Houston / Newark / Baltimore / New York / Philadelphia / Atlanta / Vancouver / Washington / Long Island / Olympia / /
Company
Coastal / Puget / Canon / Tennant / Simmons / /
Country
United States / United Kingdom / / /
Event
Natural Disaster / /
Facility
University of Delaware / Castle County / /
IndustryTerm
water supply systems / stream base flow monitoring network / septic systems / car washing / /
NaturalFeature
Christina River / Accotink Creek / Christina creek / Clay creek / White Clay creek / Brandywine creek / Red creek / Peachtree Creek / White creek / Shellpot creek / Gwynns Falls / Red Clay creek / Wisconsin streams / Scenic River / /
Organization
U. S. Environmental Protection Agency / USDA / Institute for Public Administration / University of Delaware / U.S. Fish and Wildlife Service / Congress / Corresponding Author's Institution / University of Delaware First / School of Urban Affairs and Public Policy / Center for Watershed Protection / Water Resources Agency / /
Person
Andrew C Belden / Gerald J. Kauffman / Gerald J Kauffman / Glenn Moglen / Kevin J Vonck / J. Kauffman / / /
Position
Editorial Coordinator / Graduate Research Assistant / President / head of navigation / Delaware Dear Editor / Drought Director / Professor / Director / GIS Coordinator / Drought Corresponding Author / /
ProvinceOrState
Texas / New Jersey / Wisconsin / Virginia / Maryland / Illinois / New Castle County / New York / Washington / Chester County / Piedmont / Pennsylvania / Delaware / Georgia / /
PublishedMedium
the ASCE Journal / /
Region
northern Delaware / mid-Atlantic / western Washington / southeastern Wisconsin / /
Editorial Manager(tm) for Journal of Hydrologic Engineering Manuscript Draft Manuscript Number: HEENG-261R3 Title: Link Between Impervious Cover and Base Flow in the White Clay Creek Wild and Scenic Watershed in Delaware