This highly topical book comes at a time when the two-way relationship between humankind and the environment is moving inexorably to the top of the agenda. It covers both sides of this delicate balancing act, explaining how various natural processes influence humanity, including its economic activities and engineering structures, while also illuminating the ways in which human activity puts pressure on the natural environment. Chapters analyze a varied selection of phenomena that directly affect people’s lives, from geological processes such as earthquakes and tsunamis to cosmic events such as magnetic storms. The author moves on to consider the effect we have on nature, ranging from the impact of heavy industry to the environmental consequences of sport and recreational pastimes. Complete with maps, photographs and detailed case studies, this book provides a comprehensive overview of the biggest issue we face as a species—the way we relate to the natural world around us. This book includes more than 100 maps showing the global distribution of different natural processes/human activities and more that 450 photographs from many countries and all oceans. It will provide a valuable resource for both graduate students and researchers in many fields of knowledge. Sergey Govorushko is a chief research scholar at the Pacific Geographical Institute, Russian Academy of Sciences. He is also Professor at the Far Eastern Federal University (Vladivostok). Sergey Govorushko received his PhD from the Institute of Geography, Russian Academy of Sciences. His research activities focus on the interaction between humanity and the environment, including the impact of nature on humanity; the impact of humanity on the environment; and assessment of the interaction (environmental impact assessment, environmental audit, etc.). He has authored eight and co-authored seven monographs.

Ecological restoration is the process of repairing human damage to ecosystems. It involves reintroducing missing plants and animals, rebuilding soils, eliminating hazardous substances, ripping up roads, and returning natural processes such as fire and flooding to places that thrive on their regular occurrence. Thousands of restoration projects take place in North America every year. In Nature by Design, Eric Higgs argues that profound philosophical and cultural shifts accompany these projects. He explores the ethical and philosophical bases of restoration and the question of what constitutes good ecological restoration. Higgs explains how and why the restoration movement came about, where it fits into the array of approaches to human relationships with the land, and how it might be used to secure a sustainable future. Some environmental philosophers and activists worry that restoration will dilute preservation and conservation efforts and lead to an even deeper technological attitude toward nature. They ask whether even well-conceived restoration projects are in fact just expressions of human will. Higgs prefaces his responses to such concerns by distinguishing among several types of ecological restoration. He also describes a growing gulf between professionals and amateurs. Higgs finds much merit in criticism about technological restoration projects, which can cause more damage than they undo. These projects often ignore the fact that changing one thing in a complex system can change the whole system. For restoration projects to be successful, Higgs argues, people at the community level must be engaged. These focal restorations bring communities together, helping volunteers develop a dedication to place and encouraging democracy.

This key book is a revised and updated discussion of the fundamental conflict in the perception of nature, and an expression of the essential need for an environmental view when approaching urban design. Whilst retaining the existing structure, each of the chapters has been revised to take into account recent theoretical and practical developments. A completely new concluding chapter has been added which draws together the themes of the volume and links these to broader landscape issues such as greenway systems, landscape ecology and green infrastructure.

In thinking about ontology as the study of being or what fundamentally exists, we can adopt an ontology that either takes substances or processes as primary. There are, however, both commonsense and naturalistic reasons for not fully adopting a substance ontology, which indicate that we ought to suspend judgment with respect to the acceptance of a substance ontology. Doing so allows room to further explore other ontologies. In this book, Andrew M. Winters argues that there are both commonsense and naturalistic reasons for further pursuing a process ontology. Adopting a process ontology allows us to overcome many of the difficulties facing a substance ontology while also accommodating many of the phenomenon that substance ontologies were appealed to for explanation. Given these reasons, we have both commonsense and naturalistic reasons for pursuing and developing a metaphysics without substance.

Natural Hazards: Earth Processes as Hazards, Disasters and Catastrophes, Fourth Edition, is an introductory-level survey intended for university and college courses that are concerned with earth processes that have direct, and often sudden and violent, impacts on human society. The text integrates principles of geology, hydrology, meteorology, climatology, oceanography, soil science, ecology and solar system astronomy. The book is designed for a course in natural hazards for non-science majors, and a primary goal of the text is to assist instructors in guiding students who may have little background in science to understand physical earth processes as natural hazards and their consequences to society. Natural Hazards uses historical to recent examples of hazards and disasters to explore how and why they happen and what we can do to limit their effects. The text's up-to-date coverage of recent disasters brings a fresh perspective to the material. The Fourth Edition continues our new active learning approach that includes reinforcement of learning objective with a fully updated visual program and pedagogical tools that highlight fundamental concepts of the text. This program will provide an interactive and engaging learning experience for your students. Here's how: Provide a balanced approach to the study of natural hazards: Focus on the basic earth science of hazards as well as roles of human processes and effects on our planet in a broader, more balanced approach to the study of natural hazards. Enhance understanding and comprehension of natural hazards: Newly revised stories and case studies give students a behind the scenes glimpse into how hazards are evaluated from a scientific and human perspective; the stories of real people who survive natural hazards, and the lives and research of professionals who have contributed significantly to the research of hazardous events. Strong pedagogical tools reinforce the text's core features: Chapter structure and design organizes the material into three major sections to help students learn, digest, and review learning objectives.

An updated and revised discussion of the fundamental conflict in the perception of nature and an expression of the essential need for an environmental view when approaching urban design.

FOCUSING ON CONTAMINANT FATE AND TRANSPORT, DESIGN OF ENVIRONMENTAL-CONTROL SYSTEMS, AND REGULATORY CONSTRAINTS This textbook details the fundamental equations that describe the fate and transport of contaminantsin the water environment. The application of these fundamental equations to the design of environmental-control systems and methodologies for assessing the impact of contaminant discharges into rivers, lakes, wetlands, ground water, and oceans are all covered. Readers learn to assess how much waste can be safely assimilatedinto a water body by developing a solid understanding of the relationship between the type of pollutant discharged, the characteristics of the receiving water, and physical, chemical, and biological impacts. In cases of surface runoff from urban and agricultural watersheds, quantitative relationships between the quality of surface runoff and the characteristics of contaminant sources located within the watersheds are presented. Some of the text's distinguishing features include its emphasis on the engineering design of systems that control the fate and transport of contaminants in the water environment, the design of remediation systems, and regulatory constraints. Particular attention is given to use-attainability analyses and the estimation of total maximum daily loads, both of which are essential components of water-quality control in natural systems. Readers are provided with a thorough explanation of the complex set of laws and regulations governing water-quality control in the United States. Proven as an effective textbook in several offerings of the author's class "Water Quality Control in Natural Systems," the flow of the text is carefully structured to facilitate learning. Moreover, a number of practical pedagogical tools are offered: * Practical examples used throughout the text illustrate the effects of controlling the quality, quantity, timing, and distribution of contaminant discharges into the environment * End-of-chapter problems, and an accompanying solutions manual, help readers assess their grasp of each topic as they progress through the text * Several appendices with useful reference material are provided, including current U.S. Water Quality Standards * Detailed bibliography guides readers to additional resources to explore particular topics in greater depth With its emphasis on contaminant fate and transport and design of environmental-control systems, this text is ideal for upper-level undergraduates and graduate students in environmental and civil engineering programs.Environmental scientists and practicing environmental/civil engineers will also find the text relevant and useful.