Download Living in the Environment: Principles, Connections, and by George Tyler Miller, Scott Spoolman PDF

By George Tyler Miller, Scott Spoolman

During this present, thought-provoking environmental technological know-how textbook, G. Tyler Miller and new coauthor Scott Spoolman carry the idea that of sustainability to the vanguard. scholars are engaged and influenced with shiny case experiences and hands-on quantitative workouts. because the authors show off 4 clinical ideas of sustainability, they immerse scholars within the many sensible steps they, as contributors, can take towards extra sustainable life. The book's new concept-centered layout transforms advanced environmental issues and matters into key ideas that scholars will comprehend and take note.

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Living in the Environment: Principles, Connections, and Solutions

During this present, thought-provoking environmental technology textbook, G. Tyler Miller and new coauthor Scott Spoolman carry the idea that of sustainability to the vanguard. scholars are engaged and inspired with bright case stories and hands-on quantitative routines. because the authors exhibit 4 clinical ideas of sustainability, they immerse scholars within the many useful steps they, as contributors, can take towards extra sustainable existence.

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Take away solar energy, and all natural capital would collapse. Solar energy warms the planet and supports photosynthesis—a complex chemical process that plants use to provide food for themselves and for us and most other animals. This direct input of solar energy also produces indirect forms of renewable solar energy such as wind, flowing water, and biofuels made from plants and plant residues. Thus, our lives and economies depend on energy from the sun ( solar capital ) and natural resources and natural services ( natural capital ) provided by the earth (Concept 1-1A).

The per capita ecological footprint is the average ecological footprint of an individual in a given country or area. If a country’s, or the world’s, total ecological footprint is larger than its biological capacity to replenish its renewable resources and absorb the resulting waste products and pollution, it is said to have an ecological deficit. The World Wildlife Fund (WWF) and the Global Footprint Network estimated that in 2003 (the latest data available) humanity’s global ecological footprint exceeded the earth’s biological capacity by about 25% (Figure 1-10, right).

Data from the tion or affluence, without seriously degrading the World Bank and United Nations; photo L. Yong/UNEP/Peter Arnold, Inc) Key Questions and Concepts* 1-1 What is an environmentally sustainable society? 1-5 Why do we have environmental problems? C O N C E P T 1 - 1 A Our lives and economies depend on energy C O N C E P T 1 - 5 A Major causes of environmental problems are from the sun ( solar capital ) and on natural resources and natural services ( natural capital ) provided by the earth.

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