Helping Aquatic Wildlife Managers Navigate the River of Streamflow Models

Streams in the southeastern U.S. are among the most ecologically rich in the world, but climate change, land cover change, and withdrawals threaten the health of their aquatic ecosystems. “Understanding how changes in streamflow affect aquatic wildlife is critical,” says U.S. Forest Service scientist Peter Caldwell. “Many states in the Southeast recognize the urgency of the issue and…  More 

Could Forest Thinning Help Ease Water Shortages in the United States?

Planning for the future of the nation’s water resources is more important now than ever before as severe drought grips the West, affecting heavily populated areas and critical agricultural regions. Forests generally yield huge quantities of water—much more than crops or grasslands—but also use a lot of water during the growing season, so some land…  More 

Assessing Future Life Along the Lumber River

A new project brings together researchers from the U.S. Forest Service and North Carolina State University (NCSU) with students from the American Indian Science and Engineering Society (AISES) to assess how land use and climate change impacts on the Lumber River will affect members of the Lumbee Tribe, the largest Native American tribe in North…  More 

UNC and SRS Scientists Awarded NSF-USDA Grant to Address Water Scarcity in the Southeast

University of North Carolina (UNC) and U.S. Forest Service researchers with the Center for Integrated Forest Science (CIFS) recently received a $2.2 million grant from the National Science Foundationand the USDA to design strategies for communities in southeastern U.S. shifting from water abundance to water scarcity due to climate change effects on weather patterns. Accustomed…  More 

Does Carbon in Wetland Soils Go With the Flow?

Among the various providers of ecosystem services, forested wetlands might be the champions. With their sponge-like abilities, they supply and purify water, protect communities from flooding, offer habitat for diverse species, produce timber and other goods, and present many opportunities for recreation and general enjoyment. Hidden in wetland soils is another critically important benefit: storage…  More 

New Interactive Course Highlights Climate Change Science

On March 19, The Climate Change Resource Center  released an interactive online education module on basic climate change science and climate modeling. The module, “Climate Change Science and Modeling: What You Need to Know,” provides a brief overview of the climate system, greenhouse gases, climate models, current climate impacts, and future climate projections. “Every Forest Service…  More 

International Evapotranspiration Symposium: April 7 – 10, 2014, Raleigh, NC

  Register now for Evapotranspiration: Challenges in Measurement and Modeling from the Leaf to the Landscape Scale and Beyond. An important part of the hydrologic water cycle is plant water use (transpiration) and evaporation from earth and ocean surfaces. Together, these two processes are called evapotranspiration. Scientists and engineers studying climate, ecosystem productivity, water use,…  More 

Finding the Nitrogen: Modeling Forest Fertilizer Runoff

Pine forests in the southeastern United States are more productive than ever, and fertilizers can take some of the credit. But not all fertilizer goes toward plant growth. Some of it runs off into rivers and streams, where it can degrade water quality. A number of water quality models are available  to predict fertilizer runoff. A…  More 

Developing Countries Tap Future Water Availability

Developing countries often face extreme challenges that negatively affect forests that provide local water supplies. Africa alone has roughly 22 percent forests and woodlands, areas rich with biodiversity, timber, and water resources. However, many of these areas face extreme conditions that threaten unprotected forests and ultimately future water availability. In 2005, Eastern Forest Environmental Threat…  More