ABSTRACT Inventory, Assessment and Preliminary Management Planning for Utah’s Sovereign Land along the Bear River by Matthew S. Coombs Master of Science in Bioregional Planning Utah State University, 2017 Major Professor: Richard E. Toth Department: Environment and Society The Utah Division of Forestry, Fire and State Lands (FFSL) is responsible for the management of state-owned sovereign land in Utah, which includes the bed and banks of the Bear River in Cache and Box Elder Counties. The purpose of this project is to provide relevant background information and data to support the future development of a comprehensive management plan for the Bear River. This project develops a methodology and process to describe the Bear River Corridor, sum...
In September 2012 the Aquatic Ecology Practicum class from Utah State University studied the 51km ri...
The purposes of this study were to evaluate the present irrigation efficiencies of the Bear River de...
In the northern part of Cache Valley, Utah, accelerated erosion in recent decades has cut deep gulli...
ABSTRACT Inventory, Assessment and Preliminary Management Planning for Utah’s Sovereign Land along t...
This five-year Area Plan is the guiding document for the Bear River RC&D Council, Inc. It identifies...
Purpose and Scope of Study. The 1963 Utah State Legislature authorized the Utah Water and Power Boar...
The Bear River is the largest tributary to the Great Salt Lake, with water volumes reaching up to 1....
The Bear Lake basin has a range of land types that provide habitat for aquatic, riparian, and terres...
The following project was carried out in conjunction with the Logan River Task Force, under the chai...
Communities in the Bear River basin are presently encountering various intensities of growth and dev...
In September 2012 the Aquatic Ecology Practicum class from Utah State University studied the 51km ri...
The Department of Civil and Environmental Engineering at Utah State University (USU), through a Nati...
Measuring and evaluating the performance of river systems necessarily requires understanding the var...
Since its inception, Utah State University\u27s Bioregional Planning Program has conducted landscape...
In an attempt to apply better management principles to the control of state lands, the Division of S...
In September 2012 the Aquatic Ecology Practicum class from Utah State University studied the 51km ri...
The purposes of this study were to evaluate the present irrigation efficiencies of the Bear River de...
In the northern part of Cache Valley, Utah, accelerated erosion in recent decades has cut deep gulli...
ABSTRACT Inventory, Assessment and Preliminary Management Planning for Utah’s Sovereign Land along t...
This five-year Area Plan is the guiding document for the Bear River RC&D Council, Inc. It identifies...
Purpose and Scope of Study. The 1963 Utah State Legislature authorized the Utah Water and Power Boar...
The Bear River is the largest tributary to the Great Salt Lake, with water volumes reaching up to 1....
The Bear Lake basin has a range of land types that provide habitat for aquatic, riparian, and terres...
The following project was carried out in conjunction with the Logan River Task Force, under the chai...
Communities in the Bear River basin are presently encountering various intensities of growth and dev...
In September 2012 the Aquatic Ecology Practicum class from Utah State University studied the 51km ri...
The Department of Civil and Environmental Engineering at Utah State University (USU), through a Nati...
Measuring and evaluating the performance of river systems necessarily requires understanding the var...
Since its inception, Utah State University\u27s Bioregional Planning Program has conducted landscape...
In an attempt to apply better management principles to the control of state lands, the Division of S...
In September 2012 the Aquatic Ecology Practicum class from Utah State University studied the 51km ri...
The purposes of this study were to evaluate the present irrigation efficiencies of the Bear River de...
In the northern part of Cache Valley, Utah, accelerated erosion in recent decades has cut deep gulli...