The Rivers Handbook

Assesses and reports on the scientific and ecological principles that are relevant for developing an integrated approach to rivers management. Ecosystems, properties and processes of sub-temperate, temperate, large alluvial tropical, semi-arid and mountain rivers are described.

Fast changing legislation and increasing environmental awarenesswithin the non-scientific community demands that the modernapproach to the management of rivers and water resources should bebased on a sound understanding and application of the scientificand ecological principles that underlie freshwater processes. Intwo volumes, The Rivers Handbook offers an expert andexhaustive insight into the principles, methods and tools of modernriver management - always within an integrated and environmentallyacceptable framework. This second volume develops the principlesand philosophies expounded in the first volume into the managementsphere, organizing the approach around problems, diagnosis andtreatment. A fully comprehensive reference to sound methods of modernriver management. The ideal information resource for all river managers.

Fast changing legislation and increasing environmental awareness within the non-scientific community demands that the modern approach to the management of rivers and water resources should be based on a sound understanding and application of the scientific and ecological principles that underlie freshwater processes. In two volumes, The Rivers Handbook offers an expert and exhaustive insight into the principles, methods and tools of modern river management - always within an integrated and environmentally acceptable framework. This second volume develops the principles and philosophies expounded in the first volume into the management sphere, organizing the approach around problems, diagnosis and treatment. A fully comprehensive reference to sound methods of modern river management. The ideal information resource for all river managers.

Modern river management faces three main challenges: to meet growing demands for water resources, to control water quality and achieve effective waste management, and to sustain water and land resource values, including biodiversity and nature conservation. Integrated land and water planning based on the river catchment is a prime goal of sustainable development - but this must be based on a sound scientific understanding of the physical and chemical processes that drive river ecosystems. This textbook presents the fundamental physical basis for understanding river systems. In a series of reviews, worldwide experts discuss the principles of river hydrology and fluvial geomorphology - all set within the context of environmentally sensitive river management

The monitoring of benthic diatoms, macrophytes, macroinvertebrates and fish will be the backbone of future water management in Europe. This book describes and compares the relevant methodologies and tools, based on a large data set covering rivers in most parts of Europe. The 36 articles presented will provide scientists and water managers with a unique insight into background and application of state-of-the-art monitoring tools and techniques.

This book reviews the current state of knowledge on, recent advances in, and future prospects of Montenegrin river basins in the context of anthropogenic activities. Edited by three respected experts in the field, the book begins with an introduction to the specific hydrogeological conditions in Montenegro and critical reflections on the impact of hydropower projects. It then reviews the vulnerability of river ecosystems, exploring potential genotoxic effects and water quality, and explaining typology and monitoring of these aspects, and particularly highlighting mollusk assemblages and monitoring of intermittent rivers. The closing chapters focus on the impact of river flooding and discuss controversial projects aiming to find an approach mutually acceptable to all stakeholders. Given its scope, the book is an indispensable resource for scientists in academia and the water industry, as well as for decision-makers in the field investigating the interactions between land and water, limnology and biota, and natural and cultural resources.