This title was first published in 2003. There has been increasing recognition around the world that wetlands are fragile ecosystems which require sensitive and sustainable management if they are to continue to provide their range of functions and benefits. These functions and benefits, which include contributions to food security and environmental regulation, play a critical role in sustaining rural livelihoods in many developing countries. Drawing upon research carried out in the area, this book identifies and discusses the importance of wetlands to local communities in south-west Ethiopia, and in particular, how indigenous wetland management practices contribute to sustainable wetland use. As the basis of wetland management, particular attention is paid to the role of Indigenous Knowledge Systems, and how knowledge of wetland functioning is acquired, disseminated, developed and applied by local communities in their wetland management strategies. Critically, this community knowledge is examined in the context of scientific data, specifically that obtained from a wetland hydrology monitoring programme, thereby drawing attention to the strengths and weaknesses of both systems. This has major implications not only for the ways in which wetlands and other natural resources are managed at the local level, but also for the wider rural development strategies of governments and non-governmental organizations.

Covering wetlands soils from Florida to Alaska, Wetland Soils: Genesis, Hydrology, Landscapes, and Classification provides information on all types of hydric soils. With contributions from soil scientists who have extensive field experience, the book focuses on the soil morphology of the wet soils that cover most wetlands from the subtropics northw

The first resource of its kind-essential practical guidance on wetlands bioassessment and management Although bioassessment has become a vital tool in the successful management of many aquatic ecosystems, to date there has been no single book that covers the application of bioassessment principles to wetland ecosystems. This contributed volume fills this important gap in the literature, with a multifaceted look at the issues and techniques involved in the successful bioassessment and management of freshwater wetlands. The book is divided into two parts-bioassessment and wildlife management. After a review of general bioassessment principles, Part I discusses the statistical issues related to sampling numerous sites, as well as the application of multivariate procedures and invertebrate functional groups to wetland bioassessment. A series of case studies examines bioassessment results using various organismal groups, followed by several chapters that trace the relationship between bioassessment and wetland restoration. Coverage also explores how to use and sample bacteria, algae, macrophytes, and invertebrates. Part II covers key management topics, including many that are frequently overlooked in other treatments of the subject. Separate chapters discuss how to manage fish, waterbirds, and mosquitoes in wetlands. Other chapters address timber harvest strategies and impact assessment, as well as the biological control of an invasive wetland plant. As wetland managers work to strike a vital balance between resource exploitation and resource protection, this book offers an important repository of practical information to use in meeting this formidable challenge. It will be welcomed by wetland managers and scientists, environmental engineers, ecologists, civil engineers, and others whose work involves wetlands study and management.