Nowadays, mathematical models of hydrological systems are used routinely to guide
decision making in diverse subjects, such as: environmental and risk assessments, design …

Global groundwater resources are under strain, with cascading effects on producers, food
and fibre production systems, communities and ecosystems. Investments in biophysical …

Many agricultural communities depend on groundwater irrigation as a supplemental or
primary water source. However, groundwater resources are finite, and depletion can make …

It is imperative to understand the interconnectedness of water use and hydrological impacts
for water policy design underlying varying hydrological conditions across space and over …

Analyzing river basins as coupled human and hydrological systems is important to advance
our understanding of hydrological processes, and to provide insights into policy design for …

Increasing irrigation demand has heavily relied on groundwater use, especially in places
with highly variable water supplies that are vulnerable to drought. Groundwater …

This study explores farmers' adjustments to their water use when faced with water
restrictions, distinguishing between intensive and extensive adjustments and examining …

Food systems are particularly sensitive to changing precipitation patterns. Resilience via
irrigation will depend on baseline conditions, water source, and institutional constraints …

Depletion of groundwater stocks reduces both the flow of economic value and production of
goods from this resource. One challenge in estimating the economic value of the stock of …

Groundwater depletion, typically caused by the distributed pumping activities of multiple
stakeholders (ie, water users) that share a hydrologically connected aquifer, has led to …