Assessing Future Water Resources : The Influence of Climate Change, Population Growth and Land Use Change in the Lower Cape Fear Basin, North Carolina
Griffin, Michael T.
With the possibility of future fresh water shortages increasing, a methodology for predicting future water availability conditions is needed. This research outlines a methodology to estimate these conditions based on the influence of climate change, land use change, and population growth. The method is based on the USGS Thornthwaite monthly water balance model and can incorporate estimates of climate change and land use change parameters to assess future water resources based on predicted monthly fluxes of the water balance. The methodology is demonstrated by analyzing watersheds in the lower Cape Fear River basin located in southeast North Carolina. The southern United States is a rapidly growing region. Trends present in the population data are used to produce future estimates of population for the basin. Precipitation and temperature estimates based on Intergovernmental Panel on Climate Change (IPCC) predictions and current climatology are inputs to the model. Projected increases in impervious surface cover due to population growth and urbanization are incorporated through the model runoff factor. Water stress indicators are used to categorize the region as water rich, water stressed, or water scarce. Scenarios incorporating regional predictions of climate change indicate a decrease in summer soil moisture minima and increases in summer water deficits. The impact of impervious surface cover enhances these deficits. Ensemble runs indicate a shift toward water stress in the lower Cape Fear River basin in the future, due to a warming climate as well as increased demand. While climate change has a significant impact on water resources in the region, population growth has the most substantial impact as it not only impacts demand, but climate and land use as well.
Griffin, Michael T.. (January 2011). Assessing Future Water Resources : The Influence of Climate Change, Population Growth and Land Use Change in the Lower Cape Fear Basin, North Carolina (Master's Thesis, East Carolina University). Retrieved from the Scholarship. (http://hdl.handle.net/10342/3645.)
Griffin, Michael T.. Assessing Future Water Resources : The Influence of Climate Change, Population Growth and Land Use Change in the Lower Cape Fear Basin, North Carolina. Master's Thesis. East Carolina University, January 2011. The Scholarship. http://hdl.handle.net/10342/3645. July 21, 2017.
Griffin, Michael T., “Assessing Future Water Resources : The Influence of Climate Change, Population Growth and Land Use Change in the Lower Cape Fear Basin, North Carolina” (Master's Thesis., East Carolina University, January 2011).
Griffin, Michael T.. Assessing Future Water Resources : The Influence of Climate Change, Population Growth and Land Use Change in the Lower Cape Fear Basin, North Carolina [Master's Thesis]. Greenville, NC: East Carolina University; January 2011.
East Carolina University
Showing items related by title, author, creator and subject.
Kleber, Katharine E. (East Carolina University, 2010)Reverse Osmosis Water Treatment Plants (RO-WTPs) create potable water and a briny concentrate that must be disposed; often it is discharged into nearby surface waters. Currently, there is no published research to examine ...
Development of a Finite Difference Time Domain (FDTD) Model for Propagation of Transient Sounds in Very Shallow Water Sprague, Mark W.; Luczkovich, Joseph J. (2013-08-12)We developed a finite difference time domain (FDTD) model for sound propagation using pressure and velocity grids with both three-dimensional Cartesian and two-dimensional cylindrical implementations. Propagation parameters, ...
Comparison of quantification methods to measure fire-derived (black/elemental) carbon in soils and sediments using reference materials from soil, water, sediment and the atmosphere Hammes, Karen; Schmidt, Michael W.I.; Smernik, Ronald J.; Currie, Lloyd A.; Ball, William P.; Nguyen, Thanh H.; Louchouarn, Patrick; Houel, Stephane; Gustafsson, Orjan; Elmquist, Marie; Cornelissen, Gerard; Skjemstad, Jan O.; Masiello, Caroline A.; Song, Jianzhong; Peng, Ping'an; Mitra, Siddhartha; Dunn, Joshua C.; Hatcher, Patrick G.; Hockaday, William C.; Smith, Dwight M.; Hartkopf-Froder, Cristoph; Bohmer, Axel; Luer, Burkhard; Huebert, Barry J.; Amelung, Wulf; Brodowski, Sonja; Huang, Lin; Zhang, Wendy; Gschwend, Philip M.; Flores-Cervantes, D. Xanat; Largeau, Claude; Rouzaud, Jean-Noel; Rumpel, Cornelia; Guggenberger, Georg; Kaiser, Klaus; Rodionov, Andrei; Gonzalez-Vila, Francisco J.; Gonzalez-Perez, Jose A.; de la Rosa, Jose M.; Manning, David A. C.; Lopez-Capel, Elisa; Ding, Luyi (2007)Black carbon (BC), the product of incomplete combustion of fossil fuels and biomass (called elemental carbon (EC) in atmospheric sciences), was quantified in 12 different materials by 17 laboratories from different ...