Applied Ecology and Environmental Management - Böcker

Analyzing the self-sufficient Danish island of Samsø, this book explains sustainability through a bio-geophysical understanding of how to best use society’s limited resources to achieve true sustainability. The method used derives from the thermodynamic function of exergy. By analyzing exergy flows and establishing a system for evaluating the energy and the materials used in a society, the author creates a platform for monitoring certain indicators of sustainability. These indicators inform readers about the actions that must be taken and the time frames for achieving sustainability goals. The exergy-based approach is an important tool for carrying out such an analysis because it Focuses on several key thermodynamic concepts and the usefulness of exergy analysis for evaluating sustainability Explains sustainability by implementing thermodynamic laws to societal consumption and the use of resources Discusses new methods that integrate energy and material fluxes and evaluates them against each other Provides direct indicators for finding the largest problems/obstacles and deciding where measures should be taken Includes instructions on how to establish an accounting system for evaluating the energy and the materials used in a societyThis book is aimed for professionals, researchers, and students working on nature conservation and environmental management projects related to sustainability.

Bringing together a wealth of knowledge, the Handbook of Environmental Management, Second Edition, gives a comprehensive overview of environmental problems, their sources, their assessment, and their solutions. Through in-depth entries, and a topical table of contents, readers will quickly find answers to questions about pollution and management issues. This six-volume set is a reimagining of the award-winning Encyclopedia of Environmental Management, published in 2013, and features insights from more than 500 contributors, all experts in their fields.The experience, evidence, methods, and models used in studying environmental management is presented here in six stand-alone volumes, arranged along the major environmental systems. Features of the new edition: The first handbook that demonstrates the key processes and provisions for enhancing environmental management. Addresses new and cutting -edge topics on ecosystem services, resilience, sustainability, food-energy-water nexus, socio-ecological systems and more. Provides an excellent basic knowledge on environmental systems, explains how these systems function and offers strategies on how to best manage them. Includes the most important problems and solutions facing environmental management today.

Ecosystem-Based Management (EBM) is one of the most holistic approaches to protecting marine and coastal ecosystems as it recognizes the need to protect entire marine ecosystems instead of individual species. After decades of pollution, habitat degradation and overfishing, now climate change and ocean acidification threaten the health of the ocean in unprecedented way. Environmental Management of Marine Ecosystems illustrates the current status, trends, and effects of climate, natural disturbances and anthropogenic impacts on marine ecosystems. It demonstrates how to integrate different management tools and models in an up-to-date, multidisciplinary approach to environmental management. This indispensable guide provides several case studies from around the world and creates a framework for identifying management tools and their applications in coral reefs, fisheries, migratory species, marine islands and associated ecosystems such as mangroves and sea grass beds. It discusses the physical and chemical compositions of marine ecosystems along with the threats and actions needed to protect them. The application of model framework to several contemporary management issues include the modelling of harmful algal bloom dynamics, understanding the dispersal of sea lice, and the possible impacts on intertidal communities of the provision of novel offshore habitat. The results of extensive research by an international team of contributors, the Environmental Management of Marine Ecosystems is designed to inform scientists, practitioners, academics, government and non-government policymakers on the particularities of marine ecosystems and assist them in understanding the EBM approaches in means of mitigation and adaptation of human activities that result in sustainability. These practices will help change the current methodologies used for resource assessment and the future regulations of marine resources.

Focused on the mechanics of managing environmental data, this book provides guidelines on how to evaluate data requirements, assess tools and techniques, and implement an effective system. Moving beyond the hypothetical, Gerald Burnette illustrates the decision-making processes and the compromises required when applying environmental principles and practices to actual data. Managing Environmental Data explains the basic principles of relational databases, discusses database design, explores user interface options, and examines the process of implementation. Best practices are identified during each portion of the process. The discussion is summarized via the development of a hypothetical environmental data management system. Details of the design help establish a common framework that bridges the gap between data managers, users, and software developers. It is an ideal text for environmental professionals and students. The growth in both volume and complexity of environmental data presents challenges to environmental professionals. Developing better data management skills offers an excellent opportunity to meet these challenges. Gaining knowledge of and experience with data management best practices complements students’ more traditional science education, providing them with the skills required to address complex data requirements.

Focused on the mechanics of managing environmental data, this book provides guidelines on how to evaluate data requirements, assess tools and techniques, and implement an effective system. Moving beyond the hypothetical, Gerald Burnette illustrates the decision-making processes and the compromises required when applying environmental principles and practices to actual data. Managing Environmental Data explains the basic principles of relational databases, discusses database design, explores user interface options, and examines the process of implementation. Best practices are identified during each portion of the process. The discussion is summarized via the development of a hypothetical environmental data management system. Details of the design help establish a common framework that bridges the gap between data managers, users, and software developers. It is an ideal text for environmental professionals and students. The growth in both volume and complexity of environmental data presents challenges to environmental professionals. Developing better data management skills offers an excellent opportunity to meet these challenges. Gaining knowledge of and experience with data management best practices complements students’ more traditional science education, providing them with the skills required to address complex data requirements.

Continuing in the tradition of its bestselling predecessor, the Handbook of Ecological Indicators for Assessment of Ecosystem Health, Second Edition brings together world-class editors and contributors who have been at the forefront of ecosystem health assessment research for decades, to provide a sound approach to environmental management and sustainable development. Significantly updated and expanded, this authoritative resource details a proven framework for selecting, evaluating, and validating ecological indicators for ecosystem health assessment. It guides readers through the application of this framework to a wide range of ecosystems, including wetlands, estuaries, coastal zones, lakes, forests, marine ecosystems, lagoons, agricultural systems, landscapes, and rivers. The text synthesizes material from a variety of books, journals, and private research, to consider biodiversity, energy needs, ecological economics, and natural capital in the measurement of ecological health. Organized for ease of reference, the first part of the handbook provides the required theoretical background. It presents a complete overview of all relevant ecological indicators—including thermodynamics, resilience estimates, exergy, and emergy indicators. The second part focuses on how to effectively apply the ecological indicators to a number of important ecosystems. It includes many examples and case studies that clearly illustrate the advantages and disadvantages of each method for specific applications.Offering first-hand insight and practical guidance from practitioners in the field, this complete resource supplies the tools and the well-rounded understanding required to diagnose the health of virtually any ecosystem with much improved accuracy.

Combining background knowledge and practical tools, Handbook of Inland Aquatic Ecosystem Management gives you an overview of how to manage inland waters in a holistic manner. It examines the problems that threaten aquatic inland water ecosystems and presents a set of toolboxes for solving them. The book focuses on lakes, reservoirs, ponds, rivers, wetlands, lagoons, and estuaries, including the predominant freshwater ecosystems as well as saline and brackish ecosystems.Understand Ecosystem Properties and Ecological ProcessesThe book consists of two parts. The first part reviews the basic scientific knowledge needed in the environmental and ecological management of aquatic ecosystems, from limnology and ecology of inland water ecosystems to environmental physics and chemistry. It emphasizes the interacting processes that characterize all inland aquatic ecosystems and explains the scientific considerations behind the conservation principles and their applications.Define the Problems and Quantify Their SourcesThe second part of the book presents toolboxes that you can apply to achieve more holistic environmental and ecological management. After an overview of the environmental problems of inland aquatic ecosystems and their sources, the book examines toolboxes to help you identify the problem, namely mass balances, ecological indicators, and ecological models. It also discusses toolboxes that can be used to find an environmental management solution to the problem: environmental technology, cleaner technology, and ecotechnology. Integrate Science and Practical Toolboxes to Manage Inland Waters More EffectivelyThis book shows you how to integrate biology, ecology, limnology, and chemistry with the toolboxes in an up-to-date, multidisciplinary approach to environmental management. It provides a powerful framework for ident

It is estimated that roughly 1000 new ecological and environmental models join the ranks of the scientific literature each year. The international peer-reviewed literature reports some 20,000 new models spanning the period from 1970-2010. Just to keep abreast of the field it is necessary to design a handbook of models that doesn’t merely list them, but rather draws the state-of-the-art development of models for ecosystem and environmental management.Published first in 1996, Handbook of Models Applied in Ecosystem and Environmental Management applies precisely this approach to review current models applied in ecosystem-wide as well as environmentally specific management. Divided into two sections, the first section focuses on models of common ecosystems, leaving out only the most rare and extreme. Chapters cover coastal and marine ecosystems, wetlands, and estuaries; lake models and those general considerations valid for all freshwater ecosystems; grasslands, forests, and general features of terrestrial ecosystems; and managed ecosystems including agriculture and aquaculture as well as wastewater treatment systems.Section II devotes attention to specific environmental problems. It begins with a look at "out of balance" problems such as eutrophication models, models of oxygen depletion, and acidification models in water pollution. Further chapters cover pollution by toxic substances, namely, heavy metal and organic toxins; global warming; fire and the spread of fire, and air pollution and the unique considerations of aerodynamics. Supported with extensive references, Handbook of Models Applied in Ecosystem and Environmental Management provides a solid overview of the models currently in use for the management and homeostasis of whole ecosystems as well as for the solution of today’s most pressing environmental problems.

Possibly the first textbook to present a practically applicable ecosystems theory, Introduction to Systems Ecology helps readers understand how ecosystems work and how they react to disturbances. It demonstrates—with many examples and illustrations—how to apply the theory to explain observations and to make quantitative calculations and predictions.In this book, Sven Erik Jørgensen takes a first step toward integrating thermodynamics, biochemistry, hierarchical organization, and network theory into a holistic theory of systems ecology. The first part of the book covers the laws of thermodynamics and the basic biochemistry of living organisms, as well as the constraints they impose on ecosystems. To grow and develop, however, ecosystems have to evade these thermodynamic and biochemical constraints, so the second part of the book discusses the seven basic properties that enable ecosystems to grow, develop, and survive:They are open systems, far from thermodynamic equilibrium.They are organized hierarchically.They have a high diversity.They have high buffer capacities toward changes.Their components are organized in cooperative networks, which allows for sophisticated feedback, regulation mechanisms, and higher efficiencies.They contain an enormous amount of information embodied in genomes.They have emerging system properties.This timely textbook also looks at how systems ecology is applied in integrated environmental management, particularly in ecological modeling and engineering and in the assessment of ecosystem health using ecological indicators. Acknowledging that there is still much room for improvement, it will inspire ecologists to develop a stronger and more widely applicable ecosystem theory.

Based on 40 years of experience, Integrated Environmental Management: A Transdisciplinary Approach brings together many ecological and technological tool boxes and applies them in a transdisciplinary method. The book demonstrates how to combine continuous improvement management tools and principles with proven environmental assessment methodologies. This integrated ecological and environmental management approach lets you view environmental problems from a holistic angle, considering the ecosystem as an entity as well as the entire spectrum of solutions and possible combinations of solutions. The book discusses the importance of examining all facets or possible problems associated with an ecosystem simultaneously and evaluating all the solution possibilities proposed by the relevant disciplines at the same time. The authors underline that there is no alternative to integrated, multidisciplinary, ecological–environmental management—at least not on a long-term basis. They lay down the fundamental concepts in an applications-oriented manner that allows you to apply the seven steps of environmental management directly. However, the book goes beyond delineating the available tool boxes; it also details how they can be integrated and combined to find an optimum solution to ecological–environmental problems.

Ecotoxicology and Chemistry Applications in Environmental Management describes how to set up an integrated, holistic approach to addressing ecotoxicological problems. It provides detailed explanations in answer to questions like "Why is it necessary to apply an integrated approach?" and "How does one apply an integrated environmental management approach?"Highlighted topics of the book includeEnvironmental chemical calculationsQSAR estimation methodsToxic substance interference with other environmental problemsUsing diagnostic ecological subdisciplines for solutionsCleaner production methods and technologiesEnvironmental risk assessmentAddressing one of the most difficult tasks today, this book provides a much-needed holistic view for translating scientific knowledge and research results into effective environmental management measures. Rooted in a seven-step method, it integrates examination and quantification of an environmental problem and describes the use of ecological diagnostic tools to develop a diagnosis for ecosystem health. It also presents methods for choosing and using solutions or combinations of solutions to tackle problems.

A global blue economy is an economic arena that depends on the benefits and values realized from the coastal and marine environments. This book explains the "sustainable blue economy" as a marine-based economy that provides social and economic benefits for current and future generations. It restores, protects, and maintains the diversity, productivity, and resilience of marine ecosystems, and is based on clean technologies, renewable energy, and circular material flows.

A global blue economy is an economic arena that depends on the benefits and values realized from the coastal and marine environments. This book explains the "sustainable blue economy" as a marine-based economy that provides social and economic benefits for current and future generations. It restores, protects, and maintains the diversity, productivity, and resilience of marine ecosystems, and is based on clean technologies, renewable energy, and circular material flows.

This book explores the concept of transforming the current macroeconomic system from one based on continuous growth that doesn’t recognize the fundamental importance of Earth's natural support structures, to a system consistent with the basic views of biophysical economics that acknowledges that all real wealth ultimately derives from planetary resources, both renewable and non-renewable. It describes how data and information collected by various institutions, government agencies, and the private sector can be integrated with existing management structures to transform the “continuous growth” economy into an economy that functions within understandable boundaries on a finite planet.FeaturesStimulates discussions of the feasibility of a biophysical economy.Discusses the historical developments of biophysical economics.Offers a practical approach to building a biophysical economy.Explores the human experience of living in a biophysical economy.Emphasizes the fragility of life in the Universe as we know it.This book is an excellent resource for academics and students studying sustainable development, as well as for professionals working in the private sector and public institutions with an interest in economic planning for a sustainable future.

This book shows, through real and current examples from the field of environmental and wetland science, that personal and professional success depends on persistence and a refusal to compromise on "doing the right thing" which for Professor Mitsch meant saving some of the world’s most important ecosystems, as well as educating future researchers and the general public along the way. Case studies described in this book illustrate that persistence pays off especially when the cause is motivated by something as important as improving our natural environment. They explain clearly that success is not easy, disasters and failures are part of the process, but having goals result in meaningful steps toward it.Features Emphasizes how it is possible to develop long-term goals and persistence for success both in the academic and environmental world. Offers examples set in universities across America and highlights important national wetlands such as the Florida Everglades, the Kankakee River Marshlands in the Great Lakes region, and Ohio’s Olentangy River Wetland Park, a Ramsar Wetland of International Importance. Speaks to scientists from across the country and the world. Discusses chronologically the developments and the achievements of environmental /wetland fields on a global scale. Explains how his personal achievements contributed to the growth of wetland and environmental sciences. Students and professionals in the physical and biological sciences, including chemistry, environmental science, ecological fields, and environmental policy, and especially environmental consultants such as scientists, managers, and engineers, will feel a sense of camaraderie with Professor Mitsch. His longstanding career and devotion to environmental and wetland sciences are an inspiration to all who currently work in the field, aspire to, or simply harbor a sense of appreciation about the natural world and want to learn more about steps that can be taken to manage and protect our planet and the environment.

This book shows, through real and current examples from the field of environmental and wetland science, that personal and professional success depends on persistence and a refusal to compromise on "doing the right thing" which for Professor Mitsch meant saving some of the world’s most important ecosystems, as well as educating future researchers and the general public along the way. Case studies described in this book illustrate that persistence pays off especially when the cause is motivated by something as important as improving our natural environment. They explain clearly that success is not easy, disasters and failures are part of the process, but having goals result in meaningful steps toward it.Features Emphasizes how it is possible to develop long-term goals and persistence for success both in the academic and environmental world. Offers examples set in universities across America and highlights important national wetlands such as the Florida Everglades, the Kankakee River Marshlands in the Great Lakes region, and Ohio’s Olentangy River Wetland Park, a Ramsar Wetland of International Importance. Speaks to scientists from across the country and the world. Discusses chronologically the developments and the achievements of environmental /wetland fields on a global scale. Explains how his personal achievements contributed to the growth of wetland and environmental sciences. Students and professionals in the physical and biological sciences, including chemistry, environmental science, ecological fields, and environmental policy, and especially environmental consultants such as scientists, managers, and engineers, will feel a sense of camaraderie with Professor Mitsch. His longstanding career and devotion to environmental and wetland sciences are an inspiration to all who currently work in the field, aspire to, or simply harbor a sense of appreciation about the natural world and want to learn more about steps that can be taken to manage and protect our planet and the environment.

Analyzing the self-sufficient Danish island of Samsø, this book explains sustainability through a bio-geophysical understanding of how to best use society’s limited resources to achieve true sustainability. The method used derives from the thermodynamic function of exergy. By analyzing exergy flows and establishing a system for evaluating the energy and the materials used in a society, the author creates a platform for monitoring certain indicators of sustainability. These indicators inform readers about the actions that must be taken and the time frames for achieving sustainability goals. The exergy-based approach is an important tool for carrying out such an analysis because it Focuses on several key thermodynamic concepts and the usefulness of exergy analysis for evaluating sustainability Explains sustainability by implementing thermodynamic laws to societal consumption and the use of resources Discusses new methods that integrate energy and material fluxes and evaluates them against each other Provides direct indicators for finding the largest problems/obstacles and deciding where measures should be taken Includes instructions on how to establish an accounting system for evaluating the energy and the materials used in a society This book is aimed for professionals, researchers, and students working on nature conservation and environmental management projects related to sustainability.

The second edition of Ecological Forest Management Handbook continues to provide forestry professionals and students with basic principles of ecological forest management and their applications at regional and site-specific levels. Thoroughly updated and revised, the handbook addresses numerous topics and explains that ecological forest management is a complex process that requires broad ecological knowledge. It discusses how to develop adaptive management scenarios to harvest resources in a sustainable way and provide ecosystem services and social functions. It includes new studies on ecological indicators, the carbon cycle, and ecosystem simulation models for various forest types: boreal, temperate, and tropical forests.NEW IN THE SECOND EDITIONProvides a comprehensive collection of sustainable forest management principles and their applicationsCovers new ecological indicators that can be applied to address forest environmental issuesIncludes all types of models: empirical, gap, and process-based modelsExplains several basic ecological and management concepts in a clear, easy-to- understand mannerThis handbook is intended for researchers, academics, professionals, and undergraduate and graduate students studying and/or involved in the management of forest ecosystems.Chapters 16 and 18 of this book are available for free in PDF format as Open Access from the individual product page at www.taylorfrancis.com. They have been made available under a Creative Commons Attribution-Non Commercial-No Derivatives 4.0 license.

Ecology is cross-disciplinary field involving many different aspects of science. Written with this in mind, this book introduces ecological processes, ranging from physical processes, to chemical processes and biological processes. It contains all the necessary information on an ecological process: a clear, detailed but not too lengthy definition, some practical examples, the main mathematical models which have been used to describe the process, the key interconnections with other ecological processes that must be known in order to apply what has been learned from the book.

Although GIS provides powerful functionality for spatial analysis, data overlay and storage, these spatially oriented systems lack the ability to represent temporal dynamics, which is a major impediment to its use in surface modeling. However, rapid development of computing technology in recent years has made real-time spatial analysis and real-time data visualization become realizable. Based on newly developed methods, Surface Modeling: High Accuracy and High Speed Methods explores solutions to big-error and slow-efficiency problems, two critical challenges that have long plagued those working in with geographical information system (GIS) and computer-aided design (CAD). By developing high accuracy and high speed methods for surface modeling, the book builds a bridge between the mathematical-oriented theory of surface modeling and the user-oriented application where the user is actually able to retrieve information on the method itself. The author examines a novel method of high accuracy surface modeling (HASM) in terms of the fundamental theorem of surfaces. He then analyzes the coefficient matrix and develops an adaptive method of HASM (HASM-AM), a multi-grade method of HASM (HASM-MG), and an adjustment method of HASM (HASM-AD). He uses numerical tests and real world studies to demonstrate that HASM-AM, HASM-MG, and HASM-AD have highly accelerated computational speed, especially for simulations with huge computational work.Building on this, the book discusses a HASM-based method for dynamic simulation (HASM-FDS), and then applies HASM methods to simulate terrains, climate change, ecosystem change, land cover, and soil properties. It demonstrates HASM's potential for simulating population distribution, human carrying capacity, ecosystem services, ecological diversity, change detection, and wind velocity. The book concludes with a discussion of the problems that exist in surface modeling on a global level and evaluates possible solutions to these problems.

As cities undergo vast changes due to industrialization, urbanization, and globalization, environmental considerations assume a growing importance in the urban planning processes of an increasing number of governments around the world. Several cities and regions around the world have already enacted policies that signal the emergence of a paradigm of sustainability in eco-cities planning. Providing an overview of urban ecosystem structure, function, and change, Eco-Cities: A Planning Guide addresses how to successfully accomplish eco-city planning that meets government requirements. It adds a new dimension to the understanding and application of the concept of urban sustainability, based on hypotheses about feedback between social and biogeophysical processes. Emphasizing integration, the first part of the book discusses various aspects of planning theory. It presents three innovative theories for socioeconomic models: a theory on the locational choices made by households and firms, an urban version of the stream continuum concept, and an application of metacommunity theory to the fragmented urban biota. These theories raise new urban planning questions and stimulate integrated modeling. The book also introduces urban planning modeling that uses existing social, vegetation, ecohydrological, and ecosystem service modules but is refined and operated for enhanced cross-disciplinary integration and prediction. The second part of the book consists of several case studies of Chinese eco-cities covering a majority of the urban development patterns that offer in-depth examples of planning practices currently in use.Drawing on experimentation, comparison, long-term measurement, and modeling, this fascinating guide helps readers better understand eco-cities and eco-landscapes as integrated, spatially extensive, complex adaptive systems. It lays a solid foundation for engagement between urban planners, researchers, educators, policy makers, and citizens as they work to adapt to changing environmental, social, and economic conditions.

Bringing together a wealth of knowledge, the Handbook of Environmental Management, Second Edition, gives a comprehensive overview of environmental problems, their sources, their assessment, and their solutions. Through in-depth entries, and a topical table of contents, readers will quickly find answers to questions about pollution and management issues. This six-volume set is a reimagining of the award-winning Encyclopedia of Environmental Management, published in 2013, and features insights from more than 500 contributors, all experts in their fields.The experience, evidence, methods, and models used in studying environmental management is presented here in six stand-alone volumes, arranged along the major environmental systems. Features of the new edition: The first handbook that demonstrates the key processes and provisions for enhancing environmental management. Addresses new and cutting -edge topics on ecosystem services, resilience, sustainability, food-energy-water nexus, socio-ecological systems and more. Provides an excellent basic knowledge on environmental systems, explains how these systems function and offers strategies on how to best manage them. Includes the most important problems and solutions facing environmental management today.

Continuing in the tradition of its bestselling predecessor, the Handbook of Ecological Indicators for Assessment of Ecosystem Health, Second Edition brings together world-class editors and contributors who have been at the forefront of ecosystem health assessment research for decades, to provide a sound approach to environmental management and sustainable development. Significantly updated and expanded, this authoritative resource details a proven framework for selecting, evaluating, and validating ecological indicators for ecosystem health assessment. It guides readers through the application of this framework to a wide range of ecosystems, including wetlands, estuaries, coastal zones, lakes, forests, marine ecosystems, lagoons, agricultural systems, landscapes, and rivers. The text synthesizes material from a variety of books, journals, and private research, to consider biodiversity, energy needs, ecological economics, and natural capital in the measurement of ecological health. Organized for ease of reference, the first part of the handbook provides the required theoretical background. It presents a complete overview of all relevant ecological indicators—including thermodynamics, resilience estimates, exergy, and emergy indicators. The second part focuses on how to effectively apply the ecological indicators to a number of important ecosystems. It includes many examples and case studies that clearly illustrate the advantages and disadvantages of each method for specific applications.Offering first-hand insight and practical guidance from practitioners in the field, this complete resource supplies the tools and the well-rounded understanding required to diagnose the health of virtually any ecosystem with much improved accuracy.

Although GIS provides powerful functionality for spatial analysis, data overlay and storage, these spatially oriented systems lack the ability to represent temporal dynamics, which is a major impediment to its use in surface modeling. However, rapid development of computing technology in recent years has made real-time spatial analysis and real-time data visualization become realizable. Based on newly developed methods, Surface Modeling: High Accuracy and High Speed Methods explores solutions to big-error and slow-efficiency problems, two critical challenges that have long plagued those working in with geographical information system (GIS) and computer-aided design (CAD). By developing high accuracy and high speed methods for surface modeling, the book builds a bridge between the mathematical-oriented theory of surface modeling and the user-oriented application where the user is actually able to retrieve information on the method itself. The author examines a novel method of high accuracy surface modeling (HASM) in terms of the fundamental theorem of surfaces. He then analyzes the coefficient matrix and develops an adaptive method of HASM (HASM-AM), a multi-grade method of HASM (HASM-MG), and an adjustment method of HASM (HASM-AD). He uses numerical tests and real world studies to demonstrate that HASM-AM, HASM-MG, and HASM-AD have highly accelerated computational speed, especially for simulations with huge computational work.Building on this, the book discusses a HASM-based method for dynamic simulation (HASM-FDS), and then applies HASM methods to simulate terrains, climate change, ecosystem change, land cover, and soil properties. It demonstrates HASM's potential for simulating population distribution, human carrying capacity, ecosystem services, ecological diversity, change detection, and wind velocity. The book concludes with a discussion of the problems that exist in surface modeling on a global level and evaluates possible solutions to these problems.

It is estimated that roughly 1000 new ecological and environmental models join the ranks of the scientific literature each year. The international peer-reviewed literature reports some 20,000 new models spanning the period from 1970-2010. Just to keep abreast of the field it is necessary to design a handbook of models that doesn’t merely list them, but rather draws the state-of-the-art development of models for ecosystem and environmental management.Published first in 1996, Handbook of Models Applied in Ecosystem and Environmental Management applies precisely this approach to review current models applied in ecosystem-wide as well as environmentally specific management. Divided into two sections, the first section focuses on models of common ecosystems, leaving out only the most rare and extreme. Chapters cover coastal and marine ecosystems, wetlands, and estuaries; lake models and those general considerations valid for all freshwater ecosystems; grasslands, forests, and general features of terrestrial ecosystems; and managed ecosystems including agriculture and aquaculture as well as wastewater treatment systems.Section II devotes attention to specific environmental problems. It begins with a look at "out of balance" problems such as eutrophication models, models of oxygen depletion, and acidification models in water pollution. Further chapters cover pollution by toxic substances, namely, heavy metal and organic toxins; global warming; fire and the spread of fire, and air pollution and the unique considerations of aerodynamics. Supported with extensive references, Handbook of Models Applied in Ecosystem and Environmental Management provides a solid overview of the models currently in use for the management and homeostasis of whole ecosystems as well as for the solution of today’s most pressing environmental problems.

Combining background knowledge and practical tools, Handbook of Inland Aquatic Ecosystem Management gives you an overview of how to manage inland waters in a holistic manner. It examines the problems that threaten aquatic inland water ecosystems and presents a set of toolboxes for solving them. The book focuses on lakes, reservoirs, ponds, rivers, wetlands, lagoons, and estuaries, including the predominant freshwater ecosystems as well as saline and brackish ecosystems.Understand Ecosystem Properties and Ecological ProcessesThe book consists of two parts. The first part reviews the basic scientific knowledge needed in the environmental and ecological management of aquatic ecosystems, from limnology and ecology of inland water ecosystems to environmental physics and chemistry. It emphasizes the interacting processes that characterize all inland aquatic ecosystems and explains the scientific considerations behind the conservation principles and their applications.Define the Problems and Quantify Their SourcesThe second part of the book presents toolboxes that you can apply to achieve more holistic environmental and ecological management. After an overview of the environmental problems of inland aquatic ecosystems and their sources, the book examines toolboxes to help you identify the problem, namely mass balances, ecological indicators, and ecological models. It also discusses toolboxes that can be used to find an environmental management solution to the problem: environmental technology, cleaner technology, and ecotechnology. Integrate Science and Practical Toolboxes to Manage Inland Waters More EffectivelyThis book shows you how to integrate biology, ecology, limnology, and chemistry with the toolboxes in an up-to-date, multidisciplinary approach to environmental management. It provides a powerful framework for identifying ecological mechanisms that interact with global environmental problems threatening inland aquatic ecosystems.

Possibly the first textbook to present a practically applicable ecosystems theory, Introduction to Systems Ecology helps readers understand how ecosystems work and how they react to disturbances. It demonstrates—with many examples and illustrations—how to apply the theory to explain observations and to make quantitative calculations and predictions.In this book, Sven Erik Jørgensen takes a first step toward integrating thermodynamics, biochemistry, hierarchical organization, and network theory into a holistic theory of systems ecology. The first part of the book covers the laws of thermodynamics and the basic biochemistry of living organisms, as well as the constraints they impose on ecosystems. To grow and develop, however, ecosystems have to evade these thermodynamic and biochemical constraints, so the second part of the book discusses the seven basic properties that enable ecosystems to grow, develop, and survive:They are open systems, far from thermodynamic equilibrium.They are organized hierarchically.They have a high diversity.They have high buffer capacities toward changes.Their components are organized in cooperative networks, which allows for sophisticated feedback, regulation mechanisms, and higher efficiencies.They contain an enormous amount of information embodied in genomes.They have emerging system properties.This timely textbook also looks at how systems ecology is applied in integrated environmental management, particularly in ecological modeling and engineering and in the assessment of ecosystem health using ecological indicators. Acknowledging that there is still much room for improvement, it will inspire ecologists to develop a stronger and more widely applicable ecosystem theory.

As cities undergo vast changes due to industrialization, urbanization, and globalization, environmental considerations assume a growing importance in the urban planning processes of an increasing number of governments around the world. Several cities and regions around the world have already enacted policies that signal the emergence of a paradigm of sustainability in eco-cities planning. Providing an overview of urban ecosystem structure, function, and change, Eco-Cities: A Planning Guide addresses how to successfully accomplish eco-city planning that meets government requirements. It adds a new dimension to the understanding and application of the concept of urban sustainability, based on hypotheses about feedback between social and biogeophysical processes. Emphasizing integration, the first part of the book discusses various aspects of planning theory. It presents three innovative theories for socioeconomic models: a theory on the locational choices made by households and firms, an urban version of the stream continuum concept, and an application of metacommunity theory to the fragmented urban biota. These theories raise new urban planning questions and stimulate integrated modeling. The book also introduces urban planning modeling that uses existing social, vegetation, ecohydrological, and ecosystem service modules but is refined and operated for enhanced cross-disciplinary integration and prediction. The second part of the book consists of several case studies of Chinese eco-cities covering a majority of the urban development patterns that offer in-depth examples of planning practices currently in use.Drawing on experimentation, comparison, long-term measurement, and modeling, this fascinating guide helps readers better understand eco-cities and eco-landscapes as integrated, spatially extensive, complex adaptive systems. It lays a solid foundation for engagement between urban planners, researchers, educators, policy makers, and citizens as they work to adapt to changing environmental, social, and economic conditions.

Ecology is cross-disciplinary field involving many different aspects of science. Written with this in mind, this book introduces ecological processes, ranging from physical processes, to chemical processes and biological processes. It contains all the necessary information on an ecological process: a clear, detailed but not too lengthy definition, some practical examples, the main mathematical models which have been used to describe the process, the key interconnections with other ecological processes that must be known in order to apply what has been learned from the book.