This study uses an integrative approach to study the water-quality impacts of future global climate and land-use changes. In this study, changing land-use types was used as a mitigation strategy to reduce the adverse impacts of global climate change on water resources. The climate scenarios were based on projections made by the Intergovernmental Panel on Climate Change (IPCC) and the United Kingdom Hadley Centre's climate model (HadCM2). The Thornthwaite water-balance model was coupled with a land-use model (L-THIA) to investigate the hydrologic effects of future climate and land-use changes in the Ohio River Basin. The land-use model is based on the Soil Conservation Service's curve-number method. It uses the curve...
Categories: Publication;
Types: Citation;
Tags: ASFA 3: Aquatic Pollution & Environmental Quality,
Climatic changes,
Data Visualization & Tools,
Environment management,
Freshwater, All tags...
Freshwater pollution,
Geographic information systems,
Global Warming,
Greenhouse effect,
HadCM2,
Hydrology,
L-THIA,
Land Use,
Landscapes,
M3 1010:Issues in Sustainable Development,
Man-induced effects,
Mathematical models,
Mitigation,
Nonpoint Pollution Sources,
Northeast CASC,
Ohio R.,
Other Landscapes,
P 9000:ENVIRONMENTAL ACTION,
Pollution Abstracts,
Pollution control,
Pollution effects,
Q5 01523:Conservation,
Regional planning,
River Basins,
River basin management,
Rivers,
Runoff,
SW 0810:General,
Science Tools For Managers,
Sustainability Science Abstracts,
USA,
Water Quality,
Water Resources Abstracts,
Water quality control,
Watershed Management,
Watersheds,
wildlife management and recreation, Fewer tags
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