Elevated fine sediment input from terrestrial and aquatic sources as a result of
anthropogenic activity is widely recognized to impact negatively on aquatic ecosystems. In …

Water quality control and management in water resources are important for providing clean
and safe water to the public. Due to their large area, collection, analysis, and management …

The Behavior and Ecology of Pacific Salmon and Trout combines in-depth scientific
information with outstanding photographs and original artwork to fully describe the fish …

The Anthropocene is proposed as a new interval of geological time in which human
influence on Earth and its geological record dominates over natural processes. A major …

Climate change threatens freshwater fish species due to predicted changes in thermal,
sedimentary and hydrological properties of stream ecosystems. Gravel-spawning fish are …

Climate change asks for the reduction in the consumption of fossil‐based fuels and an
increased share of non‐regulated renewable energy sources, such as solar and wind …

Fine-grained sediments are a natural component of river systems. Human activities generate
additional sources of fine sediment. In mountainous areas, the anthropogenic inputs of fine …

Climate change, with its profound effects on stream sediment, hydrological, and temperature
dynamics, will exacerbate impacts on habitat conditions for many species, particularly those …

Glaciers have shaped past and present habitats for Pacific salmon (Oncorhynchus spp.) in
North America. During the last glacial maximum, approximately 45% of the current North …

Most hydrologic trends result from a combination of climatic and human influences, and
analyses of hydrologic changes often do not differentiate these factors, despite the obvious …