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I Attachment 1
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. ,'. (Di'aft) "Workshop program of
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"I'opic.Lf; Object based image analysis A,ctivity details: Participants willvbe 0.5 day
(OBIA) technique: Theory and Practice. provided with conceptual background
related to OBIA. They will realize how this
technique can be used to classify high
resolution remote sensing images.
Method: Classroom presentation and
interactive discussion
Topic 1.2: To practice classification Activity details: Segmentation of image 0.5 day
approach for sugarcane density mapping into similar image objects (or segment),
by object-based image analysis (OBIA) followed by classification of image objects
technique.
based on threshold attributes and
Topic 1.3: To estimate sugarcane yield relationship between segment objects
from number of stalks and density maps,
relative to its physical characteristics on Method: In-class practical session (group
field.
work) with interactive discussion, including
resentation of results
Topic 2.1: Applications of satellite . Activity details: Participants will 'be 0.5 day
imagery in precision agriculture: Theory provided with-a refresher background, on
and Practice
different
satellite
imagery
(both
commercially, and freely accessible). They
will comprehend their distinct features as
well as limitations in terms of their temporal
and spatial resolutions. They will realize
potential applications of those images in
precision agriculture.
Method: Classroom presentation and
interactive discussion
Topic 2.2: To estimate biomass and Activity details: There exists several 0.5 day
primary production using satellite empirical
models/indices to
analyze
imagery.
images,
hyper/multi-spectral
satellite
Available' images will be used to
Topic 2.3: To estimate plant stress (e.g. demonstrate field estimation of biomass,
water stress) using thermal imagery.
primary production, and the plant
evapotranspiration.
Method: In-class practical session (group
work) with interactive discussion, including
presentation of results
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Topic 4.3: To compare the r61ativeindices. .J~:6foririance .: .of
these
performance and economics .qf ,"l:lsing sensors/devices considerably vary under
•different .' sensors (active,'.'ap:cF':lj'asstVej' "given' working .' coiidltions~?Not, necessarily
under given working coi19itiQ~,,,'~',,,:":'_,;""' an expensive and higl;tlY.S9PB,i$t,icated device
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_'. ', ...", " ' :_~'.~~"::~ .~:.~. . cheaper and coIly~~f:\~~.:~?.l!~..aliY~s.
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participants to select .most suited ones to
their specific intended applications.
Method: In-field practical session (group
work) with interactive discussion, including
resentation of results
Topic 5.1: Use of wireless sensor
network in smart irrigation and
fertigation system development: Theory
and Application
Topic 5.2: To program and deploy air,
soil, water and plant sensors - necessary
for determining crop evapotranspiration
and crop water requirement.
Topic 5.3: To integrate, monitor and
manage homestead irrigation through a
.
pre-determined schedule.
Remark: After the last session of 29
September, all 20 participants will be
transferred to Nakomratchasima for field
trip at Suranaree University of
Technology on 30 September
(to accommodate I night in
Nakornratchasima Province)
Activity details:' Participants will be 0.25 day
provided with a conceptual background of
wireless sensor network (WSN) for precise
scheduling of homestead irrigation. .They
will realize how conveniently computers and
electronics can be integrated using internet
technology
for
conserving
precious
agricultural inputs by improving their
application efficiencies.
Method: Classroom presentation, field trials
and interactive discussion
Activity details: Drastically reduced prices 0.25 day
of computers and electronics, and wide
accessibility of internet have opened
innovative opportunities of its application in
agriculture. Appropriate sensors can be
placed at desired locations to collect realtime status of different indicators, which can
eventually be used to operate a smart
irrigation and fertigation facility.
Method: In-field practical session (group
work) with interactive discussion, including
presentation of results
I Attachment 2
Application Form
Workshop on "Technologies for Efficient Use of Resources in Agriculture Sector"
26-29 September, 2016
at Sirindhorn Science Home, Thailand Science Park" Pathum Thani
30 September, 2016
..at Suranaree University of 'techiioIogy -'
Participant's Information ...
Institute Name:
Participant(s):
Narne (English)
(Thai)
Position
Address
Email:
Mobile Phone:
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