Soil moisture (SM) spatiotemporal variability critically influences water resources,
agriculture, and climate. However, besides site‐specific studies, little is known about how …

Humans play a large role in the hydrological system, eg by extracting large amounts of water
for irrigation, often resulting in water stress and ecosystem degradation. By implementing …

This study assesses the added value of using emerging maps of soil properties to improve
surface soil moisture simulations using the HydroBlocks land surface model with different …

Soil moisture (SM) plays a crucial role in land–atmosphere interaction systems, directly
influencing evapotranspiration, photosynthesis, and the water dynamics of the soil surface …

Despite hosting∼ 16% of the global freshwater and almost 50% of water resources in South
America, Brazilian catchment‐scale relationships between drivers and streamflow are still …

One of the persistent challenges of Land Surface Models (LSMs) is to determine a realistic
yet efficient sub‐grid representation of heterogeneous landscapes. This is particularly …

The response of boundary layer properties and cloudiness to changes in surface
evaporative fraction (EF) is investigated in a single-column model to quantify the locally …

The transport of water, heat, and momentum from the surface to the atmosphere is
dependent, in part, on the characteristics of the land surface. Along with the model physics …

Global hydrological models are one of the key tools that can help meet the needs of
stakeholders and policy makers when water management strategies and policies are …

Future shifts in rainfall, temperature and carbon dioxide (CO2) will impact hydrologic and
ecosystem behavior. These changes are expected to vary in space because water and …