Landscape ecology and conservation biology are rapidly developing disciplines, and a current synthesis of principles and applications in these two fields is needed under one cover. Many managers are not applying principles of landscape ecology in efforts to conserve plants and animals and yet the loss of biological diversity could be reduced if larger-scale processes and patterns were consistently considered in management and conservation decisions. This book brings together contributions from leaders in landscape ecology and addresses the issue of how what we know about landscape ecology can help us understand, manage and maintain biodiversity. The book is divided into six parts: the first part introduces the book and discusses what landscape ecology is and why it is important to conservation biology. The second deals with patches, the third part discusses corridors and biota movement, the fourth part discusses landscape change and how these affect biodiversity. The fifth part covers landscape planning. The final part presents a synthesis and draws conclusions about the utility of the landscape approach to conservation.
Ecologists, conservation biologists and landscape managers will find this book to be an essential resource for study and reference.

How does nature work in our human-created city, suburb, and exurb/peri-urb? Indeed how is ecology - including its urban water, soil, air, plant, and animal foundations - spatially entwined with this great human enterprise? And how can we improve urban areas for both nature and people? Urban Ecology: Science of Cities explores the entire urban area: from streets, lawns, and parks to riversides, sewer systems, and industrial sites. The book presents models, patterns, and examples from hundreds of cities worldwide. Numerous illustrations enrich the presentation. Cities are analyzed, not as ecologically bad or good, but as places with concentrated rather than dispersed people. Urban ecology principles, traditionally adapted from natural-area ecology, now increasingly emerge from the distinctive features of cities. Spatial patterns and flows, linking organisms, built structures, and the physical environment highlight a treasure chest of useful principles. This pioneering interdisciplinary book opens up frontiers of insight, as a valuable source and text for undergraduates, graduates, researchers, professionals, and others with a thirst for solutions to growing urban problems.

"Landscape Ecology" is an emerging science of gaining momentum over the past few decades in the scientific as well as in the planning-management worlds. Although the field is rooted in biology and geography, the approaches to understanding the ecology of a landscape are highly divers. This hybrid vigor provides power to the field. One can no longer view a local ecosystem or land use in isolation from global areas and time frames. The surrounding landscape mosaic and the flows and movements in a landscape must be considered, especially the linkage between humans requiring resources provided by nature, the constraints on their use as well as the responding landscape.

Landscape ecology and conservation biology are rapidly developing disciplines, and a current synthesis of principles and applications in these two fields is needed under one cover. Many managers are not applying principles of landscape ecology in efforts to conserve biota, yet the loss of biological diversity could be reduced if broad-scale processes and patterns were consistently considered in management and conservation decisions. Bringing together insights from leaders in landscape ecology and conservation biology, this book explains how our knowledge about landscape ecology can help us understand, manage and maintain biodiversity. Beyond explaining pertinent concepts of landscape ecology and biological conservation and describing examples of their use in management, research and planning, this book also distills principles for applying landscape ecology in conservation, identifies gaps in current knowledge and provides research approaches to fill those voids. The book is divided into five parts: the first part introduces the book and discusses what landscape ecology is and why it is important to biological conservation. The second deals with multiple scales, connectivity and organism movement. The third part discusses landscape change and how this affects biodiversity, and the fourth part covers conservation planning. The final part presents a synthesis that identifies overarching principles, pervasive constraints and realistic prospects for applying landscape ecology in biological conservation. Conservationists, land-use planners, and ecologists will find this book to be an essential resource. Foreword by Richard T.T. Forman.

Towns and villages are sometimes viewed as minor, even quaint, spots, whereas this book boldly reconceptualizes these places as important dynamic environmental 'hotspots'. Multitudes of towns and villages with nearly half the world's population characterize perhaps half the global land surface. The book's pages feature ecological patterns, processes, and change, as well as human dimensions, both within towns and in strong connections and effects on surrounding agricultural land, forest land, and arid land. Towns, small to large, and villages are examined with spatial and cultural lenses. Ecological dimensions - water, soil and air systems, together with habitats, plants, wildlife and biodiversity - are highlighted. A concluding section presents concepts for making better towns and better land. From a pioneer in both landscape ecology and urban ecology, this highly international town ecology book opens an important frontier for researchers, students, professors, and professionals including environmental, town, and conservation planners.

Landscape ecology has emerged in the past decade as an important and useful tool for land-use planners and landscape architects. While professionals and scholars have begun to incorporate aspects of this new field into their work, there remains a need for a summary of key principles and how they might be applied in design and planning.This volume fills that need. It is a concise handbook that lists and illustrates key principles in the field, presenting specific examples of how the principles can be applied in a range of scales and diverse types of landscapes around the world.Chapters cover: patches -- size, number, and location edges and boundaries corridors and connectivity mosaics summaries of case studies from around the world

With land planning, socioeconomics and natural systems as foundations, this book combines urban planning and ecological science in examining urban regions. Writing for graduate students, academic researchers, planners, conservationists and policy makers, and with the use of informative urban-region color maps, Richard Forman analyzes 38 urban regions from 32 nations, including London, Chicago, Ottawa, Brasilia, Cairo, Seoul, Bangkok, Canberra, and a major case study of the Greater Barcelona region. Alternative patterns of urbanization spread (including sprawl) are evaluated from the perspective of nature and people, stating land-use principles extracted from landscape ecology, transportation and hydrology. Good, bad and interesting spatial patterns for creating sustainable land mosaics are pinpointed, and urban regions are considered in broader contexts, from climate change to biodiversity loss, disasters and sense of place.

Animals, water, wind, and people flow at different rates according to spatial patterns common to almost all landscapes and regions. This up-to-date synthesis explores the ecology of heterogeneous land areas, where natural processes and human activities interact to produce an ever changing mosaic. The subject has great relevance to contemporary society and this book reflects the breadth of this importance: there are many ideas and applications for planning, conservation, design, management, sustainability and policy. Spatial solutions are provided for society's land-use objectives. Students and professionals alike will be drawn by the attractive and informative illustrations, the conceptual synthesis, the wide international perspective, and the range of topics and research covered.

Towns and villages are sometimes viewed as minor, even quaint, spots, whereas this book boldly reconceptualizes these places as important dynamic environmental 'hotspots'. Multitudes of towns and villages with nearly half the world's population characterize perhaps half the global land surface. The book's pages feature ecological patterns, processes, and change, as well as human dimensions, both within towns and in strong connections and effects on surrounding agricultural land, forest land, and arid land. Towns, small to large, and villages are examined with spatial and cultural lenses. Ecological dimensions - water, soil and air systems, together with habitats, plants, wildlife and biodiversity - are highlighted. A concluding section presents concepts for making better towns and better land. From a pioneer in both landscape ecology and urban ecology, this highly international town ecology book opens an important frontier for researchers, students, professors, and professionals including environmental, town, and conservation planners.

Pine Barrens: Ecosystem and Landscape focuses on the relationship between the ecological and landscape aspects of Pine Barrens of New Jersey. The idea in this book is based from the discussions of Rutgers University botanists and ecologists at the 1975 American Institute of Biological Science meetings, and from the interest generated by the 1976 annual New Jersey Academy of Science meeting, which focuses on the Pine Barrens. This seven-part book starts with a short discussion on location and boundaries of the New Jersey Pine Barrens. Part I covers human activities, from Indian activities and initial European perceptions of the land, including settlement, lumbering, fuel wood and charcoal, iron and glassworks, farming and livestock, and real estate development. The next part of the book describes sandy deposits, geographic distribution of geologic formations, and soil types with their ecologically important characteristics. Topics on hydrology, aquatic ecosystems, and climatic and microclimatic conditions are presented in the third part of this reference. Part IV traces the history of vegetation starting before the Ice Age and analyzes vegetation using different approaches, such as community types, community classification according to a European method, and gradient analysis. Plants of the Pine Barrens are briefly described and listed in Part V. The final part illustrates community relationships of mammals, birds, reptiles, amphibians, fish, arthropods, and soil microcommunities. The book is ideal for ecologists, botanists, geologists, soil scientists, zoologists, hydrologists, limnologists, engineers, and scientists, as well as planners, decision-makers, and managers who may largely determine the future of a region.

How does nature work in our human-created city, suburb, and exurb/peri-urb? Indeed how is ecology - including its urban water, soil, air, plant, and animal foundations - spatially entwined with this great human enterprise? And how can we improve urban areas for both nature and people? Urban Ecology: Science of Cities explores the entire urban area: from streets, lawns, and parks to riversides, sewer systems, and industrial sites. The book presents models, patterns, and examples from hundreds of cities worldwide. Numerous illustrations enrich the presentation. Cities are analyzed, not as ecologically bad or good, but as places with concentrated rather than dispersed people. Urban ecology principles, traditionally adapted from natural-area ecology, now increasingly emerge from the distinctive features of cities. Spatial patterns and flows, linking organisms, built structures, and the physical environment highlight a treasure chest of useful principles. This pioneering interdisciplinary book opens up frontiers of insight, as a valuable source and text for undergraduates, graduates, researchers, professionals, and others with a thirst for solutions to growing urban problems.

With land planning, socioeconomics and natural systems as foundations, this book combines urban planning and ecological science in examining urban regions. Writing for graduate students, academic researchers, planners, conservationists and policy makers, and with the use of informative urban-region color maps, Richard Forman analyzes 38 urban regions from 32 nations, including London, Chicago, Ottawa, Brasilia, Cairo, Seoul, Bangkok, Canberra, and a major case study of the Greater Barcelona region. Alternative patterns of urbanization spread (including sprawl) are evaluated from the perspective of nature and people, stating land-use principles extracted from landscape ecology, transportation and hydrology. Good, bad and interesting spatial patterns for creating sustainable land mosaics are pinpointed, and urban regions are considered in broader contexts, from climate change to biodiversity loss, disasters and sense of place.