"Identifying the Impacts of Land Use/Land Cover Changes on Ecosystem Se" by Kyaw Khaung Thant Zin

Date of Award

Spring 2025

Language

English

Embargo Period

5-12-2025

Document Type

Master's Thesis

Degree Name

Master of Science (MS)

College/School/Department

Department of Geography, Planning, and Sustainability

Program

Biodiversity, Conservation & Policy

First Advisor

Dr. Alexander Buyantuev

Committee Members

Dr. Shiguo Jiang, Dr. Andrei Lapenas

Keywords

ecosystem services, land use change, geospatial

Subject Categories

Biodiversity | Natural Resources and Conservation

Abstract

Ecosystem services encompass the broad array of direct and indirect advantages that people derive from nature and its ecosystems. Considering accelerating environmental change and degradation, recognizing the importance of these services is more crucial than ever, as they illustrate the many ways in which healthy ecosystems sustain human life. However, these services are diminishing at a rapid and unprecedented rate, raising global concern over both the transformations taking place and their root causes. Among the leading threats, land-use change stands out as a particularly significant one, influenced by a variety of driving factors. Albany County, New York, characterized by its mix of forested highlands and urban areas, offers a compelling setting for assessing essential ecosystem services. This study evaluated how three projected land-use scenarios for the county would affect three vital services: recreation, water quality, and net primary productivity (NPP). The findings of this study demonstrate the major impacts that land-use changes have on the availability of key ecosystem services in the region. Through scenario-based analysis of ecosystem functions, the research sheds light on both the risks and opportunities associated with future land-use paths.

Comments

This thesis investigates the impacts of land use and land cover (LULC) changes on critical ecosystem services in Albany County, New York. By utilizing geospatial modeling and scenario-based analysis, the research evaluates three future land-use scenarios—Business-as-Usual, Green Expansion, and Rapid Growth—and their influence on recreation potential, water quality, and net primary productivity (NPP). Through spatial analysis and comparative assessment, the study highlights the importance of integrating ecological considerations into urban planning and land management strategies. The findings contribute to the broader understanding of how human-driven land transformation can alter ecological functions, with implications for sustainability, policy-making, and regional conservation planning.

License

Creative Commons Attribution 4.0 International License
This work is licensed under a Creative Commons Attribution 4.0 International License.

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