Military Installation Resilience Review – Beaufort County, SC
Geoscience worked with Sherwood Design Engineers to provide a host of flooding risk information, including pluvial (rain), shallow coastal, and tropical storms.
Read MoreGeoscience worked with Sherwood Design Engineers to provide a host of flooding risk information, including pluvial (rain), shallow coastal, and tropical storms.
Read MoreGeoscience Consultants, LLC (Geoscience) was contracted by McSweeney Engineers to examine some of the historical and physical changes to the bluff shoreline at Magnolia Plantation along the Ashley River. To help answer these questions Geoscience leveraged about 15 years (2006/7-2020) of lidar data to assess elevation trends along the bluff shoreline in concert with the lithology and morphology of the bluff.
Read MoreThe Phase I project used a small marsh island on the Whale Branch creek to model processes that control marsh health and evolution in the larger Broad River/Port Royal Sound habitats.
Read MoreThis project focused on identifying the potential infrastructure problems that will exist as sea level rise (SLR) occurs and determining how those effects can be minimized or mitigated to ensure that the needs of both the local communities and the military facilities are accommodated. This is particularly significant in the Beaufort area due to the fact that water and sewer services are provided to the military facilities by the same regional provider that serves the local communities; and local roads, highways and bridges provide the only access to MCAS Beaufort and MCRD Parris Island.
Read MoreGeoscience performed a technical review of marsh migration models, the fundamental data sets and various parameters that drive model outputs.
Read MoreGeoscience Consultants was hired to assess the historic shoreline trends and define the various sediment transport mechanisms at a hot-spot along South Padre Island. Based on the analysis, a low profile groin conceptual design using geo-textiles was also developed.
Read MoreTo assess habitat restoration needs Geoscience Consultants was hired to examine marsh substrate elevation differences caused by the existence of a causeway running across the bayou. The reduced flow inland of the causeway may have limited natural accretion thus limiting the ability of the marsh substrate to maintain equilibrium with the optimum growth conditions.
Read MoreGeoscience reviewed the potential effects from a proposed offshore sill/breakwater at a boat launch for a local engineering firm in Charleston SC
Read MoreGeoscience worked with a local Charleston, SC engineering firm to perform a review of past shoreline/littoral changes and assess potential living shoreline stabilization techniques for a waterfront park
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