The UNH CCOM/JHC New Hampshire Continental Shelf Historical Geophysical Database: 1971 to 2015 - Sediment Data contains sediment grain size data and classifications from studies conducted between 1971 and 2015. In total, grain size data was available for 725 bottom sediment samples. Included are sample identification information, station and sample characteristics, sediment classifications, grain size statistics, and grain size distribution. Not all of these parameters were available for every study. Samples were analyzed with standard sieve and pipette analyses after Folk (1980). The sediment grain size classifications include: CMECS (Coastal and Marine Ecological Classification Standard; FGDC, 2012); Gradistat (Blot and Pye, 2001); and ...
Typical of glaciated environments, the inner continental shelf of New Hampshire is composed of bedro...
During the 1990’s, Dr. Maynard Nichols and colleagues at the Virginia Institute of Marine Science co...
The continental shelf off northern Massachusetts, New Hampshire and southern Maine is highly complex...
The New Hampshire Continental Shelf Geophysical Database: 2016-2017 Field Campaign - Stations and S...
The New Hampshire Continental Shelf Geophysical Database: 2016-2017 Field Campaign - Seafloor and S...
The New Hampshire Continental Shelf Geophysical Database: Vibracore Logs and Sediment Data contain...
The “New Hampshire Continental Shelf Geospatial Database: Surficial Geology Maps and Sediment Grain ...
Sediment data, sediment photographs, and field photographs from a major field campaign conducted on ...
Abstract: Marine sediments off the eastern United States vary markedly in texture (i.e., the size, ...
Grain-size data of the bulk sediment fraction (< 2000 µm). Grain-size statistics are based on the gr...
We drilled three sites (Sites 1071, 1072, and 1073) on the New Jersey shelf and slope at water depth...
These data comprise a grain character dataset (grain size, sorting and grain shape) from the topset,...
Grain-size data of the terrigenous sediment fraction < 63 µm. Grain-size statistics are based on the...
Grain-size statistics for the terrigenous sediment fraction (carbonate and biogenic silica removed) ...
This data repository contains grain size and beach face slope data from approximately 100 paired sum...
Typical of glaciated environments, the inner continental shelf of New Hampshire is composed of bedro...
During the 1990’s, Dr. Maynard Nichols and colleagues at the Virginia Institute of Marine Science co...
The continental shelf off northern Massachusetts, New Hampshire and southern Maine is highly complex...
The New Hampshire Continental Shelf Geophysical Database: 2016-2017 Field Campaign - Stations and S...
The New Hampshire Continental Shelf Geophysical Database: 2016-2017 Field Campaign - Seafloor and S...
The New Hampshire Continental Shelf Geophysical Database: Vibracore Logs and Sediment Data contain...
The “New Hampshire Continental Shelf Geospatial Database: Surficial Geology Maps and Sediment Grain ...
Sediment data, sediment photographs, and field photographs from a major field campaign conducted on ...
Abstract: Marine sediments off the eastern United States vary markedly in texture (i.e., the size, ...
Grain-size data of the bulk sediment fraction (< 2000 µm). Grain-size statistics are based on the gr...
We drilled three sites (Sites 1071, 1072, and 1073) on the New Jersey shelf and slope at water depth...
These data comprise a grain character dataset (grain size, sorting and grain shape) from the topset,...
Grain-size data of the terrigenous sediment fraction < 63 µm. Grain-size statistics are based on the...
Grain-size statistics for the terrigenous sediment fraction (carbonate and biogenic silica removed) ...
This data repository contains grain size and beach face slope data from approximately 100 paired sum...
Typical of glaciated environments, the inner continental shelf of New Hampshire is composed of bedro...
During the 1990’s, Dr. Maynard Nichols and colleagues at the Virginia Institute of Marine Science co...
The continental shelf off northern Massachusetts, New Hampshire and southern Maine is highly complex...