Exam 20: Landscape Ecology
Exam 1: Introduction to Ecology12 Questions
Exam 2: Adaptation and Evolution33 Questions
Exam 3: Adaptations to the Physical Environment34 Questions
Exam 4: Terrestrial Communities39 Questions
Exam 5: Fresh-water and Marine Communities40 Questions
Exam 6: Behavioral Ecology34 Questions
Exam 7: The Ecology of Intraspecific Variation34 Questions
Exam 8: Demography34 Questions
Exam 9: Population Regulation34 Questions
Exam 10: Life History Strategies34 Questions
Exam 11: Competition34 Questions
Exam 12: Coevolution I Exploitative Interactions32 Questions
Exam 13: Mutualism34 Questions
Exam 14: The Structure of Communities33 Questions
Exam 15: Ecological Succession34 Questions
Exam 16: Species Diversity32 Questions
Exam 17: Energy Flow and Trophic Structure34 Questions
Exam 18: Biogeochemical Cycles33 Questions
Exam 19: Conservation Biology33 Questions
Exam 20: Landscape Ecology33 Questions
Exam 21: Human Global Ecology33 Questions
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The recovery of the black footed ferret
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What kinds of analysis are possible with GIS systems?
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A variety of landscape data such as soils, vegetation, urban development, etc. can be quantified, each on a separate map layer. The GIS system can analyze the landscape in terms of the spatial extent and shape of each data type and its correlation with other layers.
The ecological community is scale-dependent.
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Remote sensing can now measure the flow of nutrients in ecosystems.
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Single sequence repeats (SSRs) are useful measures of genetic variation in landscapes because they are subject to natural selection.
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The absorption of green light is correlated with photosynthesis.
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