The main objective of this study is to enhance the understanding of the physical and chemical processes operating in a still understudied basin and to establish methodologies for assessing the impacts of climate change in an arid region of southern S...
A state factor model of bottomland hardwood swamp formation is applied to a lower coastal plain river in North Carolina, U.S., to explain variations in wetland hydrological, ecological, geomorphological, and soil characteristics. Swamps and wetlands...
In the original publication [...]
Groundwater depletion is among the most critical hydrological threats to sustainable agriculture and water security in semi-arid regions. This study presents a high-resolution, multi-sensor assessment of groundwater storage (GWS) dynamics across the...
The Danube River is one of Europe’s largest transboundary rivers, characterized by substantial spatial heterogeneity in environmental conditions, monitoring practices, and water management frameworks. Developing a harmonized approach for basin-...
Global warming has profoundly affected human socioeconomic development and ecological security. The high-latitude cold regions of China are among the most sensitive areas to global hydroclimatic changes, making it urgent to clarify the long-term clim...
Gully is the most visible sign of land degradation, but its effects on runoff and sediment dynamics during snowmelt conditions remain poorly understood. This study monitored a typical gully in the Mollisols region of Northeast China to investigate ru...
This study develops an integrated framework combining groundwater numerical modeling, probabilistic simulation, and machine learning to optimize the spatial design of an Optimized Groundwater Level Observation Network (OGLON) in the Mareth basin. A t...
This study presents a near-real-time water stress monitoring framework for tropical heterogeneous landscapes by integrating optical and radar remote sensing data within the Google Earth Engine platform. Five complementary indices, vertical transmit/v...
Mechanical breakup of river ice cover and associated ice jam flooding is a major concern for riverine communities in cold regions. The ability to forecast breakup ice jams is essential for river ice management. Numerous studies on forecasting breakup...
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