Landscape change and human-environment interactions: implications for natural resource management in urbanizing areas

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Dorning, M. (2014). Landscape change and human-environment interactions: implications for natural resource management in urbanizing areas. Unc Charlotte Electronic Theses And Dissertations.
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Abstract

Worldwide changes in land use and land cover alter the spatial distributions of natural resources and ecosystem functions. Here I examined the pattern and process of landscape change in the Charlotte, North Carolina metropolitan region, to understand how these changes originate from and have influence on human decisions regarding land management and policy formation. First, I simulated future landscape patterns that could arise from conservation-based land use policies and assessed the potential impacts to priority natural resources and landscape composition. Second, I analyzed the process of landscape change as it originates with the decisions of individual forest owners by utilizing a unique combination of individual, site, and landscape level data within a structural equation modeling framework. Third, I used a stated preference survey to examine how those individual decisions may change with new global markets for biofuels. My findings highlight the importance of considering landscape change as a multi-scale process with integrated human, environmental, and spatial components. Advancing our understanding of these processes will support planning organizations at local to regional levels in developing sustainable natural resource management plans that are in line with societal values while preserving biodiversity and ecosystem function.

Details
Author

Dorning, Monica

Title

Landscape change and human-environment interactions: implications for natural resource management in urbanizing areas

Physical Description

1 online resource (101 pages) : PDF

Date

2014

Degree Granting Institution

University of North Carolina at Charlotte

Abstract

Worldwide changes in land use and land cover alter the spatial distributions of natural resources and ecosystem functions. Here I examined the pattern and process of landscape change in the Charlotte, North Carolina metropolitan region, to understand how these changes originate from and have influence on human decisions regarding land management and policy formation. First, I simulated future landscape patterns that could arise from conservation-based land use policies and assessed the potential impacts to priority natural resources and landscape composition. Second, I analyzed the process of landscape change as it originates with the decisions of individual forest owners by utilizing a unique combination of individual, site, and landscape level data within a structural equation modeling framework. Third, I used a stated preference survey to examine how those individual decisions may change with new global markets for biofuels. My findings highlight the importance of considering landscape change as a multi-scale process with integrated human, environmental, and spatial components. Advancing our understanding of these processes will support planning organizations at local to regional levels in developing sustainable natural resource management plans that are in line with societal values while preserving biodiversity and ecosystem function.

Genre

doctoral dissertations

Subjects--Topics

Geography

Degree

Ph.D.

Keywords

Human-Environment Interaction
Landscape Change
Natural Resource Management
Urbanization

Subject Area

Geography & Urban Regional Analysis

Advisor(s)

Meentemeyer, Ross

Committee Members

BenDor, Todd
Clinton, Sandra
Gagné, Sara
Thill, Jean-Claude

Degree Note

Thesis (Ph.D.)--University of North Carolina at Charlotte, 2014.

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Rights Holder Information

Copyright is held by the author unless otherwise indicated.

Identifier

Dorning_uncc_0694D_10577

Permalink

http://hdl.handle.net/20.500.13093/etd:980