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Coastal and Marine Geology Program > Online Science Resource Locator > Great Lakes

Great Lakes

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Items below are listed from most recently updated to least recently updated.

These are results 1 through 14 of 14 matches.

Map
National Seafloor Mapping and Characterization

Description: Images of the sea floor off the coasts of California, Hawaii, Florida, Mississippi, Alabama, Texas, Louisiana, and Washington; images of lake floor of Lake Michigan, Crater Lake, Lake Tahoe. Backscatter and swath bathymetry, regular and in 3-D view.
updated: 2009-05-11 pages include:

Educational Materials
USGS Coastal Change Hazards

Description: USGS Coastal Change Hazards - Focuses on hurricanes, tsunamis, sea-level rise, shoreline erosion, wetland destruction, and other issues relevant to coastal zone management and disaster preparedness.
updated: 2008-01-01 pages include:

Educational Materials
Coastal and Marine Knowledge Bank

Description: An initiative to develop and present a national-scale, interdisciplinary scientific framework for marine environments, the coastal zone, and coastal watersheds
updated: 2007-11-28 pages include:

Publication
U.S. Geological Survey Open-File Report 2005-1249, Coastal Change-Potential Assessment of Sleeping Bear Dunes, Indiana Dunes, and Apostle Islands National Lakeshores to Lake-Level Changes, Title Page

Description: Relative Coastal Change Potential Assessment of Apostle Islands, Indiana Dunes, and Sleeping Bear Dunes National Lakeshores to Lake-Level Changes.
updated: 2007-10-11 pages include:

Research Project
Marine Aggregate Resources and Processes

Description: The Marine Aggregates (Sand and Gravel Assessment) Project has developed and is implementing a scientifically rigorous series of regional studies mapping the seafloor sedimentary character and assessing marine sand and gravel resources around the United States. Results of the regional assessments will ultimately comprise a national assessment of marine sand and gravel. This study is responding to increasing demand for web-accessible GIS-type data and interpreted geologic map information on the sedimentary character of the seafloor and aggregate resources suitable for beach nourishment and coastal restoration, as well as seafloor sediment texture information for benthic habitat mapping and sediment transport studies.
updated: 2004-05-07 pages include:

Publication
Coastal Erosion of Southern Lake Michigan - USGS Fact Sheet

Description: Geological Survey studies the geologic processes at work in the Great Lakes region because they have direct bearing on the use, management, development, and preservation of the shoreline. It is important to understand how these processes shape our daily lives. About 15 percent of the United States' and 50 percent of Canada's population live along or near the 9,000-kilometer-long coastline of the Great Lakes. About 83 percent of the shoreline is privately-owned with property values as high as $10,000 per linear foot of lakefront.
updated: 2004-03-02 pages include:

Publication
USGS OFR 03-120 - Bathymetry and selected perspective views of 6 reef and coastal areas in Northern Lake Michigan

Description: We apply state of the art laser technology and derivative imagery to map the detailed morphology and of principal lake trout spawning sites on reefs in Northern Lake Michigan and to provide a geologic interpretation. We sought to identify the presence of ideal spawning substrate: shallow, "clean" gravel/cobble substrate, adjacent to deeper water. This study is a pilot collaborative effort with the US Army Corps of Engineers SHOALS (Scanning Hydrographic Operational Airborne Lidar Survey) program. The high-definition maps are integrated with known and developing data on fisheries, as well as limited substrate sedimentologic information and underlying Paleozoic carbonate rocks.
updated: 2003-10-29 pages include:

Publication
An Overview of Coastal Land Loss: With Emphasis on the Southeastern United States

Description: In states bordering the Gulf of Mexico and the Atlantic Ocean, vast areas of coastal land have been destroyed since the mid 1800s as a result of natural processes and human activities. The physical factors that have the greatest influence on coastal land loss are reductions in sediment supply, relative sea level rise, and frequent storms, whereas the most important human activities are sediment excavation, river modification, and coastal construction. As a result of these agents and activities, coastal land loss is manifested most commonly as beach/bluff erosion and coastal submergence.
updated: 2003-08-20 pages include:

Photographs
USGS Professional Paper 1386-J

Description: Landsat images, together with aerial photographs, selected maps, and other data, have been used to provide a baseline of mid-1970's glacierization in Canada, the conterminous United States, and M�xico
updated: 2002-12-30 pages include:

Movie
USGS Fact Sheet 095-02: Vulnerability of U.S. National Parks to Sea-Level Rise and Coastal Change

Description: Vulnerability of U.S. National Parks to Sea-Level Rise and Coastal Change
updated: 2002-09-19 pages include:

Educational Materials
Mapping Coastal Change Hazards

Description: An illustrated discussion of coastal change hazards and the work that the U.S. Geological Survey is doing to map and understand these hazards.
updated: 2001-05-03 pages include:

Data Set
Global Inventory of Natural Gas Hydrate Occurance

Description: This updated global inventory reports on natural gas hydrate recovered from 20 places worldwide and includes 79 places where the presence of gas hydrate has been inferred from geophysical, geochemical, or geological evidence.
updated: 2001-01-09 pages include:

Research Project
Great Lakes Mapping Project

Description: Initiative to map lake bathymetry and classify lakebed materials to advance knowledge of Great Lakes and enable better management of Great Lakes resources.
updated: 2000-12-12 pages include:

Research Project
Remote Video Monitoring

Description: Remote Video Monitoring (RVM) systems provide a means of automatically acquiring video data from remote locations and returning them to a central laboratory computer for processing. This project makes use of RVM technology to monitor coastal change at locations in Florida, Massachusetts, Ohio, and Washington.
updated: 2000-10-02 pages include:

These are results 1 through 14 of 14 matches.

Coastal and Marine Geology Program > Online Science Resource Locator > Great Lakes