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Prepared by the Coasts, Oceans, Ports, and Rivers Institute of ASCE. Ship Channel Design and Operation provides an overview of the design process and operation of deep-draft navigation projects. Ship channels are the connecting link between the ocean shipping lanes and coastal or inland deep water ports. The reliability of ship channels is important to commercial navigation as well as to our national defense interests for rapid deployment of Navy, Army, and Coast Guard vessels. This Manual revises and expands MOP 80. Topics include: Design philosophy; Vessel characteristics; Hydraulic and weather conditions; Channel dimensions; Environmental sustainability; Dredging and disposal; Model studies; Coast Guard activities; NOAA activities; Construction; Operations and maintenance; Lessons learned; and Case histories. This manual is intended as a design guide for practicing engineers and a reference for government agencies involved with the design and operation of deep draft navigation systems.
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Prepared by the Task Committee of the Waterways Committee of the Waterways, Ports, Coasts, and Ocean Division of ASCE. Inland Navigation: Locks, Dams, and Channels provides information on planning, design, construction, and operation of the U.S. waterways used by barge traffic. Most of the information comes from design criteria and more than 100 years of experience of the U.S. Army Corps of Engineers. The Corps has built more than 220 lock and dam projects on U.S. waterways and maintains more than 25,000 miles of inland navigation channels. This Manual also includes an inventory of the Corps lock and dam projects and six case histories.
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Prepared by the Task Committee on Inland Navigation: Environmental Sustainability of the Waterways Committee of the Coasts, Oceans, Ports, and Rivers Institute (COPRI)of ASCE Inland Navigation: Environmental Sustainability provides the current state of environmental preservation procedures for inland waterways. It presents an overview of ecosystem sustainability procedures currently used. This technical report examines environmental considerations for construction, as well as operation and restoration of inland freshwater waterways in the continental United States, which includes the lower Mississippi and lower Columbia rivers. Topics include•Hydrology and hydraulics;•Sedimentation, dredging, and disposal;•Water quality;•Habitat (aquatic, terrestrial, wetlands);•Migratory fish and birds;•Historic preservation; and•Restoration and environmental laws directed to waterway design and operation. This report is a valuable reference for those involved with waterway design and operations and will be of use as an educational text for the academic community.
Stream channelization --- Stream restoration --- Aquatic ecology --- Inland navigation --- Sustainable development --- Environmental aspects --- Inland waterways --- Interior navigation --- Navigation, Inland --- Hydrography --- Navigation --- Waterways --- Inland water transportation --- Aquatic biology --- Ecology --- Rehabilitation, River --- Rehabilitation, Stream --- Restoration of rivers --- Restoration of streams --- River rehabilitation --- River restoration --- Stream rehabilitation --- Rivers --- Restoration ecology --- Channel improvements --- Channelization, Stream --- River channelization --- Stream improvement (Flood control) --- Hydraulic engineering --- Restoration --- Regulation --- Navigation (waterway) --- Hydraulic design --- Ocean currents --- Rivers and streams --- Ecological restoration --- Sea water --- United States --- Mississippi
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