Understanding the climate change impacts on water and carbon cycles is of great
importance for comprehensive watershed management. Although many studies have been …

Flood risk assessments commonly use event‐based approaches to reduce the number of
scenarios required to be run through computationally intensive physical process models …

Abstract The Qinghai-Tibetan Plateau (QTP) is one of the amplifiers of global climate
change. The headwater area of the Yellow River Basin (HYRB) on the QTP is the dominant …

Study region Watersheds of the Atlantic Coast of the United States (ACUS) spanning a
latitudinal range of 30.8° N–46.5° N Study focus This study assessed climate-induced …

The selection of calibration and validation time periods in hydrologic modelling is often done
arbitrarily. Nonstationarity can lead to an optimal parameter set for one period which may not …

Agricultural water management plays a significant role in the sustainable development of the
watershed. Three different water management techniques based on the water harvesting …

The ecology of estuaries is shaped significantly by the extent of freshwater discharge which
regulates abiotic processes and influences overall biological productivity. The Suwannee …

Conservation of endangered, cold-stenothermic species, such as the freshwater pearl
mussel (FPM) and its salmonid host fish, are particularly challenging in headwater streams …

Ongoing changes in climate are expected to alter current species' habitat and potentially
result in shifts in species distributions. While climatic conditions are important to a species' …

Aim Streamflow and water temperature are primary variables influencing the distribution of
freshwater taxa. Climate‐induced changes in these variables are already causing shifts in …