South Atlantic Water Science Center
Kitty Kolb, a geographer for the U.S. Geological Survey North Carolina Water Science Center, had a lot of fun last year working with the hydrologic benchmark monitoring team in the Great Smoky Mountains National Park. During her day, Kitty worked to collect algae and aquatic insect larvae. The team counted the different species of fish found in the streams to help them...
North Carolina, like many years before, is responding to flooding in the East and drought in the West. Holly Weyers, USGS North Carolina Water Science Center Director, discusses these extreme events.
Tom Cuffney and Song Qian describe their U.S. Geological Survey research on the effects of urbanization on stream ecology, while fly fishing.
Faith Fitzpatrick (U.S. Geological Survey) describes how urban development affects aquatic habitat in streams, and how stream rehabilitation efforts across the USA are improving urban stream habitat and improving people's connection to their urban streams.
Faith Fitzpatrick (U.S. Geological Survey) outlines the importance of habitat to the health of streams and shows examples of connecting people to urban streams through rehabilitation efforts across the USA. (5 minute version)
USGS South Carolina Water Science Center Data Chief, John Shelton in a special hydrologic expedition down the Congo River, West Africa. Part three of the three part episode, reveals a hydrologic data set that changed the world record books.
Groundwater is not a single vast pool of underground water; rather, it is contained within a variety of aquifer systems. Each of these aquifers has its own set of questions and challenges. From large drawdowns in the Great Plains aquifer to arsenic in some wells in New England, this episode of CoreCast highlights six different USGS groundwater studies all across the United...
USGS South Carolina Water Science Center Data Chief, John Shelton in a special hydrologic expedition down West Africa's Congo River. In part two of this three part episode John describes the trials and tribulations of data collection on the Congo River.
Development can have negative effects on streams in urban and suburban areas. As a watershed becomes covered with pavement, sidewalks, and other types of urban land cover, stream organisms are confronted with an increased volume of storm water runoff, increased exposure to fertilizers and pesticides, and dramatic changes in physical living spaces within the stream itself....