Document Type
Technical Report
Publication Date
6-30-1992
Keywords
Geographical information systems, soils, geology, groundwater
Abstract
Beaver Reservoir watershed is located in Northwest Arkansas including portions of Madison, Washington, Benton, Carroll, Franklin and Crawford counties. This watershed is important to the Northwest Arkansas region because it supplies most of the drinking water for the major towns and cities, and several rural water systems. The watershed consists of 308,971 ha with elevations ranging from approximately 341 m to 731 m above mean sea level. It includes the Springfield Plateau and the Boston Mountains provinces within the Ozark Plateau physiographic region. There are approximately 581 km of streams, 532 km of shore line, and 3712 km of roads in the watershed most of which are city streets and rural roads. The soils in the watershed vary extensively and are quite complex due to the differences in parent material, topography and time. Most parent material of the soils in the Springfield Plateau is limestone, whereas in the Boston Mountains the dominant parent material is sandstone and shale. The differences in soils have led to the differences in landuse and land cover. The near surface geology in the watershed is also divided by physiographic provinces. Most of the Springfield Plateau surface geology is limestone, whereas the Boston Mountains are primarily sandstone and shale. Spatial details of the streams, roads, soils and geology attributes in the watershed are presented in this report. The GIS database and characterization of the watershed offers an excellent beginning to future research and modeling of various water quality parameters in this and other watersheds.
Citation
Scott, H. D. and McKimmey, J. M.. 1992. GIS Characterization of Beaver Watershed. Arkansas Water Resources Center, Fayetteville, AR. PUB159. 56
https://scholarworks.uark.edu/awrctr/334
Report Number
PUB159
Page
56
Included in
Environmental Monitoring Commons, Fresh Water Studies Commons, Geology Commons, Hydrology Commons, Physical and Environmental Geography Commons, Soil Science Commons, Spatial Science Commons, Water Resource Management Commons