Irrigation is the largest human intervention in the water cycle that can modulate climate
extremes, yet irrigation water use (IWU) remains largely unknown in most regions …

Irrigated agriculture is the primary driver of freshwater use and is continuously expanding.
Precise knowledge of irrigation amounts is critical for optimizing water management …

This study aimed to develop an approach using Sentinel-1 synthetic aperture radar (SAR)
data and the Optirrig crop growth and irrigation model to detect irrigation dates and amounts …

A satellite-based vegetation index model that tracks daily crop growth and
evapotranspiration (ET c) is developed, tested, and validated over irrigated farms in Yuma …

The surface soil moisture (SSM) is a key variable for monitoring hydrological, meteorological
and agricultural processes. It can be estimated from active and passive microwave remote …

Water budget over anthropized basins is profoundly altered by human interventions, among
which irrigation prevails. This study investigates how such water use affects hydrological flux …

Agriculture in regions with limited water availability is possible because of irrigation. Irrigated
croplands are expanding, and irrigation water demand is increasing. Nevertheless, there is …

One of the greatest challenges facing environmental science is to better understand the
impacts of predicted future changes in the terrestrial hydrological cycle. It has been …

In Smart Farming, geospatial machine learning has the potential to enable data-driven crop
management across large areas for optimization of resource consumption. In this work, we …

Le développement des stratégies optimales pour gouverner et gérer durablement les
ressources en eau, dans le secteur agricole, devient de plus en plus crucial …