Simulating private land ownership fragmentation in the Missouri Ozarks, USA |
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Authors: | Dong W Ko Hong S He David R Larsen |
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Institution: | (1) Department of Forestry, 203 Anheuser-Busch Natural Resources Building, University of Missouri, Columbia, 65211, MO, USA |
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Abstract: | Increasing land ownership fragmentation in the United States is causing concerns with respect to its ecological implications
for forested landscapes. This is especially relevant given that human influence is one of the most significant driving forces
affecting the forest landscape. A method for generating realistic land ownership maps is needed to evaluate the effects of
ownership fragmentation on forest landscapes in combination with other natural processes captured in forest process models.
Ownership patterns from human activities usually generate landscape boundary shapes different from those arising from natural
processes. Spatial characteristics among ownership types – e.g., private, public ownership – may also differ. To address these
issues, we developed the Fragmented Land Ownership Spatial Simulator (FLOSS) to generate ownership patterns that reflect the
Public Land Survey System (PLSS) shapes and various patch size distributions among different types of ownership (e.g., private,
public). To evaluate FLOSS performance, we compared the simulated patterns with various ownership fragmentation levels to
the actual ownership patterns in the Missouri Ozarks by using selected landscape indices. FLOSS generated landscapes with
spatial characteristics similar to actual landscapes, suggesting that it can simulate different levels of ownership fragmentation.
This will allow FLOSS to serve as a feasible tool for evaluating forest management applications by spatially allocating various
management scenarios in a realistic way. The potentials and limitations of FLOSS application are discussed. |
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Keywords: | Forest Land Ownership Spatial Simulation (FLOSS) Neutral landscape model Non-industrial private forestland (NIPF) Private ownership fragmentation (parcelization) Public Land Survey System (PLSS) |
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