Wildfire has increased in severity and frequency with climate change and human activities in
recent years, threatening water-related ecosystem services. Forested watersheds are at risk …

Water temperature is vitally important to the health of rivers and streams, influencing the
integrity of ecosystems, aquatic biogeochemistry, and the habitability of waterways for a …

Prior research confirmed the substantial bias from using precipitation‐based intensity‐
duration‐frequency curves (PREC‐IDF) in design flood estimates and proposed next …

River ecosystems are highly sensitive to climate change and projected future increase in air
temperature is expected to increase the stress for these ecosystems. Rivers are also an …

Climate variations and human modifications of the water cycle continue to alter the Earth's
surface water and energy exchanges. It is therefore critical to ascertain how these changes …

Stream temperature governs many aquatic ecosystem processes and plays a key role in
determining the distribution of cold‐water amphibians and cool‐and cold‐water fish …

As climate warms, snow-water storage is decreasing while forest fires are increasing in
extent, frequency, and duration. The majority of forest fires occur in the seasonal snow zone …

Land surface models such as the Community Land Model Version 5 (CLM5) are essential
tools for simulating the behavior of the terrestrial system. Despite the extensive application of …

Water temperature plays a primary role in driving ecological processes in streams due to its
direct impact on biogeochemical cycles and the physiological processes of stream fauna …

Increasing river water temperature in response to the warming climate is concerning for
water quality and ecosystem health of rivers. This study provides an assessment of the …