Physical Geography Laboratory Manual: Exercises in Atmospheric and Earth Surface Processes

Edition: 6

Copyright: 2008

Pages: 350

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Ebook

$69.41

ISBN 9781465235831

Details Electronic Delivery EBOOK 180 days

Physical Geography Laboratory Manual moves students away from the traditional workbook approach and towards an ideal of an entirely hands-on, empirical method of instruction. From this hands-on approach, students will:

  • Gain a more complete understanding of the physical landscape
  • Acquire experience in data collection from the field
  • Formulate questions and think critically about their observations
  • Recognize patterns in their physical environment
  • Better understand the processes around them
  • GPS (Global Positioning System) Applications
  • 3 new topo maps with aerial photographs


Physical Geography Laboratory Manual is designed for a one or two semester laboratory course in physical geography or environmental science. It will complement most introductory physical geography and environmental texts. The exercises are self-explanatory and include maps, aerial photographs, and worksheets. Most exercises include an optional Internet component using sites with regularly updated information or archived data. They also provide lab instructors the option of using other maps or aerial photographs (perhaps from their own locations).

Exercises include:

  • Earth-Sun Relationships
  • Atmospheric Processes
  • Mapping
  • Water Resources
  • Erosion Processes
  • Landforms
  • Trigonometry Applications in Geographic Fieldwork
  • Recurrence Intervals
  • Vegetation Analysis
  • Field Mapping
  • Aerial Photography Interpretation and Landform Analysis

Preface 
Acknowledgments 
About the Author 

Lab Exercises

1 Field Mapping 
2 Latitude, Longitude, and Time 
3 Earth-Sun Relations 
4 Solar Radiation 
5 Changing Earth-Sun Relations: Milankovitch Cycles 
6 Atmospheric Pressure and Winds
7 Global Atmosphere and Ocean Circulation
8 Atmospheric Humidty
9 Adiabatic Processes and Precipitation
10 Air Masses, Cyclonic  Storms, and Fronts
11 Tropical Cyclones and Hurricanes
12 Weather Analysis  
13 Climate Classification
14 Climate Change and Paleoclimatology
15 Topographic Map and Aerial Photograph Interpretation 
16 Global Positioning System Applications  
17 Trigonometry Applications in Geographical Field Work  
18 Contour Mapping  
19 Soil Properties  
20 Soil Erosion  
21 Vegetation Analysis  
22 Runoff and Infiltration  
23 Stream Discharge 
24 Recurrence Intervals 
25 Fluvial Geomorphology
26 Arid Landscapes
27 Glaciated Landscapes
28 Coastal Geomorphology

Appendix A  Trigonometry Tables 
Appendix B  Diameter and Corresponding Circumference and Area 
Appendix C  Internet Sites 
Index

David Shankman
Carl Andrew Reese

Physical Geography Laboratory Manual moves students away from the traditional workbook approach and towards an ideal of an entirely hands-on, empirical method of instruction. From this hands-on approach, students will:

  • Gain a more complete understanding of the physical landscape
  • Acquire experience in data collection from the field
  • Formulate questions and think critically about their observations
  • Recognize patterns in their physical environment
  • Better understand the processes around them
  • GPS (Global Positioning System) Applications
  • 3 new topo maps with aerial photographs


Physical Geography Laboratory Manual is designed for a one or two semester laboratory course in physical geography or environmental science. It will complement most introductory physical geography and environmental texts. The exercises are self-explanatory and include maps, aerial photographs, and worksheets. Most exercises include an optional Internet component using sites with regularly updated information or archived data. They also provide lab instructors the option of using other maps or aerial photographs (perhaps from their own locations).

Exercises include:

  • Earth-Sun Relationships
  • Atmospheric Processes
  • Mapping
  • Water Resources
  • Erosion Processes
  • Landforms
  • Trigonometry Applications in Geographic Fieldwork
  • Recurrence Intervals
  • Vegetation Analysis
  • Field Mapping
  • Aerial Photography Interpretation and Landform Analysis

Preface 
Acknowledgments 
About the Author 

Lab Exercises

1 Field Mapping 
2 Latitude, Longitude, and Time 
3 Earth-Sun Relations 
4 Solar Radiation 
5 Changing Earth-Sun Relations: Milankovitch Cycles 
6 Atmospheric Pressure and Winds
7 Global Atmosphere and Ocean Circulation
8 Atmospheric Humidty
9 Adiabatic Processes and Precipitation
10 Air Masses, Cyclonic  Storms, and Fronts
11 Tropical Cyclones and Hurricanes
12 Weather Analysis  
13 Climate Classification
14 Climate Change and Paleoclimatology
15 Topographic Map and Aerial Photograph Interpretation 
16 Global Positioning System Applications  
17 Trigonometry Applications in Geographical Field Work  
18 Contour Mapping  
19 Soil Properties  
20 Soil Erosion  
21 Vegetation Analysis  
22 Runoff and Infiltration  
23 Stream Discharge 
24 Recurrence Intervals 
25 Fluvial Geomorphology
26 Arid Landscapes
27 Glaciated Landscapes
28 Coastal Geomorphology

Appendix A  Trigonometry Tables 
Appendix B  Diameter and Corresponding Circumference and Area 
Appendix C  Internet Sites 
Index

David Shankman
Carl Andrew Reese