From deep subsurface structures to advanced ecohydrological models, scientists are uncovering why watersheds react so differently to climate swings. New research shows that underground permeability ...

When engineers and planners design roads, bridges and dams, they rely on hydrological models intended to protect infrastructure and communities from 50- and 100-year floods. But as climate change ...

As extreme weather events such as flooding and drought become more common in a climate impacted by humans, the ability to understand and predict water resources and systems is becoming more important ...

Recent advances in hydrological science highlight the urgent need for robust and adaptive modeling approaches to support effective disaster management in ...

Process-based hydrologic models are valuable tools to understand physical mechanism of hydrologic impact under climate change. However, such models require extensive meteorological forcing data, ...

A research team has created simulations from coupled climate and hydrologic models that demonstrate widespread increases in the occurrences of flash flooding events across most of the United States.

Southeast Alaska represents a highly variable hydrologic environment. Headwaters are dominated by alpine glaciers and larger river basins envelop significant glacier area. Daily estimates of ...

Suggested Citation: "Appendix B: Use of Climate and Hydrologic Models for Projecting Future Water Resources." National Academies of Sciences, Engineering, and Medicine. 2018. Review of the New York ...

From predicting floods in unmeasured wetlands to democratizing NASA’s massive hydrology datasets, AI is transforming how we understand and manage water. New models blend physics with deep learning to ...

Scott Miller is a professor in watershed hydrology and runs the SAWLS (www.uwyo.edu/sawls) research group. Dr. Miller is also the Chair of the PhD program in ...