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Geographic Distribution Analysis: Species Movement and Habitat Range Expansion

Explore the patterns of distribution and habitat range expansion of various species on Earth, including case studies and experiments. Understand factors limiting distribution and future predictions under climate change scenarios.

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Geographic Distribution Analysis: Species Movement and Habitat Range Expansion

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  1. Figure 50.0 Earthrise

  2. Figure 50.0x Earth from the moon

  3. Figure 50.1 Distribution and abundance of the red kangaroo in Australia, based on aerial surveys

  4. Figure 50.x1 Patterns of distribution in the biosphere

  5. Figure 50.2 Sample questions at different levels of ecology

  6. Figure 50.3 Rachel Carson

  7. Figure 50.4 Biogeographic realms

  8. Figure 50.5 Flowchart of factors limiting geographic distribution

  9. Figure 50.6 Set of transplant experiments for a hypothetical species

  10. Figure 50.7 Spread of the African honeybee in the Americas since 1956

  11. Figure 50.8 Expansion of the geographic range of the zebra mussel (Dreissenapolymorpha) since its discovery near Detroit in 1988

  12. Figure 50.9 Predator-removal experiments

  13. Figure 50.15 Lake stratification and seasonal turnover (Layer 1)

  14. Figure 50.15 Lake stratification and seasonal turnover (Layer 2)

  15. Figure 50.15 Lake stratification and seasonal turnover (Layer 3)

  16. Figure 50.15 Lake stratification and seasonal turnover (Layer 4)

  17. Figure 50.16 Current geographic range and predicted future range for the American beech (Fagusgrandifolia) under two climate-change scenarios

  18. Figure 50.17 The distribution of major aquatic biomes

  19. Figure 50.18 Zonation in a lake

  20. Figure 50.19 Freshwater biomes: Oligotrophic lake (left), eutrophic lake (top right), stream flowing into a river (bottom right)

  21. Figure 50.20 Damming the Columbia River Basin

  22. Figure 50.21 Wetlands (top) and estuaries (bottom)

  23. Figure 50.22 Zonation in the marine environment

  24. Figure 50.23 Examples of marine biomes

  25. Figure 50.23cx Black smoker

  26. Figure 50.14 How mountains affect rainfall

  27. Figure 50.11 Solar radiation and latitude

  28. Figure 50.12 What causes the seasons?

  29. Figure 50.13 Global air circulation, precipitation, and winds

  30. Figure 50.24 The distribution of major terrestrial biomes

  31. Figure 50.10 A climograph for some major kinds of ecosystems (biomes) in North America

  32. Figure 50.25a Tropical forests

  33. Figure 50.25b Savanna

  34. Figure 50.25bx Savanna

  35. Figure 50.25c Deserts

  36. Figure 50.25d Chaparral

  37. Figure 50.25dx Chaparral

  38. Figure 50.25e Temperate grassland

  39. Figure 20.25f Temperate deciduous forest

  40. Figure 20.25g Coniferous forests

  41. Figure 20.25h Tundra

  42. Figure 50.26 A hierarchy of scales for analyzing the geographic distribution of the moss Tetraphis

  43. Figure 50.27 Most species have small geographic ranges

  44. Figure 51.0 Warbler

  45. Figure 51.x1 Parrot preening

  46. Figure 51.1 Genetic and environmental components of behavior: a case study

  47. Figure 51.2 Niko Tinbergen’s experiments on the digger wasp’s nest-locating behavior

  48. Figure 51.3 Classic demonstration of innate behavior

  49. Figure 51.4 Mayflies laying eggs on human-made surfaces

  50. Figure 51.5 The repertoire of a songbird

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