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  • March

    Coastal engineers expect that large storms will induce sediment transport from the nourished beach and move sand offshore. When this happens, waves begin to break farther from the shoreline, thus weakening their force before they reach the shoreline itself. In this way, beach nourishment projects help protect dunes and property from further erosion, decrease flooding, and limit how far ashore storm surge will go. A wide, flat beach berm with a sufficient volume of sand keeps the erosive power of the waves from reaching and destroying the dunes and structures and can reduce damages significantly from waves, inundation, and erosion. Without beach nourishment, the starting point for damage would be farther onshore; a nourished beach, with sufficient sand volume and healthy dunes, absorbs the storm's energy, even during slow-moving storms, and helps prevent damages to structures and infrastructure.

    Engineering the Recovery from Hurricane Sandy

    Although a lot of engineering goes into planning, designing, and constructing hard structures such as levees, walls, tidal barriers, and pump stations, engineering is crucial to building and replenishing beaches, as well.

  • September

    Data buoy off Rhode Island coast providing

    The U.S. Army Corps of Engineers and other agencies deployed a data buoy off the coast of Block Island, Rhode Island, three years ago to gather information on wave action for a Corps study and the scientific instrument has been providing useful information to scientists, mariners and the general public since that time.