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Forest Cover Change in the Toledo District, Belize from 1975 to 1999: A Remote Sensing Approach

Emch, Michael E.; Quinn, James W.; Peterson, Marc; & Alexander, Mark. (2005). Forest Cover Change in the Toledo District, Belize from 1975 to 1999: A Remote Sensing Approach. The Professional Geographer: The Journal of the Association of American Geographers, 57(2), 256-67.

Journal Article



Emch, Michael E.
Quinn, James W.
Peterson, Marc
Alexander, Mark



2005


The Professional Geographer: The Journal of the Association of American Geographers

57

2

256-67







10.1111/j.0033-0124.2005.476_1.x



3849


Measuring land-cover change is an essential part of sustainable conservation planning. This project uses Landsat MSS and ETM+ data to document forest cover change in the Toledo District, Belize, from 1975 to 1999 and provides an initial assessment of why these changes took place. Supervised and subpixel classification methods were employed. The results showed an aggregate forest loss of almost 10 percent, which is approximately 36,000 ha. Deforestation expanded significantly in the most populous Mayan areas of central Toledo District and along the Guatemalan border. Subpixel classification results showed that in 1999 the most densely forested areas were in northern Toledo District in the Maya Mountains.


Place, Space, and Health
Population and Environment


Octet Stream icon 3849.ris — Octet Stream, 1 kB (1,236 bytes)

Emch, Michael E.; Quinn, James W.; Peterson, Marc; & Alexander, Mark. (2005). Forest Cover Change in the Toledo District, Belize from 1975 to 1999: A Remote Sensing Approach. The Professional Geographer: The Journal of the Association of American Geographers, 57(2), 256-67.