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Full-Text Articles in Physical Sciences and Mathematics
Historical Vegetation, Fuel Loads, And Integrated Resource Information System For Bryce Canyon National Park, Utah State University, Department Of Forest Resources And Ecology Center
Historical Vegetation, Fuel Loads, And Integrated Resource Information System For Bryce Canyon National Park, Utah State University, Department Of Forest Resources And Ecology Center
Elusive Documents
This report describes a comprehensive approach to understanding the role and effects of fire in Bryce Canyon National Park. The study includes a reconstruction of the historic vegetation of Bryce Canyon National Park from historic photographs, inference from computer simulation models, and research in areas of similar vegetation. The successional pathways from the historic vegetation to the present are discussed and the landscape scale consequences of fire suppression and successional devolopment are addressed.
Proposed Resource Management Plan And Final Environmental Impact Statement For The Cody Resource Area, Worland District, Wyoming, United States Department Of The Interior Bureau Of Land Management
Proposed Resource Management Plan And Final Environmental Impact Statement For The Cody Resource Area, Worland District, Wyoming, United States Department Of The Interior Bureau Of Land Management
Resource Management Plans (WY)
This document addresses alternatives for managing almost 1.1 million acres fo federal land and about 1.5 million acres of federal mineral estate administered by the Cody Resource Area, Worland District, Bureau of Land Management (see map 1). The plan focuses on three resource management issues relating to vegetative resources, special management area designations, and resource accessibility and manageability.