Stratigraphy and history of the Sakakawea Sequence, south-central North Dakota

The Sakakawea Sequence (Pleistocene) in North Dakota contains six formations that make up the Coleharbor Group (Pleistocene). The Braddock Formation (Wisconsinan) is mainly glacial sediment. The Emmons Formation (late Wisconsinan) is mainly glacial sediment. The Four Bears Formation (Wisconsinan) is...

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Main Author: Bickley, William B., Jr.
Format: Text
Language:unknown
Published: UND Scholarly Commons 1972
Subjects:
Ice
Online Access:https://commons.und.edu/theses/22
https://commons.und.edu/context/theses/article/1021/viewcontent/Bickley__Willam_B._Doc_Diss_1972.pdf
https://commons.und.edu/context/theses/article/1021/filename/0/type/additional/viewcontent/Bickley_1972_Plate.zip
id ftunivndakota:oai:commons.und.edu:theses-1021
record_format openpolar
spelling ftunivndakota:oai:commons.und.edu:theses-1021 2023-06-11T04:12:29+02:00 Stratigraphy and history of the Sakakawea Sequence, south-central North Dakota Bickley, William B., Jr. 1972-01-01T08:00:00Z application/pdf https://commons.und.edu/theses/22 https://commons.und.edu/context/theses/article/1021/viewcontent/Bickley__Willam_B._Doc_Diss_1972.pdf https://commons.und.edu/context/theses/article/1021/filename/0/type/additional/viewcontent/Bickley_1972_Plate.zip unknown UND Scholarly Commons https://commons.und.edu/theses/22 https://commons.und.edu/context/theses/article/1021/viewcontent/Bickley__Willam_B._Doc_Diss_1972.pdf https://commons.und.edu/context/theses/article/1021/filename/0/type/additional/viewcontent/Bickley_1972_Plate.zip Theses and Dissertations Geology--North Dakota--Emmons County Geology Stratigraphic--Pleistocene text 1972 ftunivndakota 2023-05-07T17:29:51Z The Sakakawea Sequence (Pleistocene) in North Dakota contains six formations that make up the Coleharbor Group (Pleistocene). The Braddock Formation (Wisconsinan) is mainly glacial sediment. The Emmons Formation (late Wisconsinan) is mainly glacial sediment. The Four Bears Formation (Wisconsinan) is mainly either fluvial or lacustrine sediment. The Coteau Formation (Holocene) is mostly fluvial, colluvial, or slough sediment. The Denbigh Formation (Holocene) is mostly eolian sediment. The Oahe Formation (late Wisconsinan and Holocene) is mostly eolian sediment (loess) The Oahe Formation is divided into three members: the Mallard Island (late Wisconsinan), Aggie Brown (latest Wisconsinan to earliest Holocene), and Riverdale (middle and late Holocene) Members. During preglacial time major rivers flowed toward Hudson Bay. With the initiation of glaciation, ice blocked the rivers and forced them to flow southward. During the Pleistocene at least four major glaciations occurred. The Dunn Glaciation was pre-Wisconsinan that Verone Glaciation was post Dunn and pre-Napoleon, the Napoleon Glaciation was early Wisconsinan (?), and the Lostwood Glaciation was late Wisconsinan. Three phases (Cattail Creekt Zeeland, and Long Lake) are recognized within the Lostwood Glaciation~ The Cattail Creek was an early advance of the Lostwood Glaciation. The Zeeland and Long Lake Phases were later advances; they may have been contemporaneous. Numerous tundra polygons indicate permafrost conditions existed at the beginning of the Lostwood Glaciation. Polygons occur on all but the youngest glacial surfaces (Zeeland and Long Lake). Lakes Standing Rock and McKenzie were formed when the Lostwood ice dammed the Missouri River. Lake McKenzie was formed when ice of' the Cattail Creek Phase blocked the flow of the Missouri River in the Strasburg Channel. Lake Standing Rock probably formed when ice blocked the Missouri River in north-central South Dakota. In postglacial time, more detailed evidence allows reconstruction of the history of hillslope ... Text Hudson Bay Ice permafrost Tundra UND Scholarly Commons (University of North Dakota) Hudson Bay Hudson Riverdale ENVELOPE(-135.024,-135.024,60.707,60.707)
institution Open Polar
collection UND Scholarly Commons (University of North Dakota)
op_collection_id ftunivndakota
language unknown
topic Geology--North Dakota--Emmons County
Geology
Stratigraphic--Pleistocene
spellingShingle Geology--North Dakota--Emmons County
Geology
Stratigraphic--Pleistocene
Bickley, William B., Jr.
Stratigraphy and history of the Sakakawea Sequence, south-central North Dakota
topic_facet Geology--North Dakota--Emmons County
Geology
Stratigraphic--Pleistocene
description The Sakakawea Sequence (Pleistocene) in North Dakota contains six formations that make up the Coleharbor Group (Pleistocene). The Braddock Formation (Wisconsinan) is mainly glacial sediment. The Emmons Formation (late Wisconsinan) is mainly glacial sediment. The Four Bears Formation (Wisconsinan) is mainly either fluvial or lacustrine sediment. The Coteau Formation (Holocene) is mostly fluvial, colluvial, or slough sediment. The Denbigh Formation (Holocene) is mostly eolian sediment. The Oahe Formation (late Wisconsinan and Holocene) is mostly eolian sediment (loess) The Oahe Formation is divided into three members: the Mallard Island (late Wisconsinan), Aggie Brown (latest Wisconsinan to earliest Holocene), and Riverdale (middle and late Holocene) Members. During preglacial time major rivers flowed toward Hudson Bay. With the initiation of glaciation, ice blocked the rivers and forced them to flow southward. During the Pleistocene at least four major glaciations occurred. The Dunn Glaciation was pre-Wisconsinan that Verone Glaciation was post Dunn and pre-Napoleon, the Napoleon Glaciation was early Wisconsinan (?), and the Lostwood Glaciation was late Wisconsinan. Three phases (Cattail Creekt Zeeland, and Long Lake) are recognized within the Lostwood Glaciation~ The Cattail Creek was an early advance of the Lostwood Glaciation. The Zeeland and Long Lake Phases were later advances; they may have been contemporaneous. Numerous tundra polygons indicate permafrost conditions existed at the beginning of the Lostwood Glaciation. Polygons occur on all but the youngest glacial surfaces (Zeeland and Long Lake). Lakes Standing Rock and McKenzie were formed when the Lostwood ice dammed the Missouri River. Lake McKenzie was formed when ice of' the Cattail Creek Phase blocked the flow of the Missouri River in the Strasburg Channel. Lake Standing Rock probably formed when ice blocked the Missouri River in north-central South Dakota. In postglacial time, more detailed evidence allows reconstruction of the history of hillslope ...
format Text
author Bickley, William B., Jr.
author_facet Bickley, William B., Jr.
author_sort Bickley, William B., Jr.
title Stratigraphy and history of the Sakakawea Sequence, south-central North Dakota
title_short Stratigraphy and history of the Sakakawea Sequence, south-central North Dakota
title_full Stratigraphy and history of the Sakakawea Sequence, south-central North Dakota
title_fullStr Stratigraphy and history of the Sakakawea Sequence, south-central North Dakota
title_full_unstemmed Stratigraphy and history of the Sakakawea Sequence, south-central North Dakota
title_sort stratigraphy and history of the sakakawea sequence, south-central north dakota
publisher UND Scholarly Commons
publishDate 1972
url https://commons.und.edu/theses/22
https://commons.und.edu/context/theses/article/1021/viewcontent/Bickley__Willam_B._Doc_Diss_1972.pdf
https://commons.und.edu/context/theses/article/1021/filename/0/type/additional/viewcontent/Bickley_1972_Plate.zip
long_lat ENVELOPE(-135.024,-135.024,60.707,60.707)
geographic Hudson Bay
Hudson
Riverdale
geographic_facet Hudson Bay
Hudson
Riverdale
genre Hudson Bay
Ice
permafrost
Tundra
genre_facet Hudson Bay
Ice
permafrost
Tundra
op_source Theses and Dissertations
op_relation https://commons.und.edu/theses/22
https://commons.und.edu/context/theses/article/1021/viewcontent/Bickley__Willam_B._Doc_Diss_1972.pdf
https://commons.und.edu/context/theses/article/1021/filename/0/type/additional/viewcontent/Bickley_1972_Plate.zip
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