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- Keyword
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- <p>Climate change.</p> <p>Storm surges.</p> <p>Habitats & ecosystems.</p> <p>Environmental degradation.</p> <p>Sea level -- South Carolina -- Parris Island.</p> <p>Coast Changes -- South Carolina -- Parris Island.</p> <p>Vegetation and climate.</p> <p>Remote sensing.</p> (1)
- <p>Physiology.</p> <p>Squirrels -- Morphology.</p> <p>Bergmann's rule.</p> <p>Climatic changes -- Habitat.</p> <p>Allometry.</p> <p>Bone -- Analysis.</p> <p>Latitude.</p> <p>Animal population density.</p> (1)
- Allometry (1)
- Bone (1)
- Climate change (1)
Articles 1 - 2 of 2
Full-Text Articles in Ecology and Evolutionary Biology
Factors That Influence Small Mammal Long Bone Morphology: An Analysis Of The Femora, Tibiae, And Humeri Of The Eastern Gray Squirrel (Sciurus Carolinensis), Tyler Everette Blake
Factors That Influence Small Mammal Long Bone Morphology: An Analysis Of The Femora, Tibiae, And Humeri Of The Eastern Gray Squirrel (Sciurus Carolinensis), Tyler Everette Blake
Theses, Dissertations and Capstones
The goal of this study is to examine the effect of urbanization and latitude on bone morphology, specifically limb length and bone density among gray squirrels endemic to the eastern United States. This study’s hypotheses are as follows: gray squirrels occupying lower latitudes will have larger body sizes and longer limbs relative to body size than those at higher latitudes following Bergmann’s and Allen’s rules. Further, squirrels in urban habitats will have greater bone density than those in rural habitats. Results show moderate correlation between body mass and respective proxies and latitude following Bergmann’s rule. Weak correlations were found between …
Characterizing The Vegetation And Effects Of Climate Change On Parris Island, A Sea Island Ecosystem, Cody Hart Goodson
Characterizing The Vegetation And Effects Of Climate Change On Parris Island, A Sea Island Ecosystem, Cody Hart Goodson
Theses, Dissertations and Capstones
Coastal habitats provide many ecosystem services, protecting coastlines from storm surges and erosion, diminishing the effects of eutrophication, sequestering large amounts of carbon, and acting as vital wildlife habitat. Sea-level rise and increased storm surge intensity associated with climate change are increasingly disrupting coastal habitats. These disturbances can shift environmental gradients that drive the zonation of coastal vegetation types, driving habitat conversion. Monitoring coastal habitat conversion can improve our understanding of the dynamic effects of climate change on these landscapes. Therefore, our objectives for chapter 1 were to identify and describe the distributions of vegetation types present on Marine Corps …