William M. Marsh (Vancouver University of British Columbia), Martin M. Kaufman (Flint University of Michigan)
Physical Geography
Great Systems and Global Environments
William M. Marsh (Vancouver University of British Columbia), Martin M. Kaufman (Flint University of Michigan)
Physical Geography
Great Systems and Global Environments
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- Produkterinnerung
The physical geography of Earth is explained with a systems perspective. Written in an easy narrative style, each chapter combines text with more than 40 single-concept illustrations in an integrated working whole. In-chapter summaries, summary diagrams and a comprehensive instructor's guide complete the package.
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The physical geography of Earth is explained with a systems perspective. Written in an easy narrative style, each chapter combines text with more than 40 single-concept illustrations in an integrated working whole. In-chapter summaries, summary diagrams and a comprehensive instructor's guide complete the package.
Produktdetails
- Produktdetails
- Verlag: Cambridge University Press
- Seitenzahl: 720
- Erscheinungstermin: 30. April 2012
- Englisch
- Abmessung: 287mm x 243mm x 30mm
- Gewicht: 1932g
- ISBN-13: 9780521764285
- ISBN-10: 0521764289
- Artikelnr.: 34100977
- Verlag: Cambridge University Press
- Seitenzahl: 720
- Erscheinungstermin: 30. April 2012
- Englisch
- Abmessung: 287mm x 243mm x 30mm
- Gewicht: 1932g
- ISBN-13: 9780521764285
- ISBN-10: 0521764289
- Artikelnr.: 34100977
William M. Marsh was a professor at the University of Michigan for 30 years, where he founded the Department of Earth and Resource Science and taught physical geography. He is now with the University of British Columbia where he teaches courses in landscape analysis. He is an experienced textbook author, having written three textbooks in physical geography and two in land use applications, one of which has become a standard in the field of environmental planning.
Part I. Earth's Energy
Climate and Ocean Systems: 1. Mapping our course of study; 2. An overview of planet Earth: some geographic observations about Earth; 3. The Sun-Earth energy system: fuel for a planet; 4. Earth's radiation and heat systems over land and water; 5. The great systems of global air and ocean circulation; 6. Atmospheric moisture
precipitation and weather systems; 7. Modern climate types and patterns; 8. Climate change
past
present
and future; Part II. Earth's Life Support Systems: 9. Earth as an ecosystem: energy
food
and life; 10. Biogeography: geographic distribution of plant and animal types; 11. Human origins
diffusion
and the alteration of natural landscapes; 12. Soil system
processes
and formation; 13. Soil types
distribution
and land use relations; Part III. Earth's Water Systems: 14. The global water system; 15. Runoff
streamflow
and watersheds; 16. Groundwater systems
lakes
and water resources; Part IV. Earth's Rock and Mountain Systems: 17. Earth's internal system: heat
convection
rocks and the planet's skin; 18. The formation and geographic organization of the continents and ocean basins; 19. Mountain systems
earthquakes
and volcanoes; Part V. Earth's Erosional and Landform Systems: 20. Geomorphic systems: rock weathering
hillslope processes
and slope formation; 21. Stream systems
valley formation
and fluvial landscapes; 22. Coastal systems: waves
currents
and landforms; 23. Glacial systems: growth
motion
and work of glacial ice; 24. Wind systems: sand dunes
dust
and deserts.
Climate and Ocean Systems: 1. Mapping our course of study; 2. An overview of planet Earth: some geographic observations about Earth; 3. The Sun-Earth energy system: fuel for a planet; 4. Earth's radiation and heat systems over land and water; 5. The great systems of global air and ocean circulation; 6. Atmospheric moisture
precipitation and weather systems; 7. Modern climate types and patterns; 8. Climate change
past
present
and future; Part II. Earth's Life Support Systems: 9. Earth as an ecosystem: energy
food
and life; 10. Biogeography: geographic distribution of plant and animal types; 11. Human origins
diffusion
and the alteration of natural landscapes; 12. Soil system
processes
and formation; 13. Soil types
distribution
and land use relations; Part III. Earth's Water Systems: 14. The global water system; 15. Runoff
streamflow
and watersheds; 16. Groundwater systems
lakes
and water resources; Part IV. Earth's Rock and Mountain Systems: 17. Earth's internal system: heat
convection
rocks and the planet's skin; 18. The formation and geographic organization of the continents and ocean basins; 19. Mountain systems
earthquakes
and volcanoes; Part V. Earth's Erosional and Landform Systems: 20. Geomorphic systems: rock weathering
hillslope processes
and slope formation; 21. Stream systems
valley formation
and fluvial landscapes; 22. Coastal systems: waves
currents
and landforms; 23. Glacial systems: growth
motion
and work of glacial ice; 24. Wind systems: sand dunes
dust
and deserts.
Part I. Earth's Energy
Climate and Ocean Systems: 1. Mapping our course of study; 2. An overview of planet Earth: some geographic observations about Earth; 3. The Sun-Earth energy system: fuel for a planet; 4. Earth's radiation and heat systems over land and water; 5. The great systems of global air and ocean circulation; 6. Atmospheric moisture
precipitation and weather systems; 7. Modern climate types and patterns; 8. Climate change
past
present
and future; Part II. Earth's Life Support Systems: 9. Earth as an ecosystem: energy
food
and life; 10. Biogeography: geographic distribution of plant and animal types; 11. Human origins
diffusion
and the alteration of natural landscapes; 12. Soil system
processes
and formation; 13. Soil types
distribution
and land use relations; Part III. Earth's Water Systems: 14. The global water system; 15. Runoff
streamflow
and watersheds; 16. Groundwater systems
lakes
and water resources; Part IV. Earth's Rock and Mountain Systems: 17. Earth's internal system: heat
convection
rocks and the planet's skin; 18. The formation and geographic organization of the continents and ocean basins; 19. Mountain systems
earthquakes
and volcanoes; Part V. Earth's Erosional and Landform Systems: 20. Geomorphic systems: rock weathering
hillslope processes
and slope formation; 21. Stream systems
valley formation
and fluvial landscapes; 22. Coastal systems: waves
currents
and landforms; 23. Glacial systems: growth
motion
and work of glacial ice; 24. Wind systems: sand dunes
dust
and deserts.
Climate and Ocean Systems: 1. Mapping our course of study; 2. An overview of planet Earth: some geographic observations about Earth; 3. The Sun-Earth energy system: fuel for a planet; 4. Earth's radiation and heat systems over land and water; 5. The great systems of global air and ocean circulation; 6. Atmospheric moisture
precipitation and weather systems; 7. Modern climate types and patterns; 8. Climate change
past
present
and future; Part II. Earth's Life Support Systems: 9. Earth as an ecosystem: energy
food
and life; 10. Biogeography: geographic distribution of plant and animal types; 11. Human origins
diffusion
and the alteration of natural landscapes; 12. Soil system
processes
and formation; 13. Soil types
distribution
and land use relations; Part III. Earth's Water Systems: 14. The global water system; 15. Runoff
streamflow
and watersheds; 16. Groundwater systems
lakes
and water resources; Part IV. Earth's Rock and Mountain Systems: 17. Earth's internal system: heat
convection
rocks and the planet's skin; 18. The formation and geographic organization of the continents and ocean basins; 19. Mountain systems
earthquakes
and volcanoes; Part V. Earth's Erosional and Landform Systems: 20. Geomorphic systems: rock weathering
hillslope processes
and slope formation; 21. Stream systems
valley formation
and fluvial landscapes; 22. Coastal systems: waves
currents
and landforms; 23. Glacial systems: growth
motion
and work of glacial ice; 24. Wind systems: sand dunes
dust
and deserts.