Index
A
Absorbed PAR (APAR), 19
AcreValue, 169
Active Advanced Scatterometer (ASCAT),
303, 304
Advanced Microwave Scanning Radiometer for
the Earth Observing System
(AMSR-E), 21
Advanced Very High Resolution Radiometer
(AVHRR), 8, 301, 312, 390, 391
Advanced Wide Field Sensor (AWiFS), 387
Aerial imagery (AI), 240, 241
constraints, LPIS database
cloud cover percentage, 249
crop phenology, 251
sun angle, 250
Agricultural Coverage Evaluation Survey
segments, 266
Agricultural data, 386
Agricultural data analytics, 397–400
Agricultural data collection
airborne-based data collection, 88
in situ data collection, 88
space-borne-based, 89
Agricultural data life cycle, 392
Agricultural data management, 396, 397
Agricultural data planning, 386
Agricultural drought
characteristics, 301
disasters, 314
dramatic crop losses and decline, 300
identification, drought conditions, 312
local scale, 314
moderate-to-exceptional, 314
NDVI units, 312
operational global, 305
satellite-based, 300, 315, 316
USDM classification scheme, 313
VCI-based drought maps, 313
Agricultural food, 322, 329, 330, 341
Agricultural information, 386
data analytics, 397–400
data management, 396, 397
Agricultural information systems, 105–107, 109
Agricultural management, 33, 109, 166
Agricultural Metadata Element Set (AgMES),
74, 75
Agricultural monitoring
data archiving, 222
data distribution, 222
data systems, 223
data volume, 222
development, 221
distributed resources, 222
Earth observation data, 223
efficient decision-making, 223
geospatial data, 222
information and knowledge, 222
natural hazards, 222
seldom systems, 223
spatial and temporal monitoring systems,
222
web-based, 223
web interface, 222
web service
drought monitoring system, 224, 225
US flood and progress monitoring
system, 228–230
VegScape, 226
web service technologies, 222
© Springer Nature Switzerland AG 2021
L. Di, B. Üstündağ (eds.), Agro-geoinformatics, Springer Remote Sensing/
Photogrammetry, https://doi.org/10.1007/978-3-030-66387-2
405
A
Absorbed PAR (APAR), 19
AcreValue, 169
Active Advanced Scatterometer (ASCAT),
303, 304
Advanced Microwave Scanning Radiometer for
the Earth Observing System
(AMSR-E), 21
Advanced Very High Resolution Radiometer
(AVHRR), 8, 301, 312, 390, 391
Advanced Wide Field Sensor (AWiFS), 387
Aerial imagery (AI), 240, 241
constraints, LPIS database
cloud cover percentage, 249
crop phenology, 251
sun angle, 250
Agricultural Coverage Evaluation Survey
segments, 266
Agricultural data, 386
Agricultural data analytics, 397–400
Agricultural data collection
airborne-based data collection, 88
in situ data collection, 88
space-borne-based, 89
Agricultural data life cycle, 392
Agricultural data management, 396, 397
Agricultural data planning, 386
Agricultural drought
characteristics, 301
disasters, 314
dramatic crop losses and decline, 300
identification, drought conditions, 312
local scale, 314
moderate-to-exceptional, 314
NDVI units, 312
operational global, 305
satellite-based, 300, 315, 316
USDM classification scheme, 313
VCI-based drought maps, 313
Agricultural food, 322, 329, 330, 341
Agricultural information, 386
data analytics, 397–400
data management, 396, 397
Agricultural information systems, 105–107, 109
Agricultural management, 33, 109, 166
Agricultural Metadata Element Set (AgMES),
74, 75
Agricultural monitoring
data archiving, 222
data distribution, 222
data systems, 223
data volume, 222
development, 221
distributed resources, 222
Earth observation data, 223
efficient decision-making, 223
geospatial data, 222
information and knowledge, 222
natural hazards, 222
seldom systems, 223
spatial and temporal monitoring systems,
222
web-based, 223
web interface, 222
web service
drought monitoring system, 224, 225
US flood and progress monitoring
system, 228–230
VegScape, 226
web service technologies, 222
© Springer Nature Switzerland AG 2021
L. Di, B. Üstündağ (eds.), Agro-geoinformatics, Springer Remote Sensing/
Photogrammetry, https://doi.org/10.1007/978-3-030-66387-2
405