Folders: ROOT > ScienceBase Catalog > ReSciColl Archive > Maryland Geological Survey > Collection of Sediment Cores from MD, 1984-1997, MD Continental Shelf ( Show all descendants )

Location Folder Show Tree ROOT _ScienceBase Catalog __ReSciColl Archive ___Maryland Geological Survey ____Collection of Sediment Cores from MD, 1984-1997, MD Continental Shelf Filters Date Range Past year (0) Past month (0) Past week (0) Past day (0) Custom range... To   Search Contacts Maryland Geological Survey Categories Physical Item (282) View Results as: JSON ATOM CSV Browse Folder

OCBRP_I, Core 1-3 Vibracore collected by the U.S. Army Corps of Engineers as part of the Ocean City Beach Replenishment Project, Phase I (OCBRP-I) to locate & assess potential sand borrow areas for replenishment of the recreational beach at Ocean City, Md. Associated information: seismic data, grain size analysis, carbon-14 dating Categories: Physical Item; Tags: Sediment cores OCBRP_I, Core 1-5 Vibracore collected by the U.S. Army Corps of Engineers as part of the Ocean City Beach Replenishment Project, Phase I (OCBRP-I) to locate & assess potential sand borrow areas for replenishment of the recreational beach at Ocean City, Md. Associated information: grain size analysis Categories: Physical Item; Tags: Sediment cores OCBRP_I, Core 1-8 Vibracore collected by the U.S. Army Corps of Engineers as part of the Ocean City Beach Replenishment Project, Phase I (OCBRP-I) to locate & assess potential sand borrow areas for replenishment of the recreational beach at Ocean City, Md. Associated information: seismic data, grain size analysis Categories: Physical Item; Tags: Sediment cores OCBRP_I, Core 2-5 Vibracore collected by the U.S. Army Corps of Engineers as part of the Ocean City Beach Replenishment Project, Phase I (OCBRP-I) to locate & assess potential sand borrow areas for replenishment of the recreational beach at Ocean City, Md. Associated information: grain size analysis Categories: Physical Item; Tags: Sediment cores OCBRP_II, Core 2-19 Vibracore collected by the U.S. Army Corps of Engineers as part of the Ocean City Beach Replenishment Project, Phase II (OCBRP-II) to locate & assess potential sand borrow areas for replenishment of the recreational beach at Ocean City, Md., providing 100-year storm protection. Associated information: grain size analysis Categories: Physical Item; Tags: Sediment cores OCBRP_II, Core 2-24 Vibracore collected by the U.S. Army Corps of Engineers as part of the Ocean City Beach Replenishment Project, Phase II (OCBRP-II) to locate & assess potential sand borrow areas for replenishment of the recreational beach at Ocean City, Md., providing 100-year storm protection. Associated information: grain size analysis Categories: Physical Item; Tags: Sediment cores OCBRP_II, Core 2-26 Vibracore collected by the U.S. Army Corps of Engineers as part of the Ocean City Beach Replenishment Project, Phase II (OCBRP-II) to locate & assess potential sand borrow areas for replenishment of the recreational beach at Ocean City, Md., providing 100-year storm protection. Associated information: grain size analysis Categories: Physical Item; Tags: Sediment cores OCBRP_II, Core 3-37 Vibracore collected by the U.S. Army Corps of Engineers as part of the Ocean City Beach Replenishment Project, Phase II (OCBRP-II) to locate & assess potential sand borrow areas for replenishment of the recreational beach at Ocean City, Md., providing 100-year storm protection. Associated information: grain size analysis Categories: Physical Item; Tags: Sediment cores OCBRP_II, Core 4-26 Vibracore collected by the U.S. Army Corps of Engineers as part of the Ocean City Beach Replenishment Project, Phase II (OCBRP-II) to locate & assess potential sand borrow areas for replenishment of the recreational beach at Ocean City, Md., providing 100-year storm protection. Associated information: grain size analysis Categories: Physical Item; Tags: Sediment cores OCBRP_II, Core 4-27 Vibracore collected by the U.S. Army Corps of Engineers as part of the Ocean City Beach Replenishment Project, Phase II (OCBRP-II) to locate & assess potential sand borrow areas for replenishment of the recreational beach at Ocean City, Md., providing 100-year storm protection. Associated information: grain size analysis Categories: Physical Item; Tags: Sediment cores USGS/MGS, Core 20-1518 Vibracore collected by MGS as part of a project (USGS/MGS) to investigate & define the stratigraphic framework of Maryland's inner continental shelf. Associated information: seismic data, photographs, radiographs, driller logs, grain size analysis Categories: Physical Item; Tags: Sediment cores USGS/MGS, Core 22-1605 Vibracore collected by MGS as part of a project (USGS/MGS) to investigate & define the stratigraphic framework of Maryland's inner continental shelf. Associated information: seismic data, photographs, radiographs, driller logs, grain size analysis, heavy mineral analysis Categories: Physical Item; Tags: Sediment cores USGS/MGS, Core 16-1005 Vibracore collected by MGS as part of a project (USGS/MGS) to investigate & define the stratigraphic framework of Maryland's inner continental shelf. Associated information: seismic data, photographs, radiographs, driller logs, grain size analysis Categories: Physical Item; Tags: Sediment cores MGS/DGS_I, Core IW-1R Vibracore collected cooperatively by MGS & the Delaware Geological Survey as part of a five-year Offshore Sand Resource Study, First Year (MGS/DGS-I) from Isle of Wight Shoal to identify potential sand resources for beach restoration projects at Ocean City, Md. Associated information: seismic data, photographs, radiographs, driller logs, grain size analysis, amino-acid racemization Categories: Physical Item; Tags: Sediment cores MGS/DGS_I, Core IW-4 Vibracore collected cooperatively by MGS & the Delaware Geological Survey as part of a five-year Offshore Sand Resource Study, First Year (MGS/DGS-I) from Isle of Wight Shoal to identify potential sand resources for beach restoration projects at Ocean City, Md. Associated information: seismic data, photographs, radiographs, driller logs, grain size analysis, amino-acid racemization Categories: Physical Item; Tags: Sediment cores OCBRP_IIIa, Core V-23 Vibracore collected by the U.S. Army Corps of Engineers as part of the Ocean City Beach Replenishment Project, Phase IIIa (OCBRP-IIIa) to assess in detail a sand borrow area (Shoal 9) for periodic maintenance of the 100-year storm protection at Ocean City, Md. Associated information: driller logs, grain size analysis Categories: Physical Item; Tags: Sediment cores OCWRFS, Core B-7R Vibracore collected by the U.S. Army Corps of Engineers as part of the Ocean City Water Resources Feasibility Study (OCWRFS) to (1) locate & assess potential sand borrow areas for beach replenishment on northern Assateague Island & (2) define sediment transport pathways along Fenwick & Assateague Islands. Associated information: seismic data, driller logs, grain size analysis Categories: Physical Item; Tags: Sediment cores OCWRFS, Core B-11 Vibracore collected by the U.S. Army Corps of Engineers as part of the Ocean City Water Resources Feasibility Study (OCWRFS) to (1) locate & assess potential sand borrow areas for beach replenishment on northern Assateague Island & (2) define sediment transport pathways along Fenwick & Assateague Islands. Associated information: seismic data, driller logs, grain size analysis Categories: Physical Item; Tags: Sediment cores OCWRFS, Core B-14 Vibracore collected by the U.S. Army Corps of Engineers as part of the Ocean City Water Resources Feasibility Study (OCWRFS) to (1) locate & assess potential sand borrow areas for beach replenishment on northern Assateague Island & (2) define sediment transport pathways along Fenwick & Assateague Islands. Associated information: seismic data, driller logs, grain size analysis Categories: Physical Item; Tags: Sediment cores OCWRFS, Core LG-3R Vibracore collected by the U.S. Army Corps of Engineers as part of the Ocean City Water Resources Feasibility Study (OCWRFS) to (1) locate & assess potential sand borrow areas for beach replenishment on northern Assateague Island & (2) define sediment transport pathways along Fenwick & Assateague Islands. Associated information: seismic data, driller logs, grain size analysis Categories: Physical Item; Tags: Sediment cores 1 2 3 4 5 ... 15 »