Water Footprint Assessment of Rainfed Crops with Critical Irrigation under Different Climate Change Scenarios in SAT Regions

Water Footprint Assessment of Rainfed Crops with Critical Irrigation under Different Climate Change Scenarios in SAT Regions

Semi‐Arid Tropical (SAT) regions are influenced by climate change impacts affecting the rainfed crops in their productivity and production. Water Footprint (WF) assessment for rainfed crops on watershed scale is critical for water resource planning, development, efficient crop planning, and, better...

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Bibliographic Details
Main Authors: Koradia, A.K (Author), Kumar, M. (Author), Maruthi, V. (Author), Pankaj, P.K (Author), Prabhakar, M. (Author), Pushpanjali (Author), Reddy, A.G.K (Author), Reddy, K.S (Author), Singh, V.K (Author)
Format: Article
Language:English
Published: MDPI 2022
Subjects:
climate change
Climate change
Cotton
crop evapotranspiration
Crop evapotranspiration
Crops
Cultivation
effective rainfall
Effective rainfall
Evapotranspiration
green and blue water footprint
Green and blue water footprint
Green and blue waters
India
irrigation
Irrigation
Productivity
Rain
Rainfed
Rainfed crop
rainfed crops
Semi arid
Solvents
Telangana
Time-periods
Tropical regions
Tropics
water footprint
Water footprint
Water supply
watershed
Watersheds
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