Hydrometeorological flood generating processes (excess rain, short rain, long rain,
snowmelt, and rain‐on‐snow) underpin our understanding of flood behavior. Knowledge …

This study assessed the individual and combined effects of land-use and land-cover
changes (LUCCs) on spatial hydrological responses by using an integrated approach …

Land use/land cover (LULC) and climate change are the two major environmental factors
that affect water resource planning and management at different scales. This study aims to …

Floods are great threats to human life and property. Extensive research has investigated the
spatiotemporal variation in flood occurrence, while few have studied the heterogeneity in …

Because of the importance of snow for river discharge in mountain regions, hydrological
research often focuses on seasonally snow‐covered zones. However, in many basins the …

Understanding the hydrological impacts of land use and land cover (LULC) changes is
significant for sustainable water resources management and planning. The Lake Victoria …

Efforts to predict long‐term changes in continental runoff at both global and basin scales
generally remain ambiguous. Here we use a global runoff reconstruction and a Bayesian …

Land use/land cover (LULC) change is an important driver of changes in hydrologic
processes in watersheds. Many studies have focused on the disruptive effects of human …

The rate of channel incision in bedrock rivers is often described using a power law
relationship that scales erosion with drainage area. However, erosion in landscapes that …

The atmospheric water supply and demand dynamics determine a region's potential water
resources. The hydrologic ratios, such as, aridity index, evaporation ratio and runoff …