Environmental Science In Context 1st Edition by Janet Witalec, Brenda Wilmoth Lerner, K Lee Lerner ISBN 9781414436173 by Janet Witalec 1414436173, 9781414436173, 1414436181, 9781414436180, 9781414436197, 141443619X, 9781414437149 instant download after payment.

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ISBN 13: 9781414436173
Author: Janet Witalec, Brenda Wilmoth Lerner, K Lee Lerner

Environmental Science in Context provides comprehensive coverage of the environmental sciences. Cross-curricular in nature, the title supports both basic and advanced curricula in earth and environmental science, physics, chemistry, and biology, as well as general science, history, government, and the social sciences. Aimed primarily at high school students, this 2-volume, 4-color title will offer coverage of the history, politics, and ethical debates related to environmental science. It brings together original essays written by leading experts in the field, primary source documents, and sidebars on the cultural, economic, and political issues surrounding scientific thought -- providing insights on leading social issues and spurring critical thinking about the impact of science on daily life and globalization.

Written by a global array of experts in physics, geology, earth science, environmental science, sociology, and law, Environmental Science in Context includes approximately 250 articles on such topics as fossil fuel combustion, freshwater, international environmental law, landscape evolutions, orbital variations, recycling, wastewater treatment technologies, weather and climate, and more.

Environmental Science In Context 1st Table of contents:

Part I: Foundations of Environmental Science and Sustainability

Chapter 1: Understanding Our Environment: An Interdisciplinary Approach

• What is Environmental Science?
• The Importance of Interdisciplinarity
• Our Human Footprint: A Historical Perspective
• The Concept of Sustainability: Living Within Our Means
• The Scientific Method and Environmental Research
• In Context: Local to Global Environmental Challenges

Chapter 2: Environmental Ethics, Worldviews, and Values

• Defining Environmental Ethics
• Anthropocentrism, Biocentrism, and Ecocentrism
• Environmental Justice: Equity and Distribution of Burdens
• Traditional Ecological Knowledge
• In Context: Ethical Dilemmas in Resource Management

Chapter 3: Environmental Systems: Matter, Energy, and Life

• Matter and Energy: The Building Blocks of the Environment
• The Laws of Thermodynamics and Energy Flow
• Photosynthesis and Cellular Respiration
• Earth's Systems: Atmosphere, Hydrosphere, Lithosphere, Biosphere
• In Context: Energy Efficiency in Everyday Life

Chapter 4: Evolution, Biodiversity, and Population Ecology

• Evolution and Natural Selection
• Species Interactions: Competition, Predation, Symbiosis
• Population Dynamics: Growth, Limiting Factors, Carrying Capacity
• Biodiversity: Levels, Value, and Threats
• In Context: Conservation Efforts and Endangered Species

Part II: Human Population and Resource Management

Chapter 5: The Human Population and Its Impact

• History of Human Population Growth
• Demography: Birth Rates, Death Rates, Migration
• Factors Influencing Population Growth and Decline
• The IPAT Model and Ecological Footprint
• In Context: Case Studies in Population Management and Development

Chapter 6: Sustaining Our Lands: Agriculture, Forests, and Rangelands

• Principles of Sustainable Agriculture
• The Green Revolution and Its Consequences
• Forest Management: Conservation vs. Exploitation
• Rangeland Management and Desertification
• In Context: Food Security and Global Land Use

Chapter 7: Water Resources and Aquatic Systems

• The Global Water Cycle
• Freshwater Resources: Availability and Distribution
• Water Use and Management: Irrigation, Industry, Domestic
• Water Pollution: Sources, Impacts, and Solutions
• Aquatic Ecosystems: Oceans, Rivers, Lakes, Wetlands
• In Context: Water Conflicts and International Cooperation

Chapter 8: Energy Resources and Their Environmental Consequences

• Nonrenewable Energy: Fossil Fuels and Nuclear Power
• Renewable Energy: Solar, Wind, Hydroelectric, Geothermal, Bioenergy
• Energy Efficiency and Conservation
• The Future of Energy: Challenges and Opportunities
• In Context: Energy Policy and Climate Change Mitigation

Part III: Environmental Degradation and Global Challenges

Chapter 9: Atmospheric Processes and Air Pollution

• Structure and Composition of the Atmosphere
• Air Pollution: Sources, Types, and Health Impacts
• Smog, Acid Deposition, and Ozone Depletion
• Indoor Air Pollution
• In Context: Urban Air Quality and Regulations

Chapter 10: Climate Change: Causes, Impacts, and Solutions

• The Greenhouse Effect and Anthropogenic Emissions
• Evidence of Climate Change: Temperature, Ice, Sea Level
• Projected Impacts on Ecosystems, Human Health, and Economy
• Adaptation and Mitigation Strategies
• In Context: International Climate Agreements and Local Initiatives

Chapter 11: Waste Management and Industrial Ecology

• Types of Waste: Municipal, Industrial, Hazardous
• Waste Management Hierarchy: Reduce, Reuse, Recycle
• Landfills, Incineration, and Composting
• Industrial Ecology and Circular Economy Principles
• In Context: E-Waste and Sustainable Consumption

Chapter 12: Environmental Health and Toxicology

• Environmental Hazards: Chemical, Physical, Biological
• Toxicology: Dose-Response and Risk Assessment
• Environmental Diseases and Public Health
• Emerging Contaminants
• In Context: Chemical Regulation and Consumer Protection

Part IV: Towards a Sustainable Future: Solutions and Policy

Chapter 13: Environmental Policy and Law

• The Policy Cycle and Environmental Decision-Making
• Major Environmental Laws and Regulations (e.g., Clean Air Act, CWA, ESA)
• International Environmental Law and Treaties
• The Role of Government, NGOs, and Citizens
• In Context: Lobbying and Environmental Advocacy

Chapter 14: Economics and the Environment

• Economic Systems and Environmental Impacts
• Valuing the Environment: Ecosystem Services
• Market-Based Instruments for Environmental Protection (e.g., Carbon Taxes, Cap-and-Trade)
• Green Economy and Sustainable Development Goals
• In Context: Cost-Benefit Analysis in Environmental Projects

Chapter 15: Urbanization and Sustainable Cities

• The Growth of Cities: Trends and Challenges
• Urban Sprawl and Its Impacts
• Principles of Sustainable Urban Planning
• Green Infrastructure and Smart Growth
• In Context: Case Studies of Eco-Cities

Chapter 16: Looking Forward: Our Role in a Sustainable World

• The Challenge of Planetary Boundaries
• Individual Actions and Collective Impact
• Education, Innovation, and Collaboration
• Optimism and Engagement for a Sustainable Future
• In Context: Personal Environmental Footprint and Activism

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