The following conclusions have been reached for Part I of the study: 1. Much of the phosphorus carried by the streams that will feed the
proposed reservoirs in the Bear River Watershed is derived from runoff and erosion of the land in the...
Water quality--Bear River (Utah-Idaho)--Environmental conditions; Bear River Watershed--Environmental conditions;
"The purpose of this study is to construct a quantitatively descriptive model of the sewage system and its receiving environment by utilizing observations on the patterns of flow, water chemistry dynamics, bacterial activity and distribution,...
Water quality--Research--Utah--Logan; Water quality--Research--Utah--Logan River; Groundwater--Utah--Logan River--Quality--Research; Sewage--Analysis;
"The purpose of this study is to construct a quantitatively descriptive model of the sewage system and its receiving environment by utilizing observations on the patterns of flow, water chemistry dynamics, bacterial activity and distribution,...
Water quality--Research--Utah--Logan; Water quality--Research--Utah--Logan River; Groundwater--Utah--Logan River--Quality--Research; Sewage--Analysis;
Report of impacts to riparian or streamside vegetation at eight study plots along the Colorado River in Grand Canyon National Park following the June 3 to August 11, 1983 high water releases from Glen Canyon Dam compared using very large scale...
Riparian plants -- Colorado River (Colo.-Mexico); Riparian plants -- Grand Canyon National Park (Ariz.); Riparian plants -- Effect of floods on -- Colorado River (Colo.-Mexico); Riparian plants -- Effect of floods on -- Grand Canyon National Park...