Utilizing rapid bioassessment procedures and aquatic physiochemical techniques, a three-year investigation of Sager and Flint creeks was completed. Bioassessment indices and physiochemical parameters of the 2 streams were compared and the effects of urbanization on both watersheds were assessed. Correlating data concerning land usage in both watersheds and alterations of both streams\u27 geomorphology were also utilized to conclude that Sager Creek shows a higher degree of urban stream syndrome than Flint Creek
Urbanization impacts have become more evident in the last 30-50 years, due to human population incre...
Physical, chemical, and biological characteristics of streams draining 20 catchments in Maine, U.S.A...
We analyzed data from riffle and snag habitats for 39 small cold water streams with different levels...
In a previous study, Sager Creek, a small 1st-3rd order stream in northwest Arkansas was shown to be...
Stream ecosystems are profoundly degraded by watershed urbanization. Hydrologic, geomorphic, chemica...
Urbanization is a major cause of stream impairment in the United States, altering stream ecological ...
This report compiles various hydrological information from several Austin creeks (including Waller) ...
2008 S.C. Water Resources Conference - Addressing Water Challenges Facing the State and Regio
The ability of streams to break down leaves is widely used as an indicator of stream health. In this...
An annual rapid bioassessment and physiochemical survey of Sager Creek in Northwest Arkansas was con...
Thesis (Master's)--University of Washington, 2013Population growth in urban and sub-urban areas impo...
Twenty-one stream sites in the Ridge and Valley ecoregion of Tennessee and Georgia were studied in ...
Land disturbance often results in a cascade of physical and chemical stressors to aquatic ecosystems...
Urbanization can lead to increased sedimentation, erosion, pollution, and runoff into streams. The U...
Biological assessments of the resident fish community, using Index of Biotic Integrity (IBI) methodo...
Urbanization impacts have become more evident in the last 30-50 years, due to human population incre...
Physical, chemical, and biological characteristics of streams draining 20 catchments in Maine, U.S.A...
We analyzed data from riffle and snag habitats for 39 small cold water streams with different levels...
In a previous study, Sager Creek, a small 1st-3rd order stream in northwest Arkansas was shown to be...
Stream ecosystems are profoundly degraded by watershed urbanization. Hydrologic, geomorphic, chemica...
Urbanization is a major cause of stream impairment in the United States, altering stream ecological ...
This report compiles various hydrological information from several Austin creeks (including Waller) ...
2008 S.C. Water Resources Conference - Addressing Water Challenges Facing the State and Regio
The ability of streams to break down leaves is widely used as an indicator of stream health. In this...
An annual rapid bioassessment and physiochemical survey of Sager Creek in Northwest Arkansas was con...
Thesis (Master's)--University of Washington, 2013Population growth in urban and sub-urban areas impo...
Twenty-one stream sites in the Ridge and Valley ecoregion of Tennessee and Georgia were studied in ...
Land disturbance often results in a cascade of physical and chemical stressors to aquatic ecosystems...
Urbanization can lead to increased sedimentation, erosion, pollution, and runoff into streams. The U...
Biological assessments of the resident fish community, using Index of Biotic Integrity (IBI) methodo...
Urbanization impacts have become more evident in the last 30-50 years, due to human population incre...
Physical, chemical, and biological characteristics of streams draining 20 catchments in Maine, U.S.A...
We analyzed data from riffle and snag habitats for 39 small cold water streams with different levels...