REVISED PROFORMA FOR ANNUAL REPORT – 2013-2014
1. GENERAL INFORMATION ABOUT THE KVK
1.1. Name and address of KVK with phone, fax and e-mail
Address
Telephone
Krishi Vigyan Kendra, Sharda nagar, Office
FAX 02465 At. Post. Sagroli, Tq. Biloli Dist.
02465 - 227757 227757
Nanded - 431731
1.2 .Name and address of host organization with phone, fax and e-mail
Address
Telephone
Office
FAX
02465-227843,
02465-227848
Sanskriti Samvardhan Mandals,
Sharda nagar, At. Post. Sagroli, Tq. 227848
Biloli Dist. Nanded - 431731
E mail
kvksagroli@gmail.com
E mail
deshpramod@gmail.com
1.3. Name of the Programme Coordinator with phone and mobile No
Name
Telephone / Contact
Residence
Mobile
Email
09890382130
Suresh12.kvksagroli@gmail.com
Dr. Suresh D. Kulkarni Sharda nagar,
Sagroli
1.4. Year of sanction: Krishi Vigyan Kendra, Sagroli, is established in October 2011 (Vide Sanction
Letter No. F.N0. 5-2/2009-AE II, dated 4/10/2011, ICAR, New Delhi-12),
1.5. Staff Position (as on 31st March, 2014)
Sr.
No
.
Sancti
oned
post
Name of the incumbent
Desig
natio
n
Discipl
ine
Pay Scale (Rs.)
Present
basic
(Rs.)
Date of
joining
1
Dr. Suresh Dhondopant
Kulkarni
Mr. Kapil Shivajirao Ingle
Prog.
Coor.
SMS
3
SMS
Dr. Datta Ashok Mhetre
SMS
4
SMS
Mr. Pravin Purushottam
Deshpande
SMS
22320+RGP
8000
15600 – 39100
GP 5400
15600 – 39100
GP 5400
15600 – 39100
GP 5400
5
SMS
Mrs. Madhuri
Sudhakarraro Revanwar
SMS
6
SMS
SMS
7
SMS
8
Prog.
Assis.
Comp
.
Prog.
Farm
Mana
Dr. Gajanan Pandurang
Dhage
Mr. Vaijanath Tukaram
Bombale
Mr. Vyankat Pandharinath
Shinde
Mr. Suprabandh Babanrao
Bhavsar
Agri.
Extn.
Agron
omy
Hortic
ulture
Plant
Protect
ion
Home
Scienc
e
Vet..
Scie.
Agri.
Eng.
31230
2
Prog.
Coor.
SMS
Prog.
Assis.
Prog.
Assis
Mr. Vivek Subhashrao
Patange
Farm
Mana
9
10
SMS
14/07/12
Perma
nent
/Temp
orary
--
Category
(SC/ST/
OBC/
Others)
Open
21630
19/06/12
--
Open
21630
02/07/12
--
OBC
21630
30/06/12
--
Open
15600 – 39100
GP 5400
21630
30/06/12
--
Open
21630
02/07/12
--
Open
21000
01/03/13
--
OBC
13910
15/06/12
--
Open
Comp.
Prog.
15600 – 39100
GP 5400
15600 – 39100
GP 5400
9300-34800 GP
4200
9300-34800 GP
4200
13910
26/06/12
--
OBC
Agron
omy
9300-34800 GP
4200
13910
20/06/12
--
Open
1
11
12
13
14
15
16
ger
Acco
untant
/
Super
intend
ent
Steno
graph
er
Drive
r
Drive
r
Supp
orting
staff
Supp
orting
staff
1.6.
S. No.
1
2.
3.
4.
5.
1.7.
ger
Acco
untan
t/
Super
inten
dent
Steno
graph
er
Drive
r
Drive
r
Supp
orting
staff
Supp
orting
staff
Mr.Padmakar Shankarao
Deshpande
Mr. Sudhir Sureshrao
Deshpande
Mr.Dnyaneshwar
Mohanrao Jadhav
Mr. Maroti Sambhaji
Jadhav
Mr. Manik Shankar
Mutyepod
Mr. Shankar Govind
Dhangar
--
9300-34800 GP
4200
13500
01/03/13
--
Open
--
5200-20200 GP
2400
7830
15/06/12
--
Open
--
5200-20200 GP
2000
5200-20200 GP
2000
5200-20200 GP
1800
7420
12/06/12
--
Open
7420
12/06/12
--
Open
7210
12/06/12
--
ST
5200-20200 GP
1800
7210
12/06/12
--
Open
----
--
Total land with KVK (in ha)
: 21.17 ha
Item
Under Buildings
Under Demonstration Units
Under Crops
Orchard/Agro-forestry
Others (specify)
Area (ha)
1.12
1.35
18.70
----
Infrastructural Development:
A) Buildings
Sr.
No.
Name of building
Sourc
e of
fundi
ng
Stage
Complete
Comple
Plinth
tion
area
Date
(Sq. m)
---
Expen
diture
(Rs.)
--
May 2012
Starting
Date
1.
Administrative Building
ICAR
2.
Farmers Hostel
ICAR
--
--
--
May 2012
3.
4.
5
6
7
8
Staff Quarters (6)
Demonstration Units (2)
Fencing
Rain Water harvesting system
Threshing floor
Farm godown
-------
-------
-------
-------
-------
Incomplete
Plinth
Status of
area
construction
(Sq. m)
1448.82
First Floor
completed
2285.08
Excavation
and PCC
-------------
B) Vehicles
Type of vehicle
Mahindra Bolero
Tractor
C) Equipments and AV aids
Year of purchase
2011-12
2011-12
Cost (Rs.)
6,58,000
7,00,840
Total km Run
70020 km
61.2 hr
Present status
working
working
Name of the equipment
LCD Projector
Sony Handy Camera
Sony Digi Cam 16 Mp
Table Plywood
Revolving chair
Canon Digital Multifunction Printer
2 CPU and 6 Monitor with Accessories
Panasonic Fax Machine
Year of
purchase
2011-12
2011-12
2011-12
2011-12
2011-12
2011-12
2011-12
2011-12
Cost (Rs.)
30250
15,200
9500
65380
54149
45811
104725
19550
Present status
working
working
working
working
working
working
working
working
1.8. A). Details SAC meeting* conducted in the year
Sr. No.
Date
1.
22012013
2.
Name and Designation of
Participants
1. Mr. Pramod Deshmukh,
Chairman, Sanskriti
Samvardhan Mandal, Sagroli
Salient Recommendations
Action taken
SAC meeting should include
more number of farmers
More number of farmers will
be invited.
2.
Dr. K. Dattatri, Sr. Scientist,
Zonal Project Directorate,
Hyderabad
3.
Dr. Anil Khillari, Veternery
officer, Animal Husubardy,
Nanded
Line departments are
communicated the importance
of their presence in the
meeting.
Linkages are strengthened with
line departments
4.
Mr. Kishor Kulkarni, District
Manager, NABARD, Nanded
5.
Shri. Ratnakar Kadam,
Farmers representative,
Cholakha, Tq. Dharmabad
Mr. Sambhaji Murke, Farmer
representative, Atkali, Tq.
Biloli Dist. Nande
Mrs. AnitabaiGajegaonkar,
Farm Women’ representative,
Gajegaon, Tq. Biloli Dist.
Nanded
Care should be taken to be
presence of the line
department in the SAC
meeting.
Linkages with the line
department should be
increased particularly with
ATMA and Agril. Department
Farm should have all the
representation of the
jurisdiction
Demonstration units should be
established for training
purpose
Recent varieties should be
used for FLD and OFT
Training should be conducted
for rural youths for self
employment.
Vocational training for the rural
youths are scheduled in action
plan
Submit the demonstrating
units and other activities in
collaboration with PPP mode
demonstration units are
submitted to line department.
Fund raising for the KVK should
be done from other sources.
Different projects are
submitted to the ATMA, NHM,
and NABARD
A farmers advisory committee
should be organized for
regular advise to KVK
A progressive farmer’s
Advisory committee is
organized.
6.
7.
8.
9.
Mrs. Savitabaik Ingole, Farm
Women’ representative, Lath,
Tq. Kandhar
Mr. Sudhir Deshpande,
Technical Officer, DSAO office,
Agriculture Department,
Nanded
10. Programme Coordinator, KVK,
Sagroli
Action plan prepared as per
discussion and representative
of the district.
Proposals are prepared and
submitted to funding agency.
Action plan is prepared as per
discussion.
2. DETAILS OF DISTRICT (2012-13)
2.1
Major farming systems/enterprises (based on the analysis made by the KVK)
S.
No
1
2.2
2.4.
Only Agriculture (most of the farmers)
2
Agriculture + Animal Husbandry (1-2 Deshi milch animals)
3
Agriculture + Poultry (10-20 deshi birds)
4
Agriculture + Goatery (2-3 goats)
5
Agriculture+ Horticulture (Mango, Guava, Sapota, Sweet orange etc few plants)
6
Agriculture + Vegetable production on small scale.
7
Nonfarm enterprises – sewing and stitching, Rope making bamboo sheets.
Description of Agro-climatic Zone and major agro ecological situations (based on soil and topography)
Sr.
No
1
2.3
Farming system/enterprise
Agro-climatic
Zone
Central
Maharashtra
Plateau Zone
/Assured
Rainfall Zone
(VII)
Characteristics
Climatic condition- Maximum temp. 41 C Minimum temp. 21 C.
Average annual rainfall- 700 to 900 mm 75 % rains received
Soil type- Soil color ranges from black to red. Type- 1) vertisols 2) entisols
and 3) incept sols PH 7-7.5.
Crops and cropping pattern- In kharif Rainfed cotton(32.24%) ,soybean
(25.40%), Kharif Jawar (17.77%), Pigeon pea(7.8%), Black gram(7.38%),
Greean gram (6.06%) are predominant crops .In Rabi sesson Bengal
gram(44.87%), Rabi Jawar (37.39%),Wheat(10.12%), Safflower(5.72%)
Sugarcane and summer groundnut are taken on availability of irrigation.
Soil types
S. No Soil type
1
Deep black soil
2
Medium deep black
3
Shallow deep black
Characteristics
----
Area in ha
394000.65 (36.81%)
101000.12 (9.43%)
576000.26 (53.75%)
Area, Production and Productivity of major crops cultivated in the district year (2012-13)
S. No Crop
Area (ha)
Production (Qtl)
Productivity (Qtl
/ha)
1
Kharif rice
13
06
449
2
Kharif Jawar
883
21
2843
3
Pigeon pea
568
326
566
4
Green gram
28248
56
666
5
Black gram
3000
172
568
6
Rabi Jawar
292
271
927
7
Wheat
490
794
1621
8
Bengal gram
529
468
884
9
Sugarcane
154
8275
60
10
Cotton
2765
6039
331
11
Kharif sesamum
10
3
202
12
Niger
7
2
286
13
Kharif sunflower
2
0
NCR
2
15
16
17
18
19
Rabi sunflower
Summer sunflower
Soybean
Castor
Safflower
Mustard
44
17
154
6
56
1
28
12
3249
2
45
0
630
726
1549
357
800
300
Area production and productivity of fruit corps (2011-12)
Sr.
1.
2.
3.
4.
5.
6.
7.
8.
9.
Name of fruit
Mango
Banana
Lime/Lemon
Mosambi
Orange
Guava
Papaya
Pomegranate
Sapota
Area (ha)
633
15000
51
202
10
18
253
6
74
Production (MT)
3133.35
1425000
255
2828
140
171
2024
24
296
Productivity (MT/ha)
4.95
95
5
14
14
9.5
8
4
4
*Source– Districts. A.O., Nanded.
Area production and productivity of Vegetable crops: (2011-12)
Sr. Name of veg.
1. Potato
2. Onion
3. Tomato
4. Brinjal
5. Cabbage
6. Cauliflower
7. Okra
8
Peas
Area (ha)
20
380
465
217
26
34
168
30
Production (MT)
300
6840
8370
5425
494
646
1848
120
Productivity (q./ha)
15
18
18
25
19
19
11
4
*Source–District S.A.O., Nanded.
2.5. Weather data
Month
Rainfall (mm)
Temperature 0 C
Maximum
Minimum
40
26
36
20
34
21
32
22
36
22
Relative Humidity (%)
June-2013
201.18
87.9
July-2013
430.82
87.2
Aug-2013
220.61
86.8
Sep-2013
130.38
90.0
Oct-2013
108.24
81.1
Total
1091.23
2.6.
Production and productivity of livestock, Poultry, Fisheries etc. in the district
2.7
Sr. No. Animal
Number
1.
2.
3.
4.
5.
6.
3,48,000
2,48,000
3,79,000
52,000
1,26,000
4,31,000
Cattle
Buffaloes
Goat
Sheep
Poultry Commercial
Poultry Backyard
Details of Operational area / Villages (2012-13)
Sr.
No.
Talu
k
Name
of the
block
Name of the
village
Major crops and
enterprises
Major problem identified
Identified
Thrust Areas
Atkali,
Rampurthadi,
Doulatapur,
Hiparga,
Sagroli,
Bolegaon,
Karla
Kharif: Cotton,
Soybean, Tur,
Moog, Udid
Rabi:
Bengalgram,
Wheat,
RabiSorghum,
Summer:
Groundnut,
Bhendi, Brinjal
1) Wrong selection of
verities/Hybrids as per soil
type, farming situation (Rain
fed/Irrigated)
2) No seed treatment
3) Inadequate use of
fertilizers, Do not apply
fertilizers in split doses
especially N.
4) Lack of in situ soil
moisture conservation
measures.
5) Timely and quality
agriculture inputs availability
1) Use of
Improved
verities /Hybrids.
2) Integrated
Nutrient
Management
3) Integrated
weed
management
4) Water
management
5) Integrated pest
management
Bilol
i
Biloli
2
Naig
aon
Naigao
n
Kedarwadgaon
, Narsi, Gadga,
Hotal
Kharif: Cotton,
Soybean, Tur,
Moog, Udid
Rabi:
Bengalgram,
Wheat,
RabiSorghum,
Summer:
Groundnut,
Bhendi, Brinjal
Mango,Turmeric,
chilli, brinjal
1) Wrong selection of
verities/Hybrids as per soil
type, farming situation (Rain
fed/Irrigated)
2) No seed treatment
3) Inadequate use of
fertilizers, Do not apply
fertilizers in split doses
especially N.
4) Lack of in situ soil
moisture conservation
measures.
5) Timely and quality
agriculture inputs availability
6)Irregular fruiting,
7)Nutrient deficiency and
low productivity
1) Use of
Improved
verities /Hybrids.
2) Integrated
Nutrient
Management
3) Integrated
weed
management
4) Water
management
5) Integrated pest
management
6) Use of
Growth
regulators, INM
and 7) Use of
improved
varieties
3
Kan
dhar
Kandh
ar
Lath(khurd),
Bamni, Shelali
Kharif: Cotton,
Soybean, Tur,
Moog, Udid
Rabi:
Bengalgram,
Wheat,
RabiSorghum,
Summer:
Groundnut,
Bhendi, Brinjal
Mango, Onion,
Chilli and Tomato
1) Wrong selection of
verities/Hybrids as per soil
type, farming situation (Rain
fed/Irrigated)
2) No seed treatment
3) Inadequate use of
fertilizers, Do not apply
fertilizers in split doses
especially N.
4) Lack of in situ soil
moisture conservation
measures.
5) Timely and quality
agriculture inputs availability
6)Irregular fruiting,
7)Nutrient deficiency
1) Use of
Improved
verities /Hybrids.
2) Integrated
Nutrient
Management
3) Integrated
weed
management
4) Water
management
5) Integrated pest
management
6) INM And
Growth regulator
1
2.8
Priority / Thrust areas
Crop/Enterprise
Thrust area
Agronomy
Cotton
Soybean
Kharif Sorghum
Pigeon pea
Black
gram/Green gram
Bengal gram
Rabi Jawar
Wheat
Safflower
Summer
groundnut
Integrated Nutrient Management
Integrated weed management
Water management
Integrated pest management
Use of Improved varites/Hybrids
Integrated Nutrient Management
Integrated pest management
Integrated Nutrient Management
Integrated weed management
Integrated pest management
Integrated Nutrient Management
Integrated weed management
Integrated pest management
Use of Improved varites/Hybrids.
Integrated Nutrient Management
Integrated weed management
Integrated pest management
Use of Improved varites/Hybrids
Integrated Nutrient Management
Integrated weed management
Integrated pest management
Use of Improved varieties/Hybrids
Integrated Nutrient Management
Soil and water conservation.
Integrated pest management
Use of Improved varieties/Hybrids
Integrated Nutrient Management
Integrated weed management
Integrated pest management
Water Management.
Use of Improved varieties/Hybrids
Integrated Nutrient Management
Soil and water conservation.
Integrated pest management
Integrated pest management
Integrated Nutrient Management
Integrated weed management
Water Management.
Horticulture
Mango
Brinjal
Turmeric
Integrated Nutrient Management
Introduction of new varieties
Integrated micro nutrient management
Plant
Protection
Cotton
Soybean
IPM, Trainings, Publications
Awareness about seed treatment and bio-pesticides, Demonstration on pest
management, Trainings, Field Days, Publications
FLD on Gram, Trainings, Field Day, Publications
IPM, FLD, Training, Publications
Bengal gram
Rice
Home Science
Improvement in nutritional status of women and children
Increasing self-employment by value addition through agro based small scale
enterprises.
Reduce drudgery by popularizing hand operated agricultural tools among farm
women
Balanced diet through kitchen gardening and available food items.
Awareness about importance of hygiene and sanitation.
Awareness of consequences of early marriage.
Health and
Nutrition
Drudgery
Reduction
Veterinary
Science
Poultry
Increase in area under fodder crop and productivity of livestock.
Feed cost reduction through exploiting nutrient efficient local resources.
Self-employment generation through income generating activity.
To increase productivity and to reduce metabolic diseases through proper feeding and
balanced diet.
Corrective measures for various common ailments in livestock.
Better profitability through market driven production.
Increase in area under fodder crop and productivity of livestock.
Feed cost reduction through exploiting nutrient efficient local resources.
Self-employment generation through income generating activity.
To increase productivity and to reduce metabolic diseases through proper feeding and
balanced diet.
Corrective measures for various common ailments in livestock.
Better profitability through market driven production.
Goats /sheep
Cattle / buffaloes
3. TECHNICAL ACHIEVEMENTS
3. A. Details of target and achievements of mandatory activities by KVK during 2012-13
OFT (Technology Assessment and Refinement)
1
Number of OFTs
Targets Achievement
15
15
Number of Farmers
Targets Achievement
177
177
Training (including sponsored, vocational and other
trainings carried under Rainwater Harvesting Unit)
3
Number of Courses
Number of
Participants
FLD (Oilseeds, Pulses, Cotton, Other
Crops/Enterprises)
2
Number of FLDs
Number of Farmers
Targets
Achieveme
Targets
Achievement
nt
29
29
239
384
Extension Activities
Number of
activities
4
Number of participants
Clientele
Targets
Targets
48
14
Achieveme
nt
58
17
876
251
Achieve
ment
1224
389
Farmers
Rural
youth
Extn.
Function
aries
12
11
227
201
Seed Production (Qtl.)
5
Target
Achievement
Cereals - 6.00
9.75
Pulses - 3.00
9.27
Oil seed – 15.00
26.49
Targ
ets
339
Achieveme
nt
472
Target
s
20500
Achievement
534542
Planting material (Nos.)
6
Target
Achievement
Vegetable Seedlings - 10000
767450
Fodder - 10000
203231
3. B. Abstract of interventions undertaken
Interventions
S.
No
Thrust
area
Crop/
Enterp
rise
Identified Problem
Soybea
n
Yield losses due to
weed infestation,
Higher cost of weed
management, Unable
to control both type
(Broad leaved and
grassy) weeds.
Safflow
er
(PBNS40)
Safflower is dry land
crop grown in Nanded
dist. But area under this
crop is goes on
decreasing day by day
because of low yielding
traditional varieties,
disease pest problems
& difficulties in
harvesting thorny
verities.
Agronomy
Weed
Manage
ment
1
Varietal
evaluatio
n
2
Title of
OFT if any
Weed
managemen
t in soybean
crop
through use
of post
emergence
herbicide.
Assessment
of improved
and nonspiny variety
in Safflower
(PBNS- 40)
with local
spiny variety
to increase
productivity
and easiness
in
harvesting.
Title
of
train
ing
for
exten
sion
pers
onne
l if
any
Exten
sion
activit
ies
Supply of
seeds,
planting
materials
etc.
Title of
FLD if
any
Title of
Training if
any
-
Improved
varieties in
Cotton &
Soybean
-
Field
day
HerbicideChlorimur
on methy
and
Quazalfop
ethyl
--
ICM in
safflower,
Agronomical
measures in
soil moisture
conservation
in rabi jawar,
safflower.
--
-
Seeds of
PBNS-40
Integrate
d crop
Manage
ment
Bengal
gram
(Jaki9218)
3
Lower yield due to
traditional package of
practice.
-
Integrated
crop
managem
ent by
using
recomme
nded
package
of
practices
-
Integrated
crop
managem
ent by
using
recomme
nded
package
of
practices
Integrate
d crop
Manage
ment
Green
gram
(Utkars
h)
4
Lower yield due to
traditional package of
practice.
ICM in
Gram, Seed
production
technology
Bengal gram
-
Field
day
Field
day
Integrate
d crop
Manage
ment
5
Pigeon
pea
(Vipula
)
Lower yield due to
traditional package of
practice .
-
Integrated
crop
managem
ent by
using
recomme
nded
package
of
practices
Field
day
Soil
testingNormal
test
Seed(Jaki
9218)
Trichoder
ma
Rhizobiu
mPSBSulphurZinc
SulphateFerrous
sulphatePheromon
e trapHaNPV
Neem oil
(1500
PPM)
SeedUtkarsh
Seed
treatment
–
Rhizobiu
m
PSB.
FertilizerUrea
SSP
Metysysto
xSoil
Testing
SeedVipula
Seed
treatment
–
Rhizobiu
m -250
gm.
PSB- 250
gm.
FertilizerUrea
SSP
Sulphur
Pheromon
e traps
Indoxacar
b-
Varietal
evaluatio
n
Pigeon
pea
(BDN711)
6
Lower yield due to use
of traditional variety
also suscsceptabality to
wilt.
-
Varietal
evaluatio
n
7
Soybea
n
(MAUS
-71)
Lower yield due to use
of traditional variety
also suscsceptabality
grain shattering in late
harvesting.
-
Wheat
(Kudrat
-17)
Lower yield due to use
of traditional variety.
-
Varietal
evaluatio
n
8
Increase
the
productivi
ty of crop
by
introducin
g new
improved
high
yielding,
early
variety
BDN-711
under
dyland
condition.
Increase
the
productivi
ty of crop
by
introducin
g new
improved
high
yielding
variety
MAUS 71(Samru
dhi)
reduce
the loses
by
shattering
in late
harvesting
in
soybean
crop
Increase
the
productivi
ty of
wheat
crop by
introducin
g new
improved
high
yielding
variety
Kudrat-17
SeedBDN-711
Field
day
SeedMAUS-71
SeedKudrat-17
Varietal
evaluatio
n
Rabi
sorghu
m(Parb
hani
moti)
9
Lower grain yield due to
use of traditional
variety.
-
Varietal
evaluatio
n
Rabi
sorghu
m(Parb
hani
Jyoti)
10
Lower grain yield due to
use of traditional
variety
-
Varietal
evaluatio
n
Rabi
sorghu
m(Akol
a
kranti)
11
Lower grain yield due to
use of traditional
variety
-
Varietal
evaluatio
n
12
Horticulture
Rabi
sorghu
m(Phul
e
vasudh
a)
Lower grain yield due to
use of traditional
variety
-
Increase
the
productivi
ty of rabi
sorghum
crop by
introducin
g new
improved
high
yielding
variety
prabhani
moti.
Increase
the
productivi
ty of rabi
sorghum
crop by
introducin
g new
improved
high
yielding
variety
prabhani
moti.
Increase
the
productivi
ty of rabi
sorghum
crop by
introducin
g new
improved
high
yielding
variety
prabhani
moti.
Increase
the
productivi
ty of rabi
sorghum
crop by
introducin
g new
improved
high
yielding
variety
prabhani
moti.
Panchasutri
yojana in
production
of rabi
sorghum,
SeedParbhani
Moti
Agronomical
measures in
soil moisture
conservation
in rabi jawar,
safflower.
Panchasutri
yojana in
production
of rabi
sorghum.
Agronomical
measures in
soil moisture
conservation
in rabi jawar,
safflower.
Panchasutri
yojana in
production
of rabi
sorghum.
Agronomical
measures in
soil moisture
conservation
in rabi jawar,
safflower.
Field
day
SeedParbhani
Jyoti
SeedAkola
kranti
Panchasutri
yojana in
production
of rabi
sorghum.
Agronomical
measures in
soil moisture
conservation
in rabi jawar,
safflower.
SeedPhule
vasudha
1
Integrate
d
nutrient
managem
ent
Mango
Nutrient deficiency
Nutrition
and fruit set
managemen
t
-
2
Growth
regulator
Mango
Irregular and less
fruiting
Use of cultar
in mango
-
3
Quality
vegetable
productio
n
Tomato
Rotting of fruits
-
Staking in
hybrid
tomato
okra
Less yield and YMV
-
Brinjal
Less attractive fruits
Varietal
assessment
in okra
-
Cucurbi
ts
Low yield and less
marketable fruits
4
New
variety
Plant Protection
1
IPM
Brinjal
2
IPM
Paddy
3
IPM
4
IPM
-
Field
day
Balanced
fertilizer
supply
according
to soil
testing
report
Paclobutr
azol
supply
Seedling
material
supply
Seed
supply
New
variety
introducti
on in
brinjal cv.
Arjun
Improved
varieties
of
cucurbits
cv. Samrat
Field
day
Seedling
supply
Field
day
Seed
supply
Fruit and shoot borer
infestation decreased
the yield and quality of
fruit. Injudicious
use of chemical
insecticides spray can
damage the parasitoids,
predator and human
health.
Resurgence of pest after
repeated application of
insecticides
Farmers do not
recognise hoppers at
early stages
Population of BPH
increases at flowering
stage
No use of bio pesticide.
Control of
shoot and
fruit borer in
brinjal
--
--
--
News
paper
covera
ge
1) Vota
traps for
brinjal.
2) Neem
oil. 1500
ppm.
Managemen
t of Paddy
plant hopper
using fungal
pathogen
Metarrhiziu
m
anisopleae.
--
IPM of
paddy
--
---
Metarrhizi
um
anisoplea
e
Okra
Low yield of okra due to
infestation of fruit
borer.
Managemen
t of okra
fruit borer.
--
---
---
Chickp
ea
Low yield of chick pea
due to infestation of
pod borer
--
Managem
ent of pod
borer in
Chick pea.
IPM in
Bengal gram
IPM
in
Beng
al
gram
News
Spinosad
paper
45 SC @
covera 0.005%
ge
Extens 1) Pheromo
ion
ne traps
literat
for gram
ure
2)NSKE 5%
3) HaNPV
250 LE.
5
IPM
Soybe
an
Agriculture Engineering
1
Resource
Use of
conservat Bullock
ion
drawn
technolo
ridger
gy
Low yield of soybean
due to infestation of leaf
defoliator
--
Low productivity
due to scarcity of
water
In-situ
soil and
water
conserva
tion in
soybean
In-situ
soil and
water
conserva
tion in
cotton
Assessme
nt of
triple
fertiliser
hoe in
maize
2
Resource
conservat
ion
technolo
gy
Use of
Bullock
drawn
ridger
Low productivity
due to scarcity of
water
3
Farm
machiner
ies
triple
fertilis
er hoe
broad costing of
fertiliser, leaching
problem
4
Farm
machiner
ies
Uneven distribution
of seed and fertilizer
5
Farm
machiner
ies
See
d
cu
m
ferti
lizer
drill
MK
V
ferti
hoe
in
Rab
i
sor
ghu
m
Home Science
Drudgery
1
Reduction
2
Drudgery
Reduction
Managem
ent of
Leaf
defoliator
in
soybean.
IPM
in
soyb
ean
Extens 1) Pheromo
ion
ne traps
literat
for gram
ure
2)NSKE 5%
3)
Quinalp
hos
0.05%.
In-situ soil
and water
conservation
Radio
talk,
Folder
Bullock
drawn
ridger
In-situ soil
and water
conservation
Radio
talk,
Folder
Bullock
drawn
ridger
triple
fertiliser
hoe
Use of
tractor
drawn
Seed
cum
fertiliz
er drill
MKV
ferti
hoe in
Rabi
sorghu
m
broad costing of
fertiliser, leaching
problem
Importance
of seed
treatment in
soybean
Milkin
g
stool
and
stand
Leg pain while milking
the animals
Assessment
of Milking
stool and
stand for
milking the
animals
Groun
d nut
decor
ticato
r
Bhen
di
cutter
Back Pain and finger
pain while decorticating
the ground nuts
Ground
nut
decorticat
or
Finger injuries while
harwesting bhendi and
brinjal
Bhendi
cutter
News
paper
Seed
cum
fertiliz
er drill
News
paper
MKV
ferti
hoe
3
Health
and
nutrition
Smok
e less
Chula
Vaibh
av
sickle
Laxmi
Sickle
VNM
KV
Khurp
i
Iron
rich
toffee
Veterinary Science
Increase in area under
fodder
crop
and
1
productivity
of
livestock.
2
3
Increase in milk
yield of lactating
animals
Urea treatment to
straw
Eye problems while
cooking on traditionan
Chula
Palm pain while using
traditional sickle
Smoke
less Chula
Palm pain while using
traditional sickle
Palm pain while using
traditional khurpi
Laxmi
Sickle
VNMKV
Khurpi
Anemia is major
problem identified in
women due to which
they face many health
problems like weakness,
leg pain, back pain etc.
Vaibhav
sickle
Assessment
of iron rich
toffee to
increase the
hemoglobin
content in
blood.
Cat
tle
&
buf
falo
Scarcity of green
fodder, mortality in
new born calves
Cat
tle
&
buf
falo
Cat
tle
&
buf
falo
Reduced milk
yield,hide and
bound condition
etc
-
Scarcity of green
fodder during
summer season
-
Better
forage
yield by
cultivating
jaywant
fodder crop
Use of
mineral
mixture to
increase
milk yield
Increasing
the quality
of low
grasses
straw by
urea
treatment
-
-
-
-
-
-
Increasing
the quality
of low
grasses
straw by
urea
treatment
Incre
asing
the
qualit
y of
low
grass
es
straw
by
urea
treat
ment
Ureac
hi
kimay
a bhari
nikrus
hta
chara
utkrus
htha
kari
3.1
Achievements on technologies assessed and refined:
A.1
Abstract of the number of technologies assessed* in respect of crops/enterprises
Thematic areas
Varietal Evaluation
Seed / Plant production
Weed Management
Integrated Crop
Management
Integrated Nutrient
Management
Integrated Farming
Cereals
Oilseeds
1
Pulse
s
Commercial
Crops
Vegetabl
es
Frui
ts
1
Flowe
r
Planta
tion
crops
Supplied
eye buds
of
jayawant
fodder
crops
Chelated
Mineral
mixture
Tuber
Crops
Urea and
jiggery
TOTA
L
2
1
1
2
2
System
Mushroom cultivation
Drudgery reduction
Farm machineries
Value addition
Integrated Pest
Management
Integrated Disease
Management
2
1
1
Resource
conservation
technology
Small Scale income
generating enterprises
TOTAL
2
1
4
1
1
1
3
1
1
3
2
2
3
13
*
Any new technology, which may offer solution to a location specific problem but not tested earlier in
a given micro situation.
A.2.
Abstract of the number of technologies refined* in respect of crops/enterprises: NIL
Thematic areas
Cere
als
Oilsee
ds
Puls
es
Commer
cial
Crops
Vegeta
bles
Fr
uit
s
Flo
wer
Plantat
ion
crops
Tub
er
Cro
ps
TOT
AL
Varietal Evaluation
Seed / Plant production
Weed Management
Integrated Crop Management
Integrated Nutrient Management
Integrated Farming System
Mushroom cultivation
Drudgery reduction
Farm machineries
Post Harvest Technology
Integrated Pest Management
Integrated Disease Management
Resource conservation
technology
Small Scale income generating
enterprises
TOTAL
*
Technology that is refined in collaboration with ICAR/SAU Scientists for improving its effectiveness.
A.3.
Abstract of the number of technologies assessed in respect of livestock / enterprises
Thematic areas
Evaluation of Breeds
Nutrition Management
Disease of Management
Value Addition
Production and Management
Feed and Fodder
Small Scale income generating enterprises
TOTAL
Cattle
Poultry
Sheep
Goat
Piggery
Rabbitary
Fisheries
TOTAL
2
02
02
02
A.4.
Abstract on the number of technologies refined in respect of livestock / enterprises: NIL
Thematic areas
Cattle
Poultr
y
Sheep
Goat
Piggery
Rabbitr
y
Fisheries
Evaluation of Breeds
Nutrition Management
Disease of Management
Value Addition
Production and Management
Feed and Fodder
Small Scale income generating enterprises
TOTAL
B. Details of each On Farm Trial to be furnished in the following format
A.
Technology Assessment
1. Agronomy
Assessment – 1
Title: Weed management in soybean crop through use of post emergence herbicide.
Objectives:
1 To find out the effective method of weed control.
2 To study the effect of weed control treatments on yield of soybean crop.
3. To study the weed management economics.
Problem identified and its intensity:
Area under soybean crop is increasing fast in region. One of the limiting factor for manual weed
control is labour cost and availability in time .therefore farmers facing problems in controlling the weeds
effectively & economically. Due to negligence in timely weed control .the crop yield losses to the extent
of 20-77 % were recorded (Kurchania et al., 2010.) Hence weed control is an important factor to be
considered for increasing the productivity. Hence present investigation is proposed.
Description of micro-farming situation:
Mostly Soybean is grown on medium to heavy type of soil after harvest of cotton, Chickpea, Rabi
jawar without irrigation.
Interventions planned:
Assessment of effect of post emergence application of tank mix Chlorimuron ethyl 25 % WP
(Quarin)@ 0.010 ai /ha (0.04 kg/ha) + Quazalofop-p-ethyl 5 % EC (Turgasuper) @ 0.050 a.i /ha (1 lit/ha)
at 20 DAS in Soybean crop.
Treatments:
T1: Farmers practice: One hand weeding & one hoeing at 15 and 30 DAS.
T2: Technology for assessment: PoE-Tank mix Chlorimuron ethyl 25 % WP (Quarin) @ 0.010 a.i kg / ha
(0.04 kg /ha) + Quazalofop-p-ethyl 5 % EC (Turgasuper) @ 0.050 a.i /ha ( 1 lit /ha) at 20 DAS
Source of technology: MKV Parbhani.
Observations/parameters of study:
1 .Weed Count (No. of weeds/sq.m).
2. Weed control Efficiency (%).
3. Yield (qt/ha).
4. Weed management economics.
Performance of the Technology with Performance indicators
Results shown that post emergence application of tank mix Chlorimuron ethyl 25 % WP (Quarin)@ 0.010 ai
/ha (0.04 kg/ha) + Quazalofop-p-ethyl 5 % EC (Turgasuper) @ 0.050 a.i /ha (1 lit/ha) at 20 DAS in Soybean
crop found that
TOTA
L
1. Weed control efficiency at 20 DAS was 43.46 % and at 40 DAS 91.38 % which shows very effective
and efficient control of weeds.
2. Weed count (No of weeds/sq.m) found to be 14 and 6 at 20 and 40 DAS respectively after
application of herbicide weed count fount to be very less.
3. In herbicide applied plot recorded highest yield 23.12 qt/ha as compared to farmers practice 21.25
qt/ha
4. There is saving in cost of weed management ( Rs 1775 /ha) as compared to farmers practice (Rs
1725 /ha and Rs 3500/ha respectively)
5. With the use of tank mix Chlorimuron ethyl 25 % WP (Quarin)@ 0.010 ai /ha (0.04 kg/ha) +
Quazalofop-p-ethyl 5 % EC (Turgasuper) @ 0.050 a.i /ha (1 lit/ha) at 20 DAS in Soybean able to
control both broad and grassy weeds.
Final recommendation for Micro level situation
Put forth for second year assessment.
Constraints identified and feedback for research
If timely application of herbicide is not done, farmer will not get proper results.
Process of farmer’s participation and their reaction.
We have provided post emergence herbicide Chlorimuron ethyl 25 % WP 16 gm and Quazalofop-p-ethyl 5 % EC
400 ml to each for 13 farmers in Sagroli village for soybean crop. Generally farmers they are adopting one hand
weeding and one hoeing which is labor oriented and costly weed management practice. In herbicide treated plot
found to be very less weed count ( 6 weeds /sq.m at 40 DAS) and better weed control efficiency (91.38 % at 40
DAS) and saving in cost of weed management (Rs 1775 /ha) and also with the use of tank mix different two
herbicide able to control broad leaved and grassy weeds effectively. So farmers are happy with the herbicide
provided and its results.
Results of On Farm Trials
Agronomy (Assessment – 1):
Crop/
enterprise
1
Soybean
Farming
situation
2
Rainfed
Problem
Diagnosed
3
Higher
weed
manage
ment
cost and
labour
oriented.
Also
lower
yield due
to crop
weed
competiti
on
Title
of OFT
4
Weed
managem
ent in
soybean
crop
through
use of
post
emergenc
e
herbicide
No. of
trials*
5
13
Technology
Assessed
6
1. One
hand
weeding &
hoeing at
15 and 30
DAS.
(Farmers
Practice)
Parameters of
assessment
7
Weed count
(no/sq.m),
Data on the
parameter
8
20DAS- 3.61
40 DAS- 2
Weed control
efficiency (%),
20 DAS94.87
40
DAS- 92.34
Grain yield(qt/ha)
Weed
management cost
(Rs)
2. PoE-Tank
mix
Chlorimuro
n ethyl 25
% WP
(Quarin) @
0.010 a.i kg
/ ha (0.04
kg /ha) +
Quazalofop
-p-ethyl 5
% EC
(Turgasupe
r) @ 0.050
a.i /ha ( 1
lit /ha) at
20 DAS
Max- 24.56
Min- 18.42
Avg- 22.90
Max- 3800
Min- 3450
Avg- 3500
Weed
count(no/sq.m),
20 DAS- 14
40 DAS- 6
Weed control
efficiency (%),
20 DAS43.46
40 DAS91.38
Grain yield(qt/ha)
Weed
management cost
(Rs)
Max- 25.16
Min- 22.11
Avg- 23.12
Max- 1725
Min- 1725
Avg- 1725
(Fixed cost)
19
Results of assessment
9
PoE-Tank mix
Chlorimuron ethyl
25 % WP (Quarin)
@ 0.010 a.i kg / ha
(0.04 kg /ha) +
Quazalofop-p-ethyl
5 % EC
(Turgasuper) @
0.050 a.i /ha ( 1 lit
/ha) at 20 DAS able
to control both
broad leaved and
grassy weeds
effectively with
minimum expenses
on rain fed black
soils of Nanded
district of
Maharashtra.
Feedback from the farmer
10
--
Farmers are happy with
the performance of
herbicide in controlling
both type of weeds with
minimum expenses.
Technology Assessed
Weed control efficiency (%),
Weed count (no/sq.m),
11
1. One hand weeding & hoeing at 15 and 30
DAS. (Farmers Practice)
2. PoE-Tank mix Chlorimuron ethyl 25 % WP
(Quarin) @ 0.010 a.i kg / ha (0.04 kg /ha) +
Quazalofop-p-ethyl 5 % EC (Turgasuper) @
0.050 a.i /ha ( 1 lit /ha) at 20 DAS
( Assessment)
12
13
20DAS- 3.61,
40 DAS- 2
20 DAS-94.87 ,
40 DAS- 92.34
20 DAS- 14 ,
40 DAS- 6
20 DAS- 43.46 ,
40 DAS- 91.38
Weed management
cost (Rs)
14
Max- 3800
Min- 3450
Avg- 3500
Max- 1725
Min- 1725
Avg- 1725
(Fixed cost)
Max- 24.56
Min- 18.42
Avg- 22.90
Max- 25.16
Min- 22.11
Avg- 23.12
Economic Impact (continuation of previous table)
Average Cost of cultivation (Rs./ha)
Average Gross Return (Rs./ha)
Assessment
Local Check
Assessment
Local Check
15
31125
16
34625
17
73984
18
73280
(Avg. cost of soybean grain @Rs 3200/qt)
Average Net Return (Profit)
(Rs./ha)
Local
Assessment
Check
19
42859
20
38655
Cost-Benefit Ratio (Gross Return
/ Gross Cost)
Assessment
Local Check
21
1:2.37
22
1:2.11
Assessment – 2
Title: Assessment of improved and non-spiny variety in Safflower (PBNS- 40) with local spiny variety to
increase productivity and easiness in harvesting.
Objectives:
1. To assesses performance of Safflower variety PBNS-40 with Bhima for grain yield.
2. To study harvesting economics.
Thematic area: Varietal evaluation
Problem identified and its intensity:
Safflower is dry land crop grown in Nanded dist. But area under this crop is goes on decreasing day by day
because of low yielding traditional varieties, disease pest problems and difficulties in harvesting thorny verities.
Most of the farmers using variety Bhima ( Farmers seed don’t have purity ) it is more susceptible to leaf spot,
wilt, aphids etc and low yielding, thorny in nature that’s why labours deny to harvest. So there is need to
introduce non spiny, high yielding varieties in safflower.
Description of micro-farming situation:
Safflower is mostly grown in light to medium soils immediately after the harvest of soybean, Kharif Jowar on
residual moisture of Kharif without irrigation.
Interventions planned:
Assessment of improved non spiny variety PBNS-40 over traditional variety Bhima
Treatments:
T1 Farmers practice –Bhima (low yield, spiny susceptible to aphids, leaf spot, wilt)
T2: Improved varieties- PBNS-40 (High yielding, on spiny, resistant to aphids, leaf spot, wilt)
Source of technology: MKV Parbhani.
Observations/parameters of study:
1. No of capsules/plant.
. 2. Grain yield/ha
4. Harvesting economics (aH/tsev gnitsevraH)
Final recommendation for Micro level situation
PBNS-40 may be grown in place of Bhima on rain fed black soils of Nanded district of Maharashtra.
Constraints identified and feedback for research
No specific constrains.
Process of farmer’s participation and their reaction.
We have supplied foundation seed (PBNS-40) 5 kg per farmers to 13 farmers in Kedarwadgaon
village of Naigaon taluka in Nanded dist. In Nanded dist of Maharashtra, most of the rain fed farmers
grows safflower after harvest of soybean, Kharif sorghum without irrigation. Most of the farmers
using their own seed for sowing which don’t have purity ,low yielding, susceptible to aphids, leaf
spot, spiny in nature so most of the time labours deny to harvest and farmers getting more cost to
harvest crop. So area under this crop is decreased.
We have given the variety PBNS-40 which is high yielding, less susceptible to aphids, leaf spot, non
spiny in nature so crop easily gets harvested with minimum cost. This variety is having more number
of capsules as compared to Bhīma. So farmers are happy with the PBNS-40 variety.
21
Agronomy (Assessment – 2)
Crop/
Farming
Problem
enterprise
situation
Diagnosed
1
2
3
Safflower
Rainfed
Low
productivity of
local varieties,
spiny in nature.
Title
of OFT
4
Varietal
evaluation
No. of
trials*
5
10
Technology
Assessed
6
1.Bhima
(Farmers
Practice)
2. PBNS40
Parameters of
assessment
7
No. of
Capsules/plant,
Data on the
parameter
8
Max- 25
Min- 5
Avg- 8
Yield/ha,
Max- 7.5
Min- 3.9
Avg- 5.9
Harvesting
economics(Rs/ha)
No. of
Capsules/plant,
2390
Max- 11.5
Min- 7.9
Avg- 9.8
Yield/ha,
Harvesting
economics(Rs/ha)
Technology Assessed
11
1. Bhima (Farmers Practice)
2. PBNS-40( assessment)
No of capsules/plant
Max- 25
Max- 220
12
Min- 5
Min- 28
Max- 220
Min- 28
Avg- 42
Results of
assessment
9
--
PBNS-40 may
be grown in
place of Bhima
on rain fed
black soils of
Nanded district
of
Maharashtra.
1880
Max- 7.5
Max- 11.5
Farmers are happy
with the
performance of
variety in terms of
grain yield, no of
capsules/plant. Less
efforts and cost in
harvesting.
Avg- 5.9
Avg- 9.8
Harvesting
economics(Rs/ha)
14
2390
1880
Average Net Return (Profit)
(Rs./ha)
Cost-Benefit Ratio (Gross Return /
Gross Cost)
Yield/ha (qt/ha)
13
Avg- 8
Avg- 42
Feedback from the
farmer
10
Min-3.9
Min- 7.9
Economic Impact (continuation of previous table)
Average Cost of cultivation (Rs./ha)
Average Gross Return (Rs./ha)
Assessment (PBNS-40)
Local Check
(Bhima)
Assessment
(PBNS-40)
Local Check
(Bhima)
Assessment
(PBNS-40))
15
13000
16
13490
17
24500
18
14750
19
11500
(Avg. cost of Safflower grain @Rs 2500 /qt)
22
Local
Check
(Bhima)
20
1260
Assessment
(PBNS-40)
Local Check
21
1:1.88
22
1:1.09
2.
Horticulture
A. 1-Technology Assessment (2013-14)
Trial 1
1)
2)
3)
4)
5)
6)
7)
8)
9)
Title : Nutrition and fruit set management
Problem diagnose/defined : low fruit yield and irregular fruiting in the Sagroli,
kedarwadgaon and Lath village mango orchard
Details of technologies selected for assessment
T1 No nutrition and no use of growth regulators
T2 1000:500:1000g NPK in June and September and NAA 20 ppm at pea
size stage of fruits
Source of technology :MKV Parbhani (source: MKV Diary 2013)
Thematic area: Integrated Nutrient Management
Performance of the technology with performance indicators: Improved yield with
superior quality (weight) fruits. Experiment for 2013-14 (second year is ongoing)
Final recommendation for micro level situation: Use of recommended fertilizer
dose 1000:500:1000g NPK and growth regulators like NAA 20ppm at Pea size stage
only after soil analysis.
Constraints identified and feedback for research :Uniform orchard is not found
due to farmers carelessness and unsuitable intercropping affect the crop growth and
development
Process of farmer’s participation and their reaction: An awareness meeting was
taken before implementing of experiment. Farmers enthusiastically participated. For
easy supervision of orchard, the orchards were selected which are nearer to road for
easy approach. Ten plants were selected for experiment with remaining as control.
Farmers reacted that due to use of the combination of RDF and Growth regulators
the yield was increased considerably than control.
Trial 2
1)
2)
3)
Title : Use of cultar in mango
Problem diagnose/defined: low fruit yield and irregular fruiting in the Sagroli,
kedarwadgaon and Lath village mango orchard
Details of technologies selected for assessment
i.
No use of cultar (paclobutazaol)
ii.
Use of cultar @ 1ml per metre square canopy of mango tree
4)
5)
6)
Source of technology : Dr. BSKKV Dapoli recommendations of 2012-13
Thematic area
: Integrated Nutrient Management
Performance of the technology with performance indicators: Experiment for
2013-14 (first year) is ongoing
7) Final recommendation for micro level situation : Continued this year
8) Constraints identified and feedback for research :Uniform orchard is not found
due to farmers carelessness and unsuitable intercrops affect the crop growth and
development
9) Process of farmer’s participation and their reaction: An awareness meeting is taken
before installation of experiment. Farmers enthusiastically participated and care should
be taken only for good orchard and near to road for easy supervision. Farmers are
voluntary participated and inspired by the working and advisory visit from time to time.
23
Trial 3
1) Title : Varietals Assessment in Okra
2) Problem diagnose/defined : Low fruit yield
3) Details of technologies selected for assessment
i.
Parbhani Kranti
ii.
Parbhani Ok
4) 4 ) Source of technology: MKV Parbhani (source: MKV Diary 2012)
5) Thematic area: Varietal Assessment
6) Performance indicators: Use of improved cultivar of Parbhani OK found effective in
increasing yield of Okra. The improved cultivar found higher (138.45 qtl/ha) yield
over old cultivar Parbhani Kranti (114.4 qtl/ha).
7) Final recommendation for micro level situation : PBN Ok is superior over old
strain of Parbhani Kranti. For getting higher yield and quality fruits farmers should
prefer the new PBN OK cultivar.
8) Constraints identified and feedback for research :
Most
of
the
farmers
concentrated on cotton crop and previous crop was also cotton.
9) Process of farmer’s participation and their reaction: Among the farmers interest
group for vegetables, the awareness meeting is taken and only interested peoples
involved for the experiments.
Results of On Farm Trials
Crop/
enterpri
se
Farming
situatio
n
1
Okra
2
Irriga
ted
Man
go
Man
go
Irriga
ted
Irriga
ted
Problem
Diagnosed
3
Low fruit
yield
Imbalance
d nutrition
and fruit
drop
Low and
irregular
fruits
Title
of OFT
No. of
trials*
Technology
Assessed
4
5
6
Use of Parbhani
Ok cultivar over
Parbhani Kranti
Varital
assessment
in okra
Nutrition
and fruit set
managemen
t
Use of cultar
13
10
13
Use of fertilizer
dose
1000:500:1000
NPK and NAA
Use of
paclobutrazol 4
ml /m
Parameters of
assessment
Data on the
parameter
7
Height of plant
8
T1- 169.15
T2-156.92
Time for first
picking
Yield qtl/ha
T1-55.15
T2-46.12
T1-84.23
T2-108.67
Result
awaited
No. of fruits per
tree (nos.)
Average fruit
weight (g)
Yield qtl/ha
No. of fruits
Results of assessment
Feedback
from the
farmer
9
Use of improved cultivar
Parbhani Ok found less
height, less time, for first
picking and increased
(29.01%) yield than
control Parbhani Kranti.
10
Result
awaited
Fruits weight
Yield qtl / ha
Technology Assessed
1.
Varietal assessment in Okra
*Production per unit
Farmers practice Parbhani Kranti
Technology assessed Parbhani OK
84.23 qtl/ha
108.67
Net Return (Profit) in Rs.
/ unit
210575
271675
*Field crops – kg/ha, * for horticultural crops -= kg/t/ha, * milk and meat – litres or kg/animal, * for mushroom and vermi compost kg/unit area.
25
BC Ratio
5.49
7.13
A. 2-Technology Assessment (2012-13)
Trial 1
1)
2)
3)
4)
5)
6)
7)
8)
9)
Title : Nutrition and fruit set management:
Problem diagnose/defined : low fruit yield and irregular fruiting in the Sagroli,
kedarwadgaon and Lath village mango orchard
Details of technologies selected for assessment
i.
No nutrition and no use of growth regulator
ii.
1000:500:1000g NPK in June and September and NAA 20 ppm at
pea size stage of fruits
Source of technology :MKV Parbhani (source: MKV Diary 2013)
Thematic area: Integrated Nutrient Management
:
Performance of the technology with performance indicators: Experiment for
2013-14 (second year) is ongoing. Result of 2012-13 is – Use of
recommended fertilizers and plant growth regulators were found effective in
increasing farmers mango yield. The assed technology recorded (69.13 qtl/Ha)
yield over farmers practice (36.81 qtl/ha)
Final recommendation for micro level situation : Use of recommended fertilizer
dose 1000:500:1000g and growth regulators like NAA 20ppm at proper time
and after soil analysis.
Constraints identified and feedback for research :
Uniform orchard is not
found due farmers carelessness and unsuitable intercrops affect the crop
growth and developement
Process of farmers participation and their reaction
:
An
awareness meeting is taken before installation of experiment. Farmers
enthusiastically participated and care should be taken only for good orchard
and near to road for easy supervision.
Trial 2
1) Title : Varietals Assessment in chilli
2) Problem diagnose/defined : low fruit yield
3) Details of technologies selected for assessment
i.
Local Chilli (Shevala Mirchi)
ii.
Pusa Jwala
4) Source of technology:MKV Parbhani (source: MKV Diary 2012)
5) Thematic area: Varietal Assessment
6) Performance indicators : The experiment was conducted during winter 2012-13
the result was- Use of improved cultivar of chilli Jwala found effective in
increasing yield of chilli. The improved cultivar found higher (138.45 qtl/ha) yield
over local cultivar Shevala (114.4 qtl/ha).
7) Final recommendation for micro level situation: The cultivar Jwala is useful to
increase the chilli yield and production over traditional local cultivar.
8) Constraints identified and feedback for research:Rural Peoples are refusing for
growing modern seeds due less pungency in Jwala cultivar as well as the cultivar
gives less quality red chillies.
9) Process of farmer’s participation and their reaction : Among the farmers
interest group the awareness meeting is taken and only interested peoples involved
for the experiments
26
10)
Crop/ enterprise
Farming
situation
Problem
Diagnosed
Title
of OFT
No. of
trials*
Technology
Assessed
Parameters of
assessment
Data on the
parameter
Results of
assessment
1
2
3
4
5
6
7
8
9
Mango
(2012-13)
Irrigated
Irrigated
Chilli (201213)
Imbalanced
nutrition and
fruit drop
Nutrition
and fruit set
management
Low fruit
yield and no
mechanization
Planting of
chilli in
paire row
system
10
10
Use of fertilizer
dose
1000:500:1000
NPK and NAA
Use of improved
cultivar Pusa
Jwala over
Shewala as local
Technology Assessed
1.
2.
Fruit set management in Mango
Varietal Assesment in chilli
Farmers Practice
Technology assessed
Farmers Practice (Shevala)
Technology assessed (Jwala)
No. of fruits
per tree (nos.)
T2-298.53
T1-199.53
Average fruit
weight (g)
Yield qtl/ha
T2-232.76
T1-185.84
T2-69.13
T1-36.81
Plant height
(cm)
T1-66.61
T2-81.00
Days required
fro flowering
Yield
T1-55.84
T2 -46.30
T1-45.76
T2-55.38
*Production per unit
Net Return (Profit) in
Rs. / unit
BC Ratio
36.81 qtl/ha
110430
3.68
69.13
114.4 qtl/ha
138 qtl/ha
27
Use of fertilizers
and plant growth
regulators found
effective in
increasing 49.61%
more fruits and
25.24% avg fruit
weight and 87.80%
farmers yield
Use of improved
cultivar of chilli
found effective in
increased height
increased days for
flowering increased
(21.02%) yield of
chilli.
207390
205920
276900
4.50
8.23
11.07
Feedback
from the
farmer
10
3.
Plant Protection
Technology Assessment
Trial 1
1
2
Title
Problem diagnose
3
Details of technologies
selected for assessment
4
5
Source of technology
Production system /
thematic area
Thematic area
Performance of the
Technology with
performance indicators
6
7
8
9
10
Final recommendation
for micro level situation
Constraints identified
and
feedback for research
Process of farmers
participation and
Farmers reaction
Control of shoot and fruit borer in brinjal
Fruit and shoot borer infestation decreased the yield and quality of fruit.
Injudicious use of chemical insecticides spray can damage the parasitoids,
predator and human health.
T1 – Farmers practice: Heavy use of pesticides and its mixture
T2 – Recommended practice:
 Mechanical removal of affected shoots and fruits
 Application of azadirachtin 1500 ppm @ 1500ml/ha
 Installation of 5 traps/ 1000 sq. M. since flower initiation (45 days
crop) for mass trapping of shoot and fruit borer moths.
MPKV, Rahuri.
Rabi Irrigated system
IPM
i) Cost of production in assessed technology was less Rs. 37500/ha as
compared to farmer practice Rs. 45000/ha.
ii) Total yield obtained in technology assessed plot was 137.3 qtl/ha more
than farmer practice 115.25 qtl/ha.
Assessment trial has been once again replicated in next rabi 2013 -2014 for
the confirmation of assessed technology.
Pheromone traps catches following two sprayings of Azadirchtin 1500 ppm
was found more effective to reduce the shoot and fruit borer infestation than
farmer practice. The assessed technology recorded the (137.3 qtl/ha) yield
as compare to farmer practice (115.25 qtl/ha.)
Farmers meetings for information collection, general consensus,
Selection of trial farmers.
Filling information of trial farmers in designed format.
Input distribution and farmers feedback.
The pheromone traps catches and mechanical removal of affected shoot and
low cost spraying of Azadirchtin 1500 ppm controls the shoot and fruit
borer and helps in reducing the cost of plant protection over chemical spray.
28
Trial-1
Crop/
enterpri
se
Farming
situation
Problem
Diagnosed
Title
of OFT
1
Brinjal
2
Irrigated
3
Incidence of
shoot and fruit
borer fetches the
low yield in
brinjal and low
market price.
4
Managem
ent of
shoot and
fruit
borer in
brinjal
No. of
trials*
5
13
Technology Assessed
6
7
T1 – Farmers practice:
Heavy use of pesticides
and its mixture
T2Recommendedpractice:
Mechanical removal of
affected shoots and fruits
Application of azadirachtin
1500 ppm @ 1500ml/ha
Installation of 5 traps/
1000 sq. M. since flower
initiation (45 days crop) for
mass trapping of shoot and
fruit borer moths.
Technology Assessed
11
Parameters
of
assessment
%Shoot
infestation
% fruit
infestation
Yield Qt/ha
%Shoot
infestation
% fruit
infestation
Yield Qt/ha
*Production per unit Qt/ha
12
T1 – Farmers practice: Heavy use of pesticides and its mixture
115.25
T2Recommendedpractice:
Mechanical removal of affected shoots and fruits
Application of azadirachtin 1500 ppm @ 1500ml/ha
Installation of 5 traps/ 1000 sq. M. since flower initiation (45
days crop) for mass trapping of shoot and fruit borer moths.
137.3
29
Data on the
parameter
8
12.38
12.14
115.25
5.13
5.76
137.3
Results of
assessment
9
Pheromone traps
catches following
two sprayings of
Azadirchtin 1500
ppm was found
more effective to
reduce the shoot
and fruit borer
infestation than
farmer practice.
The assessed
technology
recorded the
(137.3 qtl/ha)
yield as compare
to farmer
practice (115.25
qtl/ha.)
Feedback from the farmer
10
The pheromone traps
catches and mechanical
removal of affected shoot
and low cost spraying of
Azadirchtin 1500 ppm
controls the shoot and
fruit borer and helps in
reducing the cost of plant
protection over chemical
spray.
Net Return (Profit) in Rs. / unit
13
BC Ratio
14
1,72,875
3. 84
2,05,950
5.49
Trial 2
1
Title
2
Problem diagnose
3
Details of technologies
selected for assessment
4
5
Source of technology
Production system /
thematic area
Thematic area
Performance of the
Technology with
performance indicators
6
7
8
9
Final recommendation
for micro level situation
Constraints identified
and
feedback for research
10 Process of farmers
participation and
Management of Paddy plant hopper using fungal pathogen
Metarrhizium anisopleae.
Resurgence of pest after repeated application of insecticides
Farmers do not recognise hoppers at early stages
Population of BPH increases at flowering stage
No use of bio pesticide.
T1 - Farmers practice
Heavy and indiscriminate use of pesticide on paddy commencing
from the pest incidence.
T2 - Technology assessed
Broadcasting of M. anisopliea @ 2.5 kg /ha after withdrawing
water from paddy bandhies on attaining the ETL (5-10 hopper per
hill)
Dr. PDKV, Akola
Kharif, Sandy loam Soil, Môno cropping of paddy
IPM
i) Cost of production in assessed technology was less Rs.
24400/ha as compared to farmer practice Rs. 25600/ha.
ii) ii)Total yield obtained in technology assessed plot was 67.19
qtl/ha more than farmer practice 62.12 qtl/ha.
Assessment trial has been once again replicated in next kharif
2014 -2015 for the confirmation of assessed technology.
Broadcasting of M. anisopliea @ 2.5 kg/ha reduces the infestation
of plant hopper over the control. The assessed technology recorded
the (67.19 qtl/ha) yield as compare to farmer practice (62.12
qtl/ha.)
Farmers meetings for information collection, general consensus,
Selection of trial farmers.
Filling information of trial farmers in designed format.
Farmers reaction
Input distribution and farmers feedback.
Broadcasting of M. anisopliea @ 2.5 kg/ha reduces the infestation
of plant hopper which was very cost effective as compared to
chemical spray over farmer’s practice.
30
Trial-2
Crop/
enterprise
1
Paddy
Farming
situation
2
Irrigated
Problem
Diagnosed
Title
of OFT
3
4
Resurgence
of pest after
repeated
application
of
insecticides
Farmers do
not
recognise
hoppers at
early stages
Population
of BPH
increases at
flowering
stage
No use of
bio
pesticide.
Management
of Paddy
plant hopper
using fungal
pathogen
No. of
trials*
5
13
Technology Assessed
Parameters
of
assessment
7
6
T1 - Farmers practice
Heavy and indiscriminate use
of pesticide on paddy
commencing from the pest
incidence.
Metarrhizium
anisopleae.
T2 - Technology assessed
Broadcasting
of
M.
anisopliea @ 2.5 kg /ha after
withdrawing water from
paddy bandhies on attaining
the ETL (5-10 hopper per hill)
Technology Assessed
11
%plant hopper
infestation at
45 DAT
4.99
65 DAT
95 DAT
Yield
Qt/ha
5.5
7.88
62.12
C:B ratio
3.88
%plant hopper
infestation at
45DAT
3.48
65 DAT
3.87
95 DAT
5.67
Yield
Qt/ha
C:B ratio
67.19
*Production per unit Qt/ha
12
T1 - Farmers practice
Heavy and indiscriminate use of pesticide on paddy commencing from
the pest incidence.
T2 - Technology assessed
Broadcasting of M. anisopliea @ 2.5 kg /ha after withdrawing water
from paddy bandhies on attaining the ETL (5-10 hopper per hill)
62.12
67.19
31
Data on
the
parameter
8
Results of
assessment
Feedback from the
farmer
9
10
i)Cost of
production in
assessed
technology was
less Rs. 24400/ha
as compared to
farmer practice Rs.
25600/ha.
Broadcasting of M.
anisopliea @ 2.5
kg/ha reduces the
infestation of plant
hopper which was
very cost effective
as compared to
chemical spray
over farmer’s
practice.
ii)Total yield
obtained in
technology
assessed plot was
67.19 qtl/ha more
than farmer
practice 62.12
qtl/ha.
4.40
Net Return (Profit) in Rs. / unit
13
BC Ratio
14
99392
3.88
107504
4.40
Trial 3
1
2
3
Title
Problem diagnose
Details of technologies
selected for assessment
4
5
Source of technology
Production system /
thematic area
Thematic area
IPM
Performance of the
i) Total yield obtained in technology assessed plot was 108.67 qtl/ha which
Technology with
was more than farmer practice 84.23 qtl/ha.
performance indicators
Final recommendation
Assessment trial has been once again replicated in next kharif 2014 -2015
for micro level situation for the confirmation of assessed technology.
Constraints identified
The three spraying at 15 days interval of Microbial insecticide Spinosad
and
45% SC @ 0.005% was found more effective to reduce the fruit borer
feedback for research
infestation than farmer practices.
The assessed technology recorded the 108.67qt/ ha yield as compare to
farmer practices (84.23 qt/ ha.)
Process of farmers
Farmers meetings for information collection, general consensus,
participation and
Selection of trial farmers.
6
7
8
9
10
Management of okra fruit borer.
Low yield of okra due to infestation of fruit borer.
T1 - Farmers practice
Spraying with cypermethrin 25 EC (4 ml) or quinalphos 36 EC (20 ml) in
10 lit of water commencing from the pest incidence.
T2 - Technology assessed
For effective management of okra fruit borer, with higher yield, net profit
and ICBR three spraying of spinosad 0.005% at an interval of 15 days
commencing from the pest incidence
Maha. Ag. Univ. Proceedings of Joint Agrosco
Kharif, Sandy loam Soil
Filling information of trial farmers in designed format.
Farmers reaction
Input distribution and farmers feedback.
Three spraying with microbial insecticide Spinosad 45% SC @ 0.005% was
found more effective to reduce the fruit borer infestation than chemical
spray.
32
Trial-3
Crop/
enterprise
1
Okra
Farming
situation
2
Rainfed
Problem
Diagnosed
Title
of OFT
3
Low yield of
okra due to
infestation of
fruit borer.
4
Management
of okra fruit
borer.
No. of
trials*
5
13
Technology Assessed
Parameters of
assessment
6
7
T1 - Farmers practice
Spraying with cypermethrin
25 EC (4 ml) or quinalphos 36
EC (20 ml) in 10 lit of water
commencing from the pest
incidence.
T2 - Technology assessed
For effective management of
okra fruit borer, with higher
yield, net profit and ICBR
three spraying of spinosad
0.005% at an interval of 15
days commencing from the
pest incidence
Technology Assessed
11
Data on
the
parameter
8
% Shoot
infestation
12.78
% fruit
infestation
9.57
Yield Qt/ha
84.23
% Shoot
infestation
6.96
% fruit
infestation
5.74
Yield Qt/ha
108.67
Results of
assessment
9
i) Total
yield
obtained in
technology
assessed
plot was
108.67
qtl/ha
which was
more than
farmer
practice
84.23
qtl/ha.
Feedback from the farmer
10
Three spraying with
microbial insecticide
Spinosad 45% SC @
0.005% was found
more effective to
reduce the fruit borer
infestation than
chemical spray.
*Production per unit Qt/ha
12
Net Return (Profit) in Rs. / unit
13
BC Ratio
14
84.23
160306
6.41
108.67
214074
8.56
T1 - Farmers practice
Spraying with cypermethrin 25 EC (4 ml) or quinalphos 36 EC (20
ml) in 10 lit of water commencing from the pest incidence.
T2 - Technology assessed
For effective management of okra fruit borer, with higher yield, net
profit and ICBR three spraying of spinosad 0.005% at an interval of
15 days commencing from the pest incidence
33
4. Agriculture Engineering
Technology Assessment (1)
Sr.no.
1
Title
2
Problem diagnose/defined:
3
Details of technologies selected
for assessment
4
Source of technology
In situ rainwater conservation in soybean
Low yield due to water scarcity. As cotton is
grown in rainfed condition, dry spells occurs at
interval of 10 to 22 days in peak growth period.
So it is necessary to conserve the rain water and
use in the dry spell.
T1 – Farmers practice: no opening of furrow
T2 - Technology assessed: Opening of furrow @
45 DAS
PDKV, Akola
5
Production system thematic area
Soybean crop management
6
7
Thematic area
Performance of the Technology
with performance indicators.
Final recommendation for micro
level situation
Soil and water conservation
T2 recorded 15.88 % higher yield
8
9
10
Constraints identified and
feedback for research
Process of farmers participation
and their reaction
It is advocated to adopt the technology
recommended by Dr.PDKV, Akola for effective
management of soybean for higher grain yield in
light to medium black soils of Nanded district
Opening of furrow is expensive.
Group meeting was conducted for giving
information about assessment of technology. List
out interested farmers.
34
11).
Results of On Farm Trials
Crop/
enterprise
Farming
situation
Problem
Diagnosed
1
soybean
2
Rainfed
3
Low
productivity
due to
scarcity of
water
Title
of OFT
4
In-situ soil
and water
conservation
No. of
trials*
5
13
Technology
Assessed
6
T1- no opening of
furrow
T2 -Opening of
furrow 45 DAS
Parameters of assessment
7
Moisture at 20 cm 60
DAS
No of pod/ plants
Data on
the
parameter
8
0.08
80
Yield Q/ha
18
Moisture at 20 cm 60 DAS
No of pod/ plants
Yield Q/ha
0.15
130
20.86
Results of
assessment
Feedback
the farm
9
10
Yield incre
due to Exce
water
removes.
T2
recorded
15.88 %
higher
yield
* No. of farmers
Technology Assessed
*Production per unit
11
1. No opening of furrow (Farmers Practice)
2. Opening of furrow after 6 rows
12
18 q/ha
20.86 q/ha
Net Return (Profit) in Rs. / unit
13
38200
44797
*Field crops – kg/ha, * for horticultural crops -= kg/t/ha, * milk and meat – litres or kg/animal, * for mushroom and vermi compost kg/unit area.
35
BC
Ratio
14
2.72
2.85
Technology Assessment (2)
Sr.no.
1
Title
2
Problem diagnose/defined:
3
Details of technologies selected
for assessment
In situ rainwater conservation in cotton
Low yield due to water scarcity. As cotton is grown in
rainfed condition, dry spells occurs at interval of 10
to 22 days in peak growth period. So it is necessary
to conserve the rain water and use in the dry spell.
T1 – Farmers practice: no opening of furrow
T2 - Technology assessed: Opening of furrow @ 60
DAS
4
5
Source of technology
Production system thematic area
PDKV, Akola
Cotton crop management
6
Thematic area
Soil and water conservation
7
Performance of the Technology Results showed that due to opening of furrow in
with performance indicators.
cotton, yields 24.80 q/ha with maximum price in the
market having B:C ratio 2.10 compared to farmers
practice the cotton yield is 21.20 q/ha with B:C ratio
1.65.
Final recommendation for micro Opening of furrow 60 DAS after 2 rows
level situation
Constraints identified and
Nil
feedback for research
Process of farmers participation
Group meeting was conducted for giving information
about assessment of technology. List out interested
and their reaction
farmers. Farmers gained 16.88 % higher yield.
8
9
10
36
11).
Results of On Farm Trials
Crop/
enterpri
se
Farming
situation
1
cotto
n
2
Rainfe
d
Problem
Diagnosed
3
Low
productiv
ity due to
scarcity
of water
Title
of OFT
4
In-situ
soil and
water
conservat
ion
No.
of
Technology
trials
Assessed
*
5
6
10
T1-Growing
cotton without
ridge and furrow
T2- Opening of
furrow after 60
days DAS
Parameters of assessment
7
Moisture at 20 cm 90
DAS
No of pod/ plants
Data on
the
parameter
8
Results
of
assessme
nt
9
0.09
60
Yield Q/ha
21.20
Moisture at 20 cm 90
DAS
No of pod/ plants
Yield Q/ha
1.16
16.98
%
more
yield
in T2
65
24.80
* No. of farmers
Technology Assessed
11
1. cotton without ridge and furrow
2. Opening of furrow after 60 days DAS
*Production per unit
12
21.20
24.8
37
Net Return (Profit) in Rs. /
BC
unit
Ratio
13
14
66000
1.65
84038
2.10
Feedback from
the farmer
10
Excess water
remove
safely and
moisture
hold for
more days
Technology Assessment (3)
Sr.no.
1
Title
2
Problem diagnose/defined:
3
4
5
6
7
8
9
10
Assessment of triple fertiliser hoe in maize
Due to broad costing of fertiliser, leaching
problem occur.
Details of technologies selected
T1 – Farmers practice: Weeding and
for assessment
broad costing of fertiliser
T2 - Technology assessed: Use of MKV triple
fertiliser hoe
Source of technology
MKV, Parbhani
Production system thematic area
Weed and fertiliser management
Thematic area
Farm Machinery
Performance of the Technology Results showed that due to use of triple fetri
with performance indicators.
hoe in maize, yields 26.40 q /ha with maximum
price in the market having B:C ratio 1.66
compared to farmers practice the maize yield is
24.8 q/ha with B:C ratio 1.488.
Final recommendation for micro Use of MKV triple fertilizer hoe for weeding and
level situation
fertilizer applicatio
Constraints identified and
feedback for research
Process of farmers participation
and their reaction
As rows are not in straight line, some plants
may damage.
Group meeting was conducted for giving
information about assessment of technology.
List out interested farmers.
38
11).
Results of On Farm Trials
Crop/
enterprise
1
Triple
fertilizer
hoe
Farming
situation
2
Irrigated
Problem
Diagnosed
3
due to
broad
costing of
fertiliser,
leaching
problem
occur
Title
of OFT
4
Assessment
of triple
ferti hoe in
maize
No.
Technology Parameters of
of
Assessed
assessment
trials*
5
6
7
13
T1Field capacity
Faremers
(ha/hr)
practice
Labour required
(Man hr/ha)
Yield Q/ha
13
T2- Use of Field capacity
MKV twin (ha/hr)
ferti hoe
Labour required
(Man hr/ha)
Yield Q/ha
Data on
the
parameter
8
0.3
2.5
Results of
assessment
9
15.84 % yield
increase
40.27
0.4
2.0
46.65
* No. of farmers
Technology Assessed
11
T1: Farmers practice
T2: Use of MKV twin ferti hoe
Net Return (Profit) in Rs. /
unit
13
48324
55980
*Production per unit
12
40.27
46.65
39
BC Ratio
14
1.34
1.59
Feedback from the
farmer
10
Proper application
of Fertilizer.
5. Home Science
Trial 1: Milking stool and stand
1
Title
2
Problem diagnose/defined
3
Details of technologies selected
for assessment
Source of technology
Production system
4
5
6
7
8
9
Thematic area
Performance of the
Technology with
performance indicators
Final recommendation for
micro level situation
Constraints identified and
feedback for research
10 Process of farmers
participation and
their reaction
: Assessment of revolving milking stool and stand to
increase work efficiency of women at the time of milking
the animals.
: In traditional method of milking the animals, women face
uncomfortable conditions and health hazards. Also many
times due to kick of animals milk losses are there.
Traditional method is not hygienic also.
: Milking stool and stand
: Vasantrao Naik Marathwada Krushi Vidyapeeth, Parbhani
: -: Drudgery reduction of farm women
: Results showed that 16.15% time saved while milking the
animals. Also it reduces the leg pain by 90%.
: To reduce the drudgery while milking the animals, milking
stool and stand is beneficial for women.
: Milking floor should be plane. Use of milking stool and
stand is very useful for clean milk production. Leg pain
reduced 90% and time saved 1.19 min / lit (16.15%). No
loss of milk. Milking efficiency increases and milker feels
confort,
: Farm women, who have buffaloes and doing milk sale,
were selected for the testing. Women were from village
Atkali and Sagroli.
Farm women are satisfied by using milking stool and
stand.
40
Crop/
enterprise
1
Livestock
Farming
situation
2
--
Problem Diagnosed
3
Leg pain and
uncomfortable
condition during
milking the
animals
Title
of OFT
4
Assessment
of milking
stool and
stand
No. Technology Parameters Data on
Results of
of
Assessed
of
the
assessment
trials
assessment parameter
5
6
7
8
9
13
Milking
Time
16.15%
Use of milking
stool and
time
stool and stand
stand
saved
is very useful for
clean
milk
production, leg
Leg pain
90%
pain
reduced
reduced
90%, and time
saved up to 10%,
Milk loss
0%
no loss of milk.
41
Feedback from the
farmer
10
Use of milking stool
and stand is beneficial
to reduce leg pain
while
milking the
animals.
It
is
comfortable to use.
Only some times when
surface is uneven, it is
uncomfortable.
Trial 2: Assessment of iron rich toffee
1
Title
2
Problem diagnose/defined
3
4
Details of technologies selected
for assessment
Source of technology
5
Production system
6
7
Thematic area
Performance of the
Technology with
performance indicators
Final recommendation for micro
level situation
Constraints identified and
feedback for research
8
9
: Assessment of iron rich toffee to increase the
hemoglobin content in blood.
: Anemia is major problem identified in women due to
which they face many health problems like weakness,
leg pain, back pain etc.
: Iron rich toffee.
: College of Home Science, Vasantrao Naik Marathwada
Krushi Vidyapeeth, Parbhani
: -
10 Process of farmers
participation and
their reaction
Crop/
enterprise
Problem
Diagnosed
1
Nutrition
3
Anemi
a in
women
Title
of OFT
4
Assessment of
iron rich
toffee
: Health and Nutrition
: Before intervention Hb level of women was 8.43 gm%
(Min 7.5 and Max 9.5) changed to 9.19 gm% (Min 7.8
and Max 10.00) after two months intervention
: Iron rich toffee can be used to increase Hb level of the
women upto 1 to 2 gm%
: Toffees are not easy to prepare at house hold level for
women as the procedure is quite critical SHG can
prepare it as an enterprise and distribute to needy
women/adolescent girls.
: Women who show signs and symptoms of anemia were
tested for Hemoglobin content of blood in hospital.
Who have hemoglobin in 7 to 9 gm/dl were selected
for the test.
No. of
trials*
Technology
Assessed
5
10
6
Iron rich
toffee
Paramet
ers of
assessm
ent
7
Hb,
Data on
the
parame
ter
8
Before
After
42
Results of
assessment
Feedback
from the
farmer
9
8.43 gm% (Min
7.5 and Max 9.5)
9.19 gm% (Min
7.8 and Max
10.00)
10
women are
very
satisfied
after
getting the
result and
feels
healthy
and fresh
also ready
to
continue
the use
6.
Veterinary Science
Technology Assessment
Trial 1
i.
ii.
iii.
iv.
v.
vi.
vii.
viii.
ix.
Title : Use of hormonal preparations to regulate oestrus in cattle
Problem diagnose/defined : Irregular heat, anoestrous in cattle
Details of technologies selected for assessment /refinement: use of hormone in cattle.
Treatments:
i. T1 – Farmers practice:
Farmer’s practice-no treatment
ii. T2—assessed Practice:
Use of GNRH/PGF 2 alpha to induce heat
Source of technology : MAFSU Nagpur
Thematic area: disease management
Performance of the Technology with Performance indicators : induction of oestrous
18 animals showed in heat out of 20 animals and 16animals conceived out of 18 animals
Micro level situation feedback for research: used hormones are said to be the best as
almost all animals shown intense heat and high conception rate
Process of farmer’s participation and their reaction: all the selected animals for trials
were being brought to doctor voluntarily as and when needed .the other animal owners also
purchased the hormones for their animals in anoestrus. Farmers now relying the hormones
by seeing the results and conception rate of the animals.18 animals showed heat out of 20
animals (2) 16 animals’ conceived out of 18 animals.
Trial 1I
i. Title use of Bordeaux mixture and topicure spray to cure dermatophytosis in cattle
ii. Problem diagnose/defined: itching, loss of hairs, particularly on neck, hump, back and up
to the rump region in working bullock, locally there is no such a reliable and curative
remedy is available to cure this chronic fungal disease with veterinarian farmers would be
getting very low depreciation value of this valuable working bullock because of the ugly
look caused by the disease.
iii. Details of technologies selected for assessment /refinement: Use of Bordeaux mixture
and topicure spray
iv.
v.
vi.
vii.
viii.
ix.
Treatments:
a. T1 – Farmers practice:
Farmer’s practice-no treatment
b. T2—recommended Practice: local application of Bordeaux mixture and topicure
spray
Source of technology : MAFSU Nagpur
Thematic area
: disease management
Performance of the Technology with Performance indicators: Itching is stopped, hairs
are regain, look of the animal is improved, farmers got good resell price.
Micro level situation feedback for research: local application of Bordeaux mixture is
proved to be the best and cheaper medicine to cure the dermatophytosis.
Process of farmers Participation and Their reaction : all the selected animals for trials
were being brought to doctor voluntarily as and when needed .the other animal owners also
purchased the Bordeaux mixture to cure their affected animals farmers are happy to get
such a cheap and easy way to get riddoff such a chronic disease.1) 20 animals showed
recovery out of 20 animals
Veterinary Science
Crop/
enterprise
Farming
situation
Problem
Diagnosed
Title
of OFT
No. of
trials*
Technology
Assessed
Parameters of
assessment
Data on the
parameter
Results of
assessment
Feedback from the farmer
1
Cattle
2
Rainfed
3
Anoestrus
4
Use of hormonal
preparations to
regulate oestrus
in cattle
5
20
6
Use of
injections GnRh
and Pgf2alpha
7
1. Induction
of oestrus
2. Non return
pregnancy
rate
8
1) 18 animals
showedin heat out
of 20 animals
2)16animals
conceieved out of
18 animals
9
1) 18 animals
showedin heat out
of 20 animals
2)16animals
conceieved out of
18 animals
10
Expressed their happiness as
their animals were not
showing heat since 2-3 years
. other animal owners
following the same
hormones for their animals
now
Cattle
Rainfed
Dermatophy
tosis
Use of bordeaux
mixture and
topicure spray to
cure
dermatophytosis
in cattle
20
bordeaux
mixture and
topicure spray
1. Incidence
of disease
2. Recovery of
disease.
out of 20 animals
18 animals
recovered totally 2
animals required
second dose of the
drug
out of 20 animals 18
animals recovered
totally 2 animals
required second
dose of the drug
Farmers are now advising
the other animals to
approach to kvk and get the
medicine for the same
44
3.2
Achievements of Front Line Demonstrations
a.Follow-up for results of FLDs implemented during previous years List of technologies demonstrated during previous year and popularized during 2013-14 and recommended for large scale adoption in the district
S. No
Agrono
my
Crop/
Enterp
rise
Bengal
Gram
Thematic
Area*
Varietal
evaluation
Technology
demonstrated
Varietal evaluation of
improved varieties in
Bengal gram.
a) Digvijay
Wheat
Weed
Weed management
management through post emergence
herbicides in wheat.
a)PoEMetasulphuraonmetyl 20
WP@20 gml/ha.
Horticul
ture
Chilli
Planting
method
Plant
Protecti
Bengal
gram
IPM
The paired row method
is
improved
over
conventional
method
having 45X60X120 cm
over cultural method of
planting
For effective management
of gram pod borer,
Details of popularization methods
suggested to the Extension system



By publishing the IPM folder
By conducting the Field Day
By Conducting the training for EF
of state dept personnel

Print and Electronic media,
Training, Demonstrations etc.

By publishing the IPM folder

By conducting the Field Day

By Conducting the training for EF
of state dept personnel

Print and Electronic media,
Training, Demonstrations etc.
Print and Electronic media, Training,
Demonstrations etc.


By publishing the IPM folder
By conducting the Field Day
I
Horizontal spread of technology
No. of
No. of
Area in
villages
farmers
ha
13
1652
1573
8
420
165
3
45
4.2
2
50
20
on
Home
Science
installation of pheromone
traps @ 4/acre for
monitoring the pest
attack and following the
1st spray of Azadirectin
1500 ppm @ 2ml/lit.
and 2nd spray of HaNPV
250 LE after 15 days
of first spray.
Smoke less Chula
Enterp
rise
Drudgery
reduction
Enterp
rise
Health and
nutrition
Kitchen garden
Veterina Cattle
ry
and
Science buffalo
1
Fodder
production
Better forage yield –
Hybrid Nappier grass
phule Javant,
2
Dairy
High milk yield – By
management supplementing mineral
mixture.
Cattle
and
buffalo

By Conducting the training for EF
of state dept personnel

Print and Electronic media,
Training, Demonstrations etc.
Through
Mahila
Arthik
Vikas
Mahamandal and Popularize through
Self help groups of DRDA and ICDS
Through
Mahila
Arthik
Vikas
Mahamandal and Popularize through
Self help groups of DRDA, ICDS and
Manva Vikas Mission

By publishing the folder

By conducting the Field Day

By Conducting the training for EF
of state dept personnel

Print and Electronic media,
Training, Demonstrations etc.
01
12
-
05
75
-
2
10
0.2

By publishing the folder

By conducting the Field Day

By Conducting the training for EF
of state dept personnel

Print and Electronic media,
Training, Demonstrations etc.
2
10
10
animals
3
b.
Cattle
and
buffalo
fodder
To enhance quality of
management dry fodder by adopting
urea treatment.

By publishing the folder

By conducting the Field Day

By Conducting the training for EF
of state dept personnel

Print and Electronic media,
Training, Demonstrations etc.
1
10
10
farmers
Details of FLDs implemented during 2013-14 (Information is to be furnished in the following three tables for each category i.e. cereals, horticultural crops, oilseeds, pulses,
cotton and commercial crops.)
Sl.
Crop
Thematic area
Technology Demonstrated
No. /
Disciplin
e
1/Agron
omy
Soybean
Varietal evaluation
Variety: MAUS-71
Pigeon pea
Varietal evaluation
Variety: BDN-711
Green gram
To test recommended PoP ‘s verses
farmers practice under pulses
program
Pigeon pea
To test recommended PoP ‘s verses
farmers practice under pulses
program
Bengal gram
To test recommended PoP ‘s verses
farmers practice under pulses program
Wheat
Varietal evaluation
Whole package of practice
recommended by
VNMKV.Parbhani
Whole package of practice
recommended by
VNMKV.Parbhani
Whole package of practice
recommended
by
VNMKV.Parbhani
Variety: Kudrat 17
Rabi sorghum
Varietal evaluation
Variety: Parbhani moti
Rabi sorghum
Varietal evaluation
Variety: Parbhani Jyoti
Season
and
year
Area (ha)
No. of farmers/
demonstration
Reasons for
shortfall in
achievemen
t
Proposed
5.2
Actual
5.2
SC/ST
2
Others
11
Total
13
--
5.2
5.2
2
11
13
---
12
12
7
23
30
--
Kharif
2013
12
12
3
27
30
--
Rabi
2013-14
12
12
8
22
30
-
Rabi
2013-14
Rabi
2013-14
Rabi
2013-14
5.2
5.2
2
11
13
-
19.2
19.2
8
40
48
-
10.4
10.4
3
23
26
-
Kharif
2013
Kharif
2013
Kharif
2013
1/
Horticult
ure
1/Plant
Prot
1/Agri.
Engg.
1/
Veterina
ry
Science
2
3
Rabi sorghum
Varietal evaluation
Variety: Akola kranti
Rabi Sorghum
Varietal evaluation
Variety: Phule vasudha
Total
Bottle gourd
Varital evaluation
Tomato
Disease mangement
Brinjal
Varital evaluation
Total
Bengal gram
IPM
Soybean
IPM
Total
Seed
cum
fertilizer drill
MKV ferti hoe
in
Rabi
sorghum
Farm machineries
Farm machineries
Use of Phule Samrat
Variety with local check
Use of wired staking in
tomato over non-staking
Use of Phule Arjun cultivar
over local varieties
Rabi
2013-14
Rabi
2013-14
Monsoo
n 2013
Winter
2013-14
Summe
r 201314
Pheromone traps.
Azadirectine 1500 PPM
(neem oil).
HaNPV 250 LE
Pheromone traps. NSKE 5%
Quinalphos 0.05%
Rabi2013
Tractor drawn seed cum
fertilizer drill
Use of MKV ferti hoe in
Rabi sorghum
Khariff
2013
Rabi
2013
Rabi
2012
Cattle
buffalo
and
Fodder production
Better forage yield
Kharif
2012-13
Cattle
buffalo
Cattle
and
Dairy management
High milk yield
and
fodder management
enhance quality of fodder
Kharif
2012-13
Rabbi
6.8
6.8
3
14
17
-
3.6
3.6
2
7
9
-
91.6
1.5
91.6
1.5
40
2
189
13
229
15
-
1.5
1.5
5
10
15
-
1.5
1.5
4
11
15
4.5
5.00
4.5
5.00
11
0
34
13
45
13
--
5.20
5.20
2
11
13
--
10.2
13
10
13
2
3
23
10
25
13
13
13
4
9
13
26
26
7
19
26
0.2
0.2
3
7
10
-
2
8
10
-
10
0
10
-
Crop
Agronomy
Soil type
Farming situation
(RF/Irrigated)
Season
Status of soil
N
P
K
15
40
15
97
No. of rainy
days
0.2
20.2
Seasonal
rainfall (mm)
0.2
20.2
Harvest date
Sowing date
Previous crop
buffalo
Sub Total
Total
30
137
Details of farming situation
Kharif2013
Rain fed
Black cotton
L
M
H
Soybean
15 Jun 2013-30
Jun 2013
24 sept-30 sept
2013
Kharif2013
Rain fed
Black cotton
L
M
H
Soybean
15 Jun 2013-30
Jun 2013
30 Dec-15 Jan
2014
Soybean
Pigeon
pea
Green
gram
Pigeon
pea
Bengal
gram
Wheat
Rabi
sorghum
Rabi
sorghum
Rabi
sorghum
Rabi
Sorghum
Kharif2013
Kharif2013
Rabi 201314
Rabi 201314
Rabi 201314
Rabi 201314
Rabi 201314
Rabi 201314
Rain fed
Rain fed
Black cotton
Black cotton
L
L
M
M
H
H
Rain fed
Black cotton
L
M
H
Irrigated
Rain fed
Black cotton
L
Medium
to L
black soil
M
M
H
H
Rain fed
Medium
black soil
Medium
black soil
Medium
black soil
to L
M
H
to L
M
H
to L
M
H
M
edi
um
H
ig
h
es
Rain fed
Rain fed
15 Jun-25 Jun
2013
15 Jun 2013-30
Jun 2013
10 Oct -25 Oct
2013
15 Oct-25 Oct
2013
15 Oct-30 Oct
2013
15 Oct-30 Oct
2013
15 Oct-30 Oct
2013
15 Oct-30 Oct
2013
1 Sept-15 Sept
2013
30 Dec-15 Jan
2014
8 Feb-15 feb
2014
20 feb-30 feb
2014
20 feb-30 feb
2014
20 feb-30 feb
2014
20 feb-30 feb
2014
20 feb-30 feb
2014
Cotton
06-06-2013
16-6-2013
896
48
Horticulture
Bottle
gourd
Monsoon
2-13
Rainfed
Medium
P
o
or
to
01-08-2013
onwards
896
48
t
Tomato
Winter
2013
Irrigated
Medium
P
o
or
M
edi
um
H
ig
h
es
t
M
e
di
u
m
Soyabean
12-10-2013
22-10-2013
to
15-12-2013
onwards
896
48
Brinjal
Summer
2013-14
irrigated
Medium
M
e
di
u
m
Po
or
Gram
20-01-2014
30-1-2014
to
Continue
-
-
Rabi-2012
Rainfed
Medium light
L
M
H
Bengal gram
30/9/2013
L
M
H
Soybean
21/6/2013 to 306-2013
23/11/2012 to 2911-2013
Rabi-2012
Irrigated
Medium light
Khariff
2013
Rainfed
Medium
L
M
H
Bengal gram
12-06-13 to 25-62013
23-09-13
Rabi 2013
Irrigated
15-8-2013 to 208-2013
18-2-2014
Plant Prot
Soybean
Bengal
gram
15 Jan-30 Jan
2012
843.80
56
896.7
48
896.7
48
896.7
48
Agri. Engg.
Seed
cum
fertilizer
drill
Ferti hoe
maize
Medium
L
M
H
Soybean
Performance of FLD
Sr. No.
Crop
Technology Demonstrated
Variety
No. of
Farmers
Area
(ha.)
1
2
3
4
5
6
Yield of local
Check
Qtl./ha
10
Demo. Yield Qtl/ha
H
7
L
8
26.12
20.7
8
A
9
Increase in
yield (%)
11
Data on parameter in relation to technology
demonstrated
Demo
Local
12
13
Agronomy
Soybean
1
2
Pigeon pea
(Cotton +Pigeon
pea 6:1)
Varital
demonstration-BDN711
Local check: BSMR736
Green gram
Whole Package of practice
by VNMKV,Parbhani
Local check: Farmers
practice
Whole Package of practice
by VNMKV,Parbhani
Local check: Farmers
practice
3
4
Pigeon pea
(Soyben+Pigeon
pea 6:1)
Bengal gram
5
Wheat
6
7
8
9
10
Varital demonstrationMAUS-71
Local check: JS-335
Rabi sorghum
Rabi sorghum
Rabi sorghum
Rabi Sorghum
Demo:MAUS-71
Local: JS-335
Demo:BDN711
Local: BSMR736
13
13
5.2
5.2
11.25
8.12
23.75
9.75
20.00
7.25
15.79
25.65
Demo:Uttkarsh
Local:Chamka
Mung
30
12
8.20
5.60
6.75
5.25
22.23
Demo:Vipula
Local: BSMR-736
30
12
18.12
11.7
5
13.25
10.70
19.25
Pods/plantMax-75
Min- 22
Avg-52
Pods/plantMax-62
Min-16
Avg- 43
Pods/plantMax-600
Min- 190
Avg-395
Pods/plantMax-336
Min-112
Avg- 124
Pods/plantMax-16
Min- 10
Avg-14
Pods/plantMax-1030
Min- 304
Avg-667
Pods/plantMax-10
Min-6
Avg- 8
Pods/plantMax-320
Min-106
Avg- 213
Pods/plantMax-335
Min-55
Avg- 195
No. of pod borer
larvae per MRL
– 3.05
No of tillers/plant
Max-18
Min- 6
Avg-12
Whole Package of practice
by VNMKV,Parbhani
Local check: Farmers
practice
Demo:Jaki 9218
Local:Annagari
30
12
30.00
12.5
18.17
14.23
27.68
Pods/plantMax-530
Min- 115
Avg-332
No. of pod borer larvae
per MRL - 2.36
Varital demonstrationKudrat-17
Local check: Lok-1
Demo:Kudrat-17
Local: LOK-1
13
5.2
26.25
17.8
20.5
13.75
32.93
No of tillers/plant
Max-32
Min- 12
Avg-27
Varital demonstrationParbhani moti
Local check: Dukari
Varital demonstrationParbhani Jyoti
Local check: Dukari
Varital demonstrationAkola kranti
Local check: Dukari
Varital demonstrationPhule vasudha
Local check: Dukari
Demo:Parbhani
moti
Local:Dukari
Demo:Parbhani
Jyoti
Local:Dukari
Demo:Akola
kranti
Local:Dukari
Demo:Phule
vasudha
Local:Dukari
48
19.2
26
10.4
Crop is 100% damage due to Hailstrom so unable to take the data
17
6.8
9
3.6
15
1.5
ha
Horticulture
1
Bottle gourd
Use of Phule Samrat
Phule Samrat
220
I
156
188
140
34
Yield of fruits-188 qtl/ha
Yield days-88
Yield of fruits-140
qtl/ha
Yield days-70
Variety with local
check
2
Tomato
Use of tomato staking
Syngeta
Heem Sona
15
1.5
ha
3
Brinjal
Use of improved cultivar
Phule arjun
Phule Arjun
15
1.5
ha
440
360
400
286
Yield of fruits-400qtl/ha
Marketable fruit
percentage-90
71.5
Experiment is ongoing; result awaited….
Incidence of leaf
defoliator
(Larvae per
Meter Row)
0.56
S. litura
Plant Prot
Pheromone traps.
NSKE 5%
Quinalphos 0.05%
1.20
1
Soybean
JS-335
13
5.20
18.0
8
24.68
21.33
19.28
Semilloper
10.63
0.26
Hairy
Caterpiller
1
Bengal gram
Pheromone traps.
Azadirectine 1500 PPM
(neem oil).
HaNPV 250 LE
Jaki 9218
Yield of fruits286qtl/ha
Marketable fruit
percentage-64
Incidence of
leaf defoliator
(Larvae per
Meter Row)
0.71
S.
litura
Semi
llope
r
Hair
y
Cater
piller
1.93
0.43
No. of pod borer larvae per MRL
30
12
30.00
12.5
18.17
14.23
27.68
2.36
3.05
Veterinary Science
1
cattle and buffalo
Better forage yield
Jayawant napier
10
0.2
263
189
219.7
179
22.73
200-250mt/hectare
100-150mt/hectare
2
cattle and buffalo
Increase milk yield
Chealated mineral
mixture
10
1kg/
anim
al
1.5
lit/day
0.5
lit/da
y
0.0.952li
t/day
0.75
81.01
4-5lit/day
2-3 lit /day
Due to use of
dry and low
quality fodder,
detoriated
their heath
during
summer
season
--
--
-
3
cattle and buffalo
enhance quality of fodder
Urea treatment
10
10
farm
ers
Animal weight is mainteained
during summer season no
significant change in milk
yield
Economic Impact (continuation of previous table)
Average Cost of cultivation (Rs./ha)
Average Gross Return (Rs./ha)
Average Net Return (Profit) (Rs./ha)
Demonstration
Local Check
Demonstration
Local Check
Demonstration
Local Check
14
15
16
17
18
19
Benefit-Cost Ratio
(Gross Return / Gross
Cost)
Cost-Benifit Ratio
(Gross Return / Gross
Cost)
Local Check
20
21
Agronomy
31125
18175
13500
20725
30555
21325
20150
20150
20150
20150
Horticulture
12000
46000
31125
18175
13500
20725
27500
21325
20150
20150
20150
20150
10000
35000
76000
39000
30375
53000
54510
36900
64000
29000
23625
42800
42690
24750
44875
20825
16875
32275
23955
15575
32875
10825
10125
22075
15190
3425
1:2.44
1:2.1
1:2.25
1:2.55
1:1.78
1:1.73
1:2.05
1:1.5
1:1.75
1:2.06
1:1.55
1:1.16
Crop is 100% damage due to Hailstrom
75200
160000
49000
63200
85800
114000
Experiment is ongoing; result awaited….
39000
50800
1:5.26
1:2.47
1:39
1:1.45
Plant Protection
16360
15360
Veternery Science
2600
1400
100
16120
14600
2800
1600
50
--
61857
56327
57478
44113
45497
40967
41358
29527
1:2.78
1:2.66
1:2.56
1:2.02
4800
4920
3600
3600
1000
3520
800
2000
1:1.84
1:3.5
--
1:1.28
1:2.25
--
--
--
--
(Avg. Cost of grains considered as Soybean @ Rs 3200 /qt, Pigeon pea @ 4000/qt, Green gram@ 4500/qt, Bengal gram @ 3000/qt,Wheat 1800/qt) )
Analytical Review of component demonstrations (details of each component for rainfed / irrigated
situations to be given separately for each season).
Crop
Season
Farming
situation
Component
Agronomy
Soybean
Kharif2013
Single componenentVarietal evaluation
Rain fed
Pigeon pea
(Cotton +Pigeon
pea 6:1)
Green gram
Kharif2013
Single componenentVarietal evaluation
Rain fed
Kharif2013
Kharif2013
Multi componenentWhole package
Multi componenentWhole package
Rain fed
Soybean
Kharif-13
Plant
Protection
Soybean
Bengal gram
Kharif-13
Multi componenentWhole package
Single componenentVarietal evaluation
Single componenentVarietal evaluation
Single componenentVarietal evaluation
Single componenentVarietal evaluation
Single componenentVarietal evaluation
Single component Plant Protection
Single component Plant Protection
Single component Plant Protection
Rain fed
Bengal gram
Rabi
2013-14
Rabi
2013-14
Rabi
2013-14
Rabi
2013-14
Rabi
2013-14
Rabi
2013-14
Rabi 2013
Single component Plant Protection
Pigeon pea
(Soyben+Pigeon
pea 6:1)
Bengal gram
Wheat
Rabi sorghum
Rabi sorghum
Rabi sorghum
Rabi Sorghum
Rabi 2013
Demo.average
yield (q/ha)
Local
check
(q/ha)
Percentage
increase in
productivity over
local check
23.75
20.00
15.79
9.75
7.25
25.65
6.75
5.25
22.23
13.25
10.70
19.25
18.17
14.23
27.68
20.5
13.75
32.93
Rain fed
Irrigated
Rain fed
Rain fed
Rain fed
Crop is 100% damage due to Hailstrom
Rain fed
Irrigated
15.3
Results are awaited
Rainfed
21.33
19.28
10.63
Rainfed
21.33
19.28
10.63
Irrigated
18.17
14.23
27.68
Technical Feedback on the demonstrated technologies
Sr. No
Agronomy
Soybean
(MAUS-71)
Pigeon pea
BDN-711
(Cotton +Pigeon
pea 6:1)
Green gram
(Uttakarsh)
Pigeon pea
(Vipula)
(Soyben+Pigeon
Feed Back
Soybean variety MAUS-71(Samrudhi) having Purple color flowers with bold grains. If delay in
harvesting pods will not shatter after 10-15 days after maturity. It recorded 15.79% more grain yield
as compared to JS-335 (Jawahar) so farmers should cultivate MAUS-71(Samrudhi) instead of JS335 (Jawahar) on medium to black soil under rain fed condition in Nanded district of Maharashtra.
Pigeon pea BDN-711 variety is early duration ( 150-160 days) which is normally 20-25 days early
than BSMR-736 (Local) which is suitable for rain fed condition. Due to earliness crop will escape
from frost and moisture stress. Also tolerant to wilt and sterility mosaic. Bold size grains having 4-5
seeds /pod. It recorded 25.65% more grain yield as compared to BSMR-736. It is more suitable for
inter cropping system with cotton and soybean. So farmers should cultivate BDN-711 instead of
other varieties on medium to black soil under rain fed condition in Nanded district.
Green gram variety Utkarsh (Research variety of MAHABEEJ)) having more no of pods (1213/plants), grains per plant (14-15/plant) and having bold size than local variety (Chamka mung) .It
is less susceptible to powdery mildew and sucking pest. It recorded 22.23 % more grain yield as
compared to Chamka mung (Local) so farmers should cultivate Utkarsh instead of chamka mung
(Local) on medium to black soil under rain fed condition in Nanded district of Maharashtra.
Pigeon pea Vipula variety is medium duration (145-160 days) having medium size red grains.
tolerant to wilt and sterility mosaic. It recorded 19.25 % more grain yield as compared to BSMR736 (Local) so farmers should cultivate Vipula instead of BSMR-736 (Local) on medium to black
I
pea 6:1)
Bengal gram
(Jaki 9218)
Wheat
(Kudrat-17)
Rabi sorghum
(Parbhani Moti)
Rabi sorghum
(Parbhani Jyoti)
Rabi sorghum
(Akola Kranti)
Rabi Sorghum
(Phule vasudha)
Horticulture
Bottle gourd
Samrat
Tomato staking
Plant Protection
Management of
leaf defoliators in
soybean
Management of
gram pod borer
Agri. Engg.
Tractor Drawn
Seed drill
Ferti hoe
soil under rain fed condition in Nanded district of Maharashtra.
Jaki 9218 variety of Bengal gram is better than Annagiri as it has having more number of pods
/plant, and high grain yield as 27.68% more than annagari . It is less susceptible to wilt. This variety
is giving better response under zero tillage sowing. So farmers should cultivate Jaki 9218 instead of
Annagiri on medium to black soil in Nanded district of Maharashtra.
Kurat -17 is research variety developed by UP farmer Raghuwansh Singh having more no of tillers
(25-30/plant) as compared to LOK - (10-12 /plant) and giving high response to irrigation and
fertilizers. Duration is high 130-140 days (10-15 days more than LOK-1.) . Kudrat -17 having long
panicle with more no of bold grains. It recorded 32.93 % more grain yield as compared to LOK-1
(Local) so farmers should cultivate Kudrat-17 instead of LOK-1 (Local) on medium to black soil
under irrigated condition where assured 6-7 irrigation available with farmer.
Parbhani moti suitable to sow under rain fed condition crop was at flowering to grain filling stage
but due to unexpected hailstorm crop get 100% damaged.
Parbhani jyoti suitable to sow under irrigated condition crop was at flowering to grain filling stage
but due to unexpected hailstorm crop get 100% damaged.
Akola Kranti suitable to sow under rain fed as well as irrigated condition crop was at flowering to
grain filling stage but due to unexpected hailstorm crop get 100% damaged.
Phule vasudha suitable to sow under rain fed condition crop was at flowering to grain filling stage
but due to unexpected hailstorm crop get 100% damaged.
The variety found superior over local cultivar in market as compare to yield as well as price
The staking method resulted more yield with quality fruits and more market price.
Pheromone traps monitoring of leaf defoliators and need based two spraying of NSKE 5% and
Quinalphos 0.05% increases the 10.63 % yield over local check.
Pheromone traps monitoring of gram pod borer and ETL based two spraying of Azadirachtin 1500
ppm followed by HaNPV 250 LE 15 days after first spray increases the 27.63 % yield over local
check.
Due to use drilling method of sowing plant population is as per require
Proper application of fertilizer without leaching.
Home Science
Smoke
less
Chula
Groundnut
decorticator
Bhendi
ring
cutter
Bhendi cutter
PDKV khurpi
Vaibhav sickle
Lakshmi sickle
15.21% time saved for cooking as compared to traditional Chula. Eye problems reduced by 90%
and smoke free house.
Time required to decorticate the groundnuts is 177.14 min/qt with decorticator as compaird to hand
decorticating (2226.19min/qt) which is 92.04% less. Finger and back pain Reduced by 90%
On an average 3.94% time saved by using bhendi cutter. It is more useful to reduce finger injury
(75%)
Time saved 5.12% but reduced finger injury 90%.
Average 22.68% time saved by using PDKV khurpi with easy to use and less finger pain (50%)
Near about 29.30% time saved as compared to traditional sickle with 50% reduced palm pain.
Ground level cutting can possible.
Near about 25.58% time saved as compared to traditional sickle with 50% reduced palm pain.
Veterinary Science
Mineral mixture
Milk yield is increased by 1 to 2 lit / day in high yielding animals after commencement of mineral
mixture that too with economic way. Animals body condition is also improved, animals showed
regular cycles after 21 days. Animals which have come in heat conceived timely.
Fodder production
Increases fodder production, 250 to 300 tons of green fodders have been revealed from 1 ha of land
because of that milking animals showed improvement in milk yield. Working bullocks also
improved their draft ability.
Bordeaux mixture
15 applications on alternate days are required for chronic cases there after we could see
improvement in health status of animal.
Farmers’ reactions on specific technologies
Sr. No
Feed Back
Agronomy
Soybean
Soybean variety MAUS-71(Samrudhi) having bold grains. If delay in harvesting pods
(MAUS-71)
will not shatter after 10-15 days after maturity. More productive as compared to JS-335
Pigeon pea BDN-711
(Cotton +Pigeon pea 6:1)
Green gram
(Uttakarsh)
Pigeon pea
(Vipula)
(Soyben+Pigeon pea 6:1)
Bengal gram
(Jaki 9218)
Wheat
(Kudrat-17)
Rabi sorghum
(Parbhani Moti)
Rabi sorghum
(Parbhani Jyoti)
Rabi sorghum
(Akola Kranti)
Rabi Sorghum
(Phule vasudha)
Horticulture
Bottle gourd Samrat
Tomato Staking
Plant Protection
Management of leaf defoliators in
soybean
Management of gram pod borer
Agri. Engg.
Tractor Drawn Seed drill
Ferti hoe
Home Science
Smoke less Chula
Groundnut decorticator
Bhendi ring cutter
Bhendi cutter
PDKV khurpi
Pigeon pea BDN-711 variety is early duration (150-160 days) suitable for rain fed
condition. Due to earliness crop will escape from frost and moisture stress. Tolerant to
wilt . Bold size grains having 4-5 seeds /pod.
Green gram variety Utkars having more no of pods, grains per plant with bold size grains
than local variety (Chamka mung) .It is less susceptible to powdery mildew and sucking
pest.
Pigeon pea Vipula variety is medium duration (145-160 days) having medium size red
grains. Tolerant to wilt .Giving more response under irrigated condition.
Jaki 9218 is good variety of Bengal gram, as compared to Annagiri in terms of no of
pods /plant and grain yield, susceptibility to wilt.
Kudrat -17 having more no of tillers, long panicle and more of bold grains per panicle as
compared to LOK-1.Requires more no of irrigations (6-7) and fertilizers.
Parbhani moti sturdy in nature suitable to sow under rain fed condition. Crop was at
flowering to grain filling stage but due to unexpected hailstorm crop get 100% damaged.
Crop was at flowering to grain filling stage farmers expected good quality fodder with
more grain yield but due to unexpected hailstorm crop get 100% damaged.
Crop was at flowering to grain filling stage farmers expected good quality fodder with
more grain yield but due to unexpected hailstorm crop get 100% damaged
Crop was at flowering to grain filling stage farmers expected good quality fodder with
more grain yield but due to unexpected hailstorm crop get 100% damaged
Samrat variety having good yield and attractive fruits having more demand in market
This method of tomato staking produce High quality yield
Low cost effective management of leaf defoliators as compared to heavy use of
insecticides in soybean overcomes the cost of plant protection.
Low cost effective management of gram pod borer as compared to heavy use of
insecticides in Bengal gram overcomes the cost of plant protection.
Use of seed drill saving of seed and fertilizer
No leaching of fertilizer produce high yield.
This Chula is very useful as it creates no smoke and required less fuel.
Decorticator is very beneficial as it required very less time as compared to traditional method.
Time saved is negligible but useful for safety of fingers.
Time saved is negligible but useful for safety of fingers
Light in weight, easy for weeding.
Vaibhav sickle
Light in weight as compared to traditional sickle. Work output is more.
Lakshmi sickle
Light in weight as compared to traditional sickle. Work output is more. But easily breakable when used on
little hard stem. It’s material should be hard.
Veterinary Science
Mineral mixture
Fodder production
Bordeaux mixture
Animals are totally cured with increased lusture . Animals are calm and quite ,weight
gain ,increased draughtability.
Could come across to improved variety of fodder crop
Increases fodder yield in minimum cultivable area.
Extension and Training activities under FLD
Sr.
No.
Activity
No. of
activities
organised
Agronomy
1
Field days
4
2
Farmers Training
2
3
Media coverage
Training for extension
functionaries
Horticulture
1
Field days
4
Farmers Training
Media coverage
Training for extension
functionaries
Plant Protection
1
Field days
2
Farmers Training
3
Media coverage
Date
Number of
participants
1
27/8/2013
20/9/2013
11/1/2014
24/1/2014
15/6/2013
9/10/2013
21/7/2013
44
42
97
52
21
13
0
0
0
0
2
12-08-2013 Bottle gourd
22-01-2014 Toamto
39
02
03
02
10/01/2014
17/5/13, 9/7/13, 1/10/13
62
58
1
12/06/13
32
01
01
12/11/2013
16/8/2013
15
15
2
3
4
4
Training for extension
functionaries
Agri. Engg.
1
Field days
2
Farmers Training
3
Media coverage
4
Training for extension
functionaries
Home Science
1
Field days
2
Farmers Training
3
Media coverage
4
Training for extension
functionaries
Veterinary Science
1
Field days
2
Farmers Training
3
Media coverage
4
Training for extension
functionaries
5
Video show
2
Remarks
0
0
Sakal
daily
news
paper
0
c.
Details of FLD on Enterprises
(i) Farm Implements
Name of
the
implemen
t
crop
No.
of
farm
ers
Area
(ha)
Performance parameters
/
indicators
Seed cum
fertilizer
drill
Ferti hoe
soybe
an
13
5.2
Rabi
sorgh
um
13
5.2
1.Field capacity (ha/hr)
2.Operating cost (Rs/ha)
3.Yield (q/ha)
1.Field capacity (ha/hr)
2.Labour required (Man
hr/ha)
3.Yield Q/ha
3. Operation cost
(Rs/ha.)
Smoke
less
Chula
Ground
nut
decortic
ator
Bhendi
ring
cutter
-
-
10
21
-
-
Fuel
Eye problem
Time
Time
Finger and back pain
Bhend
i and
brinjal
10
1 ha
* Data on parameter
in relation to
technology
demonstrated
Demon.
Local
check
1.2
0.4
1750
312.5
25.15
22.99
0.4
0.3
% change
in the
parameter
200
460
9.39
33.33
2.1
2.5
19.04
46.65
420
40.27
500
15.84
19.04
250 gm
fuel
saved/d
ay
Reduce
d 90%
eye
problem
s
On an
average
10.5
min.
saved
177.14
min/qt
Reduce
d by
90%
Eye
burning
Average
time
requird is
69 min.
15.21%
time
saved
2226.19mi 92.04%
n/qt
time
saved
Finger
injury and
back pain
Time
1460
min/ha
1520
min/ha
Finger injuri
Reduce
d by
75%
Injured
fingers
Remarks
3.94%
time
saved
This
Chula is
very
useful as
it
creates
no
smoke
and
required
less fuel
Decortic
ator is
very
benefici
al as it
required
very less
time as
compare
d to
tradition
al
method
Time
saved is
negligibl
e but
useful
for
Bhendi
cutter
PDKV
khurpi
Vaibhav
sickle
Bhend
i and
brinjal
Weed
10
1 ha
Time
10
1 ha
Work output
25
1 ha
Work output
Finger pain
Palm pain
Lakshmi
sickle
Soybe
an
1560
min/ha
Reduce
d by
90%
Injured
fingers
1500
min/ha
1940
min/ha
Finger
pain
reduced
by 50%
1035
min/ha
Finger and
palm pain
Finger injuri
Finger pain
Palm pain
Rice
1480
min/ha
25
1 ha
Work output
Finger pain
Palm pain
Finger
pain
and
palm
pain
reduced
by 50%
1464
min/ha
Finger
pain
and
palm
pain
reduced
by 50%
1464
min/ha
5.12%
time
saved
22.68%
time
saved
29.30%
time
saved
Finger
pain and
palm pain
1978
min/ha
Finger
pain and
palm pain
25.98%
time
saved
safety of
fingers.
Time
saved is
negligibl
e but
useful
for
safety of
fingers
Light in
weight,
easy for
weeding
.
Light in
weight
as
compare
d to
tradition
al sickle.
Work
output is
more.
Light in
weight
as
compare
d to
tradition
al sickle.
Work
output is
more.
But
easily
breakabl
e when
used on
little
hard
stem.
It’s
material
should
be hard.
(ii) Livestock Enterprises
Enterp
rise
Breed
Cattle
Non
descrip
t
Cattle
Non
descrip
t
No. of
farme
rs
10
No. of Performa
animal
nce
s,
paramete
poultr
rs /
y birds indicators
etc.
10
Milk yield
Change in
health
status
Fodder
productio
n
10
10
Increased
Milk yield,
Improvem
ent in
health
status,
Increased
Fodder
productio
n
* Data on parameter in
relation to technology
demonstrated
Demon.
Local
check
% change in the
parameter
Remarks
1)
Increased
milk
productio
n
2) Health
status was
improved
3) Fodder
productio
n was
increased
Increased milk
yield by 1 to 2 lit
per day Health
status is
improved
Fodder
production was
received 250 ton
per ha.
Milk yield
was low,
Health
status was
poor
Fodder
productio
n was 25
ton per
ha.
1)Increased milk
yield by 18%
2) Health status
was improved
3) Fodder
production was
increased by 10
times more than
local check
50 gm twice daily
has been offered
dailyfor 30 days
Daily milk
yield is
counted
2)animal health
is improved
3)milk
production is
increased by 3540%
* Milk production, meat production, egg production, reduction in disease incidence etc.
(iii) Other Enterprises
Enterprise
Mushroom
Apiary
Sericulture
Vermi
compost
Variety/
breed/Spec
ies/others
No. of
farmers
No. of
Units
Performance
parameters /
indicators
Data on parameter in
relation to
technology
demonstrated
Demon Local check
% change
in the
parameter
Remarks
3.3 Achievements on Training (Including the sponsored, vocational, FLD and trainings under
Rainwater Harvesting Unit)
:
A) ON Campus
Thematic area
No. of
courses
Participants
SC/ST
Male Female Total
Male
Others
Female
Total
1
24
0
24
6
0
6
30
0
30
1
24
0
24
6
0
6
30
0
30
1
31
0
31
6
0
6
37
0
37
1
23
0
23
2
0
2
25
0
25
4
66
0
66
14
0
14
80
0
80
2
53
0
53
12
0
12
65
0
65
1
12
0
12
5
0
5
17
0
17
1
1
12
16
0
0
12
16
3
3
0
0
3
3
15
19
0
0
15
19
1
11
0
11
2
0
2
13
0
13
1
0
15
15
0
2
2
0
17
17
1
15
0
15
3
0
3
18
0
18
Male
Grand Total
Female Total
(A) Farmers and Farm
Women
I Crop Production
Weed Management
Resource Conservation
Technologies
Cropping Systems
Crop Diversification
Integrated Farming
Water management
Seed production
Nursery management
Integrated Crop Management
Fodder production
Production of organic inputs
Dry land farming
II Horticulture
a) Vegetable Crops
Production of low volume and
high value crops
Off-season vegetables
Nursery raising
Exotic vegetables like
Broccoli
Export potential vegetables
Grading and standardization
Protective cultivation (Green
Houses, Shade Net etc.)
b) Fruits
Training and Pruning
Layout and Management of
Orchards
Cultivation of Fruit
Management of young
plants/orchards
Rejuvenation of old orchards
Export potential fruits
Micro irrigation systems of
orchards
Plant propagation techniques
c) Ornamental Plants
Nursery Management
Management of potted plants
Export potential of
ornamental plants
Propagation techniques of
Ornamental Plants
d) Plantation crops
Production and Management
technology
Processing and value addition
e) Tuber crops
I
Production and Management
technology
Processing and value addition
f) Spices
Production and Management
technology
Processing and value addition
g) Medicinal and Aromatic
Plants
Nursery management
Production and management
technology
Post harvest technology and
value addition
III Soil Health and Fertility
Management
Soil fertility management
Soil and Water Conservation
Integrated Nutrient
Management
Production and use of organic
inputs
Management of Problematic
soils
Micro nutrient deficiency in
crops
Nutrient Use Efficiency
Soil and Water Testing
IV Livestock Production
1
23
0
23
2
0
2
25
0
25
1
20
0
20
5
0
5
25
0
25
1
18
15
33
2
8
10
20
23
43
4
81
0
81
20
0
20
101
0
101
and Management
Dairy Management
Poultry Management
Piggery Management
Rabbit Management
Disease Management
Feed management
Production of quality animal
products
V Home Science/Women
empowerment
Household food security by
kitchen gardening and
nutrition gardening
Design and development of
low/minimum cost diet
Designing and development
for high nutrient efficiency
diet
Minimization of nutrient loss
in processing
Gender mainstreaming
through SHGs
Storage loss minimization
techniques
Value addition
Income generation activities
for empowerment of rural
Women
Location specific drudgery
reduction technologies
Rural Crafts
1
0
11
11
0
13
13
0
24
24
1
0
13
13
0
12
12
0
25
25
2
17
12
29
10
18
28
27
30
57
1
0
3
3
1
19
20
1
22
23
Women and child care
VI Agril. Engineering
Installation and maintenance
of micro irrigation systems
Use of Plastics in farming
practices
Production of small tools and
implements
Repair and maintenance of
farm machinery and
implements
Small scale processing and
value addition
Post Harvest Technology
VII Plant Protection
Integrated Pest Management
Integrated Disease
Management
Bio-control of pests and
diseases
Production of bio control
agents and bio pesticides
VIII Fisheries
Integrated fish farming
Carp breeding and hatchery
management
Carp fry and fingerling
rearing
Composite fish culture
Hatchery management and
culture of freshwater prawn
Breeding and culture of
ornamental fishes
Portable platic carp hatchery
Pen culture of fish and prawn
Shrimp farming
Edible oyster farming
Pearl culture
Fish processing and value
addition
IX Production of Inputs at
site
Seed Production
Planting material production
Bio-agents production
Bio-pesticides production
Bio-fertilizer production
Vermi-compost production
Organic manures production
Production of fry and
fingerlings
Production of Bee-colonies
and wax sheets
Small tools and implements
Production of livestock feed
and fodder
Production of Fish feed
X Capacity Building and
Group Dynamics
Leadership development
Group dynamics
1
0
3
3
1
19
20
1
22
23
Formation and Management
of SHGs
Mobilization of social capital
Entrepreneurial development
of farmers/youths
WTO and IPR issues
XI Agro-forestry
Production technologies
Nursery management
Integrated Farming Systems
TOTAL
(B) RURAL YOUTH
Mushroom Production
Bee-keeping
Integrated farming
Seed production
Production of organic inputs
Integrated Farming
Planting material production
Vermi-culture
Sericulture
Protected cultivation of
vegetable crops and
Biological pest management
Commercial fruit production
Repair and maintenance of
farm machinery and
implements
Nursery Management of
Horticulture crops
Training and pruning of
orchards
Value addition
Production of quality animal
products
Dairying
Sheep and goat rearing
Quail farming
Piggery
Rabbit farming
Poultry production
Ornamental fisheries
Para vets
Para extension workers
Composite fish culture
Freshwater prawn culture
Shrimp farming
Pearl culture
Cold water fisheries
Fish harvest and processing
technology
Fry and fingerling rearing
Small scale processing
Post Harvest Technology
Tailoring and Stitching
Rural Crafts
TOTAL
(C) Extension Personnel
Productivity enhancement in
field crops under dry land
31
500
69
569
111
72
183
611
141
752
1
17
0
17
2
0
2
19
0
19
2
31
0
31
6
0
6
37
0
37
3
0
4
4
0
49
49
0
53
53
3
43
0
43
9
0
9
52
0
52
2
35
0
35
10
0
10
45
0
45
1
0
10
10
0
19
19
0
29
29
12
126
14
140
27
68
95
153
82
235
1
11
0
11
5
0
5
16
0
16
farming
Integrated Pest Management
Integrated Nutrient
management
Soil and water testing
Rejuvenation of old orchards
Protected cultivation
technology
Formation and Management
of SHGs
Group Dynamics and farmers
organization
Information networking
among farmers
Capacity building for ICT
application
Care and maintenance of farm
machinery and implements
WTO and IPR issues
Management in farm animals
Livestock feed and fodder
production
Household food security
Women and Child care
Low cost and nutrient
efficient diet designing
Production and use of organic
inputs
Gender mainstreaming
through SHGs
3
1
33
16
1
0
34
16
10
4
1
0
11
4
44
20
2
0
46
20
1
1
13
13
0
0
13
13
7
3
0
0
7
3
20
16
0
0
20
16
1
30
0
30
10
0
10
40
0
40
2
0
11
11
0
27
27
0
38
38
Total (C)
10
116
12
128
39
28
67
156
40
196
TOTAL (A+B+C)
53
742
95
837
177
168
345
920
263
1183
B) OFF Campus
Thematic area
No. of
courses
Participants
SC/ST
Male Female Total
Male
Others
Female
Total
1
1
14
13
0
0
14
13
1
6
0
0
1
6
15
19
0
0
15
19
1
15
0
15
1
0
1
16
0
16
4
60
0
60
6
0
6
66
0
66
1
17
0
17
0
0
0
17
0
17
1
27
0
27
6
0
6
33
0
33
1
18
0
18
4
0
4
22
0
22
1
1
15
14
0
0
15
14
2
5
0
0
17
5
17
19
0
0
17
19
1
15
0
15
3
0
3
18
0
18
Male
Grand Total
Female Total
(A) Farmers and Farm
Women
I Crop Production
Weed Management
Resource Conservation
Technologies
Cropping Systems
Crop Diversification
Integrated Farming
Water management
Seed production
Nursery management
Integrated Crop Management
Fodder production
Production of organic inputs
Use of improved
verities/hybrids
Dry land farming
II Horticulture
a) Vegetable Crops
Production of low volume and
high value crops
Off-season vegetables
Nursery raising
Exotic vegetables like
Broccoli
Export potential vegetables
Grading and standardization
Protective cultivation (Green
Houses, Shade Net etc.)
Kitchen Gardening
b) Fruits
Training and Pruning
Layout and Management of
Orchards
Cultivation of Fruit
Management of young
plants/orchards
Rejuvenation of old orchards
Export potential fruits
Micro irrigation systems of
orchards
Plant propagation techniques
c) Ornamental Plants
Nursery Management
Management of potted plants
Export potential of ornamental
plants
Propagation techniques of
Ornamental Plants
d) Plantation crops
Production and Management
technology
Processing and value addition
e) Tuber crops
Production and Management
technology
Processing and value addition
f) Spices
Production and Management
technology
Processing and value addition
g) Medicinal and Aromatic
Plants
Nursery management
Production and management
technology
Post harvest technology and
value addition
III Soil Health and Fertility
Management
Soil fertility management
Soil and Water Conservation
Integrated Nutrient
Management
Production and use of organic
inputs
Management of Problematic
soils
Micro nutrient deficiency in
crops
Nutrient Use Efficiency
Soil and Water Testing
IV Livestock Production and
1
23
0
23
2
0
2
25
0
25
3
1
37
28
12
0
49
28
22
7
7
0
29
7
59
35
19
0
78
35
2
34
0
34
6
0
6
40
0
40
1
0
0
0
0
15
15
0
15
15
1
0
13
13
0
2
2
0
15
15
1
0
5
5
0
13
13
0
18
18
1
0
9
9
0
6
6
0
15
15
2
0
9
9
0
37
37
0
46
46
Management
Dairy Management
Poultry Management
Piggery Management
Rabbit Management
Disease Management
Feed management
Production of quality animal
products
V Home Science/Women
empowerment
Household food security by
kitchen gardening and
nutrition gardening
Design and development of
low/minimum cost diet
Designing and development
for high nutrient efficiency
diet
Minimization of nutrient loss
in processing
Gender mainstreaming through
SHGs
Storage loss minimization
techniques
Value addition
Income generation activities
for empowerment of rural
Women
Location specific drudgery
reduction technologies
Rural Crafts
Women and child care
VI Agril. Engineering
Installation and maintenance
of micro irrigation systems
Use of Plastics in farming
practices
Production of small tools and
implements
Repair and maintenance of
farm machinery and
implements
Small scale processing and
value addition
Post Harvest Technology
VII Plant Protection
Integrated Pest Management
Integrated Disease
Management
Bio-control of pests and
diseases
Production of bio control
agents and bio pesticides
VIII Fisheries
Integrated fish farming
Carp breeding and hatchery
management
Carp fry and fingerling rearing
Composite fish culture
Hatchery management and
culture of freshwater prawn
Breeding and culture of
ornamental fishes
Portable plastic carp hatchery
Pen culture of fish and prawn
Shrimp farming
Edible oyster farming
Pearl culture
Fish processing and value
addition
IX Production of Inputs at
site
Seed Production
Planting material production
Bio-agents production
Bio-pesticides production
Bio-fertilizer production
Vermi-compost production
Organic manures production
Production of fry and
fingerlings
Production of Bee-colonies
and wax sheets
Small tools and implements
Production of livestock feed
and fodder
Production of Fish feed
X Capacity Building and
Group Dynamics
Leadership development
Group dynamics
Formation and Management of
4
58
0
58
18
0
18
76
0
76
SHGs
Mobilization of social capital
Entrepreneurial development
of farmers/youths
WTO and IPR issues
XI Agro-forestry
Production technologies
Nursery management
Integrated Farming Systems
TOTAL
(B) RURAL YOUTH
Mushroom Production
Bee-keeping
Integrated farming
Seed production
Production of organic inputs
Integrated Farming
Planting material production
Vermi-culture
Sericulture
Protected cultivation of
vegetable crops
Commercial fruit production
Repair and maintenance of
farm machinery and
implements
Nursery Management of
Horticulture crops
Training and pruning of
orchards
Value addition
Production of quality animal
products
Dairying
Sheep and goat rearing
Quail farming
Piggery
Rabbit farming
Poultry production
Ornamental fisheries
Para vets
Para extension workers
Composite fish culture
Freshwater prawn culture
Shrimp farming
Pearl culture
Cold water fisheries
Fish harvest and processing
technology
Fry and fingerling rearing
Small scale processing
Post Harvest Technology
Tailoring and Stitching
Rural Crafts
TOTAL
(C) Extension Personnel
Productivity enhancement in
field crops
Integrated Pest Management
Integrated Nutrient
management
Rejuvenation of old orchards
30
388
48
436
89
80
184
477
128
605
1
1
20
23
0
0
20
23
5
5
0
0
5
5
25
28
0
0
25
28
2
43
0
43
10
0
10
53
0
53
Protected cultivation
technology
Formation and Management of
SHGs
Group Dynamics and farmers
organization
Information networking
among farmers
Capacity building for ICT
application
Care and maintenance of farm
machinery and implements
WTO and IPR issues
Management in farm animals
Livestock feed and fodder
production
Household food security
Women and Child care
Low cost and nutrient efficient
diet designing
Production and use of organic
inputs
Gender mainstreaming through
SHGs
Total ( C )
TOTAL (A+B+C)
1
82
0
82
35
0
35
117
0
117
1
82
0
82
35
0
35
117
0
117
33
513
48
561
134
80
229
647
128
775
C)
Consolidated table (ON and OFF Campus)
Thematic area
(A) Farmers and Farm Women
I Crop Production
Weed Management
Resource Conservation
Technologies
Cropping Systems
Crop Diversification
Integrated Farming
Water management
Seed production
Nursery management
Integrated Crop Management
Fodder production
Production of organic inputs
Use of improved verities/hybrids
Dry land farming
II Horticulture
a) Vegetable Crops
Production of low volume and high
value crops
Off-season vegetables
Nursery raising
Exotic vegetables like Broccoli
Export potential vegetables
Grading and standardization
Protective cultivation (Green
Houses, Shade Net etc.)
Kitchen Gardening
b) Fruits
Training and Pruning
Layout and Management of
Orchards
Cultivation of Fruit
Management of young
plants/orchards
Rejuvenation of old orchards
Export potential fruits
Micro irrigation systems of
orchards
Plant propagation techniques
c) Ornamental Plants
Nursery Management
Management of potted plants
Export potential of ornamental
plants
Propagation techniques of
Ornamental Plants
d) Plantation crops
Production and Management
technology
Processing and value addition
e) Tuber crops
Production and Management
technology
Processing and value addition
No. of
courses
Participants
SC/ST
Male Female Total
Male
Others
Female
Total
2
1
38
13
0
0
38
13
7
6
0
0
7
6
45
19
0
0
45
19
1
28
0
28
7
0
7
35
0
35
1
31
0
31
6
0
6
37
0
37
2
38
0
38
3
0
3
41
0
41
8
126
0
126
20
0
20
146
0
146
1
3
17
80
0
0
17
80
0
18
0
0
0
18
17
98
0
0
17
98
1
1
18
12
0
0
18
12
4
5
0
0
4
5
22
17
0
0
22
17
1
1
12
16
0
0
12
16
3
3
0
0
3
3
15
19
0
0
15
19
1
11
0
11
2
0
2
13
0
13
1
1
15
14
0
0
15
14
2
5
0
0
17
5
17
19
0
0
17
19
1
0
15
15
0
2
2
0
17
17
2
30
0
30
6
0
6
36
0
36
Male
Grand Total
Female Total
f) Spices
Production and Management
technology
Processing and value addition
g) Medicinal and Aromatic
Plants
Nursery management
Production and management
technology
Post harvest technology and value
addition
III Soil Health and Fertility
Management
Soil fertility management
Soil and Water Conservation
Integrated Nutrient Management
Production and use of organic
inputs
Management of Problematic soils
Micro nutrient deficiency in crops
Nutrient Use Efficiency
Soil and Water Testing
IV Livestock Production and
Management
Dairy Management
Poultry Management
Piggery Management
Rabbit Management
Disease Management
Feed management
Production of quality animal
products
V Home Science/Women
empowerment
Household food security by kitchen
gardening and nutrition gardening
Design and development of
low/minimum cost diet
Designing and development for
high nutrient efficiency diet
Minimization of nutrient loss in
processing
Gender mainstreaming through
SHGs
Storage loss minimization
techniques
Value addition
Income generation activities for
empowerment of rural Women
Location specific drudgery
reduction technologies
Rural Crafts
Women and child care
VI Agril. Engineering
Installation and maintenance of
micro irrigation systems
Use of Plastics in farming practices
Production of small tools and
implements
Repair and maintenance of farm
machinery and implements
Small scale processing and value
2
46
0
46
4
0
4
50
0
50
1
20
0
20
5
0
5
25
0
25
1
18
15
33
2
8
10
20
23
43
7
1
118
28
12
0
130
28
42
7
7
0
49
7
160
35
19
0
179
35
2
34
0
34
6
0
6
40
0
40
2
0
11
11
0
28
28
0
39
39
2
0
26
26
0
14
14
0
40
40
1
0
5
5
0
13
13
0
18
18
3
1
17
0
21
3
38
3
10
1
24
19
34
20
27
1
45
22
72
23
2
0
9
9
0
37
37
0
46
46
addition
Post Harvest Technology
VII Plant Protection
Integrated Pest Management
Integrated Disease Management
Bio-control of pests and diseases
Production of bio control agents
and bio pesticides
VIII Fisheries
Integrated fish farming
Carp breeding and hatchery
management
Carp fry and fingerling rearing
Composite fish culture
Hatchery management and culture
of freshwater prawn
Breeding and culture of ornamental
fishes
Portable plastic carp hatchery
Pen culture of fish and prawn
Shrimp farming
Edible oyster farming
Pearl culture
Fish processing and value addition
IX Production of Inputs at site
Seed Production
Planting material production
Bio-agents production
Bio-pesticides production
Bio-fertilizer production
Vermi-compost production
Organic manures production
Production of fry and fingerlings
Production of Bee-colonies and
wax sheets
Small tools and implements
Production of livestock feed and
fodder
Production of Fish feed
X Capacity Building and Group
Dynamics
Leadership development
Group dynamics
Formation and Management of
SHGs
Mobilization of social capital
Entrepreneurial development of
farmers/youths
WTO and IPR issues
XI Agro-forestry
Production technologies
Nursery management
Integrated Farming Systems
7
61
TOTAL
(B) RURAL YOUTH
Mushroom Production
Bee-keeping
Integrated farming
Seed production
Production of organic inputs
Integrated Farming
Planting material production
108
1
0
108
26
0
26
134
0
134
888
117
1005
200
152
367
1088
269
1357
17
0
17
2
0
2
19
0
19
Vermi-culture
Sericulture
Protected cultivation of vegetable
crops and biological pest
management
Commercial fruit production
Repair and maintenance of farm
machinery and implements
Nursery Management of
Horticulture crops
Training and pruning of orchards
Value addition
Production of quality animal
products
Dairying
Sheep and goat rearing
Quail farming
Piggery
Rabbit farming
Poultry production
Ornamental fisheries
Para vets
Para extension workers
Composite fish culture
Freshwater prawn culture
Shrimp farming
Pearl culture
Cold water fisheries
Fish harvest and processing
technology
Fry and fingerling rearing
Small scale processing
Post Harvest Technology
Tailoring and Stitching
Rural Crafts
TOTAL
(C) Extension Personnel
Productivity enhancement in field
crops
Integrated Pest Management
Integrated Nutrient management
Soil and water testing
Rejuvenation of old orchards
Protected cultivation technology
Formation and Management of
SHGs
Group Dynamics and farmers
organization
Information networking among
farmers
Capacity building for ICT
application
Care and maintenance of farm
machinery and implements
WTO and IPR issues
Management in farm animals
Livestock feed and fodder
production
Household food security
Women and Child care
Low cost and nutrient efficient diet
2
31
0
31
6
0
6
31
6
37
3
0
4
4
0
49
49
0
53
53
4
1
63
23
0
0
63
23
14
5
0
0
14
5
77
28
0
0
77
28
2
35
0
35
10
0
10
45
0
45
0
169
10
14
10
183
0
37
19
68
19
105
0
200
29
88
29
288
1
11
0
11
5
0
5
16
0
16
3
1
1
1
33
16
13
13
1
0
0
0
34
16
13
13
10
4
7
3
1
0
0
0
11
4
7
3
44
20
20
16
2
0
0
0
46
20
20
16
2
112
0
112
45
0
45
157
0
157
2
0
11
11
0
27
27
0
38
38
1
14
designing
Production and use of organic
inputs
Gender mainstreaming through
SHGs
11
Total ( C )
TOTAL (A+B+C)
86
198
1255
12
143
210
74
1398
311
28
248
102
273
574
1561
40
397
313
1958
Note: Please furnish the details of above training programmes as Annexure in the proforma given below
Date
Client
ele
Agronomy
25RY
27/4/20
13
Title of the training
programme
Pre & post harvest
management and
marketing in pulses
( MACP project )
Improved varieties in
Cotton & Soybean.
16/5/20
13
PF
2324/5/20
13
15/6/20
13
1516/6/20
13
2021/6/20
13
2628/6/20
13
RY
15/7/20
13
PF
16/7/20
13
PF
Importance of soil and
water testing
10/8/20
13
3/9/201
3
PF
IWM in Bt cotton.
PF
Seed production
technology Bengal gram.
12/9/20
13
PF
1415/9/20
13
PF
Agronomical measures
in soil moisture
conservation in rabi
jawar, safflower.
Panchasutri yojana in
production of rabi
sorghum.
8/10/20
13
9/10/20
13
11/10/2
013
12/11/2
PF
PF
Sweet & pop corn
production technology
& its marketing.
ICM in Pigeon pea
Themat
ic area
disc
ipli
ne
Dur
atio
n in
days
Ven
ue
(Off
/ On
Cam
pus)
Number of other
participants
Number of SC/ST
Total number of
participangs
Mal
e
Fem
ale
To
tal
M
ale
Fem
ale
Tot
al
Mal
e
Fe
mal
e
Tot
al
ICM
Marketi
ng
Agr
o
3
ON
20
0
20
5
0
5
25
0
25
Varietal
evaluati
on
ICM
Marketi
ng
ICM
Agr
o
1
OFF
17
0
17
0
0
0
17
0
17
Agr
o
2
ON
13
0
13
2
0
2
15
0
15
Agr
o
Agr
o
1
OFF
18
0
18
3
0
3
21
0
21
2
ON
16
0
16
5
0
5
21
0
21
PF
INM in BT cotton for
control of reddening
INM
PF
Planting Systems in Bt
cotton.
ICM
Agr
o
2
ON
11
0
11
5
0
5
16
0
16
RY
Pre & post harvest
measures and marketing
in soybean
(MACP Project)
Importance of soil and
water testing
ICM
Marketi
ng
Agr
o
3
ON
15
0
15
5
0
5
20
0
20
Soil and
water
Health
Soil and
water
Health
IWM
Agr
o
1
ON
6
8
14
0
5
5
6
13
19
Agr
o
1
ON
6
7
13
2
3
5
8
10
18
Agr
o
Agr
o
1
OFF
14
0
14
1
0
1
15
0
15
1
OFF
15
0
15
1
0
1
16
0
16
Agr
o
1
OFF
13
0
13
6
0
6
19
0
19
Agr
o
2
ON
14
0
14
3
0
3
17
0
17
Agr
o
Agr
o
Agr
o
Agr
1
ON
16
0
16
0
0
0
16
0
16
1
OFF
12
0
12
1
0
1
13
0
13
1
OFF
17
0
17
0
0
0
17
0
17
1
OFF
13
0
13
2
0
2
15
0
15
Seed
product
ion
Dry
land
agricult
ure
ICM
ICM
PF
Sugarcane Production
Technology
ICM in Wheat
PF
ICM in Gram.
ICM
PF
ICM in safflower.
ICM
ICM
013
17/12/2
013
PF
Mulching in
groundnut.
Summer
18/2/20
14
EF
Importance of soil &
water testing.
4/3/201
4
EF
Micronutrient
deficiencies
in
agronomical crops & its
correction through soil
test based fertilizers
application.
Horticulture
16/05/2
PF
Preparaion to practice in
013
Turmeric
11/06/2
013
PF
Dryland fruit production
21/06/2
013
RY
Nursery Raising for
Kharip vegetables
16/07/2
013
PF
Marigold flower
production
14/08/2
013
PF
INM in cole crops
24/08/2
013
EF
Nutritional care in
Papaya and banana
10/10/2
013
RY
13/11/2
013
EF
Pre and post harvest
management in chilli,
bhendi
Bahar management in
sweet orange
13/01/2
014
PF
23/01/2
014
PF
Care of indoor and
outdoor ornamental
plants
Vegetables growing
under protected
cultivation
High
tech
agri.
Soil and
Water
testing
Soil and
Water
testing
Manag
ement
of
fertilize
rs
Fruit
cultivati
on
Vegeta
ble
Cultivat
ion
Flower
product
ion
Vegeta
ble
product
ion
Fruit
product
ion
PHT in
vegetab
les
Special
horticul
tural
practice
s
Floricul
ture
Vegeta
ble
product
ion
o
Agr
o
2
ON
Agr
o
2
ON
13
0
13
3
0
3
16
0
16
Agr
o
2
ON
16
0
16
4
0
4
20
0
20
31
0
281
15
29
6
52
8
60
333
23
356
Hor
t
1
OFF
16
0
16
2
0
2
18
0
18
Hor
t
2
OFF
15
0
15
2
0
2
17
0
17
Hor
t
2
ON
12
0
12
5
0
5
17
0
17
Hor
t
1
OFF
13
0
13
3
0
3
16
0
16
Hor
t
2
OFF
15
0
15
4
0
4
19
0
19
Hor
t
1
OFF
11
0
11
5
0
5
16
0
16
Hor
t
1
ON
12
0
12
3
0
3
16
0
16
Hor
t
2
ON
11
0
11
2
0
2
13
0
13
Hor
t
2
ON
0
15
15
0
2
2
0
17
17
Hor
t
2
ON
16
0
16
3
0
3
19
0
19
121
15
13
6
29
2
31
151
17
168
16
Plant Protection
17/05/2
PF
Seed treatment in
013
soybean
08/06/2
PF
Importance of seed
013
treatment in paddy and
management of nursery
pest
09/07/2
PF
Management of leaf
013
defoliators in soybean
13/08/2
PF
IPM in cotton
013
14/08/2
EF
Management of sucking
IPM/ID
M
IPM/ID
M
16
0
16
4
0
4
20
0
20
P.P.
1
OFF
12
0
12
4
0
4
16
0
16
P.P.
1
OFF
20
0
20
3
0
3
23
0
23
IPM
P.P.
1
ON
18
0
18
6
0
6
24
0
24
IPM
P.P.
1
ON
14
0
14
3
0
3
17
0
17
IPM
P.P.
1
ON
14
0
14
0
0
0
14
0
14
013
17/08/2
013
RY
06/09/2
013
21/09/2
013
01/10/2
013
30/10/2
013
PF
EF
PF
EF
17/12/2
013
RY
21/01/2
014
PF
pest in cotton, and leaf
defoliators in soybean
Preparation of 5 %
Neem Seed Kernel
Extract for the
management of
different pest and
diseases
IPM in paddy and
soybean
Management of pest in
tur and Bengal gram
Importance of seed
treatment in rabi crops
Pest management in
pigeon pea and Bengal
gram
Different techniques of
biological pest
management
Integrated pest
management in ground
nut
IDM
IPM
IDM
P.P.
1
ON
17
0
17
0
0
0
17
0
17
IPM
P.P.
1
OFF
15
0
15
4
0
4
19
0
19
IPM
IDM
IPM
IDM
IPM
IDM
P.P.
1
ON
18
0
18
0
0
0
18
0
18
P.P.
1
ON
16
0
16
2
0
2
16
2
18
P.P.
1
ON
11
0
11
2
0
2
11
2
13
IPM
IDM
P.P.
1
ON
0
14
14
0
6
6
0
20
20
IPM
P.P.
1
OFF
13
0
13
4
0
4
17
0
17
168
14
18
2
28
12
Agricultural Engineering
20/05/2
EF
Watershed planning and
013
Management
05/06/2
013
PF
Rainwater harvesting
and drip irrigation
12/06/2
013
PF
Repair and maintenance
of Seed cum ferti drill
06/07/2
013
PF
In-situ soil and water
conservation in cotton
21/08/2
013
PF
In-situ soil and water
conservation in Soybean
23/08/2
013
PF
Repair and maintenance
of power weeder
15/10/2
013
PF
Repair and maintenance
of Rotavetor
Capacit
y
building
Installat
ion of
micro
irrigatio
n
system
Repair
and
mainte
nance
of farm
machin
ery
Installat
ion of
micro
irrigatio
n
system
Installat
ion of
micro
irrigatio
n
system
Repair
and
mainte
nance
of farm
machin
ery
Repair
and
mainte
nance
of farm
machin
6
34
192
24
216
Ag.
En
gg.
Ag.
En
gg.
1
ON
15
1
16
2
0
2
17
1
18
1
OFF
19
0
19
3
0
3
22
0
22
Ag.
En
gg.
1
OFF
30
0
30
2
0
2
32
0
32
Ag.
En
gg.
1
OFF
13
0
13
3
0
3
16
0
16
Ag.
En
gg.
1
OFF
13
0
13
2
0
2
15
0
15
Ag.
En
gg.
1
ON
14
0
14
4
0
4
18
0
18
Ag.
En
gg.
1
ON
14
0
14
2
0
2
16
0
16
18/10/2
013
PF
Repair and maintenance
of Boom sprayer
2122/11/1
3
11/12/2
013
RY
Mini dal mill
RY
Mini dal mill
17/01/2
013
PF
Repair and maintenance
of drip irrigation syatem
ery
Repair
and
mainte
nance
of farm
machin
ery
Value
additio
n
Value
additio
n
Installat
ion and
mainte
nance
of
micro
irrigatio
n
systems
Ag.
En
gg.
1
ON
22
0
22
3
0
3
25
0
25
Ag.
En
gg.
Ag.
En
gg.
Ag.
En
gg.
2
ON
29
3
32
7
0
7
36
3
39
1
ON
9
9
18
2
2
4
11
11
22
1
ON
13
0
13
5
0
5
18
0
18
191
13
20
4
35
2
37
226
15
241
12
Home Science
05/04/2
RY
Anemia in girls
013
21/05/2
013
PF
Soyabean processing
10-1112/06/1
3
PF
Fruits processing
24-2526/06/1
3
PF
Vegetable processing to
control the losses
03/07/2
013
PF
Use of user friendly
equip to reduce the
drudgery
16/07/2
013
PF
Care to be taken while
cooking
25-2627/07/1
3
RY
Decorative articles
Women
and
child
care
Design
and
develop
ment of
low
cost
diet
Income
generat
ion
activity
for
empow
erment
of rural
women
Minimiz
ation of
nutrien
ts
losses
in
process
ing
Locatio
n
specific
drudger
y
reducin
g tech.
Minimiz
ation of
nutrien
t losses
Rural
crafts
Ho
me
Sc.
1
ON
0
0
0
0
16
16
0
16
16
Ho
me
Sc.
1
OFF
0
0
0
0
15
15
0
15
15
Ho
me
Sc.
3
ON
0
3
3
1
19
20
1
22
23
Ho
me
Sc.
3
ON
0
17
17
0
12
12
0
29
29
Ho
me
Sc.
1
OFF
0
6
6
0
25
25
0
31
31
Ho
me
Sc.
1
OFF
0
13
13
0
2
2
0
15
15
Ho
me
Sc.
3
ON
0
10
10
0
19
19
0
29
29
12-1314/08/1
3
PF
Food processing for
food and nutrients
16/08/2
013
PF
Fuel saving divices in
kitchen
06/09/2
013
PF
Store grain problems at
house hold level
2021/09/1
3
EF
Care and development
of preschool children
1415/10/1
3
2627/11/1
3
14/12/2
013
PF
Value addition through
amla processing
RY
Masala processing for
entrepreneurship
development
Importance of food
processing and masala
processing
Care and development
of preschool children
RY
09/01/2
014
EF
14/02/2
014
PF
Tomato Processing
Design
and
develop
ment of
high
nutrien
ts
efficien
cy diet
Locatio
n
specific
drudger
y
reducti
on tech
Storage
loss
minimiz
ation
tech.
Women
and
child
care
Value
additio
n
Value
additio
n
Value
additio
n
Women
and
child
care
Value
additio
n
Ho
me
Sc.
3
ON
0
11
11
0
13
13
0
24
24
Ho
me
Sc.
1
OFF
0
3
3
0
12
12
0
15
15
Ho
me
Sc.
1
OFF
0
5
5
0
13
13
0
18
18
Ho
me
Sc.
2
ON
0
17
17
0
13
13
0
30
30
Ho
me
Sc.
Ho
me
Sc.
Ho
me
Sc.
Ho
me
Sc.
2
ON
0
12
12
0
15
15
0
27
27
2
ON
0
0
0
0
20
20
0
20
20
1
ON
0
4
4
0
15
15
0
19
19
1
ON
0
2
2
0
21
21
0
23
23
Ho
me
Sc.
1
OFF
0
9
9
0
6
0
15
15
112
11
2
348
349
27
Veterinary Science
18/04/2
RY
introduction of
013
Osmanabadi goat
farming
23/05/2
PF
Integrated Endo
013
Ectoparasitic
Management In
Livestock
20/06/2
PF
Prevention of bacterial
013
diseases occurring
during monsoon
25/06/2
PF
Care and management
013
of milch animals
21/08/2
013
PF
First Aid In Snake Bite In
Animals
23/08/2
013
PF
15/08/2
013
PF
Importance of mineral
mixture in milch
animals.
Selection criteria for
bullock purchasing.
04/09/2
PF
Clean milk production.
0
1
6
236
237
1
Animal
manage
ment
Disease
Manag
ement
Vet
.
Sci.
Vet
.
Sci.
1
OFF
13
0
13
5
0
5
18
0
1
8
1
OFF
14
0
14
3
0
3
17
0
1
7
Disease
Manag
ement
Dairy
manage
ment
Disease
manage
ment
Dairy
manage
ment
Animal
manage
ment
Dairy
Vet
.
Sci.
Vet
.
Sci.
Vet
.
Sci.
Vet
.
Sci.
Vet
.
Sci.
Vet
1
OFF
10
0
10
8
0
8
18
0
1
8
2
ON
18
0
18
3
0
3
21
0
2
1
1
OFF
20
0
20
3
0
3
23
0
2
3
1
OFF
15
0
15
6
0
6
21
0
2
1
1
OFF
17
0
17
2
0
2
19
0
1
9
1
OFF
11
0
11
4
0
4
15
0
1
013
19/09/2
013
RY
Clean milk production.
23/09/2
013
RY
Typical characters of
high yielding animals
24/10/2
013
PF
20/11/2
013
PF
23/11/2
013
EF
Management and
production of Green
fodder round the year.
Care and management
of dairy animals during
winter season
Urea treatment to straw
24/11/2
013
PF
Managenent of fodder
round the year
29/11/2
013
PF
Management of
Reproductive disorders
11/12/2
013
PF
11/12/2
013
RY
Integrated endo and
ecto parasitic
management in
livestock.
Importance of
deworming in animals
for their good health.
manage
ment
Dairy
manage
ment
Dairy
manage
ment
Dairy
manage
ment
Dairy
manage
ment
Dairy
manage
ment
Dairy
manage
ment
Disease
manage
ment
Disease
manage
ment
.
Sci.
Vet
.
Sci.
Vet
.
Sci.
Vet
.
Sci.
Vet
.
Sci.
Vet
.
Sci.
Vet
.
Sci.
Vet
.
Sci.
Vet
.
Sci.
Disease
manage
ment
Vet
.
Sci.
5
3
ON
19
0
19
3
0
3
22
0
2
2
1
OFF
44
0
44
13
0
13
57
0
5
7
2
ON
30
0
30
15
0
15
45
0
4
5
1
OFF
7
10
17
0
2
2
7
12
1
9
2
ON
18
0
18
2
0
2
20
0
2
0
3
ON
11
0
11
7
0
7
18
0
1
8
2
ON
82
0
82
35
0
35
117
0
1
OFF
12
0
12
5
0
5
17
0
1
1
7
1
7
1
OFF
12
0
12
5
0
5
17
0
1
7
121
7
143
13
60
30
6
248
569
432
1
9
1
4
86
1482
(D) Vocational training programmes for Rural Youth
Crop /
Enterpris
e
Date
Training title*
Thematic
Area
Durati
on
(days)
No. of Participants
Male
Female
*training title should specify the major technology /skill transferred
Total
Self employed after training
Type
Number
Number of
of
of units
persons
units
employed
Number of
persons
employed
else where
(E)
Sponsored Training Programmes
Sr.
No
Date
1
9/4/2013
2
16/4/2013
3
4
1718/4/2013
2327/4/2013
5
2527/4/2013
6
2628/6/2013
7
8
9
2630/11/2013
4/12/2013
5-7/12/2013
Title
Dist level Study tour
Programme
Dist Level Training
Programme
State Level Training
Programme
State Level Study
Tour Programme
Pre & post harvest
management and
marketing in pulses
( MACP project )
Pre & post harvest
measures and
marketing in soybean
(MACP Project)
Dry land farming
Staff Training.
Pulse crop
management
Dry land farming
No. of Participants
SC/ST
Fe
Male ma Total
le
Thematic
area
Du
rati
on
(da
ys)
Clien
t
(PF/
RY/E
F)
No.
of
cours
es
M
ale
Fema
le
To
tal
NHM
--
1
pf
60
0
60
0
0
0
0
60
0
NHM
--
1
pf
100
0
100
0
0
0
0
100
NHM
--
2
PF
25
0
25
0
0
0
0
NHM
--
5
PF
72
0
72
0
0
0
Agro.
ICM
Marketing
3
PF
20
0
20
5
0
Agro
ICM
Marketing
3
15
0
15
5
0
Discipli
ne
Agrono
my
Plant
protecti
on
Horticul
ture
Agrono
my
Plant
protecti
on
Agrono
my
Plant
protecti
on
Horticul
ture
Others
Sponsor
ing
Agency
Amoun
t of
fund
receive
d (Rs.)
60
NHM
15000
0
100
NHM
40000
25
0
25
NHM
18750
0
72
0
72
NHM
108207
5
25
0
25
MACP
30000
5
20
0
20
MACP
30000
30000
Total
Fe
Tota
Male ma
l
le
Dry land
farming
5
EF
20
11
0
11
5
0
5
16
0
16
State
Agril.
Departm
ent
ICM
1
PF
5
9
0
9
2
0
2
11
0
11
ALC
India Ltd
2750
Dryland
Agri
3
PF
15
19
0
19
6
0
6
25
0
25
State
Agril.
Departm
ent
30020
I
10
9/12/2013
IPM in Pigeon pea
11
11/12/2013
IPM in Pigeon pea
12
13
14
15
12/12/2013
19
Plant
protecti
on
Agrono
my
Plant
protecti
on
Horticul
ture
1
PF
2
26
0
26
3
0
3
29
0
29
ATMA
35200
IPM
1
PF
2
10
0
10
2
0
2
12
0
12
ATMA
16800
IPM
1
PF
2
41
0
41
5
0
5
46
0
46
ATMA
18000
Dry land
farming
3
PF
15
34
0
34
6
0
6
40
0
40
State
Agril.
Departm
ent
43200
16
0
16
4
0
4
20
0
20
ATMA
19200
20
MACP
50000
Dry land farming
17/12/201
3
Mulching in
Summer
groundnut.
Agoron
omy
High
tech
agri.
1
1821/3/2014
Pre & Post Harvest
Management in
Cotton
Agrono
my
PHT
3
20
0
20
0
0
0
0
0
0
Trials of Sweet
Sorghum
Agrono
my
--
-
-
-
-
-
-
-
-
-
-
--
--
--
25020
Horticul
ture
PHT
7
Pf
7
20
0
25
0
0
0
20
0
20
MACP
70000
Horticul
ture
Vegetable
Production
1
PF
1
35
-
35
10
-
10
45
-
45
TAO and
ATMA
Mukhed
18000
Home
sceince
Income
generation
activity for
empower
ment of
rural
women
07
RY
17
00
17
10
03
13
27
03
30
MACP
70002
Kharif 2013
18
Plant
protecti
on
IPM
1214/12/2013
16
17
IPM in Bengal gram
Plant
protecti
on
1723/6/2013
13-12-2013
15-21/04/13
Total
Pre &Post Harvest
Management in
Vegitable
Watermelon
production
technology
Soybean processing
and marketing
670149
3.4.
Extension Activities (including activities of FLD programmes)
Nature of
Extension
Activity
Date
Title/topic
No. of
activitie
s
Farmers (Others)
I
Male
Fema Total
le
Participants
SC/ST (Farmers)
Extension Officials
II
III
Mal Fema Total Male Fe
Total
e
le
mal
e
Field Day
1
23/08/2013
Sweet sorghum as fodder crop
1
62
0
62
12
0
12
4
0
4
2
27/08/2013
1
35
0
35
6
0
6
3
0
3
3
28/08/2013
Green gram production
technology (Utkarsh)
Field day on Green gram (Moong)
1
35
0
35
9
0
9
4
0
4
4
03/09/2013
Field day on Bottle gourd
1
16
0
16
3
0
3
0
0
0
5
20/09/2013
1
30
0
32
7
0
7
3
0
3
6
21/09/2013
Soybean varietal evaluation
(MAUS-71)
Field day on Soybean
1
22
0
22
8
0
8
5
0
5
7
25/09/2013
2
28
5
28
13
1
13
5
0
5
8
9
12/11/2013
30/12/2013
1
2
0
28
14
5
14
28
0
13
1
1
1
13
0
5
1
0
10
11/01/2014
1
76
0
76
17
0
17
4
11
11/01/2014
Better forage yield Mineral
mixture for increase milk
production
Smoke less Chula
Better forage yield Mineral
mixture for increase milk
production
Pigeon pea production technology
(Vipula)
Field day on pigeonpea
1
69
0
69
16
0
16
12
22/01/2014
Field day on Tomato Staking
1
22
0
22
5
0
13
24/01/2014
Bengal gram production
technology (Jaki-9218)
1
42
0
42
10
0
I
Grand Total
(I+II+III)
M Fem
Total
al ale
e
7
8
4
4
4
8
1
9
4
2
3
6
4
6
0
78
0
44
0
48
0
19
0
42
0
36
6
46
1
5
0
4
6
16
6
16
46
0
4
0
97
3
0
3
0
85
5
0
0
0
0
27
10
4
0
4
9
7
8
5
2
7
5
6
0
56
14
24/01/2014
Field day on Bengal gram
1
16
Kisan Mela
1
42
507
0
42
10
0
10
4
0
4
5
6
0
56
24
523
129
3
130
44
1
45
6
8
0
28
696
2829/12/2013
Technology week
1
2938
2006
4844
1190
465
1655
22
4
26
1
10/08/2013
1
26
0
26
8
0
8
2
0
2
2
16/08/2013
1
66
0
66
16
0
16
2
0
2
3
16/08/2013
1
10
0
10
0
0
0
2
0
2
4
16/08/2013
1
43
0
43
11
0
11
8
0
8
5
16/08/2013
1
43
0
43
11
0
11
8
0
8
6
21/08/2013
1
10
0
10
1
0
1
3
0
3
7
22/08/2013
1
11
0
11
2
0
2
4
0
4
8
12/10/2013
1
16
0
16
5
0
5
5
0
5
9
12/10/2013
1
16
0
16
5
0
5
5
0
5
2
6
0
26
10
19/12/2013
Seed production for rabi sorghum
at Marvali
Rabi Sorghum Seed production at
atkali
Rabi Sorghum Seed production at
Takali
Rabi Sorghum Seed production at
Sagroli
Seed production for rabi sorghum
at Sagroli
Rabi Sorghum Seed production at
Sagroli
Rabi Sorghum Seed production at
atkali
Bengal gram production
technology and importance of soil
testing at sangvi
IPM in Bengal gram, tur and
cotton also discussion on current
pest situation Sangvi tq-Degloor
Technology Mohasav
1
55
0
55
12
0
12
0
0
0
0
67
11
23/12/2013
Technology Mohasav
1
42
0
42
6
0
6
0
0
0
0
48
12
24/12/2013
Technology Mohasav
1
49
0
49
13
0
13
0
0
0
6
7
4
8
6
2
0
62
13
13/5/13,
16/5/13,
Disease management in
poultry,vaccination of broiler
7
47
5
52
33
3
36
5
0
5
9
0
8
98
415
0
2
4
7
5
6525
Kisan Ghosthi
3
6
8
4
1
2
6
2
6
2
1
4
1
7
2
6
0
36
0
84
0
12
0
62
0
62
0
14
0
17
0
26
14
5/6/13,
14/6/13,
12/7/13,
29/7/13,
15/10/13
22-2-14
birds,routine management of dairy
animals care and management of
newborncalf,care of parturated
animals ,prevention of bacterial
diseases of bovines
Inaugural programme of Turmeric
Steamer developed by Shivaji
Supare son of Dhondu Supare
Progressive farmer at Takalgaon
1
0
36
11
0
11
6
1
7
53
1
54
36
20
434
41
450
123
14
132
45
7
97
6
0
7
62
650
1
1
3
9
5
1
114
0
95
Exhibition
4-5/05/2013
Mahadev Kathi Yatra Sagroli
1
81
0
81
27
0
27
5
1
6
1112/05/2013
Muktai Pratistan and panchayat
sameeti Degloor sponcered
farmers mela
Dhanya mahotsav at Biloli
1
80
0
80
11
0
11
4
0
4
1
880
0
880
370
0
370
1
0
1
1
2
5
0
0
1251
Food processing , fashion
designing and arts and crafts
TECHNICAL mahotsv, KVK
1
10
25
35
15
15
30
0
3
3
43
68
1
3500
1000
4500
1200
500
1700
25
12
27
2
5
4
7
2
5
1522
6247
1025
5576
04/06/2013
09/08/2013
28/12/2013
5
4551
162
3
515
2138
35
16
41
Film Show
1
17/05/2013
Smole less chula
1
3
3
6
6
22
28
2
1
3
2
17/08/2013
Bt cotton production tech at Atkali
1
55
0
55
8
0
8
2
0
2
6
2
0
8
156
6
7775
1
1
6
5
26
37
0
65
3
12/11/2013
Farm machination
1
12
0
12
3
0
3
0
0
0
1
5
0
15
4
08/12/2013
Senderia sati at Babali
1
13
0
13
7
0
7
3
0
3
0
23
5
08/12/2013
IPM of rabi crops
1
13
0
13
7
0
7
3
0
3
2
3
2
3
0
23
6
13/12/2013
Agricultural processing
machineries
1
11
0
11
3
0
3
0
0
0
0
14
7
13/12/2013
Back Yard Poultry Farming
1
12
1
13
7
0
7
0
0
0
1
20
8
08/01/2014
Dary Business And Fodder
Management
1
17
0
17
7
0
7
0
0
0
1
4
1
9
2
7
0
24
9
7/3/2014
1
22
0
22
7
0
7
2
0
2
3
1
0
31
10
9/3/2014
1
28
0
28
4
0
4
2
0
2
3
4
0
34
11
15/3/2014
1
25
0
25
9
0
9
2
0
2
3
6
0
36
12
21/3/2014
1
20
0
20
8
0
8
2
0
2
3
0
0
30
13
22/3/2014
1
37
0
37
2
0
2
2
0
2
4
1
0
41
14
25/2/14
1
31
0
31
17
0
17
3
0
3
5
1
0
51
15
5/3/14
Dairy Management, Goat farming,
Deshi broiler farming, buffalo
farming
Dairy Management, Goat farming,
Deshi broiler farming, buffalo
farming
Dairy Management, Goat farming,
Deshi broiler farming, buffalo
farming
Dairy Management, Goat farming,
Deshi broiler farming, buffalo
farming
Dairy Management, Goat farming,
Deshi broiler farming, buffalo
farming
Integrated Pest Management in
Vegetable at Laghul
Improved farm implements
1
0
0
0
0
46
46
2
2
4
2
48
50
15
299
4
303
95
163
25
3
28
4
2
2
75
494
1
23
0
23
7
0
7
2
0
2
3
2
0
32
1
11
0
11
2
0
2
1
0
1
1
4
0
14
1
23
0
23
7
0
7
2
0
2
3
0
32
Method Demonstrations
08/06/2013
1
2
12/06/2013
Seed treatment in Green gram
Moong
Use of Seed cum fertilizer drill
3
15/06/2013
Seed treatment in Red gram Tur
68
2
Soya products
Groundnut decorticator
1
4
2
1
6
23
8
24
0
2
0
7
0
9
0
1
1
4
1
5
2
4
7
34
9
38
6
15/06/2013
20,21,22,28/
06/2013
01/08/2013
Use of boom sprayer for soybean
1
8
0
8
2
0
2
3
0
3
0
13
7
24/08/2013
Nutritious recipes for preschool
children
2
9
19
28
0
0
0
1
2
3
21
31
8
23/09/2013
Different types of sickles
1
11
0
11
0
0
0
1
1
2
1
13
9
17/10/2013
1
6
0
6
2
0
2
0
0
0
0
8
10
16/11/2013
Use of Reaper for harvesting
soybean
Use of Reaper for harvesting Paddy
1
3
1
0
1
2
8
1
8
0
8
2
0
2
0
0
0
0
10
11
12
13
21/12/2013
03/02/2014
7/3/2014
1
1
0
0
4
4
4
4
0
0
6
3
6
3
0
0
0
1
0
1
0
8
0
8
14
9/3/2014
15
15/3/2014
16
21/3/2014
17
22/3/2014
Dal mill, Utkarsh project
Coconut Processing
Urea treatment to straw, Azola
production, Preparation of wormi
compost, Management of Slurry
Urea treatment to straw, Azola
production, Preparation of wormi
compost, Management of Slurry
Urea treatment to straw, Azola
production, Preparation of wormi
compost, Management of Slurry
Urea treatment to straw, Azola
production, Preparation of wormi
compost, Management of Slurry
Urea treatment to straw, Azola
production, Preparation of wormi
compost, Management of Slurry
4
5
1
0
0
0
1
22
0
22
7
0
7
2
0
2
3
1
0
31
1
28
0
28
4
0
4
2
0
2
3
4
0
34
1
25
0
25
9
0
9
2
0
2
3
6
0
36
1
20
0
20
8
0
8
2
0
2
3
0
0
30
1
37
0
37
2
0
2
2
0
2
4
1
0
41
21
234
56
290
54
16
70
21
9
30
3
0
9
71
380
4
0
0
7
166
566
Farmers Seminar
04/06/2013
KIsan Mela Biloli
1
320
110
430
65
48
113
15
8
05/06/2013
KIsan Mela Degloor
1
560
20
580
150
25
175
12
2
23
14
57
779
06/06/2013
Kisan Mela Unri
1
350
50
400
45
15
60
9
1
01/07/2013
Participated in krishi Bhushan
programme of Nanded district at
Nanded
Bhokar
1
573
0
573
180
0
180
3
0
3
1
28
0
28
6
0
6
2
0
2
KVK
1
30
0
30
4
0
4
3
0
3
1861
180
2041
04/07/2z01
3
05/07/2013
6
Group meeting
10/05/2013
1
450
88
538
44
11
10
55
Formation of farmers group for
NABARD at Kedarwadgaon
1
27
0
27
2
0
2
7
0
7
2
14/05/2013
Formation of farmers group for
NABARD at Bolegaon
1
17
0
17
2
0
2
3
0
3
3
15/05/2013
Formation of farmers group for
NABARD at Daulatpur
1
14
0
14
2
0
2
3
0
3
4
15/05/2013
Formation of farmers group for
NABARD at Shimpala
1
7
0
7
1
0
1
3
0
3
5
13/6/13
Formation of groups at Bolegaon
1
20
0
20
0
0
0
0
0
0
6
13/07/13,
18/07/13,
20/07/13
Snails problem in soybean, green
gram crop at Kedarwadgaon
,Sawali, Chainpur
3
54
0
54
13
0
13
6
0
6
7
13/08/2013
Current pest and disease situation
of soybean and cotton at Shimpala
1
11
0
11
1
0
1
2
0
2
8
19/08/2013
Rabi Sorghum Seed production
1
9
0
9
1
0
1
10
1
11
9
10/08/2013
Kharif crops weed and Nutrient
management
1
26
0
26
8
0
8
2
0
2
2
2
4
0
4
7
5
6
3
6
3
7
2
3
5
5
66
470
0
756
0
36
0
37
289
2644
3
6
2
2
1
9
1
1
2
0
7
3
0
36
0
22
0
19
0
11
0
20
0
73
1
4
2
0
3
6
0
14
1
21
0
36
10
29/08/2013
Cotton and soybean crop Nutrient
and weed management at
Chandola
Bengal gram production
technology at Krushnoor
1
30
0
30
8
0
8
8
0
8
4
6
0
46
11
24/09/2013
1
15
0
15
7
0
7
3
0
3
0
25
14/09/2013
Current pest and disease situation
of soybean and cotton at Atkali
1
15
0
15
7
0
7
3
0
3
0
25
13
19/09/2013
1
10
0
10
3
0
3
4
0
4
0
17
14
24/09/2013
1
16
0
16
3
0
3
3
0
3
2
2
0
22
15
10/10/2013
Current pest and disease situation
in cotton-soybean and tur.at
Kathewadi
Pest and disease management in
cotton and tur and fertilizer
management in tur at Krushnur
Current pest and disease situation
of Tur and cotton at Shimpala
2
5
2
5
1
7
12
1
11
0
11
3
0
3
3
0
3
0
17
16
15/10/2013
1
6
0
6
5
0
5
3
0
3
0
14
17
19/12/2013
Current pest and disease situation
in cotton-tur and sugancane at
Lath
Biloli Block
1
7
1
4
1
13
3
16
4
2
6
2
0
5
24
18
21/12/2013
Naigaon Block
1
14
2
16
2
5
5
2
0
7
25
19
23/12/2013
Dharmabad Block
1
11
4
15
4
4
6
2
0
8
25
20
10/05,
17/05,
31/05,
15/06,
9/07, 3/07,
10/08,14/0
9, 09/10,
10/12
Health, farm implements,
entrepreneurship development
10
0
71
71
0
29
29
0
10
10
1
9
1
8
1
7
0
110
110
21
27/12/13,
3/1/14
Fodder management,clean milk
production
2
32
3
35
8
4
12
0
0
0
4
0
7
47
22
8.02.14
vegetable pest management at
Shimpala
1
16
0
16
4
0
4
1
0
1
2
1
0
21
23
21/2/2014
Fodder crops production
1
12
0
12
2
0
2
3
0
2
2
2
3
1
7
0
17
35
386
83
469
90
44
130
73
11
1
75
15
90
26
10
36
6
0
Soybean production
technology,Plant proction
measures in soybean, cotton at
Degloor
Soil testing Bt cotton production
technology at Mahegaon
1
78
0
78
13
0
13
0
0
0
1
105
0
105
43
0
43
0
0
0
Lectures delivered as resource persons
11-12/5/13 IPM of kharif crops,Degloor
1
84
6
2
1112/05/2013
3
16/05/2013
4
24/05/2013
Bt cotton production technology,
Plant proction measures in
soybean,cotton at Naigaon
1
115
0
115
52
0
52
0
0
0
5
25/05/2013
Soil testing, Importance of soil and
water conservation, Dairy
Management at Degloor
1
378
0
378
79
0
79
0
0
0
6
26/05/2013
Bt cotton production technology,
Plant proction measures in
soybean,cotton at Dharma bad
1
790
0
790
191
0
191
0
0
0
7
26/05/2013
Bt cotton production technology at
Dharmbad
1
852
25
877
112
299
411
32
50
82
8
26/05/2013
IPM of kharif crops Dhr’bad
1
959
0
959
411
0
411
1
0
1
9
28/05/2013
Bt cotton production technology at
Kinwat
1
648
110
758
985
65
1050
32
10
42
10
01/06/2013
Bt cotton production technology at
Mudkhed
1
1080
380
1460
148
72
220
12
10
22
5
4
9
138
687
1
0
1
9
1
25
126
0
91
1
4
8
1
6
7
4
5
7
9
8
1
9
9
6
1
3
7
1
1
6
6
5
1
2
4
0
0
148
0
167
0
457
0
981
374
1370
0
1371
185
1850
390
1630
11
04/06/2013
Bt cotton production technology
At Biloli
1
703
135
838
258
112
370
20
22
42
12
04/06/2013
IPM of kharif crops Biloli
1
880
0
880
370
0
370
1
0
1
13
11/06/2013
IPM of kharif crops Mukhed
1
920
0
920
130
0
130
1
0
1
14
11/06/2013
Bt cotton production technology at
Muked
1
700
182
882
108
22
130
20
18
38
15
18/06/2013
Vegetable pest management
under MACP at KVK
1
13
0
13
7
0
7
1
0
1
16
29/06/2013
KVK Sagroli
1
15
0
15
5
0
5
1
0
1
17
05/07/2013
Kisan Din Weed Management in
kharif crops
1
573
0
573
180
0
180
3
0
3
18
05/07/2013
KVK Sagroli
1
30
0
30
4
0
4
3
0
3
19
20/07/2013
SSM Crop Science Students
1
18
0
18
5
0
5
1
0
1
20
20/07/2013
Food and nutrition of school going
children
1
34
-
34
49
-
49
2
1
21
17/10/2013
Bt cotton cultivation technology at
Sonkhed
1
39
0
39
3
0
3
4
0
4
22
18.10.13
1
37
0
37
26
0
26
1
0
1
23
22.10.13
1
17
0
17
21
0
21
1
0
24
23/10/2013
Role of SHG, role of kvk and IPM of
tur and Bengal gram under SSM’s
IWMP at Lingapur
Role of SHG, role of kvk and IPM of
tur and Bengal gram under SSM’s
IWMP at Bhatapur
Watershed and Self help group
1
27
6
33
6
0
6
0
0
9
8
1
1
2
5
1
1
0
5
1
8
2
8
2
1
1
6
7
5
6
3
7
2
4
8
5
4
6
6
4
269
1250
0
1251
0
1051
222
1050
0
21
0
16
0
756
0
37
0
24
1
86
0
46
0
64
1
3
9
0
39
0
3
3
6
39
3
25
28/10/2013
Water shade management at
Sangvi
1
24
0
24
3
0
3
0
0
0
26
29/10/2013
Water shade management at
Ambulga
1
39
0
39
8
0
8
0
0
0
27
21/11/2013
1
30
4
34
5
0
5
0
0
0
28
26-30 Nov
13
Bt cotton cultivation
technology/Wheat production
technology at KVK
Dry land mission E. F. training
1
9
0
9
3
0
3
0
0
0
29
03/12/2013
Watershed Management
1
23
0
23
12
0
12
0
0
0
30
04/12/2013
ALC India/Mini Dal mill
1
9
0
9
2
0
2
0
0
0
31
5 to 7-12-13
Dry land farmers Training
1
17
0
17
8
0
8
0
0
0
32
06/12/2013
1
14
0
14
6
0
6
1
0
1
33
12 to 14 -1213
Integrated pest management in
Bengal gram, pigeon pea and
cotton under ATMA at KVK
Dry land farmer Training
1
33
0
33
8
0
8
0
0
0
34
17/12/2013
1
13
0
13
4
0
4
1
0
1
35
12.1.14
1
142
0
142
22
0
22
0
0
0
36
30.1.14
1
42
0
42
14
0
14
5
0
5
37
3.2.14
1
38
0
38
11
0
11
3
0
3
38
31/12/2013
Integrated pest management in
Bengal gram, pigeon pea and
cotton
Summer crops ground nut soybean
and sesamum pest management at
karadkhed
Importance of IPM in kharif and
rabi crops at Daulatapur
Apiculture as a side business in
sustainable agriculture at kavtha
Summer groundnut cultivation at
Malegaon Yatra
1
580
65
645
85
12
97
0
0
0
39
12/01/2013
Summer crops cultivation-Summer
groundnut,Sesamum, Soybean at
Karadkhed
1
142
0
142
22
0
22
0
0
0
40
12/01/2014
Summer crops ground nut soybean
and sesamum pest management at
1
142
0
142
22
0
22
0
0
0
2
7
4
7
3
9
0
27
0
47
0
39
1
2
3
5
1
1
2
5
2
1
0
12
0
35
0
11
0
25
0
21
4
1
1
8
0
41
0
18
1
6
4
6
1
5
2
0
164
0
61
0
52
6
6
5
1
6
4
1
6
77
742
0
164
0
164
41
27/01/2013
42
30/01/2014
43
30/01/2014
44
8/9/13,13/9
/13,19/9/13,
22/9/13,23/
9/13
45
30/01/14
46
3/2/14
Newspaper coverage
11-18/06/13
1
2
11-18/06/13
3
25/06/2013
4
25-30/06/13
karadkhed
Kharif and summer crops
cultivation at Bilali
1
57
0
57
3
0
3
0
0
0
Soybean , Bengal gram cultivation
and Capabilities building for
farmers group at Daulatpur
Importance of IPM in kharif and
rabi crops at Daulatapur
1
42
0
42
14
0
14
0
0
0
1
42
0
42
14
0
14
5
0
5
Water management of animals
,care of animals during winter,
mastitis and its prevention, annual
vaccination of animals ,layers
vaccination, clean milk production
Cotton and soybean production
technology organized by Krishi
vibhag Biloli at Daulatapur
Importance of soil and eater
testing
5
112
18
130
20
5
25
0
0
0
1
47
0
47
11
0
11
5
0
5
1
38
0
38
11
0
11
3
0
3
50
10721
93
11661
354
0
17
4137
165
111
Broad bed furrow system of
planting in soybean in
Krushakonnati weekly Agro news
letter
Increasing productivity in dry land
pigeon pea by seedlings
transplanting in Krushakonnati
weekly Agro news letter
Nimboli as a important component
in pest management Weekly
Krushakonnati
Important five aspects in
increasing productivity in soybean
crop at Krushakonnati weekly Agro
news letter
1
1
1
1
276
4
6
0
5
6
0
60
0
56
0
61
23
155
6
3
0
63
5
2
1
4
4
1
9
0
52
157
2
15991
6
1
1
3
2
5
21/07/2013
6
23/07/2013
7
27/07/2013
8
27/07/2013
9
10
11
12
13
14
15
16
17
18
19
4/9/13 Sakal
11/9/13
Lokmat
12/9/13
Sakal
26/11/2013
10/12/2013
7-13/1/14
Weekly
Krushkonnti
11-17.02.14
Weekly
Krushkonnti
16/5/2013,1
0/11/13,11/
10/13,19/9/
13
9/3/14
KVK Sagroli and ICRISAT working
together in Sakal News paper
Heavy snail infestation on
soyabean in Daily Sakal
Field day celebration at atkali on
Green gram
Field day celebration at atkali on
Green gram in sakal
Field day celebration at atkali on
Bengal gram in sakal
Field day celebration at
Kedarwadgaon on Pigeon pea in
sakal
Field day at atkali
Mexician beetle
1
Rabi sorghum seed production
1
Mini dal mill
Watershed management/ Daily
Sakal
Ase kara wangyavaril kideenche
niyantran
1
1
1
1
1
1
1
3
1
1
Sheteela purak VyavasayaMadhumaksheeka palan
01
Urea chi kimaya bhari nikrushta
chara utkrishta kari,bhaktapur
yethe shetkari mela ,shwan
danshachi jakham panya khale
dhuva ,pola sajarakara paramparik
pan adunuk padhatine
4
रक्तक्षय व सोया पोहा लाडू –
1
कृशीकोन्नती
24
Radio talks
1
2
14/06/2013
14/06/2013
Bt cotton production technology
Soybean production technology
1
1
3
4
14/06/2013
14/06/2013
5
14/06/2013
6
7
01/06/2013
01/06/2013
8
16/5/13
9
19/5/13
10
11
12
28/5/13
20/10/13
23/10/13
13
7/3/2014
14
7/3/2014
1
5/11/13,
2
7/11/13
Organic farming
Sucking pest management in
cotton Nanded Akashwani
Nimboli as a important component
in pest management
In-situ soil and water
1.Raktkshayatil aahar margdarshan
2.shalkari mulancha aahar v
aarogya
Care and Management of animals
during winter
Importance of loose housing
system indairy management
Importance oc deshi cow
Selection of dairy animals
importance of colostrums 6)care
and management of parturated
animals
Crop damages due to hailstorm
and contingencies to be taken
Soil and water testing through
mobile soil testing van by KVK
sagroli
1
2
Care and Management of animals
during winter
Importance of loose housing
system indairy management
1
1
1
2
1
1
1
1
1
1
1
TV Talks
1
2
Advisory Services
181
Scientific visit to farmers field
41
984596
200
0
200
44
0
44
32
1
33
2
7
6
1
277
Farmers visit to KVK
50
207
15
222
76
0
76
8
0
8
2
8
8
0
288
Farmer Scientist interaction
7/3/2014
9/3/2014
15/3/2014
21/3/2014
22/3/2014
Dairy farming, Management of
Milch animals, Importance of
Vaccination, Feeding management
of dairy animals
Dairy farming, Management of
Milch animals, Importance of
Vaccination, Feeding management
of dairy animals
Dairy farming, Management of
Milch animals, Importance of
Vaccination, Feeding management
of dairy animals
Dairy farming, Management of
Milch animals, Importance of
Vaccination, Feeding management
of dairy animals
Dairy farming, Management of
Milch animals, Importance of
Vaccination, Feeding management
of dairy animals
1
22
0
22
7
0
7
2
0
2
3
1
0
31
1
28
0
28
4
0
4
2
0
2
3
4
0
34
1
25
0
25
9
0
9
2
0
2
3
6
0
36
1
20
0
20
8
0
8
2
0
2
3
0
0
30
1
37
0
37
2
0
2
2
0
2
4
1
0
41
5
132
0
132
30
0
30
10
0
10
1
7
2
0
172
Diagnostic visits
10/08/2013
10/08/2013
10/08/2013
16/08/2013
24/09/2013
Weed infestation in Soybean crop
Micronutrient deficiencies in Bt
cotton
Weed infestation in Cotton crop
Yellowing in Cotton and soybean
crop
1
1
2
2
0
0
2
2
0
0
0
0
0
0
2
3
0
0
2
3
4
5
0
0
4
5
1
1
2
6
0
0
2
6
0
0
0
0
0
0
2
4
0
0
2
4
0
0
4
10
Yellowing in Moong
Reddening in cotton
1
1
2
2
0
0
2
2
0
0
0
0
0
0
2
2
0
0
2
2
4
1
0
4
4
0
0
4
4
03/09/2013
18/07/2013
Sucking pest management in
cotton
Sawli
20/07/2013
23/06/2013
Chainpur
Rainwater harvesting
1
18
0
18
0
0
0
0
0
0
10/07/2013
De silting of Dam
1
130
0
130
0
0
0
0
0
0
1
2
0
2
0
0
0
1
0
1
3
0
3
2
44
0
44
13
0
13
2
0
2
5
9
0
59
1
8
1
3
0
0
18
0
130
17.2.14
18.02.14
7/3/2014
Sagroli
shimpala
02
6
0
6
2
0
2
4
0
4
1
2
0
12
Hailstorm affected villages visit
10
118
0
118
42
0
42
3
0
3
0
163
28/3/2014
Micronutrient deficiencies
management in summer
groundnut
1
0
1
0
0
0
2
0
2
1
6
3
3
0
3
1
15 273
0
273
44
0
44
9
0
9
3
2
6
0
326
Exposure visits
2327/4/2013
Jain hills Jalgaon Dr.PDVK Akloa
1
38
0
38
27
0
27
3
0
3
18/04/2013
Pomegranate bag Udgir
1
18
0
18
5
0
5
2
0
2
09/04/2013
Polyhouse at Pimplgaon
1
42
0
42
16
0
16
2
0
2
23-27/4/13
Jalgaon and Dr. PDKV, Akola
1
38
0
38
27
0
27
3
0
3
09/04/2013
Vist to polyhouse and shed net at
Pimpalgaon
1
42
0
42
16
0
16
2
0
2
18/04/2013
Visit to Pomegrante plantation at
Udgir
1
18
0
18
5
0
5
2
0
2
06/09/2013
28-29 sept
13
Low cost Solar fencing
Tech for Seva workshop
0
0
4
1
0
0
4
1
2
0
0
0
2
0
2
1
0
0
2
1
6
8
2
5
6
0
6
8
6
0
2
5
8
2
0
68
0
25
0
60
0
68
0
60
0
25
0
0
8
2
6
201
0
201
98
0
98
17
0
17
3
1
6
0
316
Soil health Camp
15/05/13,
10/07/13,
20/07/13,
7/09/13,
11/12/13,
16/12/13,
24/12/13
Entrepreneurship development
7
0
70
70
0
28
28
0
7
7
0
105
105
1
8
3
1
3
7
2
1
7
5
3
7
0
183
0
137
0
217
Soil test campaigns
01/04/2013
Adampur,Khatgaon
1
132
0
132
51
0
51
0
0
0
11/05/2013
Atkali,Wanali,Degloor
1
101
0
101
36
0
36
0
0
0
04/06/2013
Biloli,Sawali
1
164
0
164
53
0
53
0
0
0
3
397
0
397
140
0
140
0
0
0
0
537
Farm Science Club Conveners meet
22/06/2013
Farm science club meeting
1
20
0
20
0
0
0
0
0
0
2
0
0
20
2
0
25
25
0
3
3
0
2
2
0
30
30
1
0
1
2
0
101
163
410
Mahila Mandals Conveners meetings
4/7, 3/9
Ground nut decorticator, training
needs of women
Celebration of important days (specify)
(26-31 Aug
2013)
Parthenium awareness week
celebration
1
82
0
82
13
0
13
6
0
6
20/10/2013
Health check up camp for elderly
1
97
88
185
150
75
225
0
0
0
population on the occasion of
world senior citizen day
16/10/2013
08/02/2014
World food day
Sagroli Food festival
1
1
4
Total
0
0
179
12
0
100
12
0
279
0
0
163
15
0
90
15
0
253
1
0
7
2
0
2
3
0
9
4
7
1
0
3
4
9
472
Categor
y
Crop/
enterpri
se
Thematic
Area
Date
Name of the message
No. of
Messa
ges
No.of Farmers
Other s
Mal
e
Agronom
y
Crops
Cotton
ICM
9/4/2
013
बागायती बी.टी. कपाशी मध्ये अवास्तव वाढ थाांबवण्यासाठी
Fe
mal
e
SC/ST
Tot
al
Ma
le
Fema
le
Total
Tot
al
M
ale
Fe
m
ale
Total
1
12607
3
60217
3
12607
3
60217
वाढ निरोधक म्हणूि सायकोसील (ललवोसीि) ६०
पी.पी.एम.(१.२ लमली /१० लल.पाणी) ७५ दिवसाांिी फवारणी
करावी ककां वा ७० ते ७५ दिवसाांिी शेंडा खुडावा - ववषय
ववशेषज्ञ – वपकशास्र, के.व्ही.के, सगरोळी
Agronom
y
Agronom
y
Agronom
y
Crops
Crops
Crops
Cotton
Cotton
Cotton
ICM
ICM
ICM
9/4/2
013,
9/7/2
013,
9/11/
2013
बी.टी. कपाशीतील िैसर्गिक कारणामुळे होणारी पाते, फुले,
9/4/2
013,
9/5/2
013,
9/8/2
013
9/4/2
013
9/4/2
013
9/11/
2013
बागायती बी.टी. कपाशी मध्ये अवास्तव वाढ थाांबवण्यासाठी
बोंडे, याची गळ कमी करण्यासाठी एि.ए.ए. (प्लिोकिस) या
सांजीवकाची ४० लमली प्रती एकर २०० लल.पाण्यातूि पात्या
लागल्या तेव्हा पदहली फवारणी व त्यािांतर १५ ते २०
दिवसाांिी िस
ु री फवारणी करावी..ववषय ववशेषज्ञ – वपकशास्र,
के.व्ही.के, सगरोळी
वाढ निरोधक म्हणूि सायकोसील (ललवोसीि) ६०
पी.पी.एम.(१.२ लमली /१० लल.पाणी) ७५ दिवसाांिी फवारणी
करावी ककां वा ७० ते ७५ दिवसाांिी शेंडा खुडावा - ववषय
ववशेषज्ञ – वपकशास्र, के.व्ही.के, सगरोळी
बी.टी. कपाशीतील िैसर्गिक कारणामुळे होणारी पाते, फुले,
बोंडे, याची गळ कमी करण्यासाठी एि.ए.ए. (प्लिोकिस) या
सांजीवकाची ४० लमली प्रती एकर २०० लल.पाण्यातूि पात्या
लागल्या तेव्हा पदहली फवारणी व त्यािांतर १५ ते २०
दिवसाांिी िस
ु री फवारणी करावी..ववषय ववशेषज्ञ – वपकशास्र,
के.व्ही.के, सगरोळी
30
1500
2041
53454
Kisan Mobile Advisory Services
Major
Group
29
0
192
Agronom
y
Agronom
y
Crops
Crops
Rabi
sorghum
Cotton
Varietal
evaluation
ICM
9/11/
2013,
9/13/
2013,
9/14/
2013,
9/16/
2013,
9/18/
2013
9/12/
2013,
9/13/
2013
रब्बी ज्वारी लागवडीसाठी डुकरी/िगडी वािाचा वापर ि करता
5
33005
2
17543
2
19529
2
15465
5
24500
सुधाररत अर्धक उत्पािि िे णारे परभणी मोती ,परभणी
ज्योती, अकोला क्ाांती ,फुले र्चरा ,फुले वसुधा ई. वािाचा
वापर करावा …। ववषय तद्य -कृषी ववद्या, के .वी .के.
सगरोळी, जज िाांिेड
बी. टी. कपासीमध्ये वखराचा साहयािे लाकडी पट्टी ककवा
पोते बाांधूि कपसीचा ओळीस माती चढूि घावी त्यामुळे
मुलस्थािी जलसांधारण होते तचेस सरयाांचा वापर सांरक्षित
पाणी िे ियासाठी होईल. प्रा. कवपल इांगळे ,ववषय ववशेषज्ञ –
वपकशास्र, के.व्ही.के, सगरोळी. जज . िाांिेड
Agronom
y
Crops
Seed
Varietal
evaluation
9/19/
2013,
9/21/
2013
कृषी ववज्ञाि केंद्र, सगरोळी ता. बबलोली जज. िाांिेड कडे रब्बी
वपकाचे खालील वाणाची बबयाणे ववक्ीसाठी उपलब्ध आहे त
गहू - कुिरत-११, त्र्यांबक करडई - परभणी – ४० (बबिकाटे री),
परभणी कुसुम (काटे री) रब्बी ज्वारी – परभणी मोती, परभणी
ज्योती, अकोला क्ाांती, फुले रे वती, फुले माऊली, फुले पांचमी
(लाह्या बिवणे), एस.जी.एस – ८-४ (हुरडा बिवणे) …. ....
ववषय तज्ञ - कृषी ववद्या, के. जव्ह. के. सगरोळी, जज. िाांिेड
Agronom
y
Crops
Field
day
Field day
9/19/
2013,
9/20/
2013
सवि शेतकरी बाांधवािा सूचीत करणात येते की उद्या दििाक
२० /९ /२०१३ शुक्वार सकाळी ११ वाजता कृषी ववज्ञाि केंद्र
सगरोळी तफे "शेती दिि "आयोजजत केला आहे त्यामध्ये
सोयाबीि वपकातील िवीि वाणाची ओळख ,कापूस लागवड
तांरज्ञाि, कीड व रोग नियांरण, भात वपकातील ववववध
लागवड पधती, भाजीपाला रोपवादटका या ववषयावर मागििशिि
व वपक पहाणी होणार आहे आपली उपस्थीती प्राथििीय आहे .
स्थळ : कृषी ववज्ञाि केंद्र ,सगरोळी
Agronom
y
Crops
Cotton
IPM
9/23/
2013,
9/25/
2013,
9/26/
2013,
9/28/
2013,
9/30/
2013
सध्या बी. टी. कापसात आकजस्मक मर (कारण-दिवसाचे
तापमाि ३८ डडग्री . से . दिघेकाळ राहणे ,पाण्याचा ताण
बसिे ,पाणी साचूि राहणे ) आढळू ि येत आहे . उपाय
म्हणूि ववकृतीग्रस्त झाडाांिा १ .५ ककलो यरु रया +१ .५ ककलो
पालाश+ २०० ग्रॅ म बाववस्टीि + २०० लमली हुलमक अलसड
१०० लल . पाण्यात लमसळू ि १५० -२०० लमली पाणी प्रती
ववकृतीग्रस्त झाडाांिा ियावे. त्यािांतर ८ -१ ० दिवसाांिी २
ककलो डीएपी +२०० ग्रॅम बाववस्टीि + २ ० ० लमली हुलमक
अलसड १ ० ० लल . पाण्यात लमसळू ि १५० -२०० लमली पाणी
प्रती ववकृतीग्रस्त झाडाांिा ियावे.. प्रा. कवपल इांगळे ,ववषय
ववशेषज्ञ – वपकशास्र, के.व्ही.के, सगरोळी. जज . िाांिेड
Agronom
y
Crops
Rabi
crops
Seed
trietmant
9/28/
2013,
9/29/
2013,
9/30/
2013
पेरणीपूवी बीज प्रकक्या करूिच रब्बी वपकाची पेरणी करावी.
3
35035
5
37026
2
19163
हरभरा - मर व मुळकुज रोगाचा प्रतीबांधासाठी ट्रायकोडमाि @
५ ग्रॅम / ककलो . त्यािांतर िर व स्फुरिासाठी रायझोबबयम
@ २५ ग्रॅ म + पीएसबी @ २५ ग्रॅम /ककलो बीज प्रकक्या
करावी . // रब्बी ज्वारी - कािी रोगाचा प्रतीबांधासाठी ३००
मेश गांधक ४ ग्रॅ म /ककलो व खोड माशी व्यावस्थापािा साठी
थायोमेथोक्षिम ७० % ३ ग्रॅम /ककलो . त्यािांतर िर व
स्फुरिासाठी आझोटोबाक्टर @ २५ ग्रॅम + पीएसबी @ २५
ग्रॅम /ककलो बीज प्रकक्या करावी . // करडई - बाववस्टीि @३
ग्रॅम / ककलो . त्यािांतर िर व स्फुरिासाठी आझोटोबाक्टर
@ २५ ग्रॅ म + पीएसबी @ २५ ग्रॅम /ककलो बीज प्रकक्या
करावी // गहू - थायरम @ ३ ग्रॅ म / ककलो. त्यािांतर िर व
स्फुरिासाठी आझोटोबाक्टर @ २५ ग्रॅम + पीएसबी @ २५
ग्रॅम /ककलो बीज प्रकक्या करावी ……. प्रा. कवपल इांगळे ,
ववषय तज्ञ - कृषी ववद्या, के. जव्ह. के. सगरोळी, जज. िाांिेड.
Agronom
y
Agronom
y
Crops
Crops
Bengal
gram
Bengal
gram
ICM
INM
10/10
/2013
,
10/12
/2013
,
10/14
/2013
,
10/15
/2013
,
10/18
/2013
10/10
/2013
कोरडवाहू हरभऱा पेरणी १५ ऑक्टोबर पूवी करावी ,बागायती
पेरणी २० ऑक्टोबर ते १० िोव्हें बर पयंत करावी. मर व
मळ
ु कुज रोगाचा प्रतीबांधासाठी ट्रायकोडमाि @ १० ग्रॅ म /
ककलो , त्यािांतर िर व स्फुरिासाठी रायझोबबयम @ २५
ग्रॅम + पीएसबी @ २५ ग्रॅम /ककलो बीज प्रकक्या करावी .
पेरणीसाठी खालील वाणाचा वापर करावा .// कोरडवाहू िे शी
वाण -आकाश ,ववजय ,दिजववजय ,जाकी -९२१८. // बागायती
िे शी वाण - ववशाल ,दिजववजय ,जाकी -९२१८ . // बागायती
कबुली वाण - ववराट ,काक -२ ,कृपा ,ववहार,// फुटाणे
बिवण्यासाठी -गुलक-१ ,डी -८ ,// पुलाव व उसळ
बिवण्यासाठी -दहरवा चाफा …प्रा. कवपल इांगळे ,ववषय
ववशेषज्ञ – वपकशास्र, के.व्ही.के, सगरोळी. जज . िाांिेड.
कोरडवाहू हरभऱा खतमारा- शेणखत / कांपोस्ट खत २ टि
प्रती एकर, युररया १८ ककलो + लसांगल सुपर फॉसफेट १००
ककलो, अथवा डीएपी ३५ ककलो + युररया ४ ककलो ,अथवा १२
:३२ :१६ ५० ककलो प्रती एकर पेरणीचा वेळेस वापरावे //
,बागायती हरभऱा खतमारा - शेणखत / कांपोस्ट खत २ टि
प्रती एकर, युररया २२ ककलो + लसांगल सुपर फॉसफेट १२६
ककलो, अथवा डीएपी ४४ ककलो + युररया ५ ककलो ,अथवा १२
:३२ :१६ ६४ ककलो प्रती एकर पेरणीचा वेळेस वापरावे. तसेच
झझांक ,फेरस आझण गांधक कमतरता असणाऱ्या जलमिीमध्ये
१० ककलो झझांक सल्फेट,१० ककलो फेरस सल्फेट, ८ ककलो
गांधक प्रती एकर पेरणीचा वेळेस दिल्यास उत्पािणात वाढ
आढळू ि आली आहे …प्रा. कवपल इांगळे ,ववषय ववशेषज्ञ –
वपकशास्र, के.व्ही.के, सगरोळी. जज . िाांिेड.
Agronom
y
Crops
Wheat
ICM
11/13
/2013
बागायती गहू पेरणी १ ते १५ िोव्हें बर िरम्याि करावी .
1
19197
2
19340
2
15259
2
6271
2
6037
1
2
उशीरा घेण्यात येणाऱ्या गहू वाणाची पेरणी १५ डडसेंबर पूवी
करावी . पेरणीपूवी बीज प्रकक्या थायरम / बाववस्टीि @ ३
ग्रॅम / ककलो. त्यािांतर िर व स्फुरिासाठी आझोटोबाक्टर @
२५ ग्रॅम + पीएसबी @ २५ ग्रॅम /ककलो करावी.…प्रा. कवपल
इांगळे ,ववषय ववशेषज्ञ – वपकशास्र, के.व्ही.के, सगरोळी. जज .
िाांिेड.
Agronom
y
Crops
Weeds
IWM
11/20
/2013
गाजर गवत नियांरणाचे उपाय : गाजर गवत फुलावर
येण्यापूवी मुळासगट उपटूि धीग करूि जाळू ि टाकावे ककां वा
वलायफोसेट ४१% हे तणिाशक १०० लमली प्रती १० ली.
पाण्यात लमसळू ि फुलावर येण्या पूवी फवारावे ककां वा २०%
लमठाचे द्रावण करूि (२० ककलो प्रती १०० ली. पाणी) या
प्रमाणात फुलावर येण्या पूवी फवारावे ककां वा जैववक पद्धतीिे
नियांरणासाठी मेजक्सकि भुांगे @२०० प्रती एकर सोडावेत.….
प्रा कवपल इांगळे , ववषय तज्ञ - कृषी ववद्या, के. जव्ह. के.
सगरोळी, जज. िाांिेड
Agronom
y
Crops
Bengal
garm
INM
12/13
/2013
हरभरा वपकास २% डीएपी (२०० ग्रॅम डीएपी प्रती १० ललटर
पाणी ) ककां वा ३ % युररया (३०० ग्रॅम युररया प्रती १० ललटर
पाणी ) पदहली फवारणी फुले येण्यापूवी आझण त्यािांतर १० १२ दिवसाांिी िस
ु री फवारणी केल्यास िाणे चाांगले भरुि
उत्पाििात वाढ होते… प्रा कवपल इांगळे , ववषय तज्ञ - कृषी
ववद्या, के. जव्ह. के. सगरोळी, जज. िाांिेड
Agronom
y
Crops
Field
day
Field day
1/22/
2014
दि२४/१/१४शुक्वार रोजी सकाळी १०वा हरभरा वपकातील जाकी
९२१८ या वाणाच्या प्रात्यक्षिका अांतगित"शेती दििाचे"
आयोजि मौजे अटकळी ता बबलोली येथील शेतकरी श्री राम
पापा पोलकमवाड याांच्या शेतावर(खांडोबा मांदिराजवळ)केले
आहे तरी आपली उपजस्थती प्राथििीय प्रा कवपल इांगळे ,केव्हीके
सगरोळी
Agronom
y
Crops
Summer
soybean
Varietal
evaluation
1/29/
2014
उन्हाळी सोयाबीि लागवडीसाठी एमएांयए
ु स-१६२(यांराद्वारे
काढणीस उपयुक्त)एमएां यए
ु स-१५८,एमएांयए
ु स-८१ या वाणाची
बबयाणे उपलब्ध आहे इच्छुकाांिी सांपकि साधावा.... के. जव्ह.
के. सगरोळी, जज. िाांिेड
Horticultu
re
Vegetabl
e
Nursary
Plant
protection
24072013
अनतपावसामुळे िसिरी तील रोपे वपवळी पडत असतील तर
ताबडतोब १०.युररया व
%०५ % काबेिडीझम ची फवारणी
करावीित्रा म्हे रे .डा ., केसगरोळी .के .वव .
Horticultu
re
Horticultu
re
Vegetabl
e
Nursary
Plant
protection
Acid
lime
Plant
protection
Horticultu
re
Turmeri
c
Plant
protection
Horticultu
re
Sweet
orange
Plant
protection
25072013,
26072013,
28072013
06082013,
10082013,
12082013
26082013
अनत वष्ृ टीमुळे मर रोगाची लागण लागण होवू िये म्हणूि
06092013
3
21502
3
23689
हळिीमध्ये हुमणी अळीचा प्रािभ
ु ािव झाल्यास फोरे ट ककां वा
काबोफुरोि ४ ते ५ ककलो एकरी मुळाजवळ पडेल असे
1
202
मोसांबी फळरस शोषण करणाऱ्या पतांगाच्या प्रभावी
1
175
3
55068
1
1247
फळबागेतूि तसेच भाजीपाला शेतातूि चर काढूि पाण्याचा
निचरा करावाके वव के सगरोळी .
पावसाळ्यात ललांबू झाडावर खैरया रोगाचा प्रािभ
ु ािव होतो
त्यासाठी रोगग्रस्त फाांद्याांची छाटिी करूि फाांद्या जाळू ि
टाकाव्यात व झाडावर १ ग्रामस्टे पटोसायक्लीि . अर्धक ३०
ग्राम कॉपर ऑस्कीक्लोराईड प्रती १० ललटर पाण्यात लमसळू ि
एक मदहन्याच्या अांतरािे तीि फवारण्या कराव्यात .एस( .
व .के )पीक सांरिण .एस .एम्हीसगरोळी .के .
वापरावे)सगरोळी .के .व्ही.उद्यािववद्या के .एस .एम .एस( .
नियांरणासाठी बागेत प्रकाश सापळे , रिक सापळे
नतच्या फोडी
)फेरोमेि(
बागेत गळालेली फळे गोळा करूि .लावावेत
बागेत एका कोपऱ्यात साठ्वाव्यात व त्यावर आकवषित
झालेली पतां गे कीटक िाशकाांच्या सहाय्यािे मारावीत .वव( .
सगरोळी .कें .वव.उद्यािववद्या कृ .त .वव, िाांिेड)
Horticultu
re
Horticultu
re
Onion
Guava
Plant
protection
Plant
protection
23102013,
25102013,
28102013
24102013
रब्बी काांद्याच्या लागवडीसाठी एकरी ३ टे ३ककलो बबयाणे
५.
ट्रायकोडेमाि ककां वा काबेन्डॅझझम ककां वा कॅप्टि ५ ग्राम प्रती
ककलो बबयाण्यास चोळू ि रोपे गािी ककां वा सपाट वाफ्यावर
तयार करावीतित्रा म्हे रे .डॉ .
पेरू फळबागेतील कीड नियांरणासाठी १फळमाशीच्या
)
नियांरणासाठी लमथील युजेिोल व डायकलोरोवोस चे सापळे
एकरी ८ फळे )२बागेत झाडाला बाांधावेत
१०-पोखरणाऱ्या
अळीसाठी म्यालर्थओि ककां वा मोिोक्ोटोफोस ककां वा
ट्रायझोफोस १५ लमली १० ललटर पाण्यातूि फवारावे ३ खोड )
१०पोखरणाऱ्या अळीच्या नियांरणासाठी डायकलोरोवोस चे
लमली १००लमली ीषध
पाण्यात लमसळू ि त्यात कापसाचे
बोळे लभजवूि नछद्रे बांि करूि घ्यावीत डॉित्रा . म्हे रे
Horticultu
re
Onion
Plant
protection
30102013
काांिा वपकात करपा रोगाचा प्रािभ
ु ािव आढळल्यास
मेटाललकझील ८ %६४म्यािकोझेब
१९:ग्राम
1
96
1
1247
3
16712
1
1248
2
22546
3
18245
+ %२० ग्राम १० लल .
१००पाण्यातूि फवारावे सोबत १९हे खात
१९:
लमसळल्यास उत्रम डॉित्रा म्हे रे .,
Horticultu
re
Guava
Plant
protection
30102013
पेरू फळबागेतील कीड नियांरण १ फळमाशीच्या )
नियांरणासाठी लमथील युजेिोल व डायकलोरोवोस चे सापळे
एकरी ८फळे पोखरणाऱ्या
)२बागेत झाडाला बाांधावेत
१०-
अळीसाठी म्यालर्थओि ककां वा मोिोक्ोटोफोस ककां वा
ट्रायझोफोस १५ लमली १० ललटर पाण्यातूि फवारावे ३खोड
)
१०पोखरणाऱ्या अळीच्या नियांरणासाठी डायकलोरोवोस चे
लमली १०० लमली ीषध पाण्यात लमसळू ि त्यात कापसाचे
बोळे लभजवूि नछद्रे बांि करूि घ्यावीत डॉित्रा . म्हे रे
Horticultu
re
Tomato,
Onion
and
potato
Plant
Protection
Horticultu
re
Vegetabl
es
general
Cultural
methods
Horticultu
re
Geneeral
Informatio
n training
Horticultu
re
Fruit
crop
Mango
PLnat
protection
21112013,
23112013,
25112013
25112013
06122013,
12122013,
15122013
10012014,
12012014,
1701-
सध्या थांडीचे वातावरण चालू आहे तें व्हा अधूि मधूि ढगाळ
वातावरणात धुके पडते तें व्हा अश्या वेळी काांिा, टमाटे , बटाटा
या वपकावर करपा रोगाचा परीणाम दिसूि येतो तें व्हा
तात्काळ काबेिडीझम म्यान्कोझेब अशे घटक असलेले
+
-१०बुरशीिाशक १५ ग्राम प्रती १० ललटर पाण्यात लमसळू ि
फवारावेित्र .डॉ .्ा म्हे रे
थांडी वाढण्या अगोिर शेतात भाजीपाला रोपाांची लागवड (
लमरची, काांिा, वाांगे व टोमाटो) पूणि करूि घ्यावी
कृषी ववज्ञाि केंद्र सगरोळी येथे ववववध कृषी निगडीत
ववषयावरील मागििशििासाठी ट्रे निांग कायिक्म आयोजजत केले
जातात
अर्धक मादहतीसाठी कायिक्म समन्वयक ., कृ . वव
-०२४६५सगरोळी याांिा भेटावे अथवा ललहावे सांपकि
.के.
२२७७५७
आांबा बागाईतिारािो मोहोर फुटण्याच्या अवस्थेत बाग असेल
तर कडूनिांब अकि ककां वा तत्सम कीटकिाशक १५लमली
( तसेच पोट्यालशम िायट्रे ट१३१०ग्राम प्रती
ललटर पाणीनिघाल्यावर
२०-
१००( %१ )०:४५:
लमसळू ि फवारावे मार मोहोर )
तुडतुडे व भुरी रोगाच्या रिणाकररता इलमडाक्लोवप्रड ४ लमली
अर्धक गांधक ग्राम ककां वा काबेन्डॅझझम २० )%८०( प्रती १०
ललटर पाण्यातूि मोहोरावर तसेच पािावर िे खील फवारावे.
2014
Horticultu
re
Fruit
crop
Mango
Plant
protection
10012014
आांबा बागाईतिारािो मोहोर फुटण्याच्या अवस्थेत बाग असेल
तर कडूनिांब अकि ककां वा तत्सम कीटकिाशक १५लमली
( तसेच पोट्यालशम िायट्रे ट१३ १०ग्राम प्रती
1
14794
1
14844
1
3541
२०-
१०० )०:४५:
ललटर पाण्यात लमसळू ि फवारावे मार मोहोर निघाल्यावर
तुडतुडे व भुरी रोगाच्या रिणाकररता इलमडाक्लोवप्रड ४ लमली
अर्धक गांधक ग्राम ककां वा काबेन्डॅझझम २० )%८०( १० ग्राम
प्रती १० ललटर पाण्यातूि मोहोरावर तसेच पािावर िे खील
फवारावे
Horticultu
re
Fruit
crop
Mango
Plant
protection
21012014
आांबा बागाईतिारािो मोहोर फुटण्याच्या अवस्थेत बाग असेल
तर कडूनिांब अकि ककां वा तत्सम कीटकिाशक १५लमली
२०-
ललटर पाणीलमसळू ि फवारावे मार मोहोर निघाल्यावर
)
( तसेच पोट्यालशम िायट्रे ट१३१०ग्राम प्रती
१००( %१ )०:४५:
तुडतुडे व भुरी रोगाच्या रिणाकररता इलमडाक्लोवप्रड ४ लमली
अर्धक गांधक ग्राम ककां वा काबेन्डॅझझम २० )%८०( प्रती १०
ललटर पाण्यातूि मोहोरावर तसेच पािावर िे खील फवारावे.
Horticultu
re
General
Training
informatio
n
22012014
कृषी ववज्ञाि केंद्र सगरोळी एस एम एस सेवेचा लाभ घ्या व
आपले कृषी ज्ञाि अद्यावत ठे वा तसेच वेळोवेळी ववववध
मागििशिि कायिक्मासाठी व वपकाांच्या अर्धक मादहतीसाठी
कृषी ववज्ञाि केंद्रास अवश्य भेट िया-०२४६५सांपकि
Plant
Protection
Fruit
crop
Citrus
IPM/IDM
06/08
/13
.२२७७५७
पावसाळ्यात ललांबू झाडावर खैरया रोगाचा प्रािभ
ु ािव होतो
1
त्यासाठी रोगग्रस्त फाांद्याांची छाटिी करूि फाांद्या जाळू ि
टाकाव्यात व झाडावर १ ग्राम ३०स्टे पटोसायक्लीि अर्धक
ललटर पाण्यात लमसळू ि
.
187
१०ग्राम कॉपर ऑस्कीक्लोराईड प्रती
.एक मदहन्याच्या अांतरािे तीि फवारण्या कराव्यात
Plant
Protection
Plant
Protection
Kharif
crop
Kharif
crop
Cotton
Sybean
IPM
IPM
13/8/
13,
15/8/
13,
18/8/
13
20/8/
13
कापूस वपकात सध्या मावातुडतुडे व पाांढरी माशीचा प्रािभ
ु ािव ,
झाला
असूि त्याांच्या नियांरणासाठीअॅलसफेट ७५ टक्के २०
ग्रामललटर पाण्यात लमसळू ि पदहली फवारणी
१०प्रती
पदहली फवारणी केली असल्यास या ककडीांच्या
.करावी
.
3
20541
1
203
नियांरणासाठीअॅलसटालमप्रीड २० टक्के ४ ग्रामलमसळू ि िस
ु री .
फवारणी
सोयाबीिचे पीक फुलधारणा अवस्थेत असताांिा सोयाबीि
वपकात तांबाखूवरील पािेखाणारी अळी व चक्ी भुांवयाचा
प्रािभ
ु ािव असल्यास क्लोरोपायरीफॉस २० टक्के प्रवाही २०
लमली३.ककां वा इमामेक्त्रीि बेन्झोएट .५ ग्राम प्रती १० ललटर
पाण्यात लमसळू ि फवारणी करावी.
Plant
Protection
Plant
Protection
Kharif
crop
Kharif
crop
Tur
Tur
IPM
IPM
20/8/
13,
23/8/
13,
26/8/
13
30.8.1
3
तुर वपकात
२० टक्के २५ लमलीललटर पाण्यात लमसळू ि
Plant
Protection
Kharif
crop
Kharif
crop
Cotton
Soybean
IPM
3.9.13
,
4.9.13
,
7.9.13
IPM/IDM
१०प्रती
.
3
206
1
206
.
3
210
ऑस्कीक्लोराईड २५ ग्राम प्रती १० ललटर पाण्यात लमसळू ि
1
249
1
1820
3
430
2
14970
.फवारणी करावी
तुरीवरील पािे गुांडाळणाऱ्या अळीच्या नियांरणासाठी
डायमेथोएट ३० टक्के प्रवाही १० लमली .प्रती १० ललटर
पाण्यात
Plant
Protection
पािे गुांडाळणाऱ्या अळीच्या नियांरणासाठी
डायमेथोएट ३० टक्के प्रवाही १० लमली ककां वा क्लोरोपायरीफॉस.
ललटर पाण्यात लमसळू ि फवारणीकरावी.
कापसावरील रस शोषणाऱ्या व पाांढरी
,तुडतुडे ,फुलककडे(
ककडीांच्या नियांरणासाठी )माशीअॅलसटालमप्रीड २० टक्के ४
ग्राम ककां वा कफप्रोिील ५ टक्के प्रवाही २० लमली १०प्रती
.ललटर पाण्यात लमसळू ि फवारणी करावी
सोयाबीि वपकात पािाांवरील दठपके व शेंगावरील करपा
6.9.13
रोगाांच्या नियांरणासाठी मैन्कॉझेब २५ ग्राम ककां वा कॉपर
१० दिवसाांच्या अांतरािे िोि वेळा फवारणी करावी.
Plant
Protection
Kharif
crop
Tur
IPM
18.9.1
3
Plant
Protection
Plant
Protection
Vegetabl
e
Kharif
crop
Chilli
Tur
IPM/IDM
IPM
12.9.1
3,
14.9.1
3,
17.9.1
3
28.9.1
3,
29.9.1
3
तुर वपकात पािे गुांडाळणाऱ्या अळीच्या नियांरणासाठी
डायमेथोएट ३० टक्के प्रवाही १० लमली .प्रती १० ललटर
पाण्यात लमसळू ि फवारणी करावी.
लमरची वपकावरील फुलककडयाांच्या नियांरणासाठी कफप्रोिील ५
टक्के प्रवाही २० लमली.लमली ३ ,टक्के ४५ककां वा जस्पिोसैड
.
प्रती १० ललटर पाण्यात लमसळू ि फवारणी करावी.
तुर वपकात
पािे गुांडाळणाऱ्या अळीच्या नियांरणासाठी
डायमेथोएट ३० टक्के प्रवाही १० लमली ककां वा क्लोरोपायरीफॉस.
२० टक्के २५ लमलीललटर पाण्यात लमसळू ि
.फवारणी करावी
१०प्रती
.
Plant
Protection
Vegetabl
e
Chilli
IPM/IDM
28.9.1
3
लमरची वपकावरील फुलककडयाांच्या नियांरणासाठी कफप्रोिील ५
टक्के प्रवाही २० लमली.लमली ३ ,टक्के ४५ककां वा जस्पिोसैड
.
प्रती १० ललटर पाण्यात लमसळू ि फवारणी करावी
Plant
Protection
Kharif
crop
Cotton
IPM
8.10.1
3
1
490
1
628
3
1244
1
100
1
1244
1
100
2
354
कपाशी वपकावर धुरयाकडील ओळीांवर वपठ्या ढे कणाचा
प्रािभ
ु ािव आढळू ि आलेला आहे वपठ्या ढे कणाचे नियांरणासाठी
क्लोरोपायरीफॉस ३० लमली .लमली २०ककां वा ट्रोयझोफॉस
.
ककां वाअॅलसफेट ३० ग्राम प्रती १० ललटर पाण्यात लमसळू ि
फवारणी करावी.
Plant
Protection
Plant
Protection
Kharif
crop
(Spices)
Turmeri
c
Kharif
crop
Cotton
IDM
IPM
17.10.
13,
19.10.
13,
21.10.
13
29.10.
13
हळिीवर करपा रोगाचा प्रािभ
ु ािव आढळू ि आल्यास कॉपर
ऑस्कीक्लोराईड २५ ग्राम ककां वा काबंडेझीम १० ग्राम प्रती १०
ललटर पाण्यात लमसळू ि फवारणी करावी
कपाशी वपकावर धुरयाकडील ओळीांवर वपठ्या ढे कणाचा
प्रािभ
ु ािव आढळू ि आलेला आहे वपठ्या ढे कणाचे नियांरणासाठी
क्लोरोपायरीफॉस ३० लमली .लमली २०ककां वा ट्रोयझोफॉस
.
ककां वाअॅलसफेट ३० ग्राम प्रती १० ललटर पाण्यात लमसळू ि
फवारणी करावी.
Plant
Protection
Plant
Protection
Kharif
crop
(Spicees)
Turmeri
c
Kharif
crop
Cotton
IDM
17.10.
13
हळिीवर करपा रोगाचा प्रािभ
ु ािव आढळू ि आल्यास कॉपर
ऑस्कीक्लोराईड २५ ग्राम ककां वा काबंडेझीम १० ग्राम प्रती १०
ललटर पाण्यात लमसळू ि फवारणी करावी
IPM
29.10.
13
कपाशी वपकावर धुरयाकडील ओळीांवर वपठ्या ढे कणाचा
प्रािभ
ु ािव आढळू ि आलेला आहे वपठ्या ढे कणाचे नियांरणासाठी
क्लोरोपायरीफॉस ३० लमली .लमली २०ककां वा ट्रोयझोफॉस
.
ककां वाअॅलसफेट ३० ग्राम प्रती १० ललटर पाण्यात लमसळू ि
फवारणी करावी.
Plant
Protection
Kharif
crop
Safflowe
r
IPM
17.12.
13,
19.12.
13
करडी वपकात मावा ककडीचा प्रािभ
ु ािव दिसूि येत आहे .
१०टक्के प्रवाही
३०माव्याच्या नियांरणासाठी डायलमथोएट
.ललटर पाण्यात लमसळू ि फवारणी करावी १०प्रती
.लमली
पॉवर स्प्रेसाठी वरील ककटकिाशकाची मार नतप्पटकरावी.
Plant
Protection
Plant
Protection
Fruit tree
Rabi
Vegetabl
e
Mango
Chilli
IPM/IDM
IPM/IDM
17.1.1
4,
18.1.1
4,
22.1.1
4
1.2.14
सध्या आांबा वपकात फुलककडेतुडतुडे व भुरी रोगाचा प्रािभ
ु ािव /
२०दिसूि येत आहे तरी या ककडीच्या नियांरणासाठी कफप्रोिसल
लमली
ललटर १०ग्रॅम काबेन्डाझीम प्रती
१०+पाण्यात
3
लमसळू ि फवारणी करावी.
काांिा व लसूि वपकावरील फुलककडे व करपा नियांरणासाठी
काबोसल्फाि १० लमली ककां वा प्रोफेिोफॉस १० लमलीअर्धक
1
.
२५मॅन्कॉझेब ग्रॅ म प्रती १० ललटर पाण्यात लमसळू ि फवारणी
3398
करावी.
Rainwate
r
harvestin
g
In-situ
soil
conervat
ion
Soil and
Water
Conservati
on
120613,
1406-13
Use insitu soil conservation method
2
Post
Harvest
Technolo
gy
Green
Gram
Post
Harvest
Technolog
y
Use of Neem oil 5 mili/kg for grain
storage
3
Agri.
Engg.
Water
managem
ent
Drip
irrigatio
n
Micro
irrigation
Agri.
Engg.
Post
Harvest
Technolo
gy
Soybean
Post
Harvest
Technolog
y
200813,
220813,
2508-13
13-913,
14-913,
16-913
18-913
Agri.
Engg.
Rainwate
r
harvestin
g
031013, 41013, 71013,
11-
Agri.
Engg.
Agri.
Engg.
Rainwater
harvesting
414
731
15016
Benefits of drip irrigation
3
6298
Grain storage
1
19361
Conservation of water in farm pond
4
19659
10-13
Agri.
Engg.
Post
Harvest
Technolo
gy
Soybean
Post
Harvest
Technolog
y
8-1013
Care taken during storage
1
19701
Agri.
Engg.
Post
Harvest
Technolo
gy
Pulses
Post
Harvest
Technolog
y
071113, 81113,
101113,
131113,
1511-13
11/10
/13
Information about mini dal mill
5
19213
Health checkup camp
3
21083
Home
Science
Farm
women
and
farmer
Health
Home
Science
Farm
women
Training
12/10
/13
World food day
3
800
Home
Science
Farm
women
Health
11/11
/13
Importance of amla
1
477
Nutrition
Home
Science
Farm
women
Vet. Sci.
Awarene
ss
Vet. Sci.
Vet. Sci.
Other
enterpris
es
Livestoc
k
Awarene
ss
Tantradny
an
mahotsav
20/12
/13
Tantradnyan mahotsav
9
800
Disease
manageme
nt
9/4/2
013
12:47
:28
PM
1:21:
54 PM
1:27:
07 PM
1:31:
11 PM
2:58:
50 PM
9/12/
2013
11:05
:32
AM
11:13
:34
AM
11:31
:19
AM
3:02:
51 PM
3:07:
55 PM
3:59:
42 PM
9/13/
2013
4:03:
09 PM
4:06:
22 PM
4:13:
43 PM
बैलाच्या लशांगाला वाणीस लावल्यािे त्याांिा लशांगाचा कॅन्सर
5
21152
6
13256
3
13302
Disease
manageme
nt
Other
enterpris
es
Nutrition
होऊ शकतो वाणीस लावण्या ऐवजी लशांग रे गमल पेपर िे
घासूि त्यावर खोबरे ल तेल लावावे. बैलाच्या अांगावर रां ग
लावल्यािे त्याांिा अल्लेजी होऊि कातडीचे आजार होऊ
शकतातरां ग लावण्या ऐवजी गोचीड.,गोमाशी िाशक ीषधाची
फवारणी करूि घ्यावी. अांडी,तेल पाजण्या ऐवजी
जन्त्िाशाकाची गोळी िे वूि जांत िाशि करूि सवि जि
आिांिािे पारां पररकच पण शास्रीय पद्धतीिे आरोवय िायी
पोळा सि साजरा करूयात. पोळा सणानिलमत्र सवि पशुपालक
बांधूिा कृषी ववज्ञाि केंद्र, सगरोळी तफे हादिि क शुभेछा.
डॉगजा.िि ढगे, ववषयकृषी
)पशुवैद्यक शास्र( ववशेषज्ञ-
ववज्ञाि केंद्र, सगरोळी जजल्हा िाांिेड.
वप्रय पशप
ु ालक बांधुिो, आपल्या पशध
ु िाचे गाय(,म्है स
,बैल,शेळी ,में ढीपायखुरी आजारापासि
ू /तोंडखरु ी) सांरिण
करण्यासाठी त्याांिा वषाितूि िोि वेळेससप्टें बर व माचि(
मदहन्यातपायखुरी प्रनतबांधक लस टोचूि
/तोंडखुरी)
लसीकरणापूवी तज्ञ.घ्यावी पशुवैद्यकाच्या मितीिे जिावराांचे
जांतिाशि करवूि घ्यावे. डॉगजािि ढगे., ववषय ववशेषज्ञ-
)पशुवैद्यक शास्र( कृषी ववज्ञाि केंद्र, सगरोळी जजल्हा िाांिेड.
वप्रय पशुपालक बांधुिो, जिावराांचा गोठा आझण पररसरात
मलमूर व अस्वच्छता असल्यास त्या दठकाणी ववववध
आजारास कारणीभूत ठरणाऱ्या जांतूांचा प्रािभ
ु ािव होऊि जिावरे
आजारी पडू शकतात तसेच त्याचा जिावराच्या िध
ु
उत्पाििावर व पैिास िमतेवरही वाईट पररणाम होतो. कृपया
जिावराांचा गोठा स्वच्छ)१(, कोरडा व मलमूराचा वास रदहत
ठे वा. (२गोठ्यात हवा खेळती असावी यासाठी उपाय योजिा )
.करा (३गोठा आझण पररसरात परजीवी िाशक ीषधी तज्ञ )
पशु वैद्यकाच्या सल्ल्यािे फवारा. डॉगजािि ढगे., ववषय-
)पशव
ु ैद्यक शास्र( ववशेषज्ञ कृषी ववज्ञाि केंद्र, सगरोळी
जजल्हा िाांिेड.
Vet. Sci.
Disease
manageme
nt
9/14/
2013
4:43:
11 PM
11:29
:37
AM
वप्रय पशुपालक बांधुिो, िवु धव्यवसाय व्यावसानयकदृष्ट्या
2
1516
2
20272
3
33786
फायिे शीर होण्यासाठी गाई व म्हशीां व्याल्यािांतर त्या २ ते ३
मदहन्यात माजावर येणे व गाभण रहाणे क्मप्राप्त
ठरतेकृबरम रे ति केलेल्या ककां वा िैसर्गिकरीत्य.्ा फळवलेल्या
गाई व म्हशीांच्या गभिधारणेची तपासणी व खारी जिावरे
फळवल्या िांतर ३ मदहन्याांिी तज्ञ पशुवैद्यकाकडूि करूि
घ्यावी तरच आपणास प्रत्येक जिावरापासूि वषािला एक
वासरू लमळे ल आझण आपला िवु ध व्यवसाय फायिे शीर ठरे ल.
डॉगजािि ढगे., ववषयपशुवैद्यक शास( ववशेषज्ञ-्र.) कृषी
ववज्ञाि केंद्र,शारिािगर, सगरोळी जजल्हा िाांिेड.
Vet. Sci.
Livestoc
k
Other
enterpris
es
9/16/
2013
4:08:
48 PM
9/18/
2013
12:09
:02
PM
वप्रय पशुपालक बांधुिो, सकस आहार हा सुदृढ प्रकृती आझण
अर्धक उत्पाििाचा पाया आहे यासाठी शेतीकाम करणाऱ्या
आझण िभ
ु त्या जिावराांिा दहरवा चारा वषिभर उपलब्ध करणे
गरजेचे आहे . दह गरज पूणि करण्यासाठी सांकरीत िेवपअर
वाणाचे बहुवावषिक-८ एका वषाित(९ कापण्या होणारे पदहली /
ते २५व्या दिवशी आझण त्यािांतरच्या कापण्या
६०कापणी
३० दिवसािे होणारे फुले जयवांत" चारापीक),फुले यशवांत आझण
सांपूणाि ची ठोंबे " ववक्ीसाठी)रुपया प्रती ठोंब १(आमच्याकडे
उपलब्ध आहे त. डॉगजािि ढगे., ववषयपशुवैद्यक ( ववशेषज्ञ)शास्र कृषी ववज्ञाि केंद्र,शारिािगर, सगरोळी जजल्हा िाांिेड.
Vet. Sci.
Awarene
ss
Other
enterpris
es
9/18/
2013
1:32:
27 PM
2:52:
32 PM
2:57:
34 PM
वप्रय पशुपालक बांधुिो, जिावराांच्या अांगावरील
बाह्यपरजीवीगोचीड(,गोमाश्यारक्त शोषणा लशवाय इतरही)
अिेक प्राणघातक आजार पसरवतात त्याचा जिावराांची
कायििमता आझण िध
ु उत्पािि िमतेवरही वाईट पररणाम
होतो, यासाठी ललजक्वड बुटोक्सककां वा)डेल्टामेल्ीि(
जक्लणारीषधी जिावराांवर तसेच गोठ्यात )सायपरमेल्ीि(
आठवडयातूि एकवेळेस याप्रमाणे मदहन्यातूि सतत तीि
वेळेस फवारल्यास बह्यापजीववांचा समूळ िायिाट करणे शक्य
आहे या कररता. (१जिावरावर )डेल्टामेल्ीि(ललजक्वड बुटोक्स)
ललटर पाण्या १फवारतािा त २ लमली आझण गोठ्यात
फवारतािा १ ललटर पाण्यात ५ लमली या प्रमाणात फवारावे.
(२ १जिावरावर फवारतािा )सायपरमेल्ीि(ललजक्वड जक्लणार)
ललटर पाण्यात1 लमली आझण गोठ्यात फवारतािा १ ललटर
पाण्यात3 लमली या प्रमाणात फवारावे. डॉगजािि ढगे.,
ववषय)पशुवैद्यक शास्र( ववशेषज्ञ- कृषी ववज्ञाि
केंद्र,शारिािगर, सगरोळी जजल्हा िाांिेड.
Vet. Sci.
Other
enterpris
es
Nutrition
9/19/
2013
8:13:
41 PM
8:16:
22 PM
वप्रय पशप
ु ालक बांधुिो, जिावराांचे खाद्य ओल्या ,कोणिट
2
6084
3
14374
1
947
2
2099
जागेवर ठे वल्यािे त्यावर बुरशीची वाढ होऊि जिावरास बाधा
होऊ शकतेखुराक/जिावराांचे खाद्य. कोरडया हवेशीर जागेवर
ठे वावे तसेच जिावरास पुरवण्यात येणाऱ्या सुक्या
चाऱ्यावरकडब्यावर बुरशीची/ वाढ झाली िसल्याची खारी
वेळोवेळी करूि घ्यावीकडबा पाण्यािे/सुका चारा. लभजणार
िाही यासाठी खबरिारी घ्यावी. डॉगजािि ढगे.,ववषय-
)पशुवैद्यकशास्र(ववशेषज्ञ कृषी ववज्ञाि केंद्र,सगरोळी जजल्हा
िाांिेड.
Vet. Sci.
Disease
manageme
nt
9/23/
2013
3:06:
12 PM
3:09:
41 PM
4:28:
43 PM
वप्रय पशुपालक बांधुिो िमस्कार , सविसामान्यपणे सवि
जिावराांत जांताचा प्रािभ
ु ािव होतो पोटात.जांत होणे हे अिेक
आजाराांचे मुळ कारणही आहे पण शेळी,में ढी व त्याांची करडे
याांिा जांताचा प्रािभ
ु ािव अर्धक प्रमाणात होतो त्यामुळे त्याांची
वाढही खुांटते आझण ते अिेक आजाराांिा बळी
पडतातकृपया.,आजच आपण तज्ञ पशुवैद्यकास भेटूि सवि
जिावराांिा जांत िाशकाची मारा िे वूि त्याांचे प्राणसांरिण
करागजािि ढगे.डॉ., ववषय)पशुवैद्यकशास्र( ववशेषज्ञ-,कृषी
ववज्ञाि केंद्र, सगरोळी जजल्हा िाांिेड.
Vet. Sci.
Other
enterpris
es
Disease
manageme
nt
9/28/
2013
1:24:
18 PM
वप्रय पशुपालक बांधुिो, िमस्कार जिावराचे पोट अनततीव्र
स्वरुपात फुगणे हे अचािक तडकाफडकी मत्ृ यूचे कारण
ठरतेपोट फुगीकडे िल
ि करू िका व गोडतेल िध
ु ि
ु असे .
घरगुती वापरातले पिाथिही पाजू िकात्याऐवजी ललजक्वड
.
ब्लोटोसील टायरे ल ककां वा ललजक्वड सारखी ीषधी १०० ते
२०० लमली पाजूि जिावराच्या तोंडात कडू ललांबाची जाडसर
काडी आडवी बाांधावी आझण ताबडतोब तज्ञ पशव
ु ैिकास
पाचारण करावेगजािि ढगे.डॉ., ववषय ववशेषज्ञ-
)पशुवैद्यकशास्र(,कृषी ववज्ञाि केंद्र,सगरोळी जजल्हा िाांिेड.
Vet. Sci.
Livestoc
k
9/28/
2013
1:41:
17 PM
1:46:
11 PM
वप्रय पशुपालक बांधुिो, िमस्कार आज जगभरात .जागनतक
रे बीज दिि साजरा केला जात आहे जिावरास रे बीज. होणे
म्हणजे ते जिावर वपसाळणेवपसाळलेला कुरा चावल्यािे
पसरणाऱ्या या रोगािे भारतात िरवषी २५ ते ३० हजार
.
माणसे व जिावरे मत्ृ युमुखी पडतातया. रोगाववषयी
जिजागरण करणे हा या दिवस साजरा करण्या मागचा
उद्येश असूि या निलमत्र आज सायांकाळी ठीक ७वाजता
३०:
आकाशवाणी केंद्र, िाांिेड ककसािवाणी या कायिक्मातूि
या ववषयावर
" जिावराती वपसाळणे करणे आझण उपाय"
घेतलेली माझी मुलाखत प्रसाररत करणार आहे सवांिी लाभ
.
गजािि ढगे.डॉ..घ्यावा, ववषय)पशुवैद्यकशास्र( ववशेषज्ञ-,कृषी
ववज्ञाि केंद्र,सगरोळी जजल्हा िाांिेड.
Vet. Sci.
Livestoc
k
Nutrition
10/3/
2013
11:17
:04
AM
11:43
:39
AM
वप्रय पशप
ु ालक बांधुिो, िमस्कार पायखुरीिे बार्धत/तोंडखरु ी.
2
20588
1
19677
5
1077
3
27735
तोंडातील.जिावराांचा उपचार लवकर करूि घ्या जखमाांिा
लोणी व हळि सम प्रमाणात लमसळू ि लावावे खुरािा.झालेल्या
जखमा पोट्यालशयम परम्याांविेट च्या द्रावणािे स्वच्छ धुवूि
घ्यावे व त्यावर टोपीकुर ककां वा दहमाक्स मलम रोज िोि
वेळेस जखमा पूणि भरे पयंत लावावेता अर्धक आजाराची तीव्र.
.असल्यास तज्ञ पशुवैद्यकाशी सांपकि साधावा डॉगजािि ढगे.,
ववषयपशुवैद्यकशास्त( ववशेषज्ञ-्र),कृषी ववज्ञाि केंद्र,सगरोळी
जजल्हा िाांिेड.
Vet. Sci.
Disease
manageme
nt
10/5/
2013
3:38:
40 PM
3:48:
06 PM
वप्रय पशुपालक बांधुिो, िमस्कार िभ
ु त्या जिावराांचा १००
ककलो खुराक तयार करतािा त्यात मका+ ज्वारी ५५(
)ककलो,शेंगिाणा पें ढ)ककलो२५( सरकीची पें ढ+,मुगाची
चुिीउडिाची+ चुिीगव्हाचा
+ताांिळाचे तौड+
)ककलो२०(भुसाघेऊि त्यात १ ककलो मीठ टाकूि या लमश्रणाचा
भरडा करूि घ्यावाजिावराच्या िै िांदिि गरजासाठी िीड. ककलो
व प्रती ललटर िध
ु उत्पाििासाठी अधाि ककलो प्रमाणे वरील
खुराख रोज िोि वेळेस ववभागूि द्यावाग.डॉ .जािि ढगे,
ववषय)पशुवैद्यकशास्र( ववशेषज्ञ-,कृषी ववज्ञाि केंद्र,सगरोळी
जजल्हा िाांिेड..
Vet. Sci.
Livestoc
k
Nutrition
10/7/
2013
3:13:
22 PM
वप्रय पशुपालक बांधुिो, िमस्कारिवजात वासरे .,करडे व
वराहाांची वपले याांिा जन्मजातच जांताची बाधा होत
असतेपोटात जांत होणे हे अिेक आजाराांचे मुंय कारण .
असूि यामुळे िवजात वपलाांची वाढही खुांटतेवासराांच्या निकोप .
वाढीसाठी व त्याांिा निरोगी ठे वण्यासाठी िवजात वासराांचे
जन्मलेल्या दिवशीच ककां वा िस
ु रा दिवशी तज्ञ पशव
ु ैद्यकाच्या
सल्ल्यािे जांत िाशि करूि घ्यावेगजािि ढग.डॉ .्े, ववषय)पशुवैद्यकशास्र( ववशेषज्ञ,कृषी ववज्ञाि केंद्र,सगरोळी जजल्हा
िाांिेड.
Vet. Sci.
Awarene
ss
3/19/
2014
4:35:
58 PM
4:38:
01 PM
3/28/
2014
12:51
:50
PM
वप्रय पशप
ु ालक बांधुिो राम राम अवकाळी पाउस व गारपीट
िांतर जिावराांिा घटसपि फयाि तीवा निमोनिया आजाराांचा
प्रसार होऊ शकतो जिावरे सुस्त असल्यास त्याांिा ताप आला
असल्यास ताबडतोब पशुवैद्याकािा भेटा डॉ गजािि ढगे
Vet. Sci.
Awarene
ss
3/28/
2014
12:54
:00
PM
वप्रय पशप
ु ालक बांधुिो रामराम जिावराांिाकोणतीही द्रव
1
10422
181
984596
ीषधी िाकावाटे कधी पाजू िका असे केल्यािे जिावराांिा
निमोनिया होऊ शकतो काही वेळेस जिावर िगाऊ शकते द्रव
ीषधी तोंडावाटे पाजातािाही ववशेष काळजी घ्यावी ककां वा
गुळात लमसळू ि द्यावे डॉ गजािि ढगे के व्ही के सगरोळी
Details on Technology Week Celebrations
Types of
Activities
Title/topic/technology
Date
No. of
Activities
/quantity
No. of
participants/beneficiaries
Male
Fem Total
ale
Gosthies
Lectures
organized
Water management in Sustainable
Agriculture and Experiments in
cropping pattern of Gram and
soyabean
Group Farming:A Properious
Business
28 December
2013
28 December
2013
28 December
2013
28 December
2013
29 December
2013
29 December
2013
29 December
2013
29 December
2013
29 December
2013
29 December
2013
29 December
2013
Our Agriculture and Our Farmer
Amrut Pattern: A cotton
Production Technology
Importance of NABARD in
Agricultural development
Protected cultivation
(Polyhouse/Shadenet)
Woman Nutrition and Child care
Women Entrepreneurship and
Woman Power
Integrated Farming system and
new experiments in agriculture
Success story in Apple Ber
Cultivation
Success story in Milk Production
Exhibition
3
2650
675
3225
7
1500
1800
3300
10
4150
2475
6525
27 stalls of the agri inputs and
farm machinery
Film show
Fair
Farm Visit
Diagnostic
Practical’s
Distribution of
Literature (No.)
Distribution of
Seed (q)
Distribution of
Planting
materials (No.)
Bio Product
distribution (Kg)
Bio Fertilizers
(q)
Distribution of
fingerlings (No)
Distribution of
Livestock
specimen (No.)
Visit to KVK crop cafeteria of
vegetable, fodder and vegetable
Rabi crop and cash crop folders
5000
33
Crop cafeteria kharif-2013
PLAN OF LAYOUT
Crops
:
Soybean, Pigeon pea, Deshi cotton,
Hybrid cotton, Green gram, Black gram
Plot size
:
Gross: 70 x 1 m
Method of sowing
:
line sowing
Total No. of plots
:
36
Variety /Hybrids
:
Pigeon pea: BSMR-853, BDN-708, BDN-711 , Vipula, ICPL-87,Kudrat
Deshi Cotton: Phule JLA-47,
Soybean: MAUS-47 (Parbhani sona), MAUS-81(Shakti), MAUS-32 (Prasad), MAUS-71,
MAUS-158, JS-335, MAUS-162
Niger:( Local)
Green gram: BM_4, Kopargaon,BPMR-145,BM-2002-1, BM-2003-2,
Black gram: BDU-1,TAU-1
Cowpea:Sadabhar
Spacing: Recommendations by MAU Parbhani in each crops
Fertilizers : Recommendations by MAU Parbhani in each crops
No of farmers visited : 1020
Crop cafeteria rabi-2013-14
PLAN OF LAYOUT
Crops
:
Chick pea, Safflower, Linseed, Mustard, Sunflower, Wheat
Rajma,Pea,Rabi grain sorghum
Plot size
:
Gross: 30 x 1 m
Method of sowing
:
line sowing
Total No. of plots
:
40
Variety /Hybrids
:
Chick pea (12 varieties) Deshi : Harita,Akash,Jaki-9218,Gulak,Digvijay,Saki 9516,Vijay,Vishal,
Kabuli:Virat, PKV-4,PKV-2,Kripa
Safflower: Sharda, PBNS-12, PBNS-40
Linseed: PKV NL-260
Mustard: Local
Sunflower: Sunbreed
Maize::Sunbreed
Rajma:Local
Pea:Local
Wheat:Kudrat-11.Kudrat-17,Navratna,LOK-1.Shever,Triambak.
Rabi Jawar (13 varieties)
:PhuleVasuda,PhuleYashoda,PhuleRavati,Phulechitra,Phulemauli,Phulepanchami,Phuleanura
dha,CSV-22,PKV kranti,ParbhaniJyoti,Parbhani moti,Maldandi,SGS-8-4
Spacing : Recommendations by MAU parbhani in each crops
Fertilizers : Recommendations by MAU parbhani in each crops
No of farmers visited: 80
Fodder crops cafeteria 2013-14
PLAN OF LAYOUT
Crops
:Lucerne,Berseem,oat,Foddermaize,cowpea,FodderjawarMpchari,kadwal,Hybridnappier-phuleyashwant,
phulejayawant,sampurna(DHN-6),and Hybrid bajara-nutrifeedetc
Plot size
: Gross: 70 x 1 m
Method of sowing : line sowing
Total No. of plots
: 13
Variety /Hybrids
:
Spacing
: Recommendations by MAU Parbhani in each crops
Fertilizers
: Recommendations by MAU Parbhani in each crops
No of farmers visited: 1023
3.5
Production and supply of Technological products
SEED MATERIALS
Major
group/class
CEREALS
Crop
Rabi Sorghum
Wheat
OILSEEDS
Safflower
Soybean
Variety
Parbhani Moti
Parbhani Jyoti
SGS-8-4
PKV Kranti
Phule Vasudha
Phule Chitra
Phule Revati
Phule Yashoda
M 35-1
Phule Panchami
Kudrat 11
Kudrat 17
Trimbak
PBNS 40
PBNS 12
MAUS 71
MAUS 162
MAUS 158
MAUS 81
Quantity
(kg.)
189
30
9.5
42
64
11
46
17
8
1
205
270
80
361.5
50
820
1247
166
5
Value
(Rs.)
5670
900
285
1260
1920
330
1380
510
240
30
8200
10800
3200
18075
2,500
41000
87290
9960
300
Provided to No.
of Farmers
12
4
8
9
8
2
6
6
1
1
11
14
1
39
10
19
39
13
1
BSMR 853
BDN 708
Vipula
BDN 711
BDNG 797
Virat
14
10
100
6
165
2
980
700
7000
420
8250
100
4
2
15
2
10
1
PhuleJLA 794
RGS 936
27.5
5
3
0.5
12
4125
500
150
20
360
21
1
1
1
5
PULSES
Pigeon pea
Gram
VEGETABLES
FLOWER CROPS
OTHERS
FIBRE CROP
DESICOTTON
INDUSRIAL CROP Guar gum
FODDER CROPS
Sweet sorghum
Fodder jowar
Fodder Bajra
MP Chari
Gaint Bajra
SUMMARY
Sl. No.
1
2
3
4
5
6
Major group/class
CEREALS
OILSEEDS
PULSES
VEGETABLES
FLOWER CROPS
OTHERS
TOTAL
Quantity (qtl.)
Value (Rs.)
972.5 kg
2649.5 kg
297 kg
0
0
48 kg
34725
159125
17450
0
0
5155
0
Provided to No.
of Farmers
83
121
34
0
0
29
216455
PLANTING MATERIALS
Major group/class
Crop
Quantity
(Nos.)
Variety
Value (Rs.)
Provided to No. of
Farmers
FRUITS
SPICES
Brinjal
seedlings
Tomato
seedlings
VEGETABLES
Phule Arjun
Abhinav
US 618
Onion
Bhima Shubhra
Bhima Kiran
Chilli
Parbhani Tejas
Cauliflower US 178
8446
4293=00
47
1280
1926
519.5 Sq.ft.
1664.5 Sq.ft.
4354
278
640=00
963=00
10390=00
33290=00
4078=20
222=40
8
16
19
24
33
8
1760=00
50=00
16
1
FOREST SPICES
ORNAMENTAL
CROPS
Marigold
Gillardia
Orange double
red
1760
50
PLANTATION CROPS
OTHRS
Hybrid
Napier
FODDER CROPS
Phule Jaywant
Phule Yashwant
DHN -6
29612
29612=00
24769
24769=00
148850
148850=00
203231
55
78
180
313
SUMMARY
Sl. No.
1
2
3
4
5
6
7
Major group/class
FRUITS
VEGETABLES
SPICES
FOREST SPECIES
ORNAMENTAL CROPS
PLANTATION CROPS
OTHERS
TOTAL
Quantity (Nos.)
0
16284
546125
0
1810
0
203231
767450
Value (Rs.)
0
10196
43680
0
1810
0
203231
258917
Provided to
No. of Farmers
0
172
43
0
17
0
313
545
3.6.
Literature Developed/Published (with full title, author and reference)
(A) KVK News Letter ((Date of start, Periodicity, number of copies distributed etc.)
(B) Literature developed/published
Item
Research papers
Title
Oesophageal obstruction and its surgical removal in non
descript cow –a case report
Authors name
Dr gajanan
dhage
Number of copies
Not applicable
Nimboli as a important component in pest management
Weekly Krushakonnati
Ase kara wangyavaril kidenche niyantran. Weekly
Krushakonnati
Amla ek amrut fal , in Krushi Panan Mitra (December
2013)
Soyabean prakriya ek aarogydai udyog – godva sheticha –
march 2014
1. Dudhal janavaranchi nivad
2. Urea chi kimaya bhari nokrushta chara utkrushta kari
3. Hivalyat janavaranchi ghyavayachi kalaji
4. Rabies ek pranghatak aajar
5. Shelya mendhyanchi ghya kalaji
6. Janavaranchi Pavsalyatil aajar
7. Deshi gowanshache samvardhan kalachi gara
8. Mukta sanchar gotha aani dugdha vyavsay
Mr. Pravin P.
Deshpande
Mr. Pravin P.
Deshpande
Prof. Madhuri
Revanwar
1.
2.
3.
4.
5.
Control of sucking pest of cotton
IPM in soybean
Control and identification of pest on redgram
Neemark for control of pest
Control of milibug in cotton
Mr. Pravin P.
Deshpande
6.
7.
Ann tayar kartana ghyavayachi kalji
Shalapurv balkancha aahar
Mrs. Revanwar
MS
500 copies each
8. Dudhal janavaranchi nivad
9. Urea chi kimaya bhari nokrushta chara utkrushta kari
10. Increasing productivity in dry land pigeon pea by
seedlings transplanting.
11. Broad bed furrow system of planting in soybean.
12. Reddening in bt cotton and its management.
13. Important five aspects in increasing productivity in
soybean crop
14. Bio fertilizers for sustainable agriculture
15. Parthenium weed control
Dr Gajanan
Dhage
Mr. Kapil Ingle
1000 copies each
16. Custard Apple Production (Marathi)
17. Kitchen Garden (Marathi)
Dr. Dattu A.
Mhetre
2000
2000
18. Mini Dal mill small enterprise
19. In-situ soil and water conservation
Mr. Vaijanath
Bomble
2000
Technical reports
Popular articles
Leaflets/folders
Total
Grand TOTAL
Dr Gajanan
Dhage
1000 copies each
2000
1000 copies each
20500
N. B. Please enclose a copy of each. In case of literature prepared in local language please indicate the title in
English
(C)
S. No.
Details of Electronic Media Produced
Type of media (CD / VCD / Title of the programme
DVD / Audio-Cassette)
NIL
Number
6.7. Success stories/Case studies:
1. Upliftment of livelihood following buffalo farming by adopting loose housing system
Shri madhav gundure a small scale farmer holding only 0.2 hectares of land was
running a general store at his village Borgan sangavi tq Degloor Dist Nanded(MS)The
income from general store was inadequate to run his life and he was not satisfied with its
income hence he had decided to rear buffalo and adopt the new business dairy farming.as
initial capital investment was very less with him he had purchased only two marathwadi
buffaloes and started selling milk getting out of it.by selling quality milk in a very short span
of time he has got very good name and fame in degloor market and peoples got attracted
towards his product and demand of milk is increased, to suffice the need of the consumer he
had planned to increase the number of buffalo but the land was a constraint. With these
problem he has approached to KVK SAGROLI TQ BILOLI DIST NANDED to get a
technical advice.kvk advised him regarding loose housing system,napier fodder crop,azola
unit,etc.
Shri gundure immediately followed the advice given by the Kvk and stared rearing 7
buffaloes.he have planted the napier in 0.018 hectare of land as a fodder crop, in 0.01hectare
of land established low cost azola production unit and in rest of the area that is in 25x30 loose
housing system is adopted by using gabion mesh.now he has 4 buffalos in lactation and rest
of the 3 buffaloes are pregnanat milking animals are giving 30 litres of milk per day.the price
of buffalo milk in local market is Rs 50 per lit likewise he is getting Rs 1500 per day out of
sell of milk.by deducting the expenses on the ration and fodder and labor he is earning
Rs1000 per day.
3.8
Give details of innovative methodology/technology developed and used for Transfer of
Technology during the year: As per the PRA survey, different farming groups are identified,
as SHG, FIGs and innovative farmers in the selected villages, a group discussion, group
meetings, and participation of the farmers in the KVK activities was increased by giving
Mobile Advisory Service to farmers. Regular meeting with the farmers and farm women was
conducted.
Give details of indigenous technology practiced by the farmers in the KVK operational
area which can be considered for technology development (in detail with suitable
photographs)
3.9
S. No.
3.10
Crop / Enterprise
ITK Practiced
Purpose of ITK
Indicate the specific training need analysis tools/methodology followed for
- Identification of courses for farmers/farm women: PRA survey was conducted in the
jurisdiction area of KVK by using different tools to identify technology gap, training needs, enterprises and
different natural resources available in the villages and jurisdiction area. Group discussion with the line
departments, monthly workshops and in the extension activities conducted to the farmer and farm women.
Rural Youth: PRA survey and a thorough discussion with the DIC, group discussion with the
youths in the villages.
Inservice personnel: A discussion with the extension functioneries at the District monthly
workshop of the agriculture department, personel discussion with the extension functioneries.
3.11
Field activities
i.
ii.
iii.
3.12.
Number of villages adopted: 3
No. of farm families selected: 450
No. of survey/PRA conducted: 3
Activities of Soil and Water Testing Laboratory
Status of establishment of Lab
: Soil testing lab given by Manav Vikas Mission (RKVY),
Nanded
1.
2.
Year of establishment
: 2012 Jan, 2013
List of equipments purchased with amount : No purchase of equipment.
Sl. No
1
2
3
Name of the Equipment
Qty.
Cost
Mobile Van received from Hon. Dist. Magistrate and Collector, under Manav Vikas Mission,
Nanded, in Jan, 2013
Total
3.
Details of samples analyzed so far
:
Details
Soil Samples
Water Samples
Plant Samples
Petiole Samples
Total
3.13.
Date
No. of Samples
934
12
--948
No. of Farmers
934
12
--948
No. of Villages
38
8
--46
Amount realized
27920
1200
-28080
Activities under rainwater harvesting (for those KVKs
Nature of
Activity
Title
Clie
nt
(PF/
RY/
EF)
No.
of
Cour
ses
No. of
Participants
including SC/ST
Fe
Ma
Tota
ma
le
l
le
No. of SC/ST
Participants
M
al
e
Fem
ale
Tot
al
Total
Participants
Ma
le
Fe
ma
le
Tot
al
4.0 IMPACT
4.1.
Impact of KVK activities (Not to be restricted for reporting period).
Name of specific technology/skill
transferred
Change in income (Rs.)
Before
After
(Rs./Unit)
(Rs./Unit)
Use of fertilizer in split doses in cotton
22
35000
46000
Replacement of varieties in safflower
15
23000
27000
Varittal replacement in okra
20
42000
55000
Use of balanced diet to milch animal
26
4200
5600
Us of improved variety in bengalgram
26
32000
48000
NB:
Should be based on actual study, questionnaire/group discussion etc. with ex-participants.
4.2.
No. of
participants
% of adoption
Cases of large scale adoption
Celebration of pola festival in scientific way
Pola festival is selebrated on a large scale in Maharashtra .farmers involved almost all
animals like working bullocks ,bulls calves in this festival.whilse celebrating the festival
applying a varnish to the horns of the animals ,drenching the sweet oil to animal colouring
the animal offering the chapatti etc is common traditional practice which is very harmful
to the animals but farmers are practicing due to lack of scientific knowledge .application of
varnish can cause horn cancer ,drenching the sweetoil can cause pneumonia and
application of colours causes allegic reaction to animals and chapatti or puran poli can
cause acidic indigestion and gastric disturbances in animals .such things are disclosed
amongs the farmers by adopting the kisan goshti and meetings in village Sagroli .peoples
they have realize the seriousness of the wrong practices done by them .and followed the
kvks advice.onthe day of pola 90% of the farmers they have followed the advice and
stopped their routine practice.
4.3
period
Details of impact analysis of KVK activities carried out during the reporting
5.0 LINKAGES
5.1
Functional linkage with different organizations
Name of organization
1) Vasantrao Naik Marathwada Agriculture
University, Parbhani
2) Dept Of Agriculture, Govt Of Maharashtra
3) NABARD. Nanded
4)
MAHABEEJ, Nanded
5) Department of Animal Husbandry,
Nanded
6) Almost All Questions Answered
(aAqua.org) as a crop doctor, software
designed by IIT pawai
7) Rallies India Pvt. Ltd, Mumbai
8) Dhanuka Agri tech Ltd, New Delhi
9) Dhan foundation, Chennai
10) Manav Vikas Mission (RKVY)
11) ICRISAT, Hyderabad
12) Doordarshan Kenndra,Mumbai
13) Mahila Arthik Vikas Mandal
14) DRDA
15) Integrated Chield Devleopment Scheme
(ICDS)
16) ATMA
Nature of linkage
Participation of advanced training programmes for the SMS, Action
plan meeting, Participation of scientists and officials from different
departments in training programmes, melas and other extension
activities.
Organization of joint training programs as TOF, field activities and
extension activities.
Participation in SAC meeting and a as guest in programme organized
by KVK.
Organization of seed production programme with farmers and at KVK
farm.
Organization of joint training and other extension activities for farmers
and extension functionaries of LSS.
Worked SMS as an Expert (crop doctor) and partner of aAqua.org for
answering the questions asked by farmers
To work as PPP, for working to farming community by organizing
training to the farmers of their interest.
Organization of demonstrations.
Collaborative training programme organization.
Mobile soil testing van to fulfill the need of soil testing of the
jurisdiction area at village level.
Demonstrations of sorghum and seed production of sorghum.
Memer of the programme planning for rural development of Sahyadri
channel
Participation in training programme and tehnology week of KVK
Participation in training programme and tehnology week of KVK
Participation in training programme and tehnology week of KVK
Participation in meeting and joint organsiaton of training programme
NB
The nature of linkage should be indicated in terms of joint diagnostic survey, joint implementation, participation in
meeting, contribution received for infrastructural development, conducting training programmes and
demonstration or any other
5.2
List special programmes undertaken by the KVK, which have been financed by State
Govt./Other Agencies
Date/ Month of
initiation
Name of the scheme
5.3
Programme
Training programmes
5.4
S. No.
Amount (Rs.)
Details of linkage with ATMA
a) Is ATMA implemented in your district
S. No.
1.
Funding agency
Yes
Nature of linkage
Remarks
Training preogrammes are
being conducted by KVK of
Self Help Group and Farmers
Commodity Groups
Give details of programmes implemented under National Horticultural Mission
Programme
Exposrure visits under
NHM
Nature of linkage
Joint organization of training
cum exposure visits
Constraints if any
5.5
Nature of linkage with National Fisheries Development Board
S. No.
Programme
Nature of linkage
Remarks
NIL
6.
PERFORMANCE OF INFRASTRUCTURE IN KVK
6.1
Performance of demonstration units (other than instructional farm)
2013
1
2013
1
75,000
1
Mini Dal
mill
Fruit
Grader
Azola
Amount (Rs.)
Cost of
Gros
inputs
incom
62,000
2
Fodder
2013
6.2
Performance of instructional farm (Crops) including seed production
1
2
Demo Unit
Name
Of the crop
Details of production
Year of
estt.
2013
Area
4 pits of
size1x3x9ft
1hectare
Date of
sowing
Date of
harvest
08-032013
08-122013
13/11/201
3
29/11/2
013
12-072013
04-012014
Area
(ha)
Sl.
No.
Variety
Produce
Qty.
Azola
70kg
70kg
Rs3000
Rs 5700
1)Phule jaywant
2)phule yashwant
3)sampurna
4)gajraj
Rs 320000
buds
320000
buds
Rs 2000
Rs
320000
Details of production
Variety
Type of
Quantity
Produce
/ qtl
Amount (Rs.)
Cost of
Gross
inputs
income
Cereals
Rice
Wheat
280
sq.m.
300
sq.m.
0.2
0.2
Pulses
Pigeon pea
21/7/2013
02-072014
1.2
2.8
2
0.4
Gram
25/10/201
3
14/2/20
14
3.4
0.2
0.4
0.6
Oilseeds
Soybean
16/6/2013
29/6/2013
07-05-
21/10/2
013
28/10/2
013
11-07-
1.4
0.4
0.8
27P31
Grain
1.07 qt.
600
1391
Grain
1.21 qt.
800
1875
Kudrat
11
Kudrat
17
Grain
3.79 qt
2870
6822
Grain
3.78 qt
2870
6804
BDN
708
BDN
711
Vipula
BSMR
853
Jaki
9218
Digvija
y
Vishal
BDNG
797
Grain
7.7 qt.
6994
28490
Grain
26.99 qt
16303
110659
Grain
Grain
15.06 qt
6.5 qt
11645
3494
55722
31600
Grain
50.2 qt
30762
123124
Grain
0.74 qt
600
1628
Grain
Grain
3.68 qt
5.19 qt
1800
5429
9568
13494
MAUS
162
MAUS
158
MAUS
Grain
33 qt
21487
112200
Grain
2.5 qt
6150
8500
Grain
5 qt
12300
16500
Remar
ks
2013
13/11/201
3
10-092013
2013
04-032014
04-032014
Fibers
BT cotton
13/6/2013
0.8
Desi cotton
15/6/2013
Nov.201
3
Nov.201
3
Vegetables
Brinjal
17/8/2013
0.2 ha
Onion
30/8/2013
30/10/2
013
25/11/2
013
Tomato
30/8/2013
0.1 ha
Bhindi
08-062013
08-032013
08-032013
25/10/2
013
23/8/20
13
10-102013
11-062013
Safflower
Cauliflower
Cabbage
81
PBNS
12
PBNS
40
0.2
Grain
3.8 qt
3564
10640
Grain
7.5 qt
6683
21000
Ajit
155
Phule
JLA 794
Fiber
12 qt
19175
60600
Fiber
3.5 qt
3000
17675
Phule
Arjun
Bhima
shubhr
a
US 440
Fruit
34.75
qt.
11.12
qt.
6623
104250
2050
33360
6823
159210
PBN
OK
CFC
1522
BC-79
Fruit
4996
40170
Fruit
53.07
qt.
13.39
qt.
0.88 qt.
1200
2640
Leaves
0.60 qt.
1200
1800
1.5
0.2
0.1 ha
0.3 ha
5R
5R
Bulb
Fruit
6.3 Performance of production Units (bio-agents / bio pesticides/ bio fertilizers etc.,) -Nil
6.4
Sl.
No.
6.4
Sl.
No
Amount (Rs.)
Name of the
Product
Qty
Cost of inputs
Remarks
Gross income
Performance of instructional farm (livestock and fisheries production)
Name
of the
animal /
bird /
aquatics
Details of production
Breed
Type of
Produce
Amount (Rs.)
Qty.
Cost of
inputs
Gross income
Remarks
6.5
Rainwater Harvesting
Training programmes conducted by using Rainwater Harvesting Demonstration Unit
Date
Title of the training
course
Client
(PF/RY/E
F)
No. of
Courses
No. of Participants
including SC/ST
Male
Femal
Total
e
No. of SC/ST Participants
Male
Female
Total
NIL
6.6
Utilization of hostel facilities
Accommodation available (No. of beds):
Months
Title of the training
course/Purpose of
No. of
trainees
Trainee
days
Reason for short fall (if any)
stay
stayed
(days
stayed)
April 2012
Total
May 2012
Total
June 2012
Total
July 2012
Total
August 2012
Total
September 2012
Total
October 2012
Total
November 2012
Total
December 2012
Total
January 2013
Total
February 2013
Total
March 2013
Total
Grand total
7.
FINANCIAL PERFORMANCE
7.1
Details of KVK Bank accounts
Bank account
With Host Institute
With KVK
7.2
Location
Sagroli
Sagroli
Account Number
20243943959
60083823533
Utilization of funds under FLD on Oilseed (Rs. In Lakhs)
Item
Inputs
Name of the bank
Bank of Maharashtra
Bank of Maharashtra
Released by ICAR
Kharif
Rabi
2012-13
2012-13
---
Expenditure
Kharif
Rabi
2012-13
2012-13
---
Unspent
balance as on
1st April 2013
Extension activities
TA/DA/POL etc.
TOTAL
7.3
NIL
Utilization of funds under FLD on Pulses (Rs. In Lakhs)
Item
Released by ICAR
Kharif
Rabi
2012-13
2012-13
Expenditure
Kharif
Rabi
2012-13
2012-13
Inputs
Extension activities
TA/DA/POL etc.
TOTAL
7.4
NIL
Utilization of funds under FLD on Cotton (Rs. In Lakhs)
Item
Released by ICAR
Kharif
2012-13
Inputs
Extension activities
TA/DA/POL etc.
TOTAL
7.5
Unspent
balance as on
1st April 2013
Expenditure
Kharif
2012-13
Unspent
balance as on
1st April 2013
Nil
Utilization of KVK funds during the year 2011-12 and 2012-13 (upto Sep. 2012) (yearwise separately) (current year and previous year)
2011-12 Year
S.
Particulars
No.
A. Recurring Contingencies
1
Pay and Allowances
2
Traveling allowances
3
Contingencies
A
Stationery, telephone, postage and other expenditure on
office running, publication of Newsletter and library
maintenance (Purchase of News Paper and Magazines)
B
POL, repair of vehicles, tractor and equipments
C
Meals/refreshment
for
trainees
(ceiling
upto
Rs.40/day/trainee be maintained)
D
Training material (posters, charts, demonstration material
including chemicals etc. required for conducting the
training)
E
Frontline demonstration except oilseeds and pulses
(minimum of 30 demonstration in a year)
F
On farm testing (on need based, location specific and
newly generated information in the major production
systems of the area)
G
Training of extension functionaries
H
Maintenance of buildings
I
Establishment of Soil, Plant and Water Testing
Laboratory
J
Library
TOTAL (A)
B. Non-Recurring Contingencies
1
Works
Sanctioned
Released
Expenditur
e
250000
50000
250000
50000
138750
52204
170000
--
170000
--
194896
27245
--
--
--
--
--
--
--
--
--
----
----
----
--470000
--470000
--413095
A
Admin Building
500000
500000
520471
B
Farmers Hostel Building
400000
400000
392662
2
Equipments including SWTL and Furniture
A
Digital Camera
25000
25000
24720
B
LCD Projector
100000
100000
30250
C
Furniture
100000
100000
119529
D
Xerox Machine
100000
100000
45811
E
Computer and Accessories
100000
100000
104725
F
Fax Machine
20000
20000
19550
G
Tractor with Implements
700000
700000
700840
3
Vehicle (Four wheeler/Two wheeler, please specify)
650000
650000
658882
Library (Purchase of assets like books and journals)
TOTAL (B)
C. REVOLVING FUND
-2695000
-2695000
23508
2640948
100000
100000
100000
3265000
3265000
3154043
4
GRAND TOTAL (A+B+C)
2012-13 Year
S.
Particulars
No.
A. Recurring Contingencies
1
Pay and Allowances
2
Traveling allowances
3
Office Contingencies
A
Stationery, telephone, postage and other expenditure on
office running, publication of Newsletter and library
maintenance (Purchase of News Paper and Magazines)
B
POL, repair of vehicles, tractor and equipments
Sub total
4
Technical Programme
A
Meals/refreshment
for
trainees
(ceiling
upto
Rs.40/day/trainee be maintained)
B
Training material (posters, charts, demonstration material
including chemicals etc. required for conducting the training)
C
Frontline demonstration except oilseeds and pulses
(minimum of 30 demonstration in a year)
D
On farm testing (on need based, location specific and newly
generated information in the major production systems of the
area)
E
Training of extension functionaries
F
Maintenance of buildings
G
Establishment of Soil, Plant and Water Testing Laboratory
H
Library
I
Publication of extension literature for famers and extension
functionaries
J
Honorarium for trainers
K
Kissan Melas (at KVK Farm)
Sanctioned
Released
Expenditure
4100000
125000
4100000
125000
4085422
87282
450000
0
450000
450000
0
450000
336014
113612
449626
--
--
14415
--
--
26100
--
--
23750
------
------
49262
1300
12191
-11112
----
----
27000
3000
31805
Sub total
TOTAL (A)
B. Non-Recurring Contingencies
1
Works
200000
4875000
200000
4875000
199935
4822265
1000000
1000000
999718
2
Equipments including SWTL and Furniture
--
--
--
3
Vehicle (Four wheeler/Two wheeler, please specify)
--
--
--
Library (Purchase of assets like books and journals)
TOTAL (B)
C. REVOLVING FUND
-1000000
-1000000
-999718
--
--
--
5875000
5875000
5821983
4
GRAND TOTAL (A+B+C)
2013-14 Year
S.
Particulars
No.
A. Recurring Contingencies
1
Pay and Allowances
2
Traveling allowances
3
Office Contingencies
A
Stationery, telephone, postage and other expenditure on office running,
publication of Newsletter and library maintenance (Purchase of News
Paper and Magazines)
B
POL, repair of vehicles, tractor and equipments
Sub Total
4
Technical Program me
A
Meals/refreshment for trainees (ceiling upto Rs.40/day/trainee be
maintained)
B
Training material (posters, charts, demonstration material including
chemicals etc. required for conducting the training)
C
Frontline demonstration except oilseeds and pulses (minimum of 30
demonstration in a year)
D
On farm testing (on need based, location specific and newly generated
information in the major production systems of the area)
E
Training of extension functionaries
F
Maintenance of Farm
G
Establishment of Soil, Plant and Water Testing Laboratory
H
Library
I
Publication of extension literature for famers and extension
functionaries
J
Honorarium for trainers
K
Kiss an Melas (at KVK Farm)
Sub Total
Sanctioned
Released
Expenditu
6000000
200000
6000000
200000
591
15
500000
-500000
500000
-500000
28
21
49
--
--
2
--
--
--
--
5
------
------
4
---200000
---200000
3
2
19
5
A
B
C
Technology Demonstration On Pulses
Red gram 30 Demon, Under kharif@ Rs-4000/-Demo
Green gram 30 Demon .under Kharif @ Rs-2000/-/Demo
Bengal gram 30 Demon. under Rabi @ Rs-4000/- Demo.
Sub Total
TOTAL (A)
B. Non-Recurring Contingencies
1
Works
300000
7200000
300000
7200000
29
706
449
4500000
4500000
2
Equipments including SWTL and Furniture
--
--
3
Vehicle (Four wheeler/Two wheeler, please specify)
--
--
Library (Purchase of assets like books and journals)
TOTAL (B)
C. REVOLVING FUND
-4500000
-4500000
--
--
11700000
11700000
4
GRAND TOTAL (A+B+C)
7.6
Status of revolving fund (Rs. in lakhs) for the three years
Year
April 2010 to March 2011
April 2011 to March 2012
April 2012 to March 2013
April 2013 to March 2014
8.0
Opening
balance as
on 1st
April
--187584
-70619
Income
during
the year
Expenditure
during the
year
-208503
711473
1622055
-20919
969676
1674217
Net balance
in hand as on
1st April of
each year
-187584
-70619
-122781
Closing
balance
of farm
produce
Net
balance
-222169
447475
187584
151550
324994
Please include information which has not been reflected above (write in detail).
1. DAMAGES
DUE TO HAILSTORM IN NANDED DISTRICT AND EFFORTS BY KVK
SAGROLI
th
From 26 feb, 2014, Nanded dist was suffered from the Hail storms particularly,
Biloli, Degloor, Kandhar, Loha, Naigaon, Hadgaon, Umari, Himatnagar , Kinwat, Mahur,
affected by hailstorms with the area of 62000 ha.It destroyed the rabi standing crops as
Bengal gram, Jowar, safflower, wheat and Kharif crops as irrigated cotton, sugarcane up to
90 to 100%. A fruit drop in mango, collapse of banana plants, and vegetable gets affected up
to the mark of 70 to 80 percent. Livestock also get injured and in some part sheep and goats
lost their lives, destroyed the houses, cottages and farm sheds in varying intensity.
Name of Affected
Tahsil
No. of villages
affected
Total area affected
9loss above 50 %)
Total area affected 9loss
below 50 %)
1.Nanded
2.Ardhapur
3. Loha
4.Biloli
5.Hadgaon
6. Kinwat
7.Dharmabad
8.Mahur
9.Umari
10 H. Nagar
76
22
9
68
41
77
6
11
7
3
31
143
466
4375
7093
3205
350
11
343
218
9527
2160
156
2713
4470
2224
0
554
312
0
449
1156
11Kandhar
12Naygaon
13Degloor
14Mudkhed
Total
66
15
7
20
5422
3050
1484
90
26281
0
1540
100
1980
25736
KVK scientist visited to the affected area of Biloli (Shewala, Shelgaon, Kesrali,
Rampur, Adampur, Khadgaon, thadisawali, Minky and Mutnyal), Degloor (Shewala,
Shelgaon, Kotekallur), and Naigaon (Kedarwadgaon) block of Nanded district. Found total
destructions of houses, tins, cottages, total lodgeing of the Jowar, and total loss of Bengal
gram, Wheat, Safflower, Cotton, sugarcane and vegetable. Also found the fruit drop in
mango, also some plots of banana.
To get awareness among farmers, KVK scientists given the radio talk on the Nanded
akashwani under head
1. Crops damages due to hailstorm in Nanded dist and contingencies to be taken
(dated-7/3/2014)
2. Health care and disease management of the animals in hailstorm affected area
(dated-8/3/2014)
3. News paper coverage in agro one news paper (Dated 10/3/2014) written under title
“Hailstorm predisposes the animals for different life threatening diseases and its
management”
4. Organized animal health camps, group discussions, etc.
5. KVK has given the forecasting regarding storm and rains for near future at regular
interval by sending SMS on Kisan Port on mobile.
It cannot be evaluated loses due to death of animals, poultry birds and destructions in
houses which depends on the situation and entity.
8.1
Constraints
(a)
(b)
(c)
Administrative
Financial
Technical
Annexures
District Profile - I
Include the details of
2. General census : Population data
Sr.
No.
01
02
03
04
05
Particulars
Total Population
Male
Female
Rural
Urban
Number
28,76,000
14,81,000
13,95,000
21,87,000
6,89,000
Population of the Schedule Caste/Schedule Tribes
Sr.
No.
01
02
Particulars
Schedule Caste
Schedule Tribes
Number
4, 98,000 (17.25%)
2, 53,000(8.8 %)
Literacy:
Sr. No.
1.
2.
3.
Particulars
Total Literacy rate
Male
Female
Percentage to total population
68
81
55
Soil Types:
Sr. No.
1.
2.
3.
Particulars
Deep black soil
Medium deep black soil
Shallow black soil
Area (‘000’ ha)
394.65
101.12
576.26
Percentage to total land
36.81
9.43
53.75
Irrigation facilities and area covered:
Sr. No. Particulars
01
Major rivers
Godavari, Lendi, Manyad, Manjra, Painganga
Kayadhu Manyad, Lendi, Babhli
02
Major irrigation Project
Vishnupuri,
03
Medium Projects
Kardkhed, Barul,
04
Net irrigated area
1, 12,000 ha (12.16%)
05
Gross irrigated area
1,25,000 ha
Climate profile:
Sr. No Particulars
01
Rainfall
02
Temperature
03
Humidity
993.1 mm(46rainydays)
28.3oCto45.9oCMaximum,10.3oCto27.6oCMinimum
70-87%-Morning and41-68%Evening
1. Agricultural and allied census
Sr. No. Particulars
Number
01
Geographical area
10,33,100 ha
02
Cultivable area
8,08,700 ha
03
Forest area
85,000 ha
04
Land under non-agricultural use
35,000 ha
05
Permanent pasture
50,000 ha
06
Cultivable waste land
35,000 ha
07
Land under miscellaneous trees crop
6,000 ha
08
Barren and uncultivable land
19,000 ha
09
Current fallows
73,000 ha
10
Other fallows
24,000 ha
Land Use pattern:
Particulars
Net sown area
Area sown more than once
Gross cropped area
Cropping intensity (%)
Number
7,11,000 ha
1,00,000 ha
8,11,000 ha
114
2. Agro-climatic zones
Sr. No
Agro-climatic Zone
Characteristics
1
Central Maharashtra
Plateau Zone
/Assured Rainfall
Zone (VII)
Climatic condition- Maximum temp. 41 C Minimum temp. 21 C.
Average annual rainfall- 700 to 900 mm 75 % rains received
Soil type- Soil colour ranges from black to red. Type- 1) vertisols
2) entisols and 3) incept sols PH 7-7.5.
Crops and cropping pattern- In kharif Rainfed cotton(32.24%)
,soybean (25.40%), Kharif Jawar (17.77%), Pigeon pea(7.8%),
Black gram(7.38%), Greean gram (6.06%) are predominant crops
.In Rabi sesson Bengal gram(44.87%), Rabi Jawar
(37.39%),Wheat(10.12%), Safflower(5.72%) Sugarcane and
summer groundnut are taken on availability of irrigation.
3. Major and micro-farming systems
Major crops grown in district:
Major Kharif crops:Soybean, rain fed cotton,Kharif Jawar, pigeon pea, black gram,green gram
Major Rabi crops:Chick pea,Rabi Jawar,Wheat,Safflower.
Major summer crops: Summer groundnut.
Cash crops: Sugarcane,Irrigated cotton,Banana,Turmeric
Minor crops: Maize,Rice,Sesamum,Niger,Sunflower, Castor.
Cropping systems:
Intercropping systems:Cotton+Pigeon pea(6:1/8:2),Soybean+Pigeon
pea(9:1/12:3),Cotton+Black gram/Green gram/soybean (1:1),Kharif
Jawar+Pigeon pea(9:1/12:3),Turmeric+Castor(6:1/8:1).
Mixed cropping:Soybean+Jawar,Chick pea+Rabi Jawar,Chick pea+Safflower, Wheat +Mustard.
Cropping pattern:
Single crop rain fed: Cotton,Kharif Jawar.
Double crop rain fed: Soybean-Chick pea/Safflower,
Double crop Irrigated: Irrigated Cotton +summer groundnut,Soybean/Kharif Jawar-Wheat,
Soybean-Chick pea
Multi crop Irrigated: Soybean-Chick pea- Summer Groundnut, Soybean – Wheat-summer
vegetables
Integrated farming systems:
1. Crops+ 1 to 2 milch non-descriptanimals+ compost
2. Crops+Vegetable production, Crops +Fruit production
3. Crops+Back yard poultry
4. Crops + Goatery
4. Major agriculture and allied enterprises
Sr. No.
1
2
3
4
5
6
7
Farming system/enterprise
Only Agriculture (most of the farmers)
Agriculture + Animal Husbandry (1-2 Deshi milch animals)
Agrilculture + Poultry (10-20 deshi birds)
Agriculture + Goatery (2-3 goats)
Agriculture+ Horticulture (Mango, Guava, Sapota, Sweet orange etc few plants)
Agriculture + Vegetable production on small scale.
Nonfarm enterprises – sewing and stitching, Rope making bamboo sheets.
Agro-ecosystem Analysis of the focus/target area - II
Include
1.
Names of villages, focus area, target area etc.
Krishi Vigyan Kendra, Sagroli, is established in October 2011 (Vide Sanction Letter
No. F.N0. 5-2/2009-AE II, dated 4/10/2011, ICAR, New Delhi-12), but actual works
started in July 2012. It is located at Shardanagar, Sagroli and about 80 km away from
Nanded head quarter.
2.
Survey methods used (survey by questionnaire, PRA, RRA, etc.)
3.
Various techniques used and brief documentation of process involved
in applying the techniques used like release transect, resource map,
etc.
4.
Analysis and conclusions
5.
List of location specific problems and brief description of frequency
and extent/ intensity/severity of each problem
Major Problems identified in operational area:
1. Agronomy
a.
b.
c.
d.
e.
f.
g.
h.
Unavailability of seeds of improved variety.
Problematic soils.
Unawareness of improved technology in cultivation of agronomical crops.
Very less area under micro irrigation in cash crops.
Unavailability of bio fertilizers.
Unawareness about soil testing and lack of soil testing facility.
Unavailability of timely and quality agriculture inputs.
Lack of market facilities and linkages.
i. Un- organized farmers.
j. Lack of location specific meteorological predictions.
2. Horticulture
a. Low attraction towards cultivation of fruit and vegetable crops.
b. Unawareness about flower crops cultivation.
c. Lack of proper nutrition and water management
d. Limited area under spices and medicinal crops.
e. Low yield in vegetable production.
f. No use of poly house technology for vegetable and flower production.
3. Plant Protection
a. Unawareness about IPM, and IDM technology to increase productivity of the
crops.
b. Injudicious use of pesticides and fungicides to control pest and diseases.
c. Less awareness about to use of bio-fertilizer for seed treatment and use of biopesticide, bio-fungicide.
d. Less awareness about technical knowledge regarding insecticidal and fungicidal
formulation
e. Less awareness about use of Need based bio pesticides
4. Animal Science
a. Unawareness about the importance of mineral mixture in lactating animals.
b. Anoestrous, emaciation and hypogalactia in livestock.
c. Lack of marketing facilities for livestock products and by products.
d. Lack of expert veterinary services.
e. Less fodder production coupled with low quality grasses.
f. Increasing feed cost.
g. Imbalanced feeding practices.
h. No supplementary diet.
i. Poor animal husbandry practices.
j. High mortality in new born kids and calves.
5. Home Science
a. Heavy Drudgery work for farm women.
b. Protein Energy Malnutrition (PEM) among preschool children
c. Anemia and Bone problems in women
d. Lack of knowledge regarding processing of food.
e. Lack of knowledge regarding processing and consumption of soybean
f. No economic empowerment among women
g. Unaware about preservation of nutrition while cooking.
h. No knowledge about value addition.
i. Early marriage with early pregnancy.
6. General Problems
a. Unavailability of the communication media, market information.
b. Unawareness about use of mass media.
c. Lack of knowledge about the use of credit facilities.
d. Poor record keeping of self help group.
e. Improper functioning of the self help groups.
f. Improper management of budget of the farm enterprises.
g. Lack of linkages between the farmers, bankers and development department.
h. Unawareness about information & communication technology,
i. Lack of extension material for the reading.
Lack of farmer’s organisations in villages.
6.
Crop
Matrix ranking of problems
Problems
Ranking
Agronomy
Cotton
Soybean
Kharif Jawar
Urad / Mung
Pigeon pea
Bengal Gram
Safflower
Rabi Jawar
Low Productivity under rain fed condition.
Wrong selection of verities/Hybrids as per soil type, farming
situation (Rain fed/Irrigated)
Inadequate use of fertilizers, Do not apply fertilizers in split
doses specially N.
Yield losses due to weed infestation.
No use of micronutrients & organic fertilizers in INM
Crop spacing and plant population problem
No seed treatment
Lack of improved high yielding varieties especially nonShattering type.
Low productivity.
Inadequate use of fertilizers and no use of Sulphur containing
fertilizers.
Yield losses due to weed infestation.
No seed treatment
Low productivity.
Inadequate use of fertilizers.
Lack of in situ soil moisture conservation measures.
Lack of improved high yielding varieties .
Improper crop spacing ( Overcrowding plant population)
Yield losses due to weed infestation.
No seed treatment
Lack of improved high yielding varieties.
Low Productivity.
Inadequate use of fertilizers.
Improper sowing time.
Yield losses due to weed infestation.
No seed treatment.
Lack of improved high yielding varieties specially early under
rain fed condition.
Inadequate use of fertilizers or very less use of fertilizers.
No seed treatment
Traditional method of sowing.
Pod borer infestation.
Lack of improved high yielding verities.
Low productivity.
Inadequate use of fertilizers.
Traditional sowing methods.
Mostly rain fed crop and if irrigated irrigation at improper
stages.
No seed treatment.
Nipping practice not followed.
Lack of improved & high yielding varieties especially non
spiny resistance to aphids, leaf spot.
Inadequate use of fertilizers.
Low productivity.
Yield losses due to weed infestation.
Lack of in situ soil moisture conservation measures.
Sucking pest problem specially aphids
Lack of improved & high yielding varieties.
I
II
III
IV
V
VI
VII
I
II
III
IV
V
I
II
III
IV
V
VI
VII
I
II
III
IV
V
VI
I
II
III
IV
V
I
II
III
IV
V
VI
VII
I
II
III
IV
V
VI
I
Wheat
Summer
Groundnut
Low productivity.
Lack of in situ soil moisture conservation measures.
Inadequate use of fertilizers.
Traditional sowing methods and improper crop spacing.
Yield losses due to weed infestation.
No seed treatment & crop lodging.
Lack of improved & high yielding varieties.
Low productivity.
Inadequate use of fertilizers, less awareness about INM.
Improper sowing time.
Yield losses due to weed infestation.
Irrigation at improper stage of growth and less no of
irrigations.
Less awareness about seed treatment.
Lack of improved & high yielding varieties
Inadequate use of fertilizers, less awareness about INM
No use of Gypsum in nutrient management.
Irrigation at improper stage of growth and less no of
irrigations.
Yield losses due to weed infestation.
Less aware about improved cultivation practices like poly
mulching, bed system of planting etc.
II
III
IV
V
VI
VII
I
II
III
IV
V
VI
VII
I
II
III
IV
V
VI
Horticulture
Mango
Sweet Orange
Banana
Custard Apple
Papaya
Guava
Chilli
Brinjal
Tomato
Low yield
More fruit drop
Irregular fruiting
Fruit Drop
Dieback
Irregular bearing
Micronutrient deficiency
Irregular fruit harvesting
Imbalance use of fertilizers
Low bunch weight
Insect pest attack
Low yield
Unawareness about other high yielding varieties
Uneven shape and size of fruits
Market unavailability
Unavailability of storage facilities
Nutrient deficiency in orchards
Leaf curl virus
Traditional method of planting
Irregular bearing and low yield
Micronutrient deficiency.
Low yield
Imbalanced fertilizer management
Disease and pest attack and heavy cost management
Fruit and shoot borer Pest attack
Medium to lower yield
Traditional method of planting
Disease attack problems and fruit rotting
Nutritional deficiency and imbalanced fertilizer management
I
II
III
I
II
III
IV
I
II
III
IV
I
II
III
IV
V
I
II
III
I
II
I
II
III
I
II
I
II
III
Turmeric
Gaillardia
Marigold
Nutrient deficiency
Uneven plant growth
Storage problems
High cost of cultivation
Pest attack
Disease problems
Low yield
No new varieties
Traditional planting
I
II
III
IV
I
II
III
I
II
Aphids
Jassids
Thrips
Mealy bug
Spodoptera
Pink bollworm
Spodoptera
Girdle beetle
Semilooper
Anthraxnose
Pod fly
Helicoverpa armigera
Wilt
Helicoverpa armigera
Cutworm
BPH WBPH
Stem borer
Shoot borer
Stem borer
Pyrilla
Wooly aphid
Rhizome fly
Leaf spot of turmeric
Wheat stem borer
Termite
Loose smut
Grain smut
Stem fly
Tikka disease
Thrips
Aphids
stem borer
mango hopper
root and stem rot
Little leaf.
Fruit fly
Mealy bug
Fruit sucking moth
Die back
Nematodes
Citrus canker
High
High
High
Nil
High
Low
High
low
High
High
High
High
Low
High
Medium
High
Medium
High
Medium
Medium
Low
High
Medium
Low
Medium
Low
High
Medium
Medium
Low
Medium
Medium
High
Medium
Medium
Medium
Low
High
Medium
Low
Medium
Plant Protection
Cotton
Soybean
Red gram
Bengal
gram/Chickpea
Paddy
Sugarcane
Turmeric
Wheat
Rabi sorghum
Ground nut
Mango
Papaya
Banana
Guava
Sweet orange
Citrus
Brinjal
Okra
Chilli
Cruciferous
Vegetables
Lemon butterfly
Wilt
Shoot and Fruit borer
White fly
Little leaf
Nematodes
Fruit borer
Jassids
Yellow vein mosaic
Thrips
Fruit borer
Damping off
Diamond Back MothAphids
Cut Worm
Cabbage butterfly
Damping off-
Medium
High
High
High
Medium
Low
High
High
Low
High
Medium
low
High
Medium
Low
High
Medium
Home Science
Health and nutrition Anaemia in women and malnourishment in children
Negligence for women health
No knowledge about value addition for better health.
Early marriage with early pregnancy.
Reproductive health problem of girls and women.
Drudgery
Unaware about new agricultural technologies while doing
agri. Related tasks.
Unavailability of small Agril hand tools
Economic
Unaware about the small scale enterprise
empowerment
Unavailability of credit facilities to farm women
Lack of technical know-how about small scale enterprise.
I
II
III
IV
V
I
II
I
II
III
Veterinary Science
Poultry
Goats /sheep
Cattle / buffaloes
7.
Lack of technical knowledge
High cost of feed and fear of infectious diseases
Lack of marketing facilities nearby.
Fluctuations in selling prices
Poor quality of grasses, mortality in new born kids
No supplementary diet
No breeding strategies
Scarcity of green fodder, mortality in new born calves
Imbalanced feeding formulations.
Unavailability of dairy and market for milk and milk
products.
Lack of knowledge about animal husbandry practices
List of location specific thrust areas
Crop/Enterprise
Thrust area
Agronomy
Cotton
Integrated Nutrient Management
Integrated weed management
Water management
I
II
III
IV
I
II
II
I
II
III
IV
Soybean
Kharif Sorghum
Pigeon pea
Black gram/Green gram
Bengal gram
Rabi Jawar
Wheat
Safflower
Summer groundnut
Integrated pest management
Use of Improved varites /Hybrids
Integrated Nutrient Management
Integrated pest management
Integrated Nutrient Management
Integrated weed management
Integrated pest management
Integrated Nutrient Management
Integrated weed management
Integrated pest management
Use of Improved varites/Hybrids.
Integrated Nutrient Management
Integrated weed management
Integrated pest management
Use of Improved varites/Hybrids
Integrated Nutrient Management
Integrated weed management
Integrated pest management
Use of Improved varieties/Hybrids
Integrated Nutrient Management
Soil and water conservation.
Integrated pest management
Use of Improved varieties/Hybrids
Integrated Nutrient Management
Integrated weed management
Integrated pest management
Water Management.
Use of Improved varieties/Hybrids
Integrated Nutrient Management
Soil and water conservation.
Integrated pest management
Integrated pest management
Integrated Nutrient Management
Integrated weed management
Water Management.
Horticulture

Integrated nutrient management in fruit crops.

Value addition of fruit and vegetable

Entrepreneurship development in rural youths.

Promotion of hi-tech horticulture.

Seed and seedling production of vegetable and fruits.

Avail marketing to farmers through group activity.

Increase productivity of vegetable, fruits and flower crops by adopting advance
production technology.
Plant Protection

Use of IPM, and IDM technology to increase productivity of the crops.

Create awareness about to use of bio-fungicide for seed treatment.

Building judgement about selection of insecticide and insecticide fungicide
formulation.

Implementation of bio pesticide use.
Home Science

Improvement in nutritional status of women and children

Increasing self-employment by value addition through agro based small scale
enterprises.

Reduce drudgery by popularizing hand operated agricultural tools among farm
women.

Balanced diet through kitchen gardening and available food items.

Awareness about importance of hygiene and sanitation.

Awareness of consequences of early marriage.
Veterinary Science

Increase in area under fodder crop and productivity of livestock.

Feed cost reduction through exploiting nutrient efficient local resources.

Self-employment generation through income generating activity.

To increase productivity and to reduce metabolic diseases through proper feeding
and balanced diet.

Corrective measures for various common ailments in livestock.

Better profitability through market driven production.
8.
List of location specific technology needs for OFT and FLD
Sr. No.
Agronomy
Technology
Intervention
Varietal evaluation of improved and non spiny verities in Safflower.
a) PBNS-40 (Parbhani-40)
Varietal evaluation of improved varieties in Bengal gram.
2.
b) Digvijay
Weed management through post emergence herbicides in wheat.
3.
a)PoE-Metasulphuraonmetyl 20 WP@20 gml/ha.
Horticulture
OFT
Fruit set management in mango through fertilizer management
Varietal assessment in okra (PBN-OK-1)
Plant Protection
OFT
OFT
1
Management of shoot and fruit borer on brinjal (Assessment)
2
Management of okra fruit borer.
Home Science
OFT
FLD
1.
FLD
FLD
1
Assessment of Revolving milking stool and stand to increase work
efficiency of women at the time of milking the animals.
2
To control anemia in adolescent girls by using Iron rich roosted rice
flakes chiwda
Demonstration of Smokeless Chulla to improve work efficiency of
3.
women while cooking.
To demonstrate Vaibhav sickle, MKV sickle, Lakshmi sickle to
4.
improve work efficiency of women while weeding
Veterinary Science
Use of hormonal preparations to regulate estrus in cattle and buffalo
Assessment of Bordeaux mixture to cure dermatophytosis in cattle
Better forage yield by cultivating jaywant napier fodder crop
Increase in milk yield by using mineral mixture in milch animals
Enhancing the quality of dry grasses /straw by Urea treatment
1
2
3
4
5
9.
List of location specific training needs
Agronomy











Importance of soil testing in fertilizer application.
In situ soil moisture conservation measures.
Use improved verities/hybrids rather than local one.
Integrated nutrient management.
Integrated weed management especially chemical weed control.
Integrated crop management.
Use of bio fertilizers in nutrient management.
Importance of micronutrients and their management.
Cropping system management.
Seed production programs in different crops.
Irrigation management especially at critical stages of crop growth.
Horticulture












Preparation to turmeric cultivation
Dryland fruit production in custard apple and ber
Vegetables nursery management in Brinjal, Tomato and Chilli
planting of jasmine and tuberose
Marigold flower production
INM in cole crops
Nutritional care in papaya and banana
Vegetables growing under protected cultivation
Pre and post harvest management in chilli, bhendi
Bahar management in sweet orange
Care of indoor and outdoor ornamental plants
Vegetables growing under protected cultivation
Plant Protection





Use of IPM, IDM technology.
Use of Bio-Pesticide and Bio-fungicide
Use of organic inputs i.e. NSKE
Use of Pheromone Traps to monitor and mass trapping of moths.
Employment generation (Apiculture/ Lac culture)
Home Science





Care and development of preschool children
Soybean processing
Fruits processing for entrepreneurship development
Use of user- friendly equipments to reduce the drudgery.
Fuel saving devices in kitchen
OFT
OFT
FLD
FLD
OFT
OFT
FLD
FLD
FLD









Income generation through masala processing
Care and development of preschool children
Store grain problems at household level
Care to be taken while cooking to save nutrient losses
Low cost nutritious diet for adolescent girls
personal hygiene in girls for good health
Anemia in girls and women
Cereal processing
Vegetable processing to control the losses
Veterinary Science
1. Cattle and buffalo











urea treatment to straw to increase its nutritive value
Increase the productivity of milch animals.
Care and management of new born kids and calves.
Silage making.
Scientific milking methods for men and women farmers.
Awareness about use of mineral mixture in dairy animals.
Care and management of sick animals.
Importance of deworming and vaccination in animals.
Prevention and care of HS, FMD.
Common ailments and its cure.
First aid of commonly observed ailments in animals.
2. Sheep And Goats





3.
Income Generating Activity (Poultry, Goatry, Dairy and Vermi composting)
Use of concentrate for weight gaining in bucks.
Care and management of sick animals.
Deworming and vaccination schedule for sheep and goat.
Bacterial and viral diseases and its first aid in sheep and goat.
Poultry





Scope and importance of poultry farming.
Poultry diseases and its prevention.
Hands on practice of poultry vaccination.
Feed formulations for broiler poultry.
Backyard poultry farming for rural women.
Technology Inventory and Activity Chart - III
Include
1.
Names of research institutes, research stations, regional centres of
NARS (SAU and ICAR) and other public and private bodies having
relevance to location specific technology needs
Inventory of latest technology available *
2.
Sr.
No
Technology
Crop/enter
prise
Year of release
or
recommendatio
n of technology
Safflower
--
MAU, Parbhani
MAU/MPKV Krishi
dainandani
Bengal Gram
--
MPKV
Rahuri,MAU
Parbhani
MAU/MPKV Krishi
dainandani
Wheat
--
MPKV Rahuri
MPKV Rahuri
Source of
technology
Reference/citation
Agronomy
1.
2.
3.
Varietal evaluation of
improved and non spiny
verities in Safflower.
b) PBNS-40 (Parbhani40)
Varietal evaluation of
improved varieties in
Bengal gram.
c) Digvijay
Weed management
through post emergence
herbicides in wheat.
a)PoEMetasulphuraonmetyl 20
WP@20 gml/ha.
Horticulture
4.
mango
--
MKV Parbhani
MKV Parbhani
chilli
--
MKV, Parbhani
MKV Parbhani
China aster
Chilli
---
MPKV, Rahuri
TNAU, Periyakulam
MPKV, Rahuri
TNAU, Periakulam
Plant Protection
IPM
8.
IPM
9.
Home Science
Brinjal
Bengal gram
--
MPKV, Rahuri
MKV Parbhani
10.
Soya poha laddu
Health
11.
12.
13.
Smokeless Chula
Kitchen Garden
Revolving milking stool
and stand
Health
Health
Drudgery
5.
6.
7.
Use of scheduled
fertilizer at proper time
Varietal assessment in
chilli
China aster introduction
Paired row planting of
Chilli
-College of home
sci., MAU,
Parbhani
AARTI,Pune
-College of home
sci., MAU,
Parbhani
Krishi Diary
Krishi Diary
Folder, College of
home science MAU
Parbhani
AARTI, Pune
Folder, College of
home science MKV,
Parbhani
Folder, College of home
science MAU Parbhani
MPKV, Rahuri
MAFSU, Nagpur
MAFSU, Nagpur
Krushi dainandini-2012
MAFSU, Folder - 2000
MAFSU, Folder - 2000
AARTI, Pune
Folder, College of home
science MKV, Parbhani
Veterinary Science
14.
15.
16.
Better forage yield
Disease Management
Oestrus Management
3.
Cattle
Cattle
Cattle
Activity Chart
2010
2000
2005
Crop/Animal/E
nterprise
Problem
Cause
Solution
Activity
Reference of
Technology
Agronomy
A) Kharif Crops
Wrong selection  Unawareness about
Cotto of
selection of
n
verities/Hybrids
var/Hybrids as per
as per soil type,
soil type, farming
farming situation
situation.
(Rainfed/Irrigated
)
Low productivity
Yield losses by
weed infestation.
Inadequate use of
fertilizers. Do not
apply fertilizers
in split doses
specially N.
 Make awareness
among farmers
regarding
different types of
verities/hybrids
and its use as per
soil type, farming
situation through
training.
 Mostly rain fed crop  INM.
 Inadequate use of
 Proper selection
fertilizer and do not
of var/Hyb as per
apply fertilizers in
farming situation,
split doses especially
soil type.
N.
 Weed
Management
 No use of
Micronutrients,
through
Herbicide.
 Weed infestation.
 Lifesaving
 Problem in varietal
irrigation at
selection as per
proper stages.
farming situation,
soil type.
 IPM for sucking
complex.
 Sucking complex
problem.
 Use of
micronutrients for
 Reddening
different
phenomenon.
deficiencies
especially
reddening.
 Soil test based
fertilizer
application in
split doses.
 Only depend on
 Weed
manual weeding
management
through herbicide
 Availability of labor
as cheapest
as costly operation.
method.
 Less awareness
about herbicide use.  Make awareness
among farmers
about new
herbicides and its
use.
 Imbalanced
 INM.
fertilizers
 Soil test based
application
fertilizer
 Less awareness
application in
about soil test based
split doses.
fertilizer application.



Training
FLD
OFT
MAU,
Parbhani




FLD
OFT
Training
Radio
talk
Newspap
er
coverage
Field
days
MAU,
Parbhani



OFT
FLD
Training
MAU,
Parbhani



OFT
FLD
Training.
MAU,
Parbhani


Crop spacing and
plant population
problem
 Only use of NPK
fertilizers.
 No use of
micronutrients.
 Most of the farmers
fallow traditional
spacing.
 Unawareness about
recommended crop
spacing.
No seed treatment  Unawareness.
 Unavailability of
Bio fertilizers
Soyb Lack of improved  Use of only JS-335
ean varieties
 Non availability
especially on
other improved var
scattering type.
other than JS-335.
Low productivity.  Use of traditional
var(JS-335)
 Inadequate use of
fertilizer and no use
of sulphur
containing
fertilizers.
 Mostly rain fed crop
 Weed infestation.
 Insect pest problem.
Yield losses by
weed infestation
 Only depend on
manual weeding
 Availability of labor
as costly operation.
 Less awareness
about herbicide use.
 Training to
farmers about
recommended
crop spacing.
 Recommended
crop spacing
trails through
FLD/OFT.
 Awareness
through training.
 Make available
bio-fertliizers.
 Make aware to
farmers regarding
improved var
through trainings.
 Make available
seed to farmers
through
FLD/Seed
production
programs
especially non
scattering type
like MAUS-71,
81.
 INM.
 Introduction of
Improved var.
 Weed
Management
through
herbicide.
 Lifesaving
irrigation at
proper stages.
 IPM
 Application of
sulphur
containing
fertilizers.
 Weed
management
through herbicide
as cheapest
method.
 Make awareness
among farmers
about new



FLD
OFT
Training.
MAU,
Parbhani


Training.
FLD
MAU,
Parbhani


FLD*
Training.



Training
FLD
OFT



FLD
OFT*
Training.
MAU,
Parbhani
MAU,
Parbhani
MAU,
Parbhani
No seed treatment  Unawareness.
 Availability of bio
fertilizers
Khari Lack of improved
f
varieties
 Unawareness about
Jawar
improved var.
 Unavailability of
improved seeds.
Low productivity
 Use of traditional
var.
 Inadequate use of
fertilizer
 Mostly rain fed crop
 No in situ soil
moisture
conservations
measures.
 Weed infestation.
 Insect pest problem
 Use of traditional
seed drill.
 Sowing of crop
30*10 cm results in
overcrowding plant
population.
No seed treatment  Less awareness and
availability problem
 Use of modern
seed drill.
 Sowing of crop
on recommended
spacing i.e.
45*15 cm.
 Seed treated with
300 mesh sulpher
@ 4 gm/kg +
Azectobacter @
25 gm /kg.
Lack of improved  Unawareness about  Make awareness
varieties.
improved var and
among farmers
only use of local var.
regarding
improved verities
 Non Availability of
through trainings.
improved seeds.
 Make available
seed to farmers
through FLD and
Seed production
Improper crop
spacing.
Gree
n
gram
and
black
gram
herbicides and its
use.
 Awareness
through training.
 Make available
bio-fertilizers.
 Make awareness
among farmers
regarding
improved verities
through trainings.
 Make available
seeds of
improved
Var/Hyb to
farmers through
FLD and Seed
production
programs.
 INM.
 Introduction of
Improved var.
 In situ moisture
conservation
measures.
 Weed
Management
through
Herbicide.
 Lifesaving
irrigation at
proper stages.


Training.
OFT.
 FLD
 OFT
 Training.
MAU,
Parbhani
MAU,
Parbhani



OFT
FLD
Training.
MAU,
Parbhani



OFT
FLD
Training.
MAU,
Parbhani


OFT
Training.
MAU,
Parbhani


FLD
OFT
MAU,
Parbhani
Low productivity.
No seed treatment
Pigeo Lack of improved
n pea & high yielding
varieties
Inadequate use of
fertilizers or very
less use of
fertilizers.
No seed treatment
B) Rabi crops
programs.
 Use of traditional
 INM.
verities.
 Introduction of
Improved var.
 Inadequate use of
fertilizer.
 Weed
 Improper sowing
Management
time
through
Herbicide..
 Weed infestation.
 Seed treatment of
 Late sowing results
rhizobium
in more pest
problem especially
 Proper sowing
sphingid moth and
time.
PM No seed
 Control measures
treatment
for Sphingid
moth and
Powdery mildew.
 Timely sowing
before 8 July
 Unawareness.
 Use of rhizobium
@ 25 gm/kg of
 Unavailability of bio
seed.
fertilizers
 Make available
bio fertilizers.
 Unawareness about  Make awareness
improved var and
among farmers
only use of local var.
regarding
improved
 Non Availability of
verities through
improved seeds.
trainings.
 Make available
seed to farmers
through FLD
and Seed
production
programs.
 Imbalanced
 INM.
fertilizers
 Soil test based
application
fertilizer
application in
 Less awareness
about soil test based
split doses.
fertilizer application.
 Only use of NPK
fertilizers.
 No use of
micronutrients.
 Unawareness.
 Use of rhizobium
@ 25 gm/kg of
 Unavailability of bio
seed.
fertilizers
 Make available
bio fertilizers.



FLD
OFT
Training
MAU,
Parbhani


Training.
OFT.
MAU,
Parbhani


FLD*
OFT
MAU,
Parbhani



OFT
FLD
Training.
MAU,
Parbhani


Training.
OFT.
MAU,
Parbhani
Beng
al
gram
Lack of improved  Unawareness about
varieties
improved var.
 Non Availability of
improved seeds.
Low productivity.  Use of traditional
verities.
 Inadequate use of
fertilizer
 Mostly rain fed crop
 Weed Infestation.
 Pod borer problem
Yield losses by
weed infestation
 Only depend on
manual weeding
 Availability of
labour as costly
operation.
 Less awareness
about herbicide use.
Inadequate use of  Roughly fertilizers
fertilizers
application
 Less awareness
about soil test based
fertilizer application.
 Only use of NPK
fertilizers.
 No use of
micronutrients.
Irrigation to crop  Less awareness
at improper stage
about critical stages
of crop growth
of irrigations.
 No use of life
saving irrigation.
 Awareness
among farmers
regarding
improved verities
through trainings.
 Make available
seed to farmers
through
FLD/Seed
production
programs.
 INM.
 Introduction of
Improved var.
 Weed
Management
through
Herbicide.
 Life saving
irrigation at
proper stages.
 IPM.
 Weed
management
through herbicide
as cheapest
method.
 Make awareness
among farmers
about new
herbicides and its
use.
 INM.
 Soil test based
fertilizer
application

FLD*

Training




Training
FLD
OFT
Radio
talk
MAU,
Parbhani



Training
FLD
OFT
MAU,
Parbhani



Training
FLD
OFT
MAU,
Parbhani
 Irrigation at
Critical stages of
crop.
 Sowing of gram
under irrigated
condition instead
rain fed.
 Use of micro
irrigation
methods like
Sprinkler for
efficient use of



Training
FLD
OFT
MAU,
Parbhani
MAU,
Parbhani
 Indigenous
implement use .
 Less awareness
about modern
methods of sowing
like sowing on Beds
and use of improper
spacing spacing.
No seed treatment  Unawareness.
 Availability of
Biofertilizers
Traditional
methods of
sowing
Saffl Lack of improved
ower
varieties
 Unawareness about
especially non
improved verities..
spiny.
 Non Availability of
improved/ non spiny
verities.
 Spiny verities
difficult to harvest.
Low productivity.  Use of traditional
var.
 Inadequate use of
fertilizer
 Mostly rain fed crop
 Weed Infestation.
 Pod borer problem
Inadequate use of  Roughly fertilizers
fertilizers
application
 Less awareness
about soil test based
fertilizer application.
 Only use of NPK
fertilizers.
 No use of
micronutrients.
Yield losses by  Only depend on
weed infestation
manual weeding
 Availability of labor
as costly operation.
 Less awareness
about herbicide use.
water.
 Use of improved 
seed drill.

 Adopt proper

spacing.
 Sowing on beds.
 Awareness
through training.
 Make available
bio-fertliizers.
 Make aware to
farmers regarding
improved var
through trainings.
 Make available
seed to farmers
through
FLD/Seed
production
programs.
 INM.
 Introduction of
Improved var.
 Weed
Management
through
Herbicide.
 Life saving
irrigation at
proper stages.
 IPM.
 INM.
 Soil test based
fertilizer
application
 Weed
management
through herbicide
as cheapest
method.
 Make awareness
among farmers
about new
herbicides and its
Training
FLD
OFT
MAU,
Parbhani


Training.
FLD
MAU,
Parbhani

OFT*
MAU,
Parbhani

Training

Training

Field day



Training
FLD
OFT
MAU,
Parbhani



Training
FLD
OFT
MAU,
Parbhani
MAU,
Parbhani
Sucking pest
 Use of susceptible
problem specially
verities.
aphids.
 Less use of plant
protection measures.
Rabi Lack of improved
Jawar
varieties
 Unawareness about
improved var.
 Non Availability of
improved seeds.
Low productivity.  Use of traditional
var.
 Inadequate use of
fertilizer
 Mostly rain fed crop
 No in situ soil
moisture
conservations
measures.
 Weed Infestation.
 Insect pest problem
Lack of in situ
soil conservation
measures.
 Unawareness about
these measures.
Inadequate use of  Roughly fertilizers
fertilizers
application
 Less awareness
about soil test based
fertilizer application.
 Only use of NPK
fertilizers.
 No use of
micronutrients.
Traditional
 Use of traditional
use.

Use of
resistance var.
 Apply plant
protection
measures
especially for
aphids.
 Make awareness
among farmers
regarding
improved verities
through trainings.
 Make available
seed to farmers
through
FLD/Seed
production
programs.



Training
FLD
OFT
MAU,
Parbhani
 Training
 FLD
MAU,
Parbhani



Training
FLD
OFT
MAU,
Parbhani
 Make awareness
about different
measures.
 Make basins
(10*20 sq.m) in
fields before
sowing of crop
for rain water
harvesting.
 INM.
 Soil test based
fertilizer
application


Training
FLD
OFT
MAU,
Parbhani



Training
FLD
OFT
MAU,
Parbhani
 Use of modern

Training
MAU,
 INM.
 Introduction of
Improved var.
 In situ moisture
conservation
measures.
 Weed
Management
through
Herbicide.
 Life saving
irrigation at
proper stages.
sowing method
and improper
crop spacing.
Yield losses by
weed infestation.
seed drill.
 Sowing of crop
30*10 cm results in
overcrowding plant
population.
 Only depend on
manual weeding
 Availability of labor
as costly operation.
 Less awareness
about herbicide use.
No seed treatment  Less awareness and
availability problem
Whe
at
Lack of improved
varieties
 Unawareness about
improved var.
 Non Availability of
improved seeds.
Low productivity.  Use of traditional
verities.
 Inadequate use of
fertilizer
 Rain fed crop, If
irrigated less no of
irrigations and at
improper stages.
 Gamble of temp.
 Sowing time.
 Weed Infestation.
 Rust problem.
Inadequate use of  Roughly fertilizers
fertilizers
application
 Less awareness
about soil test based
fertilizer application.
seed drill.
 Sowing of crop
on recommended
spacing i.e 45*15
cm.
 Weed
management
through herbicide
as cheapest
method.
 Make awareness
among farmers
about new
herbicides and its
use.
 Seed treated
with 300 mesh
sulpher @ 4
gm/kg +
Azectobacter @
25 gm /kg.
 Make awareness
among farmers
regarding
improved verities
through trainings.
 Make available
seed to farmers
through
FLD/Seed
production
programs.
 INM.
 Introduction of
Improved var.
 Weed
Management
through
Herbicide.
 Grown under
irrigated
condition and
irrigation at
proper stages.
 Proper sowing
time.
 IPM.
 INM.
 Soil test based
fertilizer
application


FLD
OFT
Parbhani



Training
FLD
OFT
MAU,
Parbhani


Training
FLD
MAU,
Parbhani



Training
FLD*
OFT
MAU,
Parbhani



Training
FLD
OFT
MAU,
Parbhani



Training
FLD
OFT
MAU,
Parbhani
Wrong sowing
time
Yield losses by
weed infestation
 Only use of NPK
fertilizers.
 No use of
micronutrients.
 Less awareness.
 Temp play imp role
in germination,
growth finally yield.
 Only depend on
manual weeding
 Availability of labor
as costly operation.
 Less awareness
about herbicide use.
Irrigation at
 Unawareness about
improper stage of
critical stages of
growth and less
crop growth in
no of irrigations.
wheat.
 Lack of water.
Horticulture
Mango
Low yield


Sweet
Orange
More fruit
drop
Irregular
fruiting
Fruit Drop





Dieback




Irregular
bearing


Low and improper
nutrition
Pest and disease
attack
Nutrient
deficiency
Alternate year
bearing habit
Mono cropping
No new varietal
introduction
Old planting
method
Old neglected
orchards
Poor drainage
Nematodes
Imbalance
nutrition
management
Poor nutrition
Bahar treatment
practices
 Rain fed crop
sown Irrigated crop
sown Awareness
through training.
 Weed
management
through herbicide
as cheapest
method.
 Make awareness
among farmers
about new
herbicides and its
use.
 If irrigated
training to
farmers about
critical stages of
crop growth at
which irrigation
to be given.



FLD
Training
Video
show .
MAU,
Parbhani

FLD
MAU,
Parbhani

Training

Video
show

Training
 Use of balanced
fertilizers and
hormones



OFT
FLD
Training
 INM
 OFT
 Training
 FLD
 Training
 FLD
 Training
 Use of cultar
 Improved
variety
 New technique
of planting
 Proper nutrition
management
 Good irrigation
and drainage
management


FLD
Training
 Proper nutrition
 New bahar
management



FLD
Training
Study
MAU,
Parbhani
MAU,
Parbhani
Micronutrien 
t deficiency

Banana
Custard
Apple
Guava



Irregular
fruit
harvesting

Poor nutrient
management
Low bunch
weight

Nutrient and water 
management
Insect pest
attack


Low yield

Unawareness of
pest and disease
attack
Improper nutrition
and water
management
Unawareness 
about other
high yielding
varieties
Naturally planting
only, no
commercial
planting

Uneven
shape and
size of fruits


Irregular
bearing and
low yield

Improper fruit
growth and
canopy
management
Negligence about
bahar treatment
and nutrition
No addition of
micronutrient
fertilizers of FYM
to orchard
Poor method of
planting
No irrigation and
nutrient
management

Micronutrien 
t deficient
orchards
Chilli
Unawareness
about soil testing
Improper nutrient
management
Low yield


Area goes on 
decreasing
due to
disease
incidence
Risk of crop
failure


and canopy
management
practices
Soil testing
including
micronutrient
Addition of
micronutrient
fertilizers
Use of
recommended
dose of
fertilizers
Water
management
and nutrient
supplements
Use of IPM
module in
banana
Balanced
nutrition as per
recommendatio
n and soil
health
Growing of high
yielding
varieties on
commercial
basis
Irrigation
management
and canopy
load
Water
management
and nutrient
supplements
Addition of
recommended
micronutrients
 Integrated
nutrient
management
and change in
cropping
pattern
 New method of
planting
adoption
tour


OFT
Training
 OFT
 Training


FLD
Training


FLD
Training


FLD
Training


FLD
Training


FLD
Training


OFT/FLD
Training
 OFT
 Training


FLD
Training


OFT
Training
MAU,
Parbhani
Brinjal
Pest attack
and heavy
cost
management

No idea of crop
pest and disease
management
Fruit and
shoot borer
Pest attack

Plating time
responsible to
heavy attack
Repetition of crop
on same field
Lack of proper
nutrition and high
yielding varieties

Tomato
Turmeric
Gaillardia
Marigold
Medium to
lower yield

Traditional
method of
planting

Disease
attack
problems
and fruit
rotting
Deficiency
symptoms


Not use of
recommended
fertilizer
Uneven
growth

Storage
problems

Imbalanced
fertilizer
management
Unawareness of
storage treatment
High cost of
cultivation

Pest and
Disease
problems
Low yield


No use of high
yielding varieties
and improper
nutrition
No new
varieties
Traditional
planting

Unawareness of
new varieties
No commercial
view toward crop
growing

 Proper time
management of
pest and
diseases with
IPM
 Integrated pest
management
 Use of balanced
dose of
fertilizers and
manures
No use of modern  Use of modern
method like
planting
staking use of drip
method liked
method of
row or paired
irrigation
row method
No use of staking  Modern method
or disease resistant
of planting and
varieties
staking
Heavy dose of
inorganic
fertilizers and
plant protection
measures
Unawareness of
pest and diseases
 OFT
 Training


FLD
Training


OFT
Training
MAU,
Parbhani
 OFT
 Training


FLD
Training
 Use of
recommended
balanced
fertilizers



FLD
Training


FLD
Training
 Storage
treatment with
insecticide and
fungicide
 Balanced
nutrition and
good plant
protection
schedule
 Use of schedule
pesticides and
fungicides
 Introduction to
high yielding
varieties and
nutrition
management
 Introduction of
new varieties
 Standard
method and
spacing of


FLD
Training



OFT
FLD
Training


FLD
Training
 FLD
 Training

FLD
 FLD
 Training
MAU,
Parbhani
planting
Plant Protection
Cotton
Soybean
1) Incidence of
Low
sucking pest
productivity 2) Incidence of
of cotton
reddening.
under rain
3) Incidence of wilt
fed
and para wilt.
medium
black soil
Low yield
of Soybean
1) Occurrence of
Leaf eating
caterpillars.
2) No use of Biofertilizer.
Incidence of pod
borer complex.
Red gram
Low yield
in Redgram
due to pod
borer
complex
Paddy
Repeated
use of
insecticides
is
ineffective
during crop
growth and
reproductiv
e stage for
control of
BPH and
WBPH
Brinjal
Sweet
orange
1. Resurgence of BPH
and WBPH
1.Spraying of
Incidence of
insecticides after
shoot and
heavy incidence of
fruit borer
shoot and fruit borer
Incidence
No management of
of of fruit
fruit sucking moth at
sucking
proper stage
moth
Rabi
sorghum
1.Incidance of grain
smut
Low yield
Bengal
Incidence of 1. No seed treatment
1)Proper
management for 1.FLD
reddening
2.Training on
2) IPM for control
IPM /IDM
of sucking pest
3.Video show
and reduced cost
of production
3) Disease
Management.
1)Integrated Pest 1)Training
Management
programme
2) Seed treatment on pest and
with Bio-fertilizer. disease
management
2) Training
on Biofertilizer seed
treatment
4. IPM for pod
1)Training
bor programme
er
on pest and
Complex.
disease
management
2) Training
on Biofertilizer.
3) FLD
MKV
Parbhani
MKV
Parbhani
MKV
Parbhani
1. OFT for
assessment
on use of bio
pesticide
Metarhizium
anasoplae @
2.5 kg/ha
Dr. PDKV,
Akola
1) Use of
Pheromone
Traps
2) Use of neem oil
OFT
FLD
Training
programme
MPKV,
Rahuri
Use of NCIPM
trap
OFT
1. Use of bio
pesticide
Metarhizium
anasoplae @ 2.5
kg/ha
1) Seed treatment
at time of sowing.
2)Use of 300
mesh sulphur
1)Use of seed
FLD
Training
programme
FLD
NCIPM,
New Delhi
MKV
Parbhani
MKV
gram/
Chickpea
wilt and pod 2. No use of IPM
borer
practices
treatment
2) IPM
technology
Chilli
Incidence of 1.Spraying of
Powdery
fungicides after heavy
mildew
incidence of disease
Timely Spraying
Sugarcane
Incidence of 1) Incidence of shoot,
various pest
top shoot and stem
Injudicious
borer
use of
2) Incidence of pyrilla
insecticides
and wooly aphid
1) Use of bio
agents and bio
pesticides.
2) Judicious use of
insecticides.
Training
programme
FLD
Training
programme
OFT
FLD
Training
programme
Parbhani
MKV
Parbhani
MKV
Parbhani
Home Science
Health
Drudgery
Economic
Empower
ment
1.Unavailability of
1. Iron and folic
Nutritious food for
acid rich foods
women
like soyapoha
2. Lack of knowledge.
laddu (soybean,
1.Low Hb
3. Early marriage.
level among
rice flakes,
4. Early pregnancy.
girls &
Bengal gram
women
flour, Jaggery) .
2. bone
2. Populerising
problems
new soybean
3.Malnutriti
recipes.
on among
children
3. kitchen garden
4. Awareness
campaigns
1. OFT &
FLD
Trainings
1.Finger
pain
2.Backache
3.Body pain
4.weakness
5.Uncomfor
table
conditions
while doing
work.
1. OFT &
FLD
1. Low
economic
status.
1. Traditional methods
of farming
2.Unawareness about
new agril tools
3. multiple
responsibilities.
1. Introducing new
agril tools like
Revolving milking
stool & stand,
Smokeless Chula,
2.Extension
activity
(group
meeting,
lectures,
Melava )
Green fodder
scarcity
1.Unawareness about 1. Introducing
small-scale enterprises small scale
2. Lack of technical
enterprises.
knowledge.
3. Lack in time and
resource management.
1. Trainings
on Soya
processing
for
development
of small scale
business
Unavailability of
improved seed,
FLD of green
fodder
Providing
knowledge about
Tech
inventory
sr.no.7 and 5
2. Trainings
on improved
agril tools
Veterinary Science
Cattle
Tech
inventory
sr.no.1, 6
-
Imbalanced
diet and low
milk yield
Mortality in
new born
calves
Disease
management
Less
profitability
High mortality
seedling and
knowledge for fodder
crop
Lack of knowledge
regarding balanced
diet and mineral
mixture
latest varieties and
source of seed and
seedling
Use of cost
effective local
resources for
preparing balanced
feed, use of
different mineral
mixture
Umbilical abscess,
hernia, pneumonia,
joint ill, diarrhoea
1. Lack of knowledge
2. Poor nutrition
3. Anoestrus
Providing
knowledge about
disease
management and
preventive
measures and
medication
Increasing feed cost
Use of local
resources as part
replacement
1. Unawareness about Disease
contagious diseases
management and
like RD, IBD,fowl
adopting
cholera etc
preventive
2. Epidemic fear of
measures like
bird flu
vaccination.
3. poor management
Poultr
y
Goats
No
supplementary
diet
No breeding
strategy
Low
productivity
Mortality in
new born kids
low cost
supplementation
Lack of knowledge
Local goats
Lack of knowledge
Lack of knowledge
low cost
supplementation
Up gradation of
local goats
Proper herd
management
1. Providing
knowledge
2.Disease
Napier
varieties
FLD
Trainings
MAU,
Parbhani
Trainings
Animal
Health camp
OFT on
oestrus
management
FLD
Vaccination
camp of
FMD and HS
Training
FLD
1. OFT on
antibacterial
feed
supplements
2. FLD on
additional
income
generation
activity
3. Trainings
on
prevention of
contagious
diseases
4. Standard
management
practices
about
feeding,
vaccination
and hygiene.
Trainings
FLD and
Trainings
Trainings
Trainings
MAU,
Parbhani
management and
preventive
measures
3.medication
1. Details of each of the technology under Assessment, Refinement and demonstration
a.
Detailed account on varietal/breed characters for each of the variety/breed selected for
FLD and OFT
Sr.
No.
1
Safflower
2
Gram
b.
Crop
Verities used in
OFT/FLD
PBNS-40
((Parbahni-40)
Duration
(Days)
135
Digvijay
105-110
Rainfed-15-16
Irrigated-20-22
Rainfed-14-15
Irrigated-30-35
Varietal features
Non spiny variety, Suitable for
rainfed,Irrigated conditions, tolerant to
wilt , leaf spot
Reddish yellowish bold grains,
Resistance to wilt, Suitable for rainfed,
Irrigated and late sowing.
Details of technologies that may include formulation, quantity, time, methods of
application of nutrients, pesticides, fungicides etc., for technologies selected under FLD
and OFTs
Sr.
No.
Crop
Name of herbicide
1
Gram
Pendimethalin
(panida)
2
Wheat
Metasulphuronmethyl
(algrip)
c.
Yield (Qt/ha)
Active
ingredient
(kg)
30% EC
Rate of
application
(lit/ha)
2.5
20 WP
20 gm
Applicable for
weeds
Time of application
Broad leaved and
annual grassy weed
control
Broad leaved weed
control
Pre emergence
application
(Before germination )
Post emergence 3035 DAS.
Details of location/area specificity of recommended technology viz., for each of the
variety/breed/technology selected for FLD and OFT
Mango kesar
Selected from Gujarat
region Saurashtra
For pulp industries and
home based juice
making
Irrigated as well as
dryland horticulture
Regular bearer
attractive oblong fruit
with saffron pulp color
with pleasant aroma
Regular bearer
Having average good
price less than
alphonso in Market
10-15 cm long 5-7 cm
breadth and 250300gm weight
Okra PBN OK1
New research variety
from VNMKV Prabhani
High yielding and faint
green in colour
Brinjal Phule Arjun
Research variety from
MPKV Rahuri
High Yielding and little
resistan to fruit and
shoot borer
Irrigated
Bottle gourd Samrat
Research variety from
MPKV Rahuri
High Yielding and
atrative fruits with
good shape and size
Irrigated and dryland
Medium long fruits
having 30% higher
productivity then
prabhani kranti and
Arka anamika
Resisant to YMV
More marketable fruits
Medium green fruits
with viloat strip
Medium Long fruits
Resisant to little leaf
More marketable fruits
Firm fruit pulp
More marketable fruits
8 to 9 cm long 2 to 3
cm thick and 9 to 10
gram in weight
7 to 8 cm long and 5 to
6cm thick and 20 to 30
gram weight
30 to 35 cm long 7 to 8
cm thick and 500 to
600 gram in weight
Irrigated