Wetlands: Ecology, Conservation and Management – serie

They are: Ben Asper, Derek Bazen, Theo Bazen, Anthony Bougher, Gary Dietrich, Martine Desbureaux, Toby Nisbet, Kaylene Parker, Julie Pech, Karen Semeniuk, Trudi Semeniuk, Tony Smith, and Joy Unno. The people who assisted in preparing samples for laboratory analyses were Penny Clifford, Toby Nisbet, and Joy Unno.

This book chronicles the decades-long work of studying, analyzing, and reversing the environmental pressures that threatened India’s Chilika Lagoon, the largest brackish-water lagoon in the region, and the second largest in the world. Designated as one of India’s first Ramsar Sites in 1981, Chilika Lagoon continued to degrade for a decade longer. Then, the Chilika Development Authority (CDA) was established to gather information and devise a restoration plan that benefits the ecosystems of the lagoon, with sensitivity to the needs and livelihoods of local communities.Expert contributors detail the work of analysis, planning and implementation, including extensive coverage of such topics as:Devising a plan for implementing Ramsar wise use guidelinesSedimentologic, chemical, and isotopic impactsHydrodynamics and salinity Runoff and sediment in watersheds of the Lagoon's Western CatchmentLong-term analysis of water quality and continued water quality monitoringBio-optical models for cyclone impact assessmentStudies of geomorphology, land use, and sedimentary environments Spatiotemporal assessment of phytoplankton communitiesCreation of a post-restoration scenario for fish and fisheriesAssessing status of waterbirds, species diversity and migration patternsThe result was a major hydrological intervention to re-establish hydrological and salinity regimes, biodiversity, and fish catches, and help protect the livelihood of lagoon-dependent communities. The story of the rehabilitation and management of Chilika Lagoon demonstrates that it is possible to halt and reverse the encroachment and degradation of wetlands, to restore biodiversity and to provide benefits for large numbers of people.Ecology, Conservation, and Restoration of Chilika Lagoon goes beyond scientific research articles to explore institutional and governance issues, political ecology, and the Ramsar Convention’s guidelines for ecosystem restoration. The book will benefit researchers, wetland managers, government policy makers and more general readers concerned with restoration and conservation of wetlands around the planet.

This book chronicles the decades-long work of studying, analyzing, and reversing the environmental pressures that threatened India’s Chilika Lagoon, the largest brackish-water lagoon in the region, and the second largest in the world. Designated as one of India’s first Ramsar Sites in 1981, Chilika Lagoon continued to degrade for a decade longer. Then, the Chilika Development Authority (CDA) was established to gather information and devise a restoration plan that benefits the ecosystems of the lagoon, with sensitivity to the needs and livelihoods of local communities.Expert contributors detail the work of analysis, planning and implementation, including extensive coverage of such topics as:Devising a plan for implementing Ramsar wise use guidelinesSedimentologic, chemical, and isotopic impactsHydrodynamics and salinity Runoff and sediment in watersheds of the Lagoon's Western CatchmentLong-term analysis of water quality and continued water quality monitoringBio-optical models for cyclone impact assessmentStudies of geomorphology, land use, and sedimentary environments Spatiotemporal assessment of phytoplankton communitiesCreation of a post-restoration scenario for fish and fisheriesAssessing status of waterbirds, species diversity and migration patternsThe result was a major hydrological intervention to re-establish hydrological and salinity regimes, biodiversity, and fish catches, and help protect the livelihood of lagoon-dependent communities. The story of the rehabilitation and management of Chilika Lagoon demonstrates that it is possible to halt and reverse the encroachment and degradation of wetlands, to restore biodiversity and to provide benefits for large numbers of people.Ecology, Conservation, and Restoration of Chilika Lagoon goes beyond scientific research articles to explore institutional and governance issues, political ecology, and the Ramsar Convention’s guidelines for ecosystem restoration. The book will benefit researchers, wetland managers, government policy makers and more general readers concerned with restoration and conservation of wetlands around the planet.

This edited book presents the first collection of case studies and research projects on the sustainable technology of constructed wetlands for wastewater management under hot and arid climates.

This edited book presents the first collection of case studies and research projects on the sustainable technology of constructed wetlands for wastewater management under hot and arid climates.

This book presents 12 effective methods to manage wetlands for conservation. Causal Factors for Wetland Management: A Concise Guide is essential reading for anyone who cares for wetlands and wild places.

This book presents 12 effective methods to manage wetlands for conservation. Causal Factors for Wetland Management: A Concise Guide is essential reading for anyone who cares for wetlands and wild places.

This edited volume provides a review of remediation approaches utilizing aquatic and wetland macrophytes in the Tropics. This form of phytotechnology has exceptional potential as a sustainable nature-based solution, but that potential is not commonly utilized in the Tropics. Constructed wetlands for improvement of water quality are cost-effective, offering affordable solutions for remediation in warm and tropical regions worldwide. The robustness, simplicity, and reliability of treatment wetlands provide efficient long-term operation.Wetlands for Remediation in the Tropics covers theory, provides case studies, and identifies gaps in our current understanding. It highlights why the Tropics differ from temperate regions in this context, particularly concerning differences in climate and species diversity and abundance. Urban, rural, and industrial examples are discussed across 11 chapters. These nature-based solutions, including the concept of ‘Sponge City’,can be applied to tropical areas worldwide and incorporated particularly in highly urbanized regions.The authors, from Argentina, Australia, Brazil, Canada, Colombia, the USA, the Netherlands, Mexico, Pakistan, and Taiwan, all have substantial research experience using wetlands for remediation.The topic of this book is relevant not only to scholars and academics but also to practitioners and government officials from developing countries, where scarce resources and a lack of a qualified workforce are common, but large differences exist in history, culture, regulations, climate, water fluctuations, and vegetation. Although ideas based on experiences from temperate regions can be applied, the Tropics require distinct approaches to developing constructed wetlands for remediation.

This edited volume provides a review of remediation approaches utilizing aquatic and wetland macrophytes in the Tropics. This form of phytotechnology has exceptional potential as a sustainable nature-based solution, but that potential is not commonly utilized in the Tropics. Constructed wetlands for improvement of water quality are cost-effective, offering affordable solutions for remediation in warm and tropical regions worldwide. The robustness, simplicity, and reliability of treatment wetlands provide efficient long-term operation.Wetlands for Remediation in the Tropics covers theory, provides case studies, and identifies gaps in our current understanding. It highlights why the Tropics differ from temperate regions in this context, particularly concerning differences in climate and species diversity and abundance. Urban, rural, and industrial examples are discussed across 11 chapters. These nature-based solutions, including the concept of ‘Sponge City’,can be applied to tropical areas worldwide and incorporated particularly in highly urbanized regions.The authors, from Argentina, Australia, Brazil, Canada, Colombia, the USA, the Netherlands, Mexico, Pakistan, and Taiwan, all have substantial research experience using wetlands for remediation.The topic of this book is relevant not only to scholars and academics but also to practitioners and government officials from developing countries, where scarce resources and a lack of a qualified workforce are common, but large differences exist in history, culture, regulations, climate, water fluctuations, and vegetation. Although ideas based on experiences from temperate regions can be applied, the Tropics require distinct approaches to developing constructed wetlands for remediation.

This book is the first volume of a compendium of the global distribution some 3500 aquatic macrophyte species occurring in inland freshwater and brackish waterbodies worldwide, highlighting aspects of their ecology including endemism, world rarity, ecozone/ macroregional occurrence, ploidy state, species age, uses, and endangered status. Although similar books exist for local regions (e.g., the Pantanal wetlands of Brazil) none provides complete and detailed information for macrophytes at global scale, so this book provides a novel resource on the distribution and ecology of macrophytes around the world.The Atlas fills a gap in scientific knowledge of the global ecology of an important group of aquatic plants. It highlights the expansion of invasive species and describes hotspots of endemism and rarity for freshwater macrophytes across the planet. The data included in this book range from karyological to biogeographical studies on macrophytes, within a general theme of understanding the environmental factors that drive the biodiversity, ecology, landscape genetics, and conservation of aquatic plants in freshwater ecosystems. The first volume of the World Atlas of Freshwater Macrophytes: Dicotyledonous species I (Acanthaceae – Menyanthaceae) covers 33 botanical families and 760 species of aquatic macrophytes.The authors, based in Mexico, Scotland, Spain, and the USA are members of an informal international research network, set up in 2017 by retired aquatic botanist Kevin Murphy, which is dedicated to advancing macroecological knowledge of freshwater macrophytes in the inland freshwater and brackish waterbodies of worldwide wetland ecosystems.The topic of this book is relevant not only to scholars and academics but also to practitioners in wetland management, decision makers, and aquatic plant hobbyists.

This book is the first volume of a compendium of the global distribution some 3500 aquatic macrophyte species occurring in inland freshwater and brackish waterbodies worldwide, highlighting aspects of their ecology including endemism, world rarity, ecozone/ macroregional occurrence, ploidy state, species age, uses, and endangered status. Although similar books exist for local regions (e.g., the Pantanal wetlands of Brazil) none provides complete and detailed information for macrophytes at global scale, so this book provides a novel resource on the distribution and ecology of macrophytes around the world.The Atlas fills a gap in scientific knowledge of the global ecology of an important group of aquatic plants. It highlights the expansion of invasive species and describes hotspots of endemism and rarity for freshwater macrophytes across the planet. The data included in this book range from karyological to biogeographical studies on macrophytes, within a general theme of understanding the environmental factors that drive the biodiversity, ecology, landscape genetics, and conservation of aquatic plants in freshwater ecosystems. The first volume of the World Atlas of Freshwater Macrophytes: Dicotyledonous species I (Acanthaceae – Menyanthaceae) covers 33 botanical families and 760 species of aquatic macrophytes.The authors, based in Mexico, Scotland, Spain, and the USA are members of an informal international research network, set up in 2017 by retired aquatic botanist Kevin Murphy, which is dedicated to advancing macroecological knowledge of freshwater macrophytes in the inland freshwater and brackish waterbodies of worldwide wetland ecosystems.The topic of this book is relevant not only to scholars and academics but also to practitioners in wetland management, decision makers, and aquatic plant hobbyists.

It covers topics such as mangrove ecology and distribution, mangrove ecosystem services and valuation, mangrove adaptation and resilience mechanisms and indicators, mangrove restoration and conservation strategies, mangrove governance and policy frameworks, and mangrove modelling and mapping approaches.

Mangroves are among the most productive and diverse ecosystems on Earth, providing a range of ecosystem services that benefit millions of people and support global sustainability goals. However, mangroves are also highly vulnerable to climatechange impacts, such as sea level rise, storms, salinity changes, and erosion, which threaten their survival and functionality. This book aims to provide researchers with the latest scientific knowledge and practical tools to understand, assess, and enhance the adaptation and resilience of mangroves to climate change. It covers topics such as mangrove ecology and distribution, mangrove ecosystem services and valuation, mangrove adaptation and resilience mechanisms and indicators, mangrove restoration and conservation strategies, mangrove governance and policy frameworks, and mangrove modelling and mapping approaches. The book also showcases case studies from different regions of the world, highlighting the challenges and opportunities of mangrove management in a changing world. The book is intended to serve as a valuable reference and resource for researchers, students, practitioners, policymakers, and anyone interested in mangrove science and management.

This book is the second volume of a compendium of the global distribution of some 3500 aquatic macrophyte species occurring in inland freshwater and brackish waterbodies worldwide, highlighting aspects of their ecology including endemism, world rarity, ecozone/ macroregional occurrence, ploidy state, species age, uses, and endangered status. This book provides a novel resource on the distribution and ecology of macrophytes around the world. The Atlas fills a gap in scientific knowledge of the global ecology of an important group of aquatic plants. It highlights the expansion of invasive species and describes hotspots of endemism and rarity for freshwater macrophytes across the planet. The data included in this book range from karyological to biogeographical studies on macrophytes, within a general theme of understanding the environmental factors that drive the biodiversity, ecology, landscape genetics, and conservation of aquatic plants in freshwater ecosystems. The second volume of the World Atlas of Freshwater Macrophytes: Dicotyledonous species II (Molluginaceae – Tetrachondraceae) covers 21 botanical families and 824 species of aquatic macrophytes. The authors, based in Mexico, Scotland, Spain, and the USA are members of an informal international research network, set up in 2017 by retired aquatic botanist Kevin Murphy, which is dedicated to advancing macroecological knowledge of freshwater macrophytes in the inland freshwater and brackish waterbodies of worldwide wetland ecosystems. The topic of this book is relevant not only to scholars and academics but also to practitioners in wetland management, decision makers, and aquatic plant hobbyists.

This book is the second volume of a compendium of the global distribution of some 3500 aquatic macrophyte species occurring in inland freshwater and brackish waterbodies worldwide, highlighting aspects of their ecology including endemism, world rarity, ecozone/ macroregional occurrence, ploidy state, species age, uses, and endangered status. This book provides a novel resource on the distribution and ecology of macrophytes around the world. The Atlas fills a gap in scientific knowledge of the global ecology of an important group of aquatic plants. It highlights the expansion of invasive species and describes hotspots of endemism and rarity for freshwater macrophytes across the planet. The data included in this book range from karyological to biogeographical studies on macrophytes, within a general theme of understanding the environmental factors that drive the biodiversity, ecology, landscape genetics, and conservation of aquatic plants in freshwater ecosystems. The second volume of the World Atlas of Freshwater Macrophytes: Dicotyledonous species II (Molluginaceae – Tetrachondraceae) covers 21 botanical families and 824 species of aquatic macrophytes. The authors, based in Mexico, Scotland, Spain, and the USA are members of an informal international research network, set up in 2017 by retired aquatic botanist Kevin Murphy, which is dedicated to advancing macroecological knowledge of freshwater macrophytes in the inland freshwater and brackish waterbodies of worldwide wetland ecosystems. The topic of this book is relevant not only to scholars and academics but also to practitioners in wetland management, decision makers, and aquatic plant hobbyists.

The diversity of wetland bio resources is crucial for addressing global challenges they face. This compendium addresses conservation, policy, and technological strategies to safeguard wetlands.

This is the third of five volumes of a compendium of the global distribution of about 3571 aquatic macrophyte species occurring in inland freshwater and brackish waterbodies worldwide. In addition to descriptions and maps, the volumes together highlight aspects of their ecology such as endemism, world rarity, endangered status, ecozone/macroregional occurrence, ploidy state, species age, and uses. This book provides a novel resource on the distribution and ecology of macrophytes around the world. The Atlas fills a gap in scientific knowledge of the global ecology of an important group of aquatic plants. It highlights the expansion of invasive species and describes hotspots of endemism and rarity for freshwater macrophytes across the planet. The data included in this book range from karyology to biogeography, within a general theme of understanding the environmental factors that drive the biodiversity, ecology, landscape genetics, and conservation of aquatic plants in freshwater ecosystems. The third volume of the World Atlas of Freshwater Macrophytes: Monocotyledonous species I (Acoraceae – Cyperaceae) covers nine botanical families and 917 species of aquatic macrophytes.The authors, based in Mexico, Scotland, Spain, and the USA are members of an informal international research network, set up in 2017    by retired aquatic botanist Kevin Murphy, which is dedicated to advancing macroecological knowledge of freshwater macrophytes in the inland freshwater and brackish waterbodies of worldwide wetland ecosystems. The topic of this book is relevant not only to scholars and academics but also to practitioners in wetland management, decision makers, and aquatic plant hobbyists.

The book offers an in-depth exploration of the intricate relationship between aquatic birds and marine ecosystems highlighting the pivotal role seabirds play in maintaining ecological stability and enriching biodiversity. This book outlines the ecological significance of seabirds and their role in maintaining marine ecosystem balance by regulating competition, influencing fish and invertebrate populations, cycling nutrients. It also underscores their role as sensitive environmental bioindicators, offering valuable insights into the impacts of pollution, climate change, and habitat degradation. This book stresses the importance of strong conservation efforts protecting habitats, reducing threats, and engaging stakeholders to secure the long-term survival of aquatic birds. Comprehending the ecological obligations and perils that avian fauna encounter, the book calls for coordinated and lasting measures to safeguard their well-being and persistence.

Playing a critical role in both influencing climate change and mitigating its impacts, the world’s diverse wetlands have become one of the world’s most threatened ecosystems as unsustainable land-use practices coupled with irrational use of water have already resulted in large-scale wetlands loss and degradation.To develop sound management and conservation schemes to assure wetlands sustainability in the long term requires long-term understanding of wetlands ecology. Yet until now, long-term interdisciplinary research into these systems has been limited to only a few systems from tropical or temperate climates (such as the Florida Everglades, and Czech biosphere reserve). This new book adds to the existing wetlands literature, providing a unique reference in basic and applied Mediterranean wetland ecology, based on results from long-term interdisciplinary research at the RAMSAR and UNESCO Biosphere site, of Las Tablas de Daimiel, Spain.Dating back to the early 1990s the research highlights changes in the biotic and abiotic environment in response to cumulative anthropogenic stressors, and provide guidance on applying this understand to sound management and conservation. With particular relevance to researchers dealing with semi-arid wetlands in the Mediterranean and elsewhere, as well as to resource managers, the book discusses the complexity of the interacting abiotic and biotic environment across different spatial and temporal scales and across various levels of biological hierarchy is highlighted, and reveals how management based on poor knowledge causes more damage than repair.The book will be of interest to researchers interested in freshwater ecology, hydrobotany, hydrology, geology, biogeochemistry, landscape ecology and environmental management.

These contributions by leading researchers and practitioners present a holistic perspective on the restoration of wetland ecosystems. Using carefully chosen case studies, the authors examine projects from Scandinavia to Bulgaria and from Ireland to Belarus.

Playing a critical role in both influencing climate change and mitigating its impacts, the world’s diverse wetlands have become one of the world’s most threatened ecosystems as unsustainable land-use practices coupled with irrational use of water have already resulted in large-scale wetlands loss and degradation.To develop sound management and conservation schemes to assure wetlands sustainability in the long term requires long-term understanding of wetlands ecology. Yet until now, long-term interdisciplinary research into these systems has been limited to only a few systems from tropical or temperate climates (such as the Florida Everglades, and Czech biosphere reserve). This new book adds to the existing wetlands literature, providing a unique reference in basic and applied Mediterranean wetland ecology, based on results from long-term interdisciplinary research at the RAMSAR and UNESCO Biosphere site, of Las Tablas de Daimiel, Spain.Dating back to the early 1990s the research highlights changes in the biotic and abiotic environment in response to cumulative anthropogenic stressors, and provide guidance on applying this understand to sound management and conservation. With particular relevance to researchers dealing with semi-arid wetlands in the Mediterranean and elsewhere, as well as to resource managers, the book discusses the complexity of the interacting abiotic and biotic environment across different spatial and temporal scales and across various levels of biological hierarchy is highlighted, and reveals how management based on poor knowledge causes more damage than repair.The book will be of interest to researchers interested in freshwater ecology, hydrobotany, hydrology, geology, biogeochemistry, landscape ecology and environmental management.

These contributions by leading researchers and practitioners present a holistic perspective on the restoration of wetland ecosystems. Using carefully chosen case studies, the authors examine projects from Scandinavia to Bulgaria and from Ireland to Belarus.

They are: Ben Asper, Derek Bazen, Theo Bazen, Anthony Bougher, Gary Dietrich, Martine Desbureaux, Toby Nisbet, Kaylene Parker, Julie Pech, Karen Semeniuk, Trudi Semeniuk, Tony Smith, and Joy Unno. The people who assisted in preparing samples for laboratory analyses were Penny Clifford, Toby Nisbet, and Joy Unno.

The book addresses the interactions between wetlands and human health and well-being. This book brings the disciplines of ecology and health sciences closer to such a synthesis for researchers, teachers and policy makers interested in or needing information to manage wetlands and human health and well-being issues.