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plants grow resulting in changes to wildlife habitats including altered plant composition such as an increase in shrub species and a change in the timing of plant resources for wildlife. The Canada
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datasets of plant community composition working with the point framing data from the International Tundra Experiment (ITEX+) database. You will then statistically model vegetation change over time and in
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boreal forest ecosystems, including changes in plant growth, habitat composition, wildlife movement and species ranges. It will also examine the collective impact of these changes on the livelihoods
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to global change across the tundra biome. For this project, you will assemble spatially explicit datasets of plant community composition working with the point framing data from the International Tundra
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tundra ecosystems. Climate change could alter the timing of spring green up and how long plants grow resulting in changes to wildlife habitats including altered plant composition such as an increase in
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investigate how warming temperatures and shifting seasonality affect Arctic tundra, alpine and boreal forest ecosystems, including changes in plant growth, habitat composition, wildlife movement and species
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. For this project, you will assemble spatially explicit datasets of plant community composition working with the point framing data from the International Tundra Experiment (ITEX+) database. You will then
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plants grow resulting in changes to wildlife habitats including altered plant composition such as an increase in shrub species and a change in the timing of plant resources for wildlife. The Canada
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Arctic tundra, alpine and boreal forest ecosystems, including changes in plant growth, habitat composition, wildlife movement and species ranges. It will also examine the collective impact of these changes