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Summary

Engage students in seeing the data, connections, and solutions behind environmental issues
Environment: The Science Behind the Stories integrates real-world stories and case studies to help you see the data, connections and solutions behind environmental issues.

For courses in introductory environmental science.

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Author Biography

Jay Withgott has authored Environment: The Science Behind the Stories as well as its brief version, Essential Environment, since their inception. In dedicating himself to these books, he works to keep abreast of a diverse and rapidly changing field and continually seeks to develop new and better ways to help today's students learn environmental science. As a researcher, Jay has published scientific papers in ecology, evolution, animal behavior, and conservation biology in journals ranging from Evolution to Proceedings of the National Academy of Sciences. As an instructor, he has taught university lab courses in ecology and other disciplines. As a science writer, he has authored articles for numerous journals and magazines including Science, New Scientist, BioScience, Smithsonian, and Natural History. By combining his scientific training with prior experience as a newspaper reporter and editor, he strives to make science accessible and engaging for general audiences. Jay holds degrees from Yale University, the University of Arkansas, and the University of Arizona. Jay lives with his wife, biologist Susan Masta, in Portland, Oregon.

Matthew Laposata is a professor of environmental science at Kennesaw State University (KSU). He holds a bachelor's degree in biology education from Indiana University of Pennsylvania, a master's degree in biology from Bowling Green State University, and a doctorate in ecology from The Pennsylvania State University. Matt is the coordinator of KSU's two-semester general education science sequence titled Science, Society, and the Environment, which enrolls roughly 6000 students per year. He focuses exclusively on introductory environmental science courses and has enjoyed teaching and interacting with thousands of students during his nearly two decades in higher education. He is an active scholar in environmental science education and has received grants from state, federal, and private sources to develop innovative curricular materials. His scholarly work has received numerous awards, including the Georgia Board of Regents' highest award for the Scholarship of Teaching and Learning. Matt resides in suburban Atlanta with his wife, Lisa, and children, Lauren, Cameron, and Saffron.

1. Science and Sustainability
Our Island, Earth
Environmental Science
The Nature of Science
Seeking a Sustainable Future

2. Earth's Physical Systems
Matter, Chemistry, and the Environment
Energy: An Introduction
Geology: The Physical Basis for Environmental Science
Geologic and Natural Hazards

3. Evolution and Population Ecology
Evolution: The Source of Earth's Biodiversity
Ecology and the Organism
Population Ecology
Conserving Biodiversity

4. Species Interactions and Community Ecology
Species Interactions
Ecological Communities
Earth's Biomes

5. Environmental Systems and Ecosystem Ecology
Earth's Environmental Systems
Ecosystems
Biogeochemical Cycles

6. Ethics, Economics, and Sustainable Development
Environmental Ethics
Economics and the Environment
Sustainable Development

7. Environmental Policy
Environmental Policy: An Overview
U.S. Environmental Law and Policy
International Environmental Policy
Approaches to Environmental Policy

8. Human Population
Our World at Nearly 8 Billion
Demography
Population and Society

9. The Underpinnings of Agriculture
Resources and Services for Agriculture
Soil: A Foundation of Agriculture
Water for Agriculture
Nutrients for Plants
Pollination for Farming
Preserving Genetic Diversity
Conserving Soil and Land Resources

10. Making Agriculture Sustainable
The Race to Feed the World
Raising Animals for Food
Controlling Pests and Weeds
Genetically Modified Food
Organic Agriculture
Sustainable Food Production

11. Biodiversity and Its Conservation
Life's Diversity on Earth
Benefits of Biodiversity
Biodiversity Loss and Extinction
Conservation Biology: The Search for Solutions

12. Forests, Forest Management, and Protected Areas
Forest Ecosystems and Forest Resources
Forest Loss
Forest Management
Parks and Protected Areas

13. The Urban Environment
Our Urbanizing World
Sprawl
Creating Livable Cities
Urban Sustainability

14. Environmental Health and Toxicology
Environmental Health
Toxic Substances and Their Effects on Organisms
Toxic Substances and Their Effects on Ecosystems
Studying Effects of Hazards
Risk Assessment and Risk Management
Philosophical and Policy Approaches

15. Freshwater Systems and Resources
Freshwater Systems
Human Activities Affect Waterways
Solutions to Depletion of Fresh Water
Freshwater Pollution and Its Control

16. Marine and Coastal Systems and Resources
The Oceans
Marine and Coastal Ecosystems
Marine Pollution
Emptying the Oceans
Marine Conservation

17. The Atmosphere, Air Quality, and Air Pollution Control
The Atmosphere
Outdoor Air Quality
Ozone Depletion and Recovery
Addressing Acid Deposition
Indoor Air Quality

18. Global Climate Change
Our Dynamic Climate
Studying Climate Change
Impacts of Climate Change
Responding to Climate Change

19. Fossil Fuels and Energy Efficiency
Sources of Energy
Fossil Fuels: Their Formation, Extraction, and Use
Reaching Further for Fossil Fuels
Addressing Impacts of Fossil Fuel Use
Energy Efficiency and Conservation

20. Conventional Energy Alternatives
Alternatives to Fossil Fuels
Nuclear Power
Bioenergy
Hydroelectric Power

21. New Renewable Energy Sources
Shifting to Renewable Energy
Solar Energy
Wind Power
Geothermal Energy
Ocean Energy Sources
Energy Storage

22. Managing Our Waste
Approaches to Waste Management
Municipal Solid Waste
Industrial Solid Waste
Hazardous Waste

23. Minerals and Mining
Earth's Mineral Resources
Mining Methods and Their Impacts
Toward Sustainable Mineral Use

Supplemental Materials

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