Product Description: This illustrated book highlights the U.S. Army Corps of Engineers' history from the battle of Bunker Hill to the war on terrorism; an introduction to aspects and events in engineer history. The Corps has a wealth of visual information--drawings, artwork, photographs, maps, plans, models--and this book contains a montage of historical images from the Revolutionary War to the present, in addition to many newly written articles. This new history also features an extensive index to aid in finding a specific subject, and researchers and interested individuals can be sure that they will find a solid historical perspective.

The U.S. Army Corps of Engineers (Corps) is responsible for construction, operations, and maintenance of much of the nation's water resources infrastructure. This infrastructure includes flood control levees, multi-purpose dams, locks, navigation channels, port and harbor facilities, and beach protection infrastructure. The Corps of Engineers also regulates the dredging and filling of wetlands subject to federal jurisdictions. Along with its programs for flood damage reduction and support of commercial navigation, ecosystem restoration was added as a primary Corps mission area in 1996. The National Research Council (NRC) Committee on U.S. Army Corps of Engineers on Water Resources Science, Engineering, and Planning was convened by the NRC at the request of the Corps of Engineers to provide independent advice to the Corps on an array of strategic and planning issues. National Water Resources Challenges Facing the U.S. Army Corps of Engineers surveys the key water resources challenges facing the Corps, the limits of what might be expected today from the Corps, and future prospects for the agency. This report presents several findings, but no recommendations, to the Corps of Engineers based on initial investigations and discussions with Corps leadership. National Water Resources Challenges Facing the U.S. Army Corps of Engineers can serve as a foundational resource for the Corps of Engineers, U.S. Congress, federal agencies, and Corps project co-sponsors, among others.

The Corps of Engineers played an important role in winning World War II. Its work included building and repairing roads, bridges, and airfields; laying and clearing minefields; establishing and destroying obstacles; constructing training camps and other support facilities; building the Pentagon; and providing facilities for the development of the atomic bomb. In addition to their construction work, engineers engaged in combat with the enemy in the Battle of the Bulge, on the Ledo Road in Burma, in the mountains of Italy, and at numerous other locations. Certainly one of the highlights of Corps activity during World War II was the construction of the 1,685-mile Alaska Highway, cared out of the Canadian and Alaskan wilderness. "Builders and Fighters" is a series of essays on some of the hectic engineer activity during World War II. Veterans of that war should read this book and point with pride to their accomplishments. In it, today's engineers will find further reasons to be proud of their heritage.

The purpose of this manual is to present basic principles used in the design and construction of earth levees. The term levee as used herein is defined as an embankment whose primary purpose is to furnish flood protection from seasonal high water and which is therefore subject to water loading for periods of only a few days or weeks a year. Embankments that are subject to water loading for prolonged periods (longer than normal flood protection requirements) or permanently should be designed in accordance with earth dam criteria rather than the levee criteria given herein. Even though levees are similar to small earth dams they differ from earth dams in the following important respects: (a) a levee embankment may become saturated for only a short period of time beyond the limit of capillary saturation, (b) levee alignment is dictated primarily by flood protection requirements, which often results in construction on poor foundations, and (c) borrow is generally obtained from shallow pits or from channels excavated adjacent to the levee, which produce fill material that is often heterogeneous and far from ideal. Selection of the levee section is often based on the properties of the poorest material that must be used.

Corps of Engineers campgrounds are regarded as the best public camping areas in America. This expanded new edition now includes GPS coordinates and details, specific discounted fees available to senior citizens, as well as a list of amenities available at each campground.

Full color publication. The Coastal Engineering Manual (CEM) assembles in a single source the current state-of-the-art in coastal engineering to provide appropriate guidance for application of techniques and methods to the solution of most coastal engineering problems. The CEM provides a standard for the formulation, design, and expected performance of a broad variety of coastal projects. These projects are undertaken to provide or improve navigation at commercial harbors, harbor works for commercial fish handling and service facilities, and recreational boating facilities. As an adjunct to navigation improvements, shore protection projects are often required to mitigate the impacts of navigation projects. Beach erosion control and hurricane or coastal storm protection projects provide wave damage reduction and flood protection to valuable coastal commercial, urban, and tourist communities. Environmental restoration projects provide a rational layout and proven approach to restoring the coastal and tidal environs where such action may be justified, or required as mitigation to a coastal project's impacts, or as mitigation for the impact of some previous coastal activity, incident, or neglect. As the much expanded replacement document for the Shore Protection Manual (1984) and several other U.S. Army Corps of Engineers (USACE) manuals, the CEM provides a much broader field of guidance. Part VI "Design of Coastal Project Elements" includes chapters discussing philosophy of coastal structure design, the various types and function of coastal structures, site conditions, materials, design fundamentals, reliability, and the design of specific project elements (including a sloping-front structure, vertical-front structure, beach fill, floating structure, pile structure, and a pipeline and outfall structure.