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Proceedings of a conference held at Niagara-on-the-Lake, Ontario, Canada, October 29-November 4, 1983. This collection contains 29 papers that identify and assemble information on recent applications of mini- and microcomputer technology to problems in urban stormwater and flood management. Instrumentation and data management are reviewed with respect to watershed management and flood forecasting. Computer applications of hydrologic modeling are reported. Hydraulics and water quality models using microcomputers and programmable calculators are presented and applied to urban flooding and runoff and river plume models. Real-time control is reviewed in application to urban runoff forecasting, flood forecasting, and reservoir operation. Implications for the future are discussed, covering software, expert systems and interactive processing.
New Techniques for Modelling the Management of Stormwater Quality Impacts is a unique volume devoted to discussing new developments in modeling, best management practices (BMPs), information management, user interfacing, and instrumentation for reducing the impacts of urbanization on aquatic ecosystems. The book is divided into three sections: ecosystems and environmental modeling contexts; best management practices, including real-time control; and applications of geographical information systems (GIS). Specific topics addressed include the need to move from a regulatory basis for system management to a process-based management system, the use of remote sensing to divide a catchment into six different hydrologic response classes to compute floods, instrumentation, data acquisition, real-time control, aspects of stormwater detention ponds, and methods for using GIS. Detailed indexes, lists of acronyms, programs and models, and a full glossary are provided at the end of the book. New Techniques for Modelling the Management of Stormwater Quality Impacts will interest professional engineers in municipal and environmental engineering, consultants, researchers in civil engineering, hydrological engineers, hydraulics engineers, environmental policy makers, and students.
Effective urban drainage to manage stormwater and control flooding depends on good engineering, especially when an environmentally sustainable approach is being applied. This new text focuses on green methods and modelling techniques. It covers the principles of hydrology and drainage, low-impact-development (LID) designs, computer modelling techniques, the evaluation of existing systems, and planning for both new development and urban renewal. It outlines design procedures using examples, spreadsheet models, photos, and real-world design examples. Unlike other books, which focus on extreme events, this book covers hydrologic designs for both extreme and frequent events, and reflects the latest revolution in stormwater LID management, and takes a quantitative as well as a qualitative approach. PowerPoint® presentations and Excel® computer models are provided to follow and build on the exercises in the book. It is written especially for students on urban watershed courses, and also for those studying urban planning, landscaping, water resources, hydrology and hydraulics.
The latest book in the popular series demonstrates state-of-the-art methods, models, and techniques for water quality management. This book includes a CD-ROM that collects hundreds of hard-to-find literature citations from the gray literature.
Hydroinformatics systems are systems that combine computational hydraulic modelling with information systems (including knowledge-based systems). They are gaining rapid acceptance in the areas of environmental planning, design and management. The present book focuses exclusively on sewage systems, starting with their planning and then going on to discuss their design, operation and rehabilitation. The very experienced authors discuss business and information needs in the management of urban drainage, tools for collecting and archiving such data, and their use in modelling catchment hydrology, sewer systems hydraulics, wastewater quality, wastewater treatment plant operation, and receiving waters. The control and operation of sewer systems in real time is described, followed by a discussion of their maintenance and rehabilitation. Intelligent decision support systems for managing the urban drainage business process are presented. Audience: Researchers into sewer design, municipal engineers, planners and managers interested in an innovative approach to all aspects of the planning, design and operation of sewer systems.
Proceedings of the NATO Advanced Research Workshop on Computer-Aided Support Systems for Water Resources, Research and Management held at Ericeira (Portugal), 24-28 September, 1990.
This impressive publication presents the proceedings of the 1993 Toronto Stormwater and Water Quality Modelling meeting. The number of papers in the book has been substantially increased and, for the first time, the contributions have been peer reviewed for novelty, accuracy, readability, and relevance. Chapters are arranged in five sections: ecosystem impacts, water quality modelling, new methods and modelling, data management, and current practice. The appendices are valuable research aids, with a detailed index, a substantial glossary encompassing the entire discipline, lists of acronyms, models, and abbreviations, and a complete list of authors cited in the book. The editor also provides a classification of the 485 papers of the 11-year series of conferences held at the University of Kentucky at Louisville.
Indexes materials appearing in the Society's Journals, Transactions, Manuals and reports, Special publications, and Civil engineering.
This book is part of a six-volume series on Disaster Risk Reduction and Resilience. The series aims to fill in gaps in theory and practice in the Sendai Framework, and provides additional resources, methodologies and communication strategies to enhance the plan for action and targets proposed by the Sendai Framework. The series will appeal to a broad range of researchers, academics, students, policy makers and practitioners in engineering, environmental science and geography, geoscience, emergency management, finance, community adaptation, atmospheric science and information technology. This volume discusses the implementation of socio-hydrological resilience measures to curb the impacts on vulnerable communities of hydrologic diasters such as coastal floods, drought, water scarcity, and thunderstorms. The book provides a framework for sustainable hydrology-community interactions to inform local communities about the best practices to achieve hydrological resilience, and to implement resilient water infrastructure. Hydrological influences on the resilience of a region are comprehensively surveyed, and a "green economy strategy" is described and recommended for achieving climatic and hydrological sustainability.