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Geospatial monitoring and analysis of agricultural drought to identify hotspots and risk assessment for Senegal

Gurjeet Singh Narendra N.Das P.V.Vara Prasad

Geography and Sustainability2025，Vol.6Issue(1)：P.75-94,20.

Geography and Sustainability2025，Vol.6Issue(1)：P.75-94,20.DOI:10.1016/j.geosus.2024.10.004

Geospatial monitoring and analysis of agricultural drought to identify hotspots and risk assessment for Senegal

Gurjeet Singh ¹Narendra N.Das ²P.V.Vara Prasad³

作者信息

1. Department of Civil and Environmental Engineering,Michigan State University,MI,USA Sustainable Intensification Innovation Lab,Kansas State University,Manhattan,KS,USA
2. Department of Civil and Environmental Engineering,Michigan State University,MI,USA Department of Biosystem&Agricultural Engineering,Michigan State University,MI,USA
3. Sustainable Intensification Innovation Lab,Kansas State University,Manhattan,KS,USA
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摘要

关键词

Agricultural resilience/Drought severity/Geospatial monitoring/S-D-F analysis/RHEAS/SMDI

分类

天文与地球科学

引用本文复制引用

Gurjeet Singh,Narendra N.Das,P.V.Vara Prasad..Geospatial monitoring and analysis of agricultural drought to identify hotspots and risk assessment for Senegal[J].Geography and Sustainability,2025,6(1):P.75-94,20.

基金项目

supported by the NASA(Grant No.80NSSC21K0403) （Grant No.80NSSC21K0403）

USAID Kansas State University subcontract KSU-A20-0163-S035 with Michigan State University. （）

Geography and Sustainability

ISSN：2096-7438

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