CABI Publishing / Chasma Right Bank / IWA Journal / Chashma Right Bank / /
Continent
Africa / Asia / /
Country
Sri Lanka / France / Pakistan / Australia / United Kingdom / India / / /
Event
Natural Disaster / /
Facility
Thal Canal / Dissertation University of Idaho / Punjab canal / canal Kharif / Panjnad Canal / Lower Jhelum Canal / Victoria University / Upper Jhelum Canal / Wageningen University / International Water Management Institute / canal Pakpattan / canal Muzaffar Grag / Canal Command / NASA Goddard Space Flight Center / /
IndustryTerm
surface energy budget / net available energy / food demand cum declining water availability parallel / satellite overpass / sensed image processing model / irrigation systems / instantaneous surface energy balance / satellite images / established surface energy balance algorithm / energy / drainage systems / energy balance / performance indicators using satellite imagery / food production / irrigation management / mixed cropping systems / energy budget / remote sensing surface energy balance algorithm / http /
MusicGroup
P. O. Box / /
NaturalFeature
Krishna river / /
Organization
Victoria University / University of Idaho / Pakistan Meteorological Department / ETa / Congress / Canal Command / Department of Water Resources / School of Architectural Civil and Mechanical Engineering / Wageningen University / International Water Management Institute / Global Research Division / National Aeronautics and Space Administration / NASA Goddard Space Flight Center / Faculty of Engineering and Science / /
Person
Van de Griend / Muzaffar Grag / Molden / Ahmad / /
Position
head / D.J. / head of canals / SEBAL model for evapotranspiration via satellite / representative / /
ProvinceOrState
Punjab Province / Punjab / Idaho / /
PublishedMedium
Journal of Geophysical Research / /
Region
South Asia / /
Technology
radiation / broadband / remote sensing / av / surface energy balance algorithm / image processing / 2.1 Surface Energy Balance Algorithm / remote sensing surface energy balance algorithm / /
The use of medium resolution remote sensing data to compare spatio-temporal variation of irrigation performances and water consumption