IDENTIFYING IRRIGATED AREAS USING LAND SURFACE TEMPERATURE AND HYDROLOGICAL MODELLING: APPLICATION TO THE RHINE BASIN

Identifying irrigated areas using land surface temperature and hydrological modelling: application to the Rhine basin

Information about irrigation with relevant spatiotemporal resolution for understanding and modelling irrigation dynamics is important short knee length kurtis for improved water resource management.However, achieving a frequent and consistent characterization of areas where signals from rain-fed pixels overlap with irrigated pixels has been challen

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