinaickanur
Rajapalayam
Salwarpatti
Srivilliputtur
Vatchakara-Patti
Name of District
Tiruchirappalli
Tiruchirappalli
Tiruchirappalli
Tiruchirappalli
Tiruchirappalli
Tiruppur
Tiruppur
Tiruppur
Tiruppur
Tiruppur
Tiruvannamalai
Tiruvannamalai
Tiruvannamalai
Tiruvannamalai
Tiruvannamalai
Tiruvannamalai
Tiruvannamalai
Tiruvannamalai
Tiruvannamalai
Tiruvannamalai
Tiruvannamalai
Tiruvannamalai
Tiruvannamalai
Tiruvannamalai
Tiruvannamalai
Tiruvannamalai
Tiruvannamalai
Tiruvannamalai
Tiruvannamalai
Tiruvannamalai
Vellore
Vellore
Vellore
Viluppuram
Viluppuram
Viluppuram
Viluppuram
Viluppuram
Viluppuram
Virudhunagar
Virudhunagar
Virudhunagar
Virudhunagar
Virudhunagar
Virudhunagar
S. No
54
55
56
57
58
59
60
61
62
63
64
65
66
67
68
69
70
71
72
73
74
75
76
77
78
79
80
81
82
83
84
85
86
87
88
89
90
91
92
93
94
95
96
97
98
91.67
99.66
97.69
100.99
71.70
102.86
93.62
117.46
102.13
95.23
98.66
112.46
111.44
99.67
110.69
112.44
98.04
134.42
148.64
102.38
111.29
109.14
111.88
93.30
107.25
99.28
98.80
100.89
114.35
101.70
129.58
104.59
110.64
133.46
74.16
104.53
126.88
89.08
109.56
103.36
98.70
110.44
95.98
95.30
101.02
Critical
Critical
Critical
Over-Exploited
Semi-Critical
Over-Exploited
Critical
Over-Exploited
Over-Exploited
Critical
Critical
Over-Exploited
Over-Exploited
Critical
Over-Exploited
Over-Exploited
Critical
Over-Exploited
Over-Exploited
Over-Exploited
Over-Exploited
Over-Exploited
Over-Exploited
Critical
Over-Exploited
Critical
Critical
Over-Exploited
Over-Exploited
Over-Exploited
Over-Exploited
Over-Exploited
Over-Exploited
Over-Exploited
Semi-Critical
Over-Exploited
Over-Exploited
Semi-Critical
Over-Exploited
Over-Exploited
Critical
Over-Exploited
Critical
Critical
Over-Exploited
Name of District
Improved
Tiruchirappalli
Tiruchirappalli
Tiruchirappalli
Tiruchirappalli
Tiruchirappalli
Tiruppur
Tiruppur
Tiruppur
Tiruppur
Tiruppur
Tiruvannamalai
Tiruvannamalai
Tiruvannamalai
Tiruvannamalai
Tiruvannamalai
Tiruvannamalai
Tiruvannamalai
Tiruvannamalai
Tiruvannamalai
Tiruvannamalai
Tiruvannamalai
Tiruvannamalai
Tiruvannamalai
Tiruvannamalai
Tiruvannamalai
Tiruvannamalai
Tiruvannamalai
Tiruvannamalai
Tiruvannamalai
Tiruvannamalai
Vellore
Vellore
Vellore
Viluppuram
Viluppuram
Viluppuram
Viluppuram
Viluppuram
Viluppuram
Virudhunagar
Virudhunagar
Virudhunagar
Virudhunagar
Virudhunagar
Virudhunagar
Stage of Ground
Water
Categorization 2017
Extraction (%)
in 2017
Ealurpatti
Kattuputhur
Thottiyam
Uppiliyapuram
Valadi
Alangiyam
Dharapuram
Nathakadaiyur
Sankarandampalayam
Thungavi
Anakavoor
Arni
Cheyyar
Devikapuram
Dusi
Kalasapakkam
Kannamangalam
Kilpennathur
Mangalam
Modayur
Nayadumangalam
Peranamallur
Polur
T.V.Malai (North)
Thandarampat
Thellar
Thethurai
Vanapuram
Vandavasi
Veraiyur
Katpadi
Pennathur
Pernampattu
Kiliyanur
Mailam
Marakanam
Tindivanam
Vanur
Villupuram
Mallankinar
Ondipulinaickanur
Rajapalayam
Salwarpatti
Srivilliputtur
Vatchakara-Patti
Name of Assessment
Unit
COMPARISON OF CATEGORIZATION OF ASSESSMENT UNITS (2020 AND 2017)
TAMIL NADU
86.21
88.18
86.77
94.49
65.00
92.80
72.25
94.66
94.02
82.69
83.37
88.45
88.48
82.72
89.05
89.95
89.12
95.35
98.94
93.70
89.93
88.73
89.81
88.12
88.24
89.91
88.82
85.86
98.21
95.21
81.68
98.81
89.08
95.59
55.07
87.60
88.39
65.88
82.34
96.13
85.69
83.26
82.55
83.49
98.93
Semi-Critical
Semi-Critical
Semi-Critical
Critical
Safe
Critical
Semi-Critical
Critical
Critical
Semi-Critical
Semi-Critical
Semi-Critical
Semi-Critical
Semi-Critical
Semi-Critical
Semi-Critical
Semi-Critical
Critical
Critical
Critical
Semi-Critical
Semi-Critical
Semi-Critical
Semi-Critical
Semi-Critical
Semi-Critical
Semi-Critical
Semi-Critical
Critical
Critical
Semi-Critical
Critical
Semi-Critical
Critical
Safe
Semi-Critical
Semi-Critical
Safe
Semi-Critical
Critical
Semi-Critical
Semi-Critical
Semi-Critical
Semi-Critical
Critical
Stage of Ground
Water Extraction Categorization 2020
(%) in 2020
Improved
Improved
Improved
Improved
Improved
Improved
Improved
Improved
Improved
Improved
Improved
Improved
Improved
Improved
Improved
Improved
Improved
Improved
Improved
Improved
Improved
Improved
Improved
Improved
Improved
Improved
Improved
Improved
Improved
Improved
Improved
Improved
Improved
Improved
Improved
Improved
Improved
Improved
Improved
Improved
Improved
Improved
Improved
Improved
Improved
Remark
Dynamic Ground Water Resources Assessment of India - 2020
361
1
2
3
4
5
6
7
8
9
10
11
12
13
14
15
16
17
18
19
20
21
22
23
24
25
26
27
28
29
30
31
32
33
34
35
36
37
38
39
40
41
42
43
44
45
46
47
48
49
50
51
52
53
54
S. No
Chengalpattu
Coimbatore
Coimbatore
Coimbatore
Coimbatore
Coimbatore
Coimbatore
Cuddalore
Cuddalore
Cuddalore
Cuddalore
Cuddalore
Cuddalore
Cuddalore
Cuddalore
Cuddalore
Dindigul
Dindigul
Dindigul
Dindigul
Dindigul
Dindigul
Dindigul
Dindigul
Erode
Erode
Erode
Erode
Erode
Erode
Erode
Erode
Kallakkurichi
Kallakkurichi
Kallakkurichi
Kallakkurichi
Kallakkurichi
Karur
Krishnagiri
Ranipet
Ranipet
Salem
Thanjavur
Thanjavur
Thanjavur
Thanjavur
Thanjavur
The Nilgiris
The Nilgiris
Theni
Thiruvallur
Thiruvallur
Thiruvallur
Thiruvallur
Name of District
Kodur
Karamadai
Madukkarai
Mettupalayam
Periyanaickenpalayam
Saravanampatti
Thirumalaiampalayam
Kadampuliyur
Kullanchavadi
Kurinjipadi
Pennadam
Thozhudur
Tittagudi (E)
Tittagudi (W)
Udaiyarkudi
Virudhachalam(N)
Athoor
Dindigul East
Kambiliampatti
Korikadavu
Natham
Oruthattu
Reddiapatti
Senthurai
Kasipalayam
Kilampadi
Kuthiyalathur
Poondurai
Sathyamangalam
Sivagiri
Thingalur
Vaniputhur
Alathaur
Chinnaselam
Kallakurichi
Kalvarayan Malai
Sankarapuram
Aravakurichi
Nagarasampatti
Banavaram
Sholinghur
Panamarathuppatti
Adirampattinam
Agarapettai
Pattukkottai
Sillathur
Thekkur
Ithalar
Kundah
Mayladumparai
Balapuram
Manavor
Poondi
Puzhal
Name of Assessment
Unit
65.76
89.37
100.30
92.38
85.01
93.41
93.45
66.50
24.48
40.44
95.70
60.91
68.60
51.66
49.93
57.19
90.26
58.91
79.70
83.42
70.49
91.48
66.42
64.81
95.77
92.05
65.27
60.10
90.59
65.46
91.90
69.15
48.55
88.72
75.18
68.35
58.81
60.88
95.53
65.86
54.09
38.39
97.22
95.72
95.89
99.63
66.97
44.17
61.85
62.79
59.85
42.11
61.14
69.11
Safe
Semi-Critical
Critical
Critical
Semi-Critical
Critical
Critical
Safe
Safe
Safe
Critical
Safe
Safe
Safe
Safe
Safe
Semi-Critical
Safe
Semi-Critical
Semi-Critical
Safe
Critical
Safe
Safe
Critical
Critical
Safe
Safe
Critical
Safe
Critical
Safe
Safe
Semi-Critical
Semi-Critical
Safe
Safe
Safe
Critical
Safe
Safe
Safe
Critical
Critical
Critical
Critical
Safe
Safe
Safe
Safe
Safe
Safe
Safe
Safe
Name of District
Deteriorated
Chengalpattu
Coimbatore
Coimbatore
Coimbatore
Coimbatore
Coimbatore
Coimbatore
Cuddalore
Cuddalore
Cuddalore
Cuddalore
Cuddalore
Cuddalore
Cuddalore
Cuddalore
Cuddalore
Dindigul
Dindigul
Dindigul
Dindigul
Dindigul
Dindigul
Dindigul
Dindigul
Erode
Erode
Erode
Erode
Erode
Erode
Erode
Erode
Kallakkurichi
Kallakkurichi
Kallakkurichi
Kallakkurichi
Kallakkurichi
Karur
Krishnagiri
Ranipet
Ranipet
Salem
Thanjavur
Thanjavur
Thanjavur
Thanjavur
Thanjavur
The Nilgiris
The Nilgiris
Theni
Thiruvallur
Thiruvallur
Thiruvallur
Thiruvallur
Stage of Ground
Water
Categorization 2017
Extraction (%)
2017
Kodur
Karamadai
Madukkarai
Mettupalayam
Periyanaickenpalayam
Saravanampatti
Thirumalaiampalayam
Kadampuliyur
Kullanchavadi
Kurinjipadi
Pennadam
Thozhudur
Tittagudi (E)
Tittagudi (W)
Udaiyarkudi
Virudhachalam(N)
Athoor
Dindigul East
Kambiliampatti
Korikadavu
Natham
Oruthattu
Reddiapatti
Senthurai
Kasipalayam
Kilampadi
Kuthiyalathur
Poondurai
Sathyamangalam
Sivagiri
Thingalur
Vaniputhur
Alathaur
Chinnaselam
Kallakurichi
Kalvarayan Malai
Sankarapuram
Aravakurichi
Nagarasampatti
Banavaram
Sholinghur
Panamarathuppatti
Adirampattinam
Agarapettai
Pattukkottai
Sillathur
Thekkur
Ithalar
Kundah
Mayladumparai
Balapuram
Manavor
Poondi
Puzhal
Name of Assessment
Unit
COMPARISON OF CATEGORIZATION OF ASSESSMENT UNITS (2020 AND 2017)
TAMIL NADU
80.53
107.78
111.95
121.87
117.88
110.00
119.55
89.69
72.45
83.13
149.82
91.03
89.90
71.33
88.44
87.87
97.30
80.64
90.21
96.52
72.42
102.18
75.45
70.08
119.55
112.38
76.13
84.34
102.47
86.69
119.41
81.55
75.53
96.70
97.63
94.27
88.38
70.18
105.48
76.89
77.21
94.68
102.80
102.77
116.70
113.19
70.67
71.97
73.19
82.05
81.97
84.87
74.76
70.03
Semi-Critical
Over-Exploited
Over-Exploited
Over-Exploited
Over-Exploited
Over-Exploited
Over-Exploited
Semi-Critical
Semi-Critical
Semi-Critical
Over-Exploited
Critical
Semi-Critical
Semi-Critical
Semi-Critical
Semi-Critical
Critical
Semi-Critical
Critical
Critical
Semi-Critical
Over-Exploited
Semi-Critical
Semi-Critical
Over-Exploited
Over-Exploited
Semi-Critical
Semi-Critical
Over-Exploited
Semi-Critical
Over-Exploited
Semi-Critical
Semi-Critical
Critical
Critical
Critical
Semi-Critical
Semi-Critical
Over-Exploited
Semi-Critical
Semi-Critical
Critical
Over-Exploited
Over-Exploited
Over-Exploited
Over-Exploited
Semi-Critical
Semi-Critical
Semi-Critical
Semi-Critical
Semi-Critical
Semi-Critical
Semi-Critical
Semi-Critical
Stage of Ground
Water Extraction Categorization 2020
(%) in 2020
Deteriorated
Deteriorated
Deteriorated
Deteriorated
Deteriorated
Deteriorated
Deteriorated
Deteriorated
Deteriorated
Deteriorated
Deteriorated
Deteriorated
Deteriorated
Deteriorated
Deteriorated
Deteriorated
Deteriorated
Deteriorated
Deteriorated
Deteriorated
Deteriorated
Deteriorated
Deteriorated
Deteriorated
Deteriorated
Deteriorated
Deteriorated
Deteriorated
Deteriorated
Deteriorated
Deteriorated
Deteriorated
Deteriorated
Deteriorated
Deteriorated
Deteriorated
Deteriorated
Deteriorated
Deteriorated
Deteriorated
Deteriorated
Deteriorated
Deteriorated
Deteriorated
Deteriorated
Deteriorated
Deteriorated
Deteriorated
Deteriorated
Deteriorated
Deteriorated
Deteriorated
Deteriorated
Deteriorated
Remark
Dynamic Ground Water Resources Assessment of India - 2020
362
Name of District
Thiruvallur
Thoothukkudi
Tiruchirappalli
Viluppuram
Viluppuram
Viluppuram
Viluppuram
Viluppuram
Viluppuram
Viluppuram
Viluppuram
S. No
55
56
57
58
59
60
61
62
63
64
65
Tirur
Kayathar
Valanadu
Arasur
Chithalingamadam
Kandamangalam
Olakkur
T.V.Nallur
Vadasiruvalur
Valavanur
Vikkiravandi
Name of Assessment
Unit
49.02
70.02
68.88
97.59
99.05
80.45
97.09
70.54
99.93
63.45
60.25
Safe
Safe
Safe
Critical
Critical
Semi-Critical
Critical
Semi-Critical
Critical
Safe
Safe
Name of District
Deteriorated
Thiruvallur
Thoothukkudi
Tiruchirappalli
Viluppuram
Viluppuram
Viluppuram
Viluppuram
Viluppuram
Viluppuram
Viluppuram
Viluppuram
Stage of Ground
Water
Categorization 2017
Extraction (%)
2017
Tirur
Kayathar
Valanadu
Arasur
Chithalingamadam
Kandamangalam
Olakkur
T.V.Nallur
Vadasiruvalur
Valavanur
Vikkiravandi
Name of Assessment
Unit
COMPARISON OF CATEGORIZATION OF ASSESSMENT UNITS (2020 AND 2017)
TAMIL NADU
75.93
86.79
83.74
118.66
113.87
91.29
107.92
156.10
105.34
96.56
99.35
Semi-Critical
Semi-Critical
Semi-Critical
Over-Exploited
Over-Exploited
Critical
Over-Exploited
Over-Exploited
Over-Exploited
Critical
Critical
Stage of Ground
Water Extraction Categorization 2020
(%) in 2020
Deteriorated
Deteriorated
Deteriorated
Deteriorated
Deteriorated
Deteriorated
Deteriorated
Deteriorated
Deteriorated
Deteriorated
Deteriorated
Remark
Dynamic Ground Water Resources Assessment of India - 2020
363
Name of Assessment
Unit
Bazarhathnoor
Boath
Gudihathnur
Ichoda
Mavala
Narnoor
Neradigonda
Tamsi
Ibrahimpatnam
Jagityal_Rural
Mallapur
Devaruppala
Lingalaghanpur
Raghunathpalle
Zaffergadh
Bhupalpalle
Ghanapur_Mulug
Kataram
Regonda
Maldakal
Bichkunda
Birkoor
Domakonda
Gandhari
Jukkal
Kamareddy
Machareddy
Madnur
Nasurullabad
Pedda Kodapgal
Pitlam
Ramareddy
Chigurumamidi
Choppadandi
Ellandakunta
Gangadhara
Gannervaram
Huzurabad
Kothapalle
Manakondur
Thimmapur
Chinthakani
Khammam_Rural
Kusumanchi
Mudigonda
Nelakondapalle
Raghunadhapalem
Thirumalayapalem
Kagaznagar
Danthalapalle
Mahabubabad
Maripeda
Narsimhulapet
Name of District
Adilabad
Adilabad
Adilabad
Adilabad
Adilabad
Adilabad
Adilabad
Adilabad
Jagtial
Jagtial
Jagtial
Jangaon
Jangaon
Jangaon
Jangaon
Jayashankar_Bhupalapally
Jayashankar_Bhupalapally
Jayashankar_Bhupalapally
Jayashankar_Bhupalapally
Jogulamba_Gadwal
Kamareddy
Kamareddy
Kamareddy
Kamareddy
Kamareddy
Kamareddy
Kamareddy
Kamareddy
Kamareddy
Kamareddy
Kamareddy
Kamareddy
Karimnagar
Karimnagar
Karimnagar
Karimnagar
Karimnagar
Karimnagar
Karimnagar
Karimnagar
Karimnagar
Khammam
Khammam
Khammam
Khammam
Khammam
Khammam
Khammam
Komarambhem_Asifabad
Mahabubabad
Mahabubabad
Mahabubabad
Mahabubabad
1
2
3
4
5
6
7
8
9
10
11
12
13
14
15
16
17
18
19
20
21
22
23
24
25
26
27
28
29
30
31
32
33
34
35
36
37
38
39
40
41
42
43
44
45
46
47
48
49
50
51
52
53
S. No
364
104.88
74.78
103.37
100.39
74.97
76.79
79.86
75.33
71.33
97.03
73.50
81.10
92.70
92.13
84.49
75.87
70.92
76.13
96.02
96.80
98.94
76.88
116.72
99.53
71.70
73.42
72.19
83.94
73.99
138.06
120.00
77.74
70.06
95.89
122.14
110.16
81.60
80.74
94.45
109.30
120.49
93.79
86.21
93.48
109.03
74.50
72.21
78.65
99.50
99.36
93.01
90.33
71.24
Over-Exploited
Semi-Critical
Over-Exploited
Over-Exploited
Semi-Critical
Semi-Critical
Semi-Critical
Semi-Critical
Semi-Critical
Critical
Semi-Critical
Semi-Critical
Critical
Critical
Semi-Critical
Semi-Critical
Semi-Critical
Semi-Critical
Critical
Critical
Critical
Semi-Critical
Over-Exploited
Critical
Semi-Critical
Semi-Critical
Semi-Critical
Semi-Critical
Semi-Critical
Over-Exploited
Over-Exploited
Semi-Critical
Semi-Critical
Critical
Over-Exploited
Over-Exploited
Semi-Critical
Semi-Critical
Critical
Over-Exploited
Over-Exploited
Critical
Semi-Critical
Critical
Over-Exploited
Semi-Critical
Semi-Critical
Semi-Critical
Critical
Critical
Critical
Critical
Semi-Critical
Name of District
Mahabubabad
Mahabubabad
Mahabubabad
Mahabubabad
Komarambhem
Jayashankar
Jogulamba
Kamareddy
Kamareddy
Kamareddy
Kamareddy
Kamareddy
Kamareddy
Kamareddy
Kamareddy
Kamareddy
Kamareddy
Kamareddy
Kamareddy
Karimnagar
Karimnagar
Karimnagar
Karimnagar
Karimnagar
Karimnagar
Karimnagar
Karimnagar
Karimnagar
Khammam
Khammam
Khammam
Khammam
Khammam
Khammam
Khammam
Jayashankar
Jayashankar
Improved
Adilabad
Adilabad
Adilabad
Adilabad
Adilabad
Adilabad
Adilabad
Adilabad
Jagtial
Jagtial
Jagtial
Jangaon
Jangaon
Jangaon
Jangaon
Jayashankar
Stage of Ground
Water
Categorization 2017
Extraction (%)
in 2017
Danthalapalle
Mahabubabad
Maripeda
Narsimhulapet
Kagaznagar
Regonda
Maldakal
Bichkunda
Birkoor
Domakonda
Gandhari
Jukkal
Kamareddy
Machareddy
Madnur
Nasurullabad
Pedda Kodapgal
Pitlam
Ramareddy
Chigurumamidi
Choppadandi
Ellandakunta
Gangadhara
Gannervaram
Huzurabad
Kothapalle
Manakondur
Thimmapur
Chinthakani
Khammam_Rural
Kusumanchi
Mudigonda
Nelakondapalle
Raghunadhapalem
Thirumalayapalem
Kataram
Ghanapur_Mulug
Bazarhathnoor
Boath
Gudihathnur
Ichoda
Mavala
Narnoor
Neradigonda
Tamsi
Ibrahimpatnam
Jagityal_Rural
Mallapur
Devaruppala
Lingalaghanpur
Raghunathpalle
Zaffergadh
Bhupalpalle
Name of Assessment
Unit
COMPARISON OF CATEGORIZATION OF ASSESSMENT UNITS (2020 AND 2017)
TELANGANA
91.27
63.08
89.89
88.48
40.65
65.06
56.00
68.91
51.37
86.83
63.74
62.07
69.76
79.75
64.68
50.83
69.14
69.73
69.14
74.00
62.39
49.21
94.51
71.03
45.26
62.40
35.51
57.82
30.45
54.11
62.29
26.51
24.25
82.25
80.51
41.53
56.27
67.86
69.18
75.33
69.10
77.46
67.30
73.32
75.63
66.48
59.01
64.84
61.47
67.50
84.40
79.06
57.27
Critical
Safe
Semi-Critical
Semi-Critical
Safe
Safe
Safe
Safe
Safe
Semi-Critical
Safe
Safe
Safe
Semi-Critical
Safe
Safe
Safe
Safe
Safe
Semi-Critical
Safe
Safe
Critical
Semi-Critical
Safe
Safe
Safe
Safe
Safe
Safe
Safe
Safe
Safe
Semi-Critical
Semi-Critical
Safe
Safe
Safe
Safe
Semi-Critical
Safe
Semi-Critical
Safe
Semi-Critical
Semi-Critical
Safe
Safe
Safe
Safe
Safe
Semi-Critical
Semi-Critical
Safe
Stage of Ground
Water Extraction Categorization 2020
(%) in 2020
Improved
Improved
Improved
Improved
Improved
Improved
Improved
Improved
Improved
Improved
Improved
Improved
Improved
Improved
Improved
Improved
Improved
Improved
Improved
Improved
Improved
Improved
Improved
Improved
Improved
Improved
Improved
Improved
Improved
Improved
Improved
Improved
Improved
Improved
Improved
Improved
Improved
Improved
Improved
Improved
Improved
Improved
Improved
Improved
Improved
Improved
Improved
Improved
Improved
Improved
Improved
Improved
Improved
Remark
Dynamic Ground Water Resources Assessment of India - 2020
Name of Assessment
Unit
Peddavangara
Thorrur
Addakal
Balanagar
Hanwada
Rajapur
Chennur
Chilipched
Kowdipalle
Nizampet
Regode
Balanagar
Kapra
Keesara
Kukatpally
Malkajgiri
Medchel
Medipally
Quthbullapur
Shamirpet
Uppal
Venkatapuram
Kodair
Peddakothapalle
Tadoor
Kangal
Kattangoor
Kondamallapally
Madugulapally
Miryalaguda
Nakrekal
Peddavura
Tirumalagiri_Sagar
Vemulapalle
Narva
Dilawarpur
Nirmal_Rural
Armur
Bodhan
Makloor
Mupkal
Nandipet
Nizamabad_North
Manthani
Amangal
Hayathnagar
Kadthal
Kondurg
Kothur
Madgul
Moinabad
Shabad
Ameenapur
Gummadidala
Jharasangam
Jinnaram
Kalher
Naykal
Patancheruvu
Name of District
Mahabubabad
Mahabubabad
Mahabubnagar
Mahabubnagar
Mahabubnagar
Mahabubnagar
Mancherial
Medak
Medak
Medak
Medak
Medchal_Malkajgiri
Medchal_Malkajgiri
Medchal_Malkajgiri
Medchal_Malkajgiri
Medchal_Malkajgiri
Medchal_Malkajgiri
Medchal_Malkajgiri
Medchal_Malkajgiri
Medchal_Malkajgiri
Medchal_Malkajgiri
Mulug
Nagarkurnool
Nagarkurnool
Nagarkurnool
Nalgonda
Nalgonda
Nalgonda
Nalgonda
Nalgonda
Nalgonda
Nalgonda
Nalgonda
Nalgonda
Narayanpet
Nirmal
Nirmal
Nizamabad
Nizamabad
Nizamabad
Nizamabad
Nizamabad
Nizamabad
Peddapalli
Rangareddy
Rangareddy
Rangareddy
Rangareddy
Rangareddy
Rangareddy
Rangareddy
Rangareddy
Sangareddy
Sangareddy
Sangareddy
Sangareddy
Sangareddy
Sangareddy
Sangareddy
S. No
54
55
56
57
58
59
60
61
62
63
64
65
66
67
68
69
70
71
72
73
74
75
76
77
78
79
80
81
82
83
84
85
86
87
88
89
90
91
92
93
94
95
96
97
98
99
100
101
102
103
104
105
106
107
108
109
110
111
112
114.52
92.60
75.56
100.56
92.63
91.49
75.95
74.42
81.18
90.23
75.33
297.97
111.79
70.68
131.71
185.08
91.80
85.65
138.34
76.01
168.49
73.07
80.13
83.05
97.81
102.72
122.26
77.14
76.46
79.05
87.02
115.43
73.10
118.32
91.59
73.08
70.87
101.56
71.99
80.47
101.90
74.75
107.80
82.49
92.69
88.80
91.84
93.43
105.45
83.59
96.31
70.01
105.83
75.29
105.15
81.05
100.00
127.69
104.29
Over-Exploited
Critical
Semi-Critical
Over-Exploited
Critical
Critical
Semi-Critical
Semi-Critical
Semi-Critical
Critical
Semi-Critical
Over-Exploited
Over-Exploited
Semi-Critical
Over-Exploited
Over-Exploited
Critical
Semi-Critical
Over-Exploited
Semi-Critical
Over-Exploited
Semi-Critical
Semi-Critical
Semi-Critical
Critical
Over-Exploited
Over-Exploited
Semi-Critical
Semi-Critical
Semi-Critical
Semi-Critical
Over-Exploited
Semi-Critical
Over-Exploited
Critical
Semi-Critical
Semi-Critical
Over-Exploited
Semi-Critical
Semi-Critical
Over-Exploited
Semi-Critical
Over-Exploited
Semi-Critical
Critical
Semi-Critical
Critical
Critical
Over-Exploited
Semi-Critical
Critical
Semi-Critical
Over-Exploited
Semi-Critical
Over-Exploited
Semi-Critical
Critical
Over-Exploited
Over-Exploited
Name of District
Improved
Mahabubabad
Mahabubabad
Mahabubnagar
Mahabubnagar
Mahabubnagar
Mahabubnagar
Mancherial
Medak
Medak
Medak
Medak
Medchal
Medchal
Medchal
Medchal
Medchal
Medchal
Medchal
Medchal
Medchal
Medchal
Mulug
Nagarkurnool
Nagarkurnool
Nagarkurnool
Nalgonda
Nalgonda
Nalgonda
Nalgonda
Nalgonda
Nalgonda
Nalgonda
Nalgonda
Nalgonda
Narayanpet
Nirmal
Nirmal
Nizamabad
Nizamabad
Nizamabad
Nizamabad
Nizamabad
Nizamabad
Peddapalle
Rangareddy
Rangareddy
Rangareddy
Rangareddy
Rangareddy
Rangareddy
Rangareddy
Rangareddy
Sangareddy
Sangareddy
Sangareddy
Sangareddy
Sangareddy
Sangareddy
Sangareddy
Stage of Ground
Water
Categorization 2017
Extraction (%)
in 2017
Peddavangara
Thorrur
Addakal
Balanagar
Hanwada
Rajapur
Chennur
Chilipched
Kowdipalle
Nizampet
Regode
Balanagar
Kapra
Keesara
Kukatpally
Malkajgiri
Medchel
Medipally
Quthbullapur
Shamirpet
Uppal
Venkatapuram
Kodair
Peddakothapalle
Tadoor
Kangal
Kattangoor
Kondamallapally
Madugulapally
Miryalaguda
Nakrekal
Peddavura
Tirumalagiri_Sagar
Vemulapalle
Narva
Dilawarpur
Nirmal_Rural
Armur
Bodhan
Makloor
Mupkal
Nandipet
Nizamabad_North
Manthani
Amangal
Hayathnagar
Kadthal
Kondurg
Kothur
Madgul
Moinabad
Shabad
Ameenapur
Gummadidala
Jharasangam
Jinnaram
Kalher
Naykal
Patancheruvu
Name of Assessment
Unit
COMPARISON OF CATEGORIZATION OF ASSESSMENT UNITS (2020 AND 2017)
TELANGANA
71.07
73.97
69.36
93.60
88.99
88.79
49.03
35.20
52.28
84.56
65.09
95.40
57.09
57.36
95.40
57.09
78.92
57.09
95.40
55.38
57.09
48.10
61.63
66.83
73.45
87.58
97.22
58.36
55.66
22.06
69.12
28.48
21.02
49.25
47.22
69.92
60.59
87.88
51.08
67.78
74.42
64.39
58.24
59.63
75.94
65.72
69.12
81.43
99.03
66.91
76.76
67.38
99.03
64.60
73.48
67.81
52.01
76.11
96.86
Semi-Critical
Semi-Critical
Safe
Critical
Semi-Critical
Semi-Critical
Safe
Safe
Safe
Semi-Critical
Safe
Critical
Safe
Safe
Critical
Safe
Semi-Critical
Safe
Critical
Safe
Safe
Safe
Safe
Safe
Semi-Critical
Semi-Critical
Critical
Safe
Safe
Safe
Safe
Safe
Safe
Safe
Safe
Safe
Safe
Semi-Critical
Safe
Safe
Semi-Critical
Safe
Safe
Safe
Semi-Critical
Safe
Safe
Semi-Critical
Critical
Safe
Semi-Critical
Safe
Critical
Safe
Semi-Critical
Safe
Safe
Semi-Critical
Critical
Stage of Ground
Water Extraction Categorization 2020
(%) in 2020
Improved
Improved
Improved
Improved
Improved
Improved
Improved
Improved
Improved
Improved
Improved
Improved
Improved
Improved
Improved
Improved
Improved
Improved
Improved
Improved
Improved
Improved
Improved
Improved
Improved
Improved
Improved
Improved
Improved
Improved
Improved
Improved
Improved
Improved
Improved
Improved
Improved
Improved
Improved
Improved
Improved
Improved
Improved
Improved
Improved
Improved
Improved
Improved
Improved
Improved
Improved
Improved
Improved
Improved
Improved
Improved
Improved
Improved
Improved
Remark
Dynamic Ground Water Resources Assessment of India - 2020
365
Name of Assessment
Unit
Zahirabad
Bejjanki
Cheriyal
Chinnakodur
Doultabad
Dubbak
Gajwel
Jagadevpur
Komaravelly
Kondapak
Maddur
Markook
Mirdoddi
Mulug
Nanganur
Rayapole
Siddipet_Rural
Siddipet_Urban
Wargal
Atmakur_S
Chivvemla
Mothey
Nagaram
Kotepally
Amarchinta
Ghanpur
Gopalpeta
Pangal
Peddamandadi
Revelly
Wanaparthy
Chennaraopeta
Duggondi
Geesugonda
Nallabelly
Nekkonda
Parvathagiri
Raiparthy
Sangem
Wardhannapet
Elkathurthi
Kamalapur
Khilla_Warangal
Bhongiri
Choutuppal
Rajapet
Ramannapeta
Turkapalle_M
Name of District
Sangareddy
Siddipet
Siddipet
Siddipet
Siddipet
Siddipet
Siddipet
Siddipet
Siddipet
Siddipet
Siddipet
Siddipet
Siddipet
Siddipet
Siddipet
Siddipet
Siddipet
Siddipet
Siddipet
Suryapet
Suryapet
Suryapet
Suryapet
Vikarabad
Wanaparthy
Wanaparthy
Wanaparthy
Wanaparthy
Wanaparthy
Wanaparthy
Wanaparthy
Warangal_Rural
Warangal_Rural
Warangal_Rural
Warangal_Rural
Warangal_Rural
Warangal_Rural
Warangal_Rural
Warangal_Rural
Warangal_Rural
Warangal_Urban
Warangal_Urban
Warangal_Urban
Yadadri_Bhongiri
Yadadri_Bhongiri
Yadadri_Bhongiri
Yadadri_Bhongiri
Yadadri_Bhongiri
S. No
113
114
115
116
117
118
119
120
121
122
123
124
125
126
127
128
129
130
131
132
133
134
135
136
137
138
139
140
141
142
143
144
145
146
147
148
149
150
151
152
153
154
155
156
157
158
159
160
105.18
94.23
98.73
89.34
93.79
91.41
84.50
95.30
95.61
108.80
114.76
108.27
101.76
103.89
102.58
94.18
91.70
89.36
100.38
91.55
93.18
92.04
107.45
73.25
75.14
80.20
95.99
74.34
78.99
84.37
77.00
78.24
123.05
95.00
97.82
75.75
81.47
123.91
95.63
99.61
140.67
77.39
120.06
94.51
74.06
92.98
79.13
92.22
Over-Exploited
Critical
Critical
Semi-Critical
Critical
Critical
Semi-Critical
Critical
Critical
Over-Exploited
Over-Exploited
Over-Exploited
Over-Exploited
Over-Exploited
Over-Exploited
Critical
Critical
Semi-Critical
Over-Exploited
Critical
Critical
Critical
Over-Exploited
Semi-Critical
Semi-Critical
Semi-Critical
Critical
Semi-Critical
Semi-Critical
Semi-Critical
Semi-Critical
Semi-Critical
Over-Exploited
Critical
Critical
Semi-Critical
Semi-Critical
Over-Exploited
Critical
Critical
Over-Exploited
Semi-Critical
Over-Exploited
Critical
Semi-Critical
Critical
Semi-Critical
Critical
Name of District
Improved
Sangareddy
Siddipet
Siddipet
Siddipet
Siddipet
Siddipet
Siddipet
Siddipet
Siddipet
Siddipet
Siddipet
Siddipet
Siddipet
Siddipet
Siddipet
Siddipet
Siddipet
Siddipet
Siddipet
Suryapet
Suryapet
Suryapet
Suryapet
Vikarabad
Wanaparthy
Wanaparthy
Wanaparthy
Wanaparthy
Wanaparthy
Wanaparthy
Wanaparthy
Warangal_Rural
Warangal_Rural
Warangal_Rural
Warangal_Rural
Warangal_Rural
Warangal_Rural
Warangal_Rural
Warangal_Rural
Warangal_Rural
Warangal_Urban
Warangal_Urban
Warangal_Urban
Yadadri
Yadadri
Yadadri
Yadadri
Yadadri
Stage of Ground
Water
Categorization 2017
Extraction (%)
in 2017
Zahirabad
Bejjanki
Cheriyal
Chinnakodur
Doultabad
Dubbak
Gajwel
Jagadevpur
Komaravelly
Kondapak
Maddur
Markook
Mirdoddi
Mulug
Nanganur
Rayapole
Siddipet_Rural
Siddipet_Urban
Wargal
Atmakur_S
Chivvemla
Mothey
Nagaram
Kotepally
Amarchinta
Ghanpur
Gopalpeta
Pangal
Peddamandadi
Revelly
Wanaparthy
Chennaraopeta
Duggondi
Geesugonda
Nallabelly
Nekkonda
Parvathagiri
Raiparthy
Sangem
Wardhannapet
Elkathurthi
Kamalapur
Khilla_Warangal
Bhongiri
Choutuppal
Rajapet
Ramannapeta
Turkapalle_M
Name of Assessment
Unit
COMPARISON OF CATEGORIZATION OF ASSESSMENT UNITS (2020 AND 2017)
TELANGANA
84.40
85.46
81.36
66.91
79.53
82.08
69.10
72.94
89.06
71.07
83.22
73.69
89.87
81.73
59.16
74.65
71.02
69.25
85.87
87.19
63.81
87.79
88.52
68.41
54.87
57.35
67.07
46.72
59.48
60.45
50.22
30.20
34.79
44.82
46.86
38.34
41.22
63.71
41.88
56.73
94.53
50.75
85.40
81.59
48.24
88.46
43.13
89.70
Semi-Critical
Semi-Critical
Semi-Critical
Safe
Semi-Critical
Semi-Critical
Safe
Semi-Critical
Semi-Critical
Semi-Critical
Semi-Critical
Semi-Critical
Semi-Critical
Semi-Critical
Safe
Semi-Critical
Semi-Critical
Safe
Semi-Critical
Semi-Critical
Safe
Semi-Critical
Semi-Critical
Safe
Safe
Safe
Safe
Safe
Safe
Safe
Safe
Safe
Safe
Safe
Safe
Safe
Safe
Safe
Safe
Safe
Critical
Safe
Semi-Critical
Semi-Critical
Safe
Semi-Critical
Safe
Semi-Critical
Stage of Ground
Water Extraction Categorization 2020
(%) in 2020
Improved
Improved
Improved
Improved
Improved
Improved
Improved
Improved
Improved
Improved
Improved
Improved
Improved
Improved
Improved
Improved
Improved
Improved
Improved
Improved
Improved
Improved
Improved
Improved
Improved
Improved
Improved
Improved
Improved
Improved
Improved
Improved
Improved
Improved
Improved
Improved
Improved
Improved
Improved
Improved
Improved
Improved
Improved
Improved
Improved
Improved
Improved
Improved
Remark
Dynamic Ground Water Resources Assessment of India - 2020
366
1
2
3
4
5
6
7
8
9
10
11
12
13
14
15
16
17
18
19
20
21
22
23
24
25
26
27
28
29
30
31
32
33
34
35
36
37
38
39
40
41
42
43
44
45
46
47
48
49
50
51
52
53
54
55
S. No
Adilabad
Adilabad
Adilabad
Adilabad
Adilabad
Bhadradri_Kothagudem
Bhadradri_Kothagudem
Bhadradri_Kothagudem
Bhadradri_Kothagudem
Bhadradri_Kothagudem
Bhadradri_Kothagudem
Bhadradri_Kothagudem
Jagtial
Jagtial
Jangaon
Jangaon
Jangaon
Khammam
Khammam
Khammam
Khammam
Mahabubabad
Mahabubnagar
Mahabubnagar
Mahabubnagar
Mahabubnagar
Mahabubnagar
Mahabubnagar
Mahabubnagar
Mahabubnagar
Medak
Medak
Jayashankar
Nagarkurnool
Nagarkurnool
Nagarkurnool
Nagarkurnool
Nagarkurnool
Nalgonda
Nalgonda
Nalgonda
Nalgonda
Nalgonda
Nalgonda
Nalgonda
Nalgonda
Narayanpet
Narayanpet
Nirmal
Nizamabad
Nizamabad
Nizamabad
Nizamabad
Nizamabad
Nizamabad
Name of District
Adilabad Urban
Bheempoor
Sirikonda
Talamadugu
Utnur
Aswaraopeta
Chunchupally
Julurpad
Kothagudem
Manuguru
Sujathanagar
Yellandu
Kodimial
Malial
Bachannapeta
Kodakandla
Palakurthi
Kamepalle
Penuballi
Sathupalle
Singareni
Garla
Bhoothpur
Chinna_Chintha_Kun
Devarkadara
Gandeed
Jadcherla
Koilkonda
Mahabubnagar_Rural
Mahabubnagar_Urban
Medak
Yeldurthy
Tekumatla
Charakonda
Kalwakurthy
Urkonda
Vangoor
Veldanda
Chinthapalle
Devarakonda
Gundlapalle
Marriguda
Nampalle
Narketpalle
Neredugommu
Thipparthi
Dhanwada
Narayanpet
Lokeswaram
Balkonda
Dharpalle
Indalwai
Jakranpalle
Kammarpalle
Mendora
Name of Assessment
Unit
50.49
50.93
67.73
66.09
58.81
26.29
14.18
59.17
45.89
56.58
50.36
58.18
94.78
78.65
96.44
87.05
92.09
61.48
59.03
36.14
62.27
54.03
57.49
58.77
62.82
68.31
68.28
65.24
69.50
52.15
46.63
55.69
61.61
71.28
78.71
72.29
85.18
96.16
77.27
66.29
55.33
67.61
81.24
54.95
64.88
61.95
65.87
34.64
39.11
56.47
67.33
65.54
87.35
63.81
47.55
Safe
Safe
Safe
Safe
Safe
Safe
Safe
Safe
Safe
Safe
Safe
Safe
Critical
Semi-Critical
Critical
Semi-Critical
Critical
Safe
Safe
Safe
Safe
Safe
Safe
Safe
Safe
Safe
Safe
Safe
Safe
Safe
Safe
Safe
Safe
Semi-Critical
Semi-Critical
Semi-Critical
Semi-Critical
Critical
Semi-Critical
Safe
Safe
Safe
Semi-Critical
Safe
Safe
Safe
Safe
Safe
Safe
Safe
Safe
Safe
Semi-Critical
Safe
Safe
Name of District
Deteriorated
Adilabad
Adilabad
Adilabad
Adilabad
Adilabad
Bhadradri
Bhadradri
Bhadradri
Bhadradri
Bhadradri
Bhadradri
Bhadradri
Jagtial
Jagtial
Jangaon
Jangaon
Jangaon
Khammam
Khammam
Khammam
Khammam
Mahabubabad
Mahabubnagar
Mahabubnagar
Mahabubnagar
Mahabubnagar
Mahabubnagar
Mahabubnagar
Mahabubnagar
Mahabubnagar
Medak
Medak
Jayashankar
Nagarkurnool
Nagarkurnool
Nagarkurnool
Nagarkurnool
Nagarkurnool
Nalgonda
Nalgonda
Nalgonda
Nalgonda
Nalgonda
Nalgonda
Nalgonda
Nalgonda
Narayanpet
Narayanpet
Nirmal
Nizamabad
Nizamabad
Nizamabad
Nizamabad
Nizamabad
Nizamabad
Stage of Ground
Water
Categorization 2017
Extraction (%)
2017
Adilabad Urban
Bheempoor
Sirikonda
Talamadugu
Utnur
Aswaraopeta
Chunchupally
Julurpad
Kothagudem
Manuguru
Sujathanagar
Yellandu
Kodimial
Malial
Bachannapeta
Kodakandla
Palakurthi
Kamepalle
Penuballi
Sathupalle
Singareni
Garla
Bhoothpur
Chinna_Chintha_Kunta
Devarkadara
Gandeed
Jadcherla
Koilkonda
Mahabubnagar_Rural
Mahabubnagar_Urban
Medak
Yeldurthy
Tekumatla
Charakonda
Kalwakurthy
Urkonda
Vangoor
Veldanda
Chinthapalle
Devarakonda
Gundlapalle
Marriguda
Nampalle
Narketpalle
Neredugommu
Thipparthi
Dhanwada
Narayanpet
Lokeswaram
Balkonda
Dharpalle
Indalwai
Jakranpalle
Kammarpalle
Mendora
Name of Assessment
Unit
COMPARISON OF CATEGORIZATION OF ASSESSMENT UNITS (2020 AND 2017)
TELANGANA
77.46
72.42
71.02
77.46
74.06
76.15
73.34
73.34
73.34
77.10
73.34
72.12
112.46
109.35
105.83
106.10
105.37
75.49
71.39
82.17
85.97
72.61
73.52
73.55
74.79
74.12
76.68
74.90
75.21
73.31
75.02
74.88
70.77
100.62
95.87
96.00
93.89
100.29
92.29
78.89
79.04
82.33
94.74
90.25
86.50
73.94
75.28
71.69
71.90
83.43
88.54
83.64
94.21
92.66
87.12
Semi-Critical
Semi-Critical
Semi-Critical
Semi-Critical
Semi-Critical
Semi-Critical
Semi-Critical
Semi-Critical
Semi-Critical
Semi-Critical
Semi-Critical
Semi-Critical
Over-Exploited
Over-Exploited
Over-Exploited
Over-Exploited
Over-Exploited
Semi-Critical
Semi-Critical
Semi-Critical
Semi-Critical
Semi-Critical
Semi-Critical
Semi-Critical
Semi-Critical
Semi-Critical
Semi-Critical
Semi-Critical
Semi-Critical
Semi-Critical
Semi-Critical
Semi-Critical
Semi-Critical
Over-Exploited
Critical
Critical
Critical
Over-Exploited
Critical
Semi-Critical
Semi-Critical
Semi-Critical
Critical
Critical
Semi-Critical
Semi-Critical
Semi-Critical
Semi-Critical
Semi-Critical
Semi-Critical
Semi-Critical
Semi-Critical
Critical
Critical
Semi-Critical
Stage of Ground
Water Extraction Categorization 2020
(%) in 2020
Deteriorated
Deteriorated
Deteriorated
Deteriorated
Deteriorated
Deteriorated
Deteriorated
Deteriorated
Deteriorated
Deteriorated
Deteriorated
Deteriorated
Deteriorated
Deteriorated
Deteriorated
Deteriorated
Deteriorated
Deteriorated
Deteriorated
Deteriorated
Deteriorated
Deteriorated
Deteriorated
Deteriorated
Deteriorated
Deteriorated
Deteriorated
Deteriorated
Deteriorated
Deteriorated
Deteriorated
Deteriorated
Deteriorated
Deteriorated
Deteriorated
Deteriorated
Deteriorated
Deteriorated
Deteriorated
Deteriorated
Deteriorated
Deteriorated
Deteriorated
Deteriorated
Deteriorated
Deteriorated
Deteriorated
Deteriorated
Deteriorated
Deteriorated
Deteriorated
Deteriorated
Deteriorated
Deteriorated
Deteriorated
Remark
Dynamic Ground Water Resources Assessment of India - 2020
367
Name of District
Nizamabad
Nizamabad
Peddapalli
Rajanna_Sircilla
Rajanna_Sircilla
Rajanna_Sircilla
Rajanna_Sircilla
Rajanna_Sircilla
Rajanna_Sircilla
Rajanna_Sircilla
Rajanna_Sircilla
Rajanna_Sircilla
Rajanna_Sircilla
Rangareddy
Rangareddy
Rangareddy
Rangareddy
Rangareddy
Rangareddy
Rangareddy
Sangareddy
Sangareddy
Siddipet
Siddipet
Vikarabad
Vikarabad
Vikarabad
Warangal_Urban
Warangal_Urban
Warangal_Urban
Yadadri_Bhongiri
Yadadri_Bhongiri
Yadadri_Bhongiri
Yadadri_Bhongiri
Yadadri_Bhongiri
S. No
56
57
58
59
60
61
62
63
64
65
66
67
68
69
70
71
72
73
74
75
76
77
78
79
80
81
82
83
84
85
86
87
88
89
90
Rudrur
Varni
Srirampur
Boinpalle
Chandurthi
Ellanthakunta
Gambhiraopeta
Konaraopeta
Rudrangi
Veernapalle
Vemulawada
Vemulawada_Rural
Yellareddypeta
Abdullapurmet
Chevella
Gandipet
Maheshwaram
Nandigam
Serilingampally
Yacharam
Manoor
Ramachandrapuram
Anthakkapeta
Husnabad
Marpalle
Mominpet
Peddemul
Bheemadevarapalle
Khazipet
Warangal
Addagudur
Gundala
Mootakondur
Narayanapur
Yadagirigutta
Name of Assessment
Unit
78.32
81.94
69.44
65.12
83.89
84.36
69.42
95.80
41.74
70.77
74.98
75.68
84.60
62.42
63.02
31.43
75.64
89.58
99.32
67.02
68.73
82.62
77.40
76.51
52.66
53.13
57.05
94.28
60.97
17.66
52.28
91.05
71.71
85.35
65.03
Semi-Critical
Semi-Critical
Safe
Safe
Semi-Critical
Semi-Critical
Safe
Critical
Safe
Semi-Critical
Semi-Critical
Semi-Critical
Semi-Critical
Safe
Safe
Safe
Semi-Critical
Semi-Critical
Critical
Safe
Safe
Semi-Critical
Semi-Critical
Semi-Critical
Safe
Safe
Safe
Critical
Safe
Safe
Safe
Critical
Semi-Critical
Semi-Critical
Safe
Name of District
Deteriorated
Nizamabad
Nizamabad
Peddapalle
Rajanna
Rajanna
Rajanna
Rajanna
Rajanna
Rajanna
Rajanna
Rajanna
Rajanna
Rajanna
Rangareddy
Rangareddy
Rangareddy
Rangareddy
Rangareddy
Rangareddy
Rangareddy
Sangareddy
Sangareddy
Siddipet
Siddipet
Vikarabad
Vikarabad
Vikarabad
Warangal_Urban
Warangal_Urban
Warangal_Urban
Yadadri
Yadadri
Yadadri
Yadadri
Yadadri
Stage of Ground
Water
Categorization 2017
Extraction (%)
2017
Rudrur
Varni
Srirampur
Boinpalle
Chandurthi
Ellanthakunta
Gambhiraopeta
Konaraopeta
Rudrangi
Veernapalle
Vemulawada
Vemulawada_Rural
Yellareddypeta
Abdullapurmet
Chevella
Gandipet
Maheshwaram
Nandigam
Serilingampally
Yacharam
Manoor
Ramachandrapuram
Anthakkapeta
Husnabad
Marpalle
Mominpet
Peddemul
Bheemadevarapalle
Khazipet
Warangal
Addagudur
Gundala
Mootakondur
Narayanapur
Yadagirigutta
Name of Assessment
Unit
COMPARISON OF CATEGORIZATION OF ASSESSMENT UNITS (2020 AND 2017)
TELANGANA
100.04
95.31
93.59
82.35
98.82
97.62
114.40
161.73
91.94
134.68
166.41
119.73
103.23
77.54
74.34
88.15
92.61
98.65
101.30
87.76
71.11
121.89
100.28
93.94
76.02
71.88
72.02
121.40
85.40
72.90
85.15
103.37
92.18
92.22
91.28
Over-Exploited
Critical
Critical
Semi-Critical
Critical
Critical
Over-Exploited
Over-Exploited
Critical
Over-Exploited
Over-Exploited
Over-Exploited
Over-Exploited
Semi-Critical
Semi-Critical
Semi-Critical
Critical
Critical
Over-Exploited
Semi-Critical
Semi-Critical
Over-Exploited
Over-Exploited
Critical
Semi-Critical
Semi-Critical
Semi-Critical
Over-Exploited
Semi-Critical
Semi-Critical
Semi-Critical
Over-Exploited
Critical
Critical
Critical
Stage of Ground
Water Extraction Categorization 2020
(%) in 2020
Deteriorated
Deteriorated
Deteriorated
Deteriorated
Deteriorated
Deteriorated
Deteriorated
Deteriorated
Deteriorated
Deteriorated
Deteriorated
Deteriorated
Deteriorated
Deteriorated
Deteriorated
Deteriorated
Deteriorated
Deteriorated
Deteriorated
Deteriorated
Deteriorated
Deteriorated
Deteriorated
Deteriorated
Deteriorated
Deteriorated
Deteriorated
Deteriorated
Deteriorated
Deteriorated
Deteriorated
Deteriorated
Deteriorated
Deteriorated
Deteriorated
Remark
Dynamic Ground Water Resources Assessment of India - 2020
368
Name of Assessment
Unit
Baskhari
Bhiti
Jahangirgani
Katehari
Dhanaura
Gajraula
Hasanpur
Bani Kodar
Jaleelpur
Noorpur
Manikpur
Awagarh
Shamsabad
Bahua
Dhata
Haswa
Hathgaon
Jewar
Mohammadabad
Varachakwar
Maudaha
Hapur
Simbholi
Badlapur
Baksha
Dobhi
Karanja Kalan
Kerakat
Maharajganj
Muftiganj
Ramnagar
Rampur
Sikrara
Sirkoni
Chaubepur
Ghatampur
Kanpur City
Sarsol
Kasganj
Baldeo
Kharkhoda
Machhra
Meerut
Parichhatgarh
Rajpura
Sarurpur
Chanbey
City
Bhagatpur Tanda
Dilari
Budhana
Charthawal
Mandhata
Mangaraura
Name of District
Ambedkar Nagar
Ambedkar Nagar
Ambedkar Nagar
Ambedkar Nagar
Amroha
Amroha
Amroha
Barabanki
Bijnaur
Bijnaur
Chitrakoot
Etah
Farrukhabad
Fatehpur
Fatehpur
Fatehpur
Fatehpur
G.B. Nagar
Ghazipur
Ghazipur
Hamirpur
Hapur
Hapur
Jaunpur
Jaunpur
Jaunpur
Jaunpur
Jaunpur
Jaunpur
Jaunpur
Jaunpur
Jaunpur
Jaunpur
Jaunpur
Kanpur Nagar
Kanpur Nagar
Kanpur Nagar
Kanpur Nagar
Kasganj
Mathura
Meerut
Meerut
Meerut
Meerut
Meerut
Meerut
Mirzapur
Mirzapur
Moradabad
Moradabad
Muzaffarnagar
Muzaffarnagar
Pratapgarh
Pratapgarh
S. No
1
2
3
4
5
6
7
8
9
10
11
12
13
14
15
16
17
18
19
20
21
22
23
24
25
26
27
28
29
30
31
32
33
34
35
36
37
38
39
40
41
42
43
44
45
46
47
48
49
50
51
52
53
54
74.00
89.09
89.81
74.03
104.43
110.42
111.60
80.40
110.20
96.24
70.66
71.36
70.98
71.40
71.49
74.96
73.37
108.81
78.89
72.96
80.22
112.42
102.44
123.05
96.15
83.39
100.64
104.41
113.25
95.83
81.35
71.36
103.87
104.46
109.89
93.99
102.35
90.41
99.19
102.73
110.86
114.91
91.70
90.94
104.29
72.04
93.63
95.94
94.95
97.70
101.11
95.11
107.37
91.28
Semi-Critical
Semi-Critical
Semi-Critical
Semi-Critical
Over-Exploited
Over-Exploited
Over-Exploited
Semi-Critical
Over-Exploited
Critical
Semi-Critical
Semi-Critical
Semi-Critical
Semi-Critical
Semi-Critical
Semi-Critical
Semi-Critical
Over-Exploited
Semi-Critical
Semi-Critical
Semi-Critical
Over-Exploited
Over-Exploited
Over-Exploited
Critical
Semi-Critical
Over-Exploited
Over-Exploited
Over-Exploited
Critical
Semi-Critical
Semi-Critical
Over-Exploited
Over-Exploited
Over-Exploited
Critical
Over-Exploited
Critical
Critical
Over-Exploited
Over-Exploited
Over-Exploited
Critical
Critical
Over-Exploited
Semi-Critical
Critical
Critical
Critical
Critical
Over-Exploited
Critical
Over-Exploited
Critical
Name of District
Improved
Ambedkar Nagar
Ambedkar Nagar
Ambedkar Nagar
Ambedkar Nagar
Amroha
Amroha
Amroha
Barabanki
Bijnaur
Bijnaur
Chitrakoot
Etah
Farrukhabad
Fatehpur
Fatehpur
Fatehpur
Fatehpur
G.B. Nagar
Ghazipur
Ghazipur
Hamirpur
Hapur
Hapur
Jaunpur
Jaunpur
Jaunpur
Jaunpur
Jaunpur
Jaunpur
Jaunpur
Jaunpur
Jaunpur
Jaunpur
Jaunpur
Kanpur Nagar
Kanpur Nagar
Kanpur Nagar
Kanpur Nagar
Kasganj
Mathura
Meerut
Meerut
Meerut
Meerut
Meerut
Meerut
Mirzapur
Mirzapur
Moradabad
Moradabad
Muzaffarnagar
Muzaffarnagar
Pratapgarh
Pratapgarh
Stage of Ground
Water
Categorization 2017
Extraction (%)
in 2017
Baskhari
Bhiti
Jahangirgani
Katehari
Dhanaura
Gajraula
Hasanpur
Bani Kodar
Jaleelpur
Noorpur
Manikpur
Awagarh
Shamsabad
Bahua
Dhata
Haswa
Hathgaon
Jewar
Mohammadabad
Varachakwar
Maudaha
Hapur
Simbholi
Badlapur
Baksha
Dobhi
Karanja Kalan
Kerakat
Maharajganj
Muftiganj
Ramnagar
Rampur
Sikrara
Sirkoni
Chaubepur
Ghatampur
Kanpur City
Sarsol
Kasganj
Baldeo
Kharkhoda
Machhra
Meerut
Parichhatgarh
Rajpura
Sarurpur
Chanbey
City
Bhagatpur Tanda
Dilari
Budhana
Charthawal
Mandhata
Mangaraura
Name of Assessment
Unit
COMPARISON OF CATEGORIZATION OF ASSESSMENT UNITS (2020 AND 2017)
UTTAR PRADESH
67.83
68.48
57.61
61.50
97.09
98.04
92.35
65.64
92.02
89.93
65.54
68.32
68.15
69.07
64.02
63.55
66.28
98.36
57.87
68.35
54.39
96.87
96.87
92.64
80.16
66.57
79.34
87.65
93.16
86.90
64.30
67.98
76.21
78.30
97.91
88.59
94.49
87.59
87.51
95.79
97.36
95.04
86.93
85.68
95.52
68.12
77.89
88.10
88.43
82.68
99.21
89.54
95.65
82.02
Safe
Safe
Safe
Safe
Critical
Critical
Critical
Safe
Critical
Semi-Critical
Safe
Safe
Safe
Safe
Safe
Safe
Safe
Critical
Safe
Safe
Safe
Critical
Critical
Critical
Semi-Critical
Safe
Semi-Critical
Semi-Critical
Critical
Semi-Critical
Safe
Safe
Semi-Critical
Semi-Critical
Critical
Semi-Critical
Critical
Semi-Critical
Semi-Critical
Critical
Critical
Critical
Semi-Critical
Semi-Critical
Critical
Safe
Semi-Critical
Semi-Critical
Semi-Critical
Semi-Critical
Critical
Semi-Critical
Critical
Semi-Critical
Stage of Ground
Water Extraction Categorization 2020
(%) in 2020
Improved
Improved
Improved
Improved
Improved
Improved
Improved
Improved
Improved
Improved
Improved
Improved
Improved
Improved
Improved
Improved
Improved
Improved
Improved
Improved
Improved
Improved
Improved
Improved
Improved
Improved
Improved
Improved
Improved
Improved
Improved
Improved
Improved
Improved
Improved
Improved
Improved
Improved
Improved
Improved
Improved
Improved
Improved
Improved
Improved
Improved
Improved
Improved
Improved
Improved
Improved
Improved
Improved
Improved
Remark
Dynamic Ground Water Resources Assessment of India - 2020
369
Name of Assessment
Unit
Patti
Sadar
Sandwa Chandika
Shivgarh
Bahadurpur
Chaka
Dhanupur
Pratappur
Saraini
Chamrauwa
Bhadohi
Gyanpur
Deoband
Muzaffarabad
Nanauta
Rampur Maniharan
Sadhauli Kadeem
Asmoli
Bahjoi
Baniakhera
Pawansa
Cholapur
Pindra
Name of District
Pratapgarh
Pratapgarh
Pratapgarh
Pratapgarh
Prayagraj
Prayagraj
Prayagraj
Prayagraj
Rae Bareli
Rampur
S.Ravidas Nagar
S.Ravidas Nagar
Saharanpur
Saharanpur
Saharanpur
Saharanpur
Saharanpur
Shambhal
Shambhal
Shambhal
Shambhal
Varanasi
Varanasi
S. No
55
56
57
58
59
60
61
62
63
64
65
66
67
68
69
70
71
72
73
74
75
76
77
95.06
120.43
138.73
107.93
90.75
106.43
94.63
91.46
79.99
133.15
91.35
96.88
91.90
92.74
93.90
92.85
138.97
94.41
108.46
101.08
102.61
71.18
91.46
Critical
Over-Exploited
Over-Exploited
Over-Exploited
Critical
Over-Exploited
Critical
Critical
Semi-Critical
Over-Exploited
Critical
Critical
Critical
Critical
Critical
Critical
Over-Exploited
Critical
Over-Exploited
Over-Exploited
Over-Exploited
Semi-Critical
Critical
Name of District
Improved
Pratapgarh
Pratapgarh
Pratapgarh
Pratapgarh
Prayagraj
Prayagraj
Prayagraj
Prayagraj
Rae Bareli
Rampur
S.Ravidas Nagar
S.Ravidas Nagar
Saharanpur
Saharanpur
Saharanpur
Saharanpur
Saharanpur
Shambhal
Shambhal
Shambhal
Shambhal
Varanasi
Varanasi
Stage of Ground
Water
Categorization 2017
Extraction (%)
in 2017
Patti
Sadar
Sandwa Chandika
Shivgarh
Bahadurpur
Chaka
Dhanupur
Pratappur
Saraini
Chamrauwa
Bhadohi
Gyanpur
Deoband
Muzaffarabad
Nanauta
Rampur Maniharan
Sadhauli Kadeem
Asmoli
Bahjoi
Baniakhera
Pawansa
Cholapur
Pindra
Name of Assessment
Unit
COMPARISON OF CATEGORIZATION OF ASSESSMENT UNITS (2020 AND 2017)
UTTAR PRADESH
81.37
95.02
94.44
90.56
84.10
93.29
85.78
86.99
66.30
94.46
74.97
85.42
86.12
86.27
87.50
89.74
91.76
82.67
92.08
92.44
92.59
68.65
83.27
Semi-Critical
Critical
Critical
Critical
Semi-Critical
Critical
Semi-Critical
Semi-Critical
Safe
Critical
Semi-Critical
Semi-Critical
Semi-Critical
Semi-Critical
Semi-Critical
Semi-Critical
Critical
Semi-Critical
Critical
Critical
Critical
Safe
Semi-Critical
Stage of Ground
Water Extraction Categorization 2020
(%) in 2020
Improved
Improved
Improved
Improved
Improved
Improved
Improved
Improved
Improved
Improved
Improved
Improved
Improved
Improved
Improved
Improved
Improved
Improved
Improved
Improved
Improved
Improved
Improved
Remark
Dynamic Ground Water Resources Assessment of India - 2020
370
1
2
3
4
5
6
7
8
9
10
11
12
13
14
15
16
17
18
19
20
21
22
23
24
25
26
27
28
29
30
31
S. No
Agra
Agra
Agra
Agra
Azamgarh
Azamgarh
Azamgarh
Azamgarh
Azamgarh
Azamgarh
Bareili
Bijnaur
Budaun
Bulandshahar
Bulandshahar
Etah
Etah
Fatehpur
Firozabad
Firozabad
Hardoi
Hathras
Kanpur Dehat
Kanpur Dehat
Kanpur Dehat
Kasganj
Kasganj
Mainpuri
Mirzapur
Mirzapur
Sonbhadra
Name of District
Agra City
Akola
Bah
Jaitpur Kalan
Ahiraula
Atraulia
Koilsa
Palhana
Palhani
Tarwa
Majhgawa
Kotwali
Asafpur
Arnia Khurd
Bhawan Bahadur Nagar
Aliganj
Sakit
Khajuha
Eka
Jasrana
Todarpur
Sikandra Rao
Derapur
Jhinjhak
Maitha
Ganjdundwara
Patiyali
Kurawali
Kon
Sikhar
Nagawa
Name of Assessment
Unit
93.37
96.54
83.98
65.13
69.76
65.94
69.28
69.72
67.65
65.03
68.84
68.70
97.06
88.53
97.84
88.26
69.34
50.97
66.84
62.84
66.84
88.58
48.86
68.98
67.78
77.10
64.40
68.57
98.14
85.44
66.58
Critical
Critical
Semi-Critical
Safe
Safe
Safe
Safe
Safe
Safe
Safe
Safe
Safe
Critical
Semi-Critical
Critical
Semi-Critical
Safe
Safe
Safe
Safe
Safe
Semi-Critical
Safe
Safe
Safe
Semi-Critical
Safe
Safe
Critical
Semi-Critical
Safe
Name of District
Deteriorated
Agra
Agra
Agra
Agra
Azamgarh
Azamgarh
Azamgarh
Azamgarh
Azamgarh
Azamgarh
Bareili
Bijnaur
Budaun
Bulandshahar
Bulandshahar
Etah
Etah
Fatehpur
Firozabad
Firozabad
Hardoi
Hathras
Kanpur Dehat
Kanpur Dehat
Kanpur Dehat
Kasganj
Kasganj
Mainpuri
Mirzapur
Mirzapur
Sonbhadra
Stage of Ground
Water
Categorization 2017
Extraction (%)
2017
Agra City
Akola
Bah
Jaitpur Kalan
Ahiraula
Atraulia
Koilsa
Palhana
Palhani
Tarwa
Majhgawa
Kotwali
Asafpur
Arnia Khurd
Bhawan Bahadur Nagar
Aliganj
Sakit
Khajuha
Eka
Jasrana
Todarpur
Sikandra Rao
Derapur
Jhinjhak
Maitha
Ganjdundwara
Patiyali
Kurawali
Kon
Sikhar
Nagawa
Name of Assessment
Unit
COMPARISON OF CATEGORIZATION OF ASSESSMENT UNITS (2020 AND 2017)
UTTAR PRADESH
174.33
117.64
96.37
80.44
71.48
71.22
73.56
72.84
77.95
86.81
70.08
71.86
100.41
94.00
101.98
90.02
70.48
72.09
72.40
78.61
73.00
91.43
74.96
75.36
73.90
92.04
76.56
70.30
113.85
91.81
74.11
Over-Exploited
Over-Exploited
Critical
Semi-Critical
Semi-Critical
Semi-Critical
Semi-Critical
Semi-Critical
Semi-Critical
Semi-Critical
Semi-Critical
Semi-Critical
Over-Exploited
Critical
Over-Exploited
Critical
Semi-Critical
Semi-Critical
Semi-Critical
Semi-Critical
Semi-Critical
Critical
Semi-Critical
Semi-Critical
Semi-Critical
Critical
Semi-Critical
Semi-Critical
Over-Exploited
Critical
Semi-Critical
Stage of Ground
Water Extraction Categorization 2020
(%) in 2020
Deteriorated
Deteriorated
Deteriorated
Deteriorated
Deteriorated
Deteriorated
Deteriorated
Deteriorated
Deteriorated
Deteriorated
Deteriorated
Deteriorated
Deteriorated
Deteriorated
Deteriorated
Deteriorated
Deteriorated
Deteriorated
Deteriorated
Deteriorated
Deteriorated
Deteriorated
Deteriorated
Deteriorated
Deteriorated
Deteriorated
Deteriorated
Deteriorated
Deteriorated
Deteriorated
Deteriorated
Remark
Dynamic Ground Water Resources Assessment of India - 2020
371
1
S. No
Name of Assessment
Unit
Khatima
Name of District
Udham Singh Nagar
82.11
Semi-Critical
Name of District
Udham Singh Nagar
Improved
Stage of Ground
Water
Categorization 2017
Extraction (%)
in 2017
Khatima
Name of Assessment
Unit
COMPARISON OF CATEGORIZATION OF ASSESSMENT UNITS (2020 AND 2017)
UTTARAKHAND
66.19
Safe
Stage of Ground
Water Extraction Categorization 2020
(%) in 2020
Improved
Remark
Dynamic Ground Water Resources Assessment of India - 2020
372
1
S. No
1
S. No
Daman
Daman
Name of Assessment
Unit
Diu
Diu
Name of District
Name of Assessment
Unit
Name of District
Name of District
Name of Assessment
Unit
43.75
Safe
Name of District
Deteriorated
Daman
Stage of Ground
Water
Categorization 2017
Extraction (%)
2017
Daman
Name of Assessment
Unit
Improved
Diu
91.13
Critical
Diu
COMPARISON OF CATEGORIZATION OF ASSESSMENT UNITS (2020 AND 2017)
DAMAN & DIU
Stage of Ground
Water
Categorization 2017
Extraction (%)
in 2017
COMPARISON OF CATEGORIZATION OF ASSESSMENT UNITS (2020 AND 2017)
DAMAN & DIU
Safe
122.18
Over-Exploited
Stage of Ground
Water Extraction Categorization 2020
(%) in 2020
18.10
Stage of Ground
Water Extraction Categorization 2020
(%) in 2020
Deteriorated
Remark
Improved
Remark
Dynamic Ground Water Resources Assessment of India - 2020
373
1
S. No
Name of Assessment
Unit
Agatti
Name of District
Lakshadweep
73.57
Semi-Critical
Name of District
Improved
Lakshadweep
Stage of Ground
Water
Categorization 2017
Extraction (%)
in 2017
Agatti
Name of Assessment
Unit
COMPARISON OF CATEGORIZATION OF ASSESSMENT UNITS (2020 AND 2017)
LAKSHADWEEP
67.54
Safe
Stage of Ground
Water Extraction Categorization 2020
(%) in 2020
Improved
Remark
Dynamic Ground Water Resources Assessment of India - 2020
374
1
S. No
Name of Assessment
Unit
Puducherry
Name of District
Puducherry
102.00
Over-Exploited
Name of District
Improved
Puducherry
Stage of Ground
Water
Categorization 2017
Extraction (%)
in 2017
Puducherry
Name of Assessment
Unit
COMPARISON OF CATEGORIZATION OF ASSESSMENT UNITS (2020 AND 2017)
PUDUCHERRY
98.81
Critical
Stage of Ground
Water Extraction Categorization 2020
(%) in 2020
Improved
Remark
Dynamic Ground Water Resources Assessment of India - 2020
375
Dynamic Ground Water Resources Assessment of India - 2020
376
Dynamic Ground Water Resources Assessment of India - 2020
REFERENCES
1.
2.
3.
4.
5.
6.
7.
8.
9.
10.
11.
12.
13.
14.
15.
16.
17.
Central Ground Water Board (1995) Ground Water Resource of India. Ministry of Water
Resources, Govt. of India, Faridabad.
Central Ground Water Board (2015) Report of the Ground Water Resource Estimation
Committee Ministry of Water Resources, Govt. of India.
Central Ground Water Board (2002) Explanatory brochure - Hydrogeological Map of
India. Ministry of Water Resources, Govt. of India, New Delhi.
Central Ground Water Board (2006) Dynamic Ground Water Resources of India (As on
March, 2004). Ministry of Water Resources, Govt. of India.
Central Ground Water Board (2011) Dynamic Ground Water Resources of India (As on
March, 2009). Ministry of Water Resources, Govt. of India.
Central Ground Water Board (2013) Dynamic Ground Water Resources of India (As on
March 2011). Ministry of Water Resources, Govt. of India.
Central Ground Water Board (2017) Dynamic Ground Water Resources of India (As on
March 2013). Ministry of Water Resources, Govt. of India.
Central Ground Water Board (2019) Dynamic Ground Water Resources of India (As on
March 2017). Department of Water Resources, RD & GR, Ministry of Jal Shakti, Govt. of
India
Central Ground Water Board (2009) Report of the Group for Suggesting New and
Alternate Methods of Ground Water Resources Assessment. Ministry of Water
Resources, Government of India. Faridabad.
Committee on the Methodology for Ground Water Resources Estimation in Hard Rock
Terrain (2004) Methodology for Ground Water Resources Estimation in Hard Rock
Terrain. Ministry of Water Resources, Govt. of India, New Delhi.
Government of India (2012) National Water Policy. Ministry of Water Resources, New
Delhi.
Ministry of water Resources, River Development and Ganga Rejuvenation-Best Practices
“A year of Inclusive Development in Water Resources Sector”, National water Mission,
Ministry of water resources, River Development and Ganga Rejuvenation, Government
of India
Ground Water Estimation Committee (1997) Ground Water Estimation Methodology –
1997. Ministry of Water Resources, River Development & Ganga Rejuvenation Govt. of
India, NewDelhi
Rainfall Statistics of India 2018 of India Meteorological Department
NABARD (2006) Review of methodologies for estimation of ground water resources of
India. Technical Services Department, NABARD,Mumbai.
R&D Advisory Committee on Ground Water Estimation (2009) Status report on review of
ground water resources estimation methodology. Central Ground Water Board,
Faridabad.
377
Dynamic Ground Water Resources Assessment of India - 2020
ABBREVIATIONS
ARDC
Agriculture Refinance and Development Corporation
CGWA
Central Ground Water Authority
CGWB
Central Ground Water Board
bcm
Billion cubic metre
CLEG
Central Level Expert Group for overall reassessment of ground
water resource of the country
GEC-1997
Ground Water Resources Estimation Committee, 1997
GWRA- 2020
Ground Water Resources Assessment, 2020
GSDA
Ground Water Survey and Development Agency,
Maharashtra
ham
Hectare metre
IMD
India Meteorological Department
LPA
Long Period Average
lps
Litres per second
m
Meter
m bgl
Meter below ground level
m ham
Million hectare metre
M.I.
Minor Irrigation
DOWR, RD & GR
Department of Water Resources, River Development & Ganga
Rejuvenation, Ministry of Jal Shakti, Govt. of India
NABARD
National Bank for Agricultural and Rural Development
NAQUIM
National Aquifer Mapping & Management Programme
UT
Union Territory
378
Dynamic Ground Water Resources Assessment of India - 2020
CONTRIBUTORS
Assessment of GW Resource of State/UT
Officers of Central Ground Water Board, Regional / State Unit Offices
& State Ground Water / Nodal Department for respective States/UTs.
National Compilation & Working Group
1. Dr. Ratikanta Nayak, Scientist-D, Central Ground Water Board, CHQ, Faridabad.
2. Dr. Ranjan Kumar Ray, Scientist-D, Central Ground Water Board, CHQ, Faridabad.
3. Dr. AVSS Anand, Scientist-D, Central Ground Water Board, RGI, Raipur.
4. Dr. M. Senthil Kumar, Scientist-C, Central Ground Water Board, CHQ, Faridabad.
5. Mrs Gargee B Sharma, Scientist-C, Central Ground Water Board, CHQ, Faridabad.
6. Miss. Subhra Satapathy, Scientist-B, Central Ground Water Board, CHQ, Faridabad
Overall Guidance & Supervision
Dr. P. Nandakumaran, Member (South), Central Ground Water Board, CHQ, Faridabad.
379
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