Environmental Science Demystified by
PART ONE: ATMOSPHERE Chapter 1. Our Planet Earth Chapter 2. World Ecosystems and Biodiversity Chapter 3. Atmosphere Chapter 4. Greenhouse Effect and Global Warming Test: Part One PART TWO: WATER Chapter 5. Hydrologic Cycle Chapter 6. Oceans and Fisheries Chapter 7. Glaciers Chapter 8.
Encyclopedia of Climate Change by
This new edition of The Encyclopedia of Climate Change provides comprehensive coverage of global warming and climate change, including scientific descriptions and explanations of all factors, from carbon dioxide to sunspots, that might contribute to climate change. Previously published as the Encyclopedia of Global Warming in 2009, this new edition, now titled the Encyclopedia of Climate Change brings the conversation up-to-date with a full update of existing material and over 100 new entries. New content includes detailed information from the 2015 UN Climate Change Conference, Greenpeace Activists, the Politics of Global Warming, Environmental Politics, Negotiations on Greenhouse Gas Emissions and The Standing March, to name a few. This encyclopedia is designed to provide students at the high school and undergraduate levels with a convenient source of information on the fundamental science and sociopolitical issues, including the debates and controversies, surrounding climate change. The study of climate change involves not only scientists but also politicians, policy makers, businesses, government and nongovernment agencies, and the general public. A student attempting to understand both the environmental science and social issues and controversies will encounter not just scientific terms and concepts but political organizations, geographic areas, social concepts, persons, countries, organizations, and laws as well. The essays in the set fall into one or more of the following broad categories: animals, Arctic and Antarctic, astronomy, chemistry and geochemistry, climatic events and epochs, conferences and meetings, cryology and glaciology, diseases and health effects, economics, industries and products, energy, environmentalism, conservation and ecosystems, ethics, human rights and social justice, fossil fuels, geology and geography, laws, treaties and protocols, meteorology and atmospheric sciences, nations and peoples, oceanography, organizations and agencies, physics and geophysics, plants and vegetation, pollution and waste, popular culture and society, science and technology, transportation, and water resources.
Environmental Science by
Environmental Science: A Global Concern is a comprehensive presentation of environmental science for non-science majors which emphasizes critical thinking, environmental responsibility, and global awareness. This book is intended for use in a one or two-semester course in environmental science, human ecology, or environmental studies at the college or advanced placement high school level. As practicing scientists and educators, the Cunningham author team brings decades of experience in the classroom, in the practice of science, and in civic engagement. This experience helps give students a clear sense of what environmental science is and why it matters in this exciting, new 13th edition. Environmental Science: A Global Concern provides readers with an up-to-date, introductory global view of essential themes in environmental science. The authors balance evidence of serious environmental challenges with ideas about what we can do to overcome them. An entire chapter focuses on ecological restoration; one of the most important aspects of ecology today. Case studies in most chapters show examples of real progress, and “What Can You Do?” lists give students ideas for contributing to solutions.
Scientific American Environmental Science for a Changing World by
Following real people and real science, Environmental Science for a Changing World provides a unique context for showing students how science works and how to think critically about environmental issues. Chapters don't merely include interesting stories they are examples of science journalism at its best, combining Scientific American-style writing, layout, and graphics to tell compelling stories that exemplify important concepts and issues. This approach has proven so effective that instructors using the book report a dramatic increase in the number of students who read the assignments and come to class ready to participate. This updated new edition features new stories, updated scientific coverage, and enhanced Infographics--the book's signature visual study tool that combines memorable images, step-by-step callouts, and questions that foster scientific literacy. The book is organized into 11 chapters, each consisting of multiple modules focused on different aspects of environmental science, from ecology and evolution, to human interactions with the environment, to land, water, and energy resources. Although each module tells a compelling and relatable story, it is built on a core pedagogy of Guiding Questions that help students extract the scientific concepts that form the basis for the story. This edition also has its own dedicated version of Macmillan's online course space, LaunchPad, which is filled with Video exercises, animations, graphing exercises, and assessments, including LearningCurve adaptive quizzing that help students apply the science, debunk misconceptions, and prepare for exams.
Environmental Science by
Environmental Science: Principles and Practices provides the scientific principles, concepts, applications, and methodologies required to understand the interrelationships of the natural world, identify and analyze environmental problems both natural and manmade, evaluate the relative risks associated with these problems, and examine alternative solutions (such as renewable energy sources) for resolving and even preventing them. Frank R. Spellman and Melissa Stoudt introduce the science of the environmental mediums of air, water, soil, and biota to undergraduate students. Interdisciplinary by nature, environmental science embraces a wide array of topics. Environmental Science: Principles and Practices brings these topics together under several major themes, including 1.How energy conversions underlie all ecological processes 2.How the earth's environment functions as an integrated system 3.How human activities alter natural systems 4.How the role of culture, social, and economic factors is vital to the development of solutions 5.How human survival depends on practical ideas of stewardship and sustainability Environmental Science: Principles and Practices is an ideal resource for students of science in the classroom and at home, in the library and the lab.
The Dictionary of Environmental Science and Engineering by
This will be a valuable reference tool for anyone working, whether directly or indirectly, with the environment. The dictionary describes many of the acts, organisations and requirements related to the legislation of the environment, giving particular emphasis to those of the United States of America.
Trends in Environmental Science by
The environment is considered the surroundings in which an organism operates, including air, water, land, natural resources, flora, fauna, humans and their interrelation. It is this environment that is both so valuable on the one hand, and so endangered on the other. And it is people that are by and large ruining the environment, both for themselves and for all other organisms. This book presents some of the latest research in the field.
Environmental Science Research by
The environment is considered the surroundings in which an organism operates, including air, water, land, natural resources, flora, fauna, humans and their interrelation. It is this environment that is both so valuable on the one hand, and so endangered on the other. And it is people that are by and large ruining the environment, both for themselves and for all other organisms. This book presents and discusses research in this field of study. Topics discussed herein include strategies for reducing carbon dioxide emissions; removal of aromatic organic pollutants; bacteriological examination of drinking water; ecotoxicology of heavy metals in marine sponges; and solid waste management practices.
