LEVERAGING REMOTE SENSING, LAND SURFACE MODELING AND GROUND-BASED OBSERVATIONS... VARIABLES WITHIN HETEROGENEOUS AGRICULTURAL LANDSCAPES
Location: Hydrology and Remote Sensing Laboratory
Project Number: 1245-13610-028-00
Start Date: Dec 22, 2011
End Date: Dec 21, 2016
Objective 1: Develop and verify new observational tools (both remote sensing- and ground observation-based) and scaling techniques for characterizing water balance components, from plot (~10 m) to regional scales (~100 km). Objective 2: Develop remote sensing and modeling approaches for monitoring the magnitude of agricultural drought and its subsequent impact on agricultural crop condition and yield. Objective 3: Develop remote sensing and modeling approaches for characterizing the multi-scale impacts of conservation practices on water quality variables.
Ground measurements, remote sensing observations, and modeling each provide a partial description of hydrologic variables required at different spatial scales for agricultural applications. This project seeks to integrate these various sources of information into true multi-scale assessments and leverage their mutual strengths.