Coastal regions face climate-induced threats that have likely increased over the past four
decades. In this work, we quantify the future climate impacts on hydroclimatic extremes in …

Due to current global population growth, resource shortages, and climate change, traditional
agricultural models face major challenges. Precision agriculture (PA), as a way to realize the …

Future changes in streamflow and sediment, influenced by anthropogenic activities and
climate change, have a crucial role in watershed management. This study aimed to quantify …

Accurate PM 2.5 concentrations predicting is critical for public health and wellness as well
as pollution control. However, traditional methods are difficult to accurately predict PM 2.5 …

Abstract Study region Afghanistan, Central Asia. Study focus In this study, we evaluated the
terrestrial water storage dynamics in Afghanistan and its five major river basins using the …

The use of satellite–based precipitation products (SPPs) have become increasingly
prevalent as key inputs to provide regional rainfall for improving hydrological simulations in …

This study assesses four Satellite-derived Precipitation Products (SPPs) that are corrected
and validated against gauge data such as Soil Moisture to Rain—Advanced SCATterometer …

Human interventions activities around the world, particularly reservoir operation, have
dramatically altered hydrological and sediment regimes in most of the major river basins. In …

Quantifying the intensity and frequency of climatic extremes under the impacts of climate
change is crucial for effective water resource management. In this study, we utilize the soil …

Hydraulic infrastructures, such as reservoirs and water diversion channels, cause altered
streamflow worldwide. Therefore, this study aimed to assess the coupled impacts of …