Dataset Identification:

Resource Abstract:
Analysis by remote-sensing techniques and observations of exposed bedrock structure were preliminary steps taken in a study to locate potential bedrock-fracture zones that may store and transmit ground water near Great Bay, N.H. To help correlate lineaments on the surface with fractures, structural measurements were made at exposed bedrock, largely along the shoreline of the bay, and analyzed to identify fracture trends and fracture characteristics. With these fracture data, lineament-filtering techniques, such as (1) buffer analysis around individual lineaments, (2) discrete-measurement analysis by domain, and (3) spacing-normalized analysis by domain, identified 'fracture-correlated lineaments.' Of the 927 lineaments identified in the study area (180 square kilometers), 406 (44 percent) were evaluated because they either were located within 305 meters of an outcrop with fracture data or intersected one of five 3,300-meter-square grid domain cells that encompassed the fracture data. Of the 406 lineaments, 190 (47 percent) are fracture correlated, although only 15 percent were correlated by more than one filtering technique. The large number of lineaments found in areas of thin glacial overburden and high densities of fractured outcrops suggests that filtering techniques are useful in these areas to selectively identify fracture-correlated lineaments. Fractures parallel to bedding in the Kittery Formation are open locally and often associated with vugs, with up to 1-centimeter aperture, and may provide appreciable secondary porosity in this rock unit. Discrete-measurement analysis by domain identified fracture-correlated lineaments with orientations parallel to these open and vug-filled fractures. Fracture-correlated lineaments related to closely spaced fractures were identified by the spacing-normalized analysis by domain. Analysis results may be used to indicate the potential bedrock pathways for ground-water-discharge points along the shoreline of Great Bay.
Citation
Title Fracture-correlated lineaments at Great Bay, southeastern New Hampshire
Publication Date  Date   2002
Topic Category:  geoscientificInformation
Publication Keywords
Open-File Report
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Title USGS Publications Warehouse
revision  Date   2015-07-19
Theme keywords (theme):
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Title Activity > Observation
publication  Date   2017-01-15
other Citation Details  Cinergi keyword enhanced at Sun Jan 15 22:30:03 UTC 2017
Theme keywords (theme):
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Title Realm > Geosphere
publication  Date   2017-01-15
other Citation Details  Cinergi keyword enhanced at Sun Jan 15 22:30:03 UTC 2017
Theme keywords (theme):
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Title Method > Information Processing
publication  Date   2017-01-15
other Citation Details  Cinergi keyword enhanced at Sun Jan 15 22:30:03 UTC 2017
Theme keywords (theme):
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Title Material > Environmental Material
publication  Date   2017-01-15
other Citation Details  Cinergi keyword enhanced at Sun Jan 15 22:30:03 UTC 2017
Theme keywords (theme):
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Title Property > Measure
publication  Date   2017-01-15
other Citation Details  Cinergi keyword enhanced at Sun Jan 15 22:30:03 UTC 2017
Theme keywords (theme):
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Title Material > Biological Material
publication  Date   2017-01-15
other Citation Details  Cinergi keyword enhanced at Sun Jan 15 22:30:03 UTC 2017
Theme keywords (theme):
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Title Feature > Marine Feature
publication  Date   2017-01-15
other Citation Details  Cinergi keyword enhanced at Sun Jan 15 22:30:03 UTC 2017
Theme keywords (theme):
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Title Feature > Physiographic Feature
publication  Date   2017-01-15
other Citation Details  Cinergi keyword enhanced at Sun Jan 15 22:30:03 UTC 2017
Resource language:  eng
Resource extent
Extent description
Great Bay, New Hampshire, United States
Geographic Extent
Geographic Bounding Box
westBoundLongitude  -90.868107
eastBoundLongitude  -50.868107
northBoundLatitude  63.06703
southBoundLatitude  23.06703
Resource extent
Extent description
N H
Geographic Extent
Geographic Bounding Box
westBoundLongitude  29.947157
eastBoundLongitude  29.957157
northBoundLatitude  31.229688
southBoundLatitude  31.219688
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Digital Transfer Options
Linkage for online resource
name ScienceBase Item Summary Page
URL:https://www.sciencebase.gov/catalog/item/4f4e4b1be4b07f02db6a909f
protocol WWW:LINK-1.0-http--link
link function information
Description Link to the ScienceBase Item Summary page for the item described by this metadata record
target application profile  Web Browser
Linkage for online resource
name INDEX PAGE
URL:http://pubs.usgs.gov/of/ofr02-013/
protocol WWW:LINK-1.0-http--link
link function information
Description ScienceBase WebLink
target application profile  Web Browser
Linkage for online resource
name index page
URL:http://pubs.er.usgs.gov/publication/ofr0213
protocol WWW:LINK-1.0-http--link
link function information
Description ScienceBase WebLink
target application profile  Web Browser
Linkage for online resource
name Download Attached Files
URL:https://www.sciencebase.gov/catalog/file/get/4f4e4b1be4b07f02db6a909f
protocol WWW:LINK-1.0-http--link
link function information
Description Download Link
target application profile  Web Browser
Metadata data stamp:  2014-07-21T18:21:55Z
Metadata Constraints
Constraints
Use limitation statement:
none
Metadata contact - author
organisation Name  Degnan, James R.
Contact information
Metadata contact - author
organisation Name  Clark, Stewart F., Jr.
Contact information
Metadata scope code  dataset
Metadata language  eng USA
Metadata character set encoding:   utf8
Metadata standard for this record:  ISO19115
standard version:  1.0
Metadata record identifier:  4f4e4b1be4b07f02db6a909f
URI for dataset described: > https://www.sciencebase.gov/catalog/item/4f4e4b1be4b07f02db6a909f

Metadata record format is ISO19139-2 XML (MI_Metadata)