Species distribution models (SDMs) are increasingly applied in conservation management
to predict suitable habitat for poorly known populations. High predictive performance of
SDMs is evident in validations performed within the model calibration area (interpolation),
but few studies have assessed SDM transferability to novel areas (extrapolation), particularly
across large spatial scales...
Species distribution models (SDMs) are increasingly applied in conservation management
to predict suitable habitat for poorly known populations. High predictive performance of
SDMs is evident in validations performed within the model calibration area (interpolation),
but few studies have assessed SDM transferability to novel areas (extrapolation), particularly
across large spatial scales...
Full Text:
Habitat Preferences
across Ocean Basins
Torres, L. G., Sutton, P. J. H., Thompson, D. R., Delord, K
This capstone project is presented for completion of Oregon State University’s (OSU) Master of Natural Resources Program. This project is an expansion of the author’s research completed as part of the Water Conflict Management and Transformation Certificate and as part of the overall Master of Natural Resources Program.
Located on...
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Mechanisms promoting coexistence between closely related species are fundamental for maintaining species diversity. Mechanisms of niche differentiation include allochrony which offsets the peak timing of resource utilisation between species. Many studies focus on spatial and temporal niche partitioning during the breeding season, few have investigated the role allochrony plays in...
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Though previous genetic research studies performed on Caenorhabditis elegans
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