Environmental ScienceENVIRONMENTAL SCIENCE inspires and equips students to make a difference for the world. Featuring sustainability as their central theme, authors Tyler Miller and Scott Spoolman emphasize natural capital, natural capital degradation, solutions, trade-offs, and the importance of individuals. As a result, students learn how nature works, how they interact with it, and how humanity has sustained and can continue to sustain its relationship with the earth by applying nature's lessons to economies and individual lifestyles. Engaging features like Core Case Studies, and Connections boxes demonstrate the relevance of issues and encourage critical thinking. Updated with new learning tools, the latest content, and an enhanced art program, this highly flexible book allows instructors to vary the order of chapters and sections within chapters to meet the needs of their courses. Two new active learning features conclude each chapter. Doing Environmental Science offers project ideas based on chapter content that build critical thinking skills and integrate scientific method principles. Global Environmental Watch offers online learning activities through the Global Environment Watch website, helping students connect the book's concepts to current real-world issues. Important Notice: Media content referenced within the product description or the product text may not be available in the ebook version. |
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Tulokset 1 - 5 kokonaismäärästä 5
Sivu 13
13 Number of Earths Total Ecological Footprint (million hectares) and Share.
dumped on the land (possibly causing water pollution through runoff or seepage
into groundwater), or buried (possibly causing soil and groundwater pollution).
Third ...
13 Number of Earths Total Ecological Footprint (million hectares) and Share.
dumped on the land (possibly causing water pollution through runoff or seepage
into groundwater), or buried (possibly causing soil and groundwater pollution).
Third ...
Sivu 14
Number of Earths Total Ecological Footprint (million hectares) and Share of
Global Biological Capacity (%) United States _ 2,810 (25%) European Union —
2,160 (19%) China— 2050 (18%) India - 780 (7%) Japan - 540 (5%) Per Capita ...
Number of Earths Total Ecological Footprint (million hectares) and Share of
Global Biological Capacity (%) United States _ 2,810 (25%) European Union —
2,160 (19%) China— 2050 (18%) India - 780 (7%) Japan - 540 (5%) Per Capita ...
Sivu 23
ECOLOGICAL FOOTPRINT ANALYSIS If the ecological footprint per person of. 1.
Do you think you are living unsustainably? Explain. If so, what are the three most
environmentally unsustainable components of your lifestyle? List two ways in ...
ECOLOGICAL FOOTPRINT ANALYSIS If the ecological footprint per person of. 1.
Do you think you are living unsustainably? Explain. If so, what are the three most
environmentally unsustainable components of your lifestyle? List two ways in ...
Sivu 24
ECOLOGICAL FOOTPRINT ANALYSIS If the ecological footprint per person of a
country or the world the world has an ecological credit or reserve. Use the data
below (Figure 1-8) is larger than its biological capacity per person to to calculate
...
ECOLOGICAL FOOTPRINT ANALYSIS If the ecological footprint per person of a
country or the world the world has an ecological credit or reserve. Use the data
below (Figure 1-8) is larger than its biological capacity per person to to calculate
...
Sivu 60
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201 l Cengage 201i Cengage Learning acid air pollution animals anti/or aquatic aquifers areas atmosphere atoms biodiversity carbon CHAPTER chemical climate change coal coastal copied Copyright 201 Copyright 201i Cengage Core Case Study countries crops cycle Data degradation depletion Due to electronic duplicated e-waste earth’s eBook and/or eChapterts ecological footprint ecological succession economic ecosystems electricity electronic rights emissions energy resources environment example extinction Figure fish forests fossil fuels freshwater genetic global greenhouse greenhouse gas groundwater growing habitats hazardous waste heat human activities increase industrial keystone species land levels live major million mineral natural capital nuclear power nutrients ocean organic ozone pesticides population growth principles of sustainability problems produce protect recycling reduce reuse Rights Reserved scanned scientists soil solar cells solar energy species suppressed surface third party content tion topsoil toxic trees tropical United urban water pollution wetlands whole wildlife world’s www.cengagebrain.com