Meltwater deposits

Finely laminated, fine-grained sediments, probably deposited in a small lake, exposed in a cut bank. The rhythmic layering represents seasonal inputs of coarser detritus (lighter colored layers) against a background of continual deposition of finer detritus (darker colored layers), These deposits ar...

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Bibliographic Details
Other Authors: Wojtal, Steven F.
Language:unknown
Published: Oberlin College Library 1998
Subjects:
Online Access:http://server15963.contentdm.oclc.org/u?/p15963coll1,1996
id ftohiocolleges:oai:server15963.contentdm.oclc.org:p15963coll1/1996
record_format openpolar
spelling ftohiocolleges:oai:server15963.contentdm.oclc.org:p15963coll1/1996 2023-05-15T17:21:32+02:00 Meltwater deposits Wojtal, Steven F. Zone: 20, Easting: 498087, Northing: 6514371 58.76936 -63.03308 Blow Me Down Mountain Newfoundland and Labrador, Canada Torngat Mountains 1998-07-08 jpeg2000 http://server15963.contentdm.oclc.org/u?/p15963coll1,1996 unknown Oberlin College Library wojtals_pcd_404 http://server15963.contentdm.oclc.org/u?/p15963coll1,1996 For research and educational use only. For all other uses please contact the Oberlin College. Geology Department 35 mm Kodachrome slide. Oberlin College. Geology Department. Surficial Geology Quaternary Geology Foliation Mylonite Shear zones (Geology) Shear sense indicators 1998 ftohiocolleges 2022-05-18T11:55:50Z Finely laminated, fine-grained sediments, probably deposited in a small lake, exposed in a cut bank. The rhythmic layering represents seasonal inputs of coarser detritus (lighter colored layers) against a background of continual deposition of finer detritus (darker colored layers), These deposits are overlain by coarse gravel of a younger fluvial deposit. See images 403 and 405. Other/Unknown Material Newfoundland Five Colleges of Ohio Digital Collections Blow Me Down ENVELOPE(-55.148,-55.148,49.517,49.517) Blow Me Down Mountain ENVELOPE(-63.065,-63.065,58.784,58.784) Canada Cut Bank ENVELOPE(-115.902,-115.902,55.517,55.517) Newfoundland Torngat Mountains ENVELOPE(-63.665,-63.665,59.000,59.000)
institution Open Polar
collection Five Colleges of Ohio Digital Collections
op_collection_id ftohiocolleges
language unknown
topic Surficial Geology
Quaternary Geology
Foliation
Mylonite
Shear zones (Geology)
Shear sense indicators
spellingShingle Surficial Geology
Quaternary Geology
Foliation
Mylonite
Shear zones (Geology)
Shear sense indicators
Meltwater deposits
topic_facet Surficial Geology
Quaternary Geology
Foliation
Mylonite
Shear zones (Geology)
Shear sense indicators
description Finely laminated, fine-grained sediments, probably deposited in a small lake, exposed in a cut bank. The rhythmic layering represents seasonal inputs of coarser detritus (lighter colored layers) against a background of continual deposition of finer detritus (darker colored layers), These deposits are overlain by coarse gravel of a younger fluvial deposit. See images 403 and 405.
author2 Wojtal, Steven F.
title Meltwater deposits
title_short Meltwater deposits
title_full Meltwater deposits
title_fullStr Meltwater deposits
title_full_unstemmed Meltwater deposits
title_sort meltwater deposits
publisher Oberlin College Library
publishDate 1998
url http://server15963.contentdm.oclc.org/u?/p15963coll1,1996
op_coverage Zone: 20, Easting: 498087, Northing: 6514371
58.76936
-63.03308
Blow Me Down Mountain
Newfoundland and Labrador, Canada
Torngat Mountains
long_lat ENVELOPE(-55.148,-55.148,49.517,49.517)
ENVELOPE(-63.065,-63.065,58.784,58.784)
ENVELOPE(-115.902,-115.902,55.517,55.517)
ENVELOPE(-63.665,-63.665,59.000,59.000)
geographic Blow Me Down
Blow Me Down Mountain
Canada
Cut Bank
Newfoundland
Torngat Mountains
geographic_facet Blow Me Down
Blow Me Down Mountain
Canada
Cut Bank
Newfoundland
Torngat Mountains
genre Newfoundland
genre_facet Newfoundland
op_source 35 mm Kodachrome slide. Oberlin College. Geology Department.
op_relation wojtals_pcd_404
http://server15963.contentdm.oclc.org/u?/p15963coll1,1996
op_rights For research and educational use only. For all other uses please contact the Oberlin College. Geology Department
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