Articles
The contribution of remote sensing to characterising irrigated areas and water withdrawals for irrigation
Received : 23 May 2024;
Published : 11 October 2024
References
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Abstract
Remote sensing offers extensive spatial and temporal coverage, enhancing our understanding of crop water requirements. Various water-related variables are now freely available, enabling the monitoring of crop types, soil moisture and plant cover dynamic. However, annual maps of irrigated areas remain scarce, although promising methods are emerging. Estimates of irrigation dates and volumes of water applied are also still in the research phase. This article outlines progress on these issues.
Satellite imagery, such as that provided by the THEIA platform, offers regular updates of landuse maps, identifying 24 classes across France and its overseas territories. By 2026, ongoing projects aim to im-prove the frequency and accuracy of these maps. For irrigated areas, vegetation indices and radar data can be used to map irrigated crops, albeit with varying degrees of accuracy. Finally, approaches that combine remote sensing data and agro-hydrological models show significant potential for agricultural water management, despite ongoing challenges.
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