Near-surface permafrost ground ice characteristics and ecological and physical drivers of transient layer ice content in discontinuous permafrost near Yellowknife, NT

These data were collected from 2014-2015 as part of a Master of Science thesis research project in an effort to characterise the near-surface permafrost ground ice content in the Great Slave Lowlands of the North Slave region of the Northwest Territories. The near-surface permafrost was assessed in...

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Bibliographic Details
Main Authors: Paul, Jason, Baltzer, Jennifer L., Kokelj, Steve V.
Format: Dataset
Language:unknown
Published: 2020
Subjects:
Ice
Online Access:https://search.dataone.org/view/sha256:97efaaa918f0ddfa6099e84b6c1f338f40656e2fbead021d23be4f7bf0191f65
id dataone:sha256:97efaaa918f0ddfa6099e84b6c1f338f40656e2fbead021d23be4f7bf0191f65
record_format openpolar
spelling dataone:sha256:97efaaa918f0ddfa6099e84b6c1f338f40656e2fbead021d23be4f7bf0191f65 2024-06-03T18:46:55+00:00 Near-surface permafrost ground ice characteristics and ecological and physical drivers of transient layer ice content in discontinuous permafrost near Yellowknife, NT Paul, Jason Baltzer, Jennifer L. Kokelj, Steve V. 2020-05-26T00:00:00Z https://search.dataone.org/view/sha256:97efaaa918f0ddfa6099e84b6c1f338f40656e2fbead021d23be4f7bf0191f65 unknown Earth and Environmental Sciences white spruce Great Slave Lowlands white birch Yellowknife tree survey transient layer permafrost black spruce ground vegetation survey Dataset 2020 dataone:urn:node:BOREALIS 2024-06-03T18:16:24Z These data were collected from 2014-2015 as part of a Master of Science thesis research project in an effort to characterise the near-surface permafrost ground ice content in the Great Slave Lowlands of the North Slave region of the Northwest Territories. The near-surface permafrost was assessed in the two dominant permafrost-affected forest types in this region: black spruce and white spruce/birch. A total of 20 sites were examined, including 10 in black spruce forest and 10 in white spruce/birch forest. Four boreholes were drilled at each black spruce site, and two to four boreholes were drilled at each white spruce/birch site. To examine the influence of soil and ecological properties on near-surface ground ice content, core samples were retained for water content, sediment grain size, salinity, and organic content analyses. In addition, stand age measurements, canopy cover estimates, and vegetation surveys were completed at each site, and ground vegetation cover surveys were completed adjacent to each borehole. Dataset Ice Northwest Territories permafrost Yellowknife Unknown North Slave Region ENVELOPE(-116.043,-116.043,62.802,62.802) Northwest Territories Yellowknife
institution Open Polar
collection Unknown
op_collection_id dataone:urn:node:BOREALIS
language unknown
topic Earth and Environmental Sciences
white spruce
Great Slave Lowlands
white birch
Yellowknife
tree survey
transient layer
permafrost
black spruce
ground vegetation survey
spellingShingle Earth and Environmental Sciences
white spruce
Great Slave Lowlands
white birch
Yellowknife
tree survey
transient layer
permafrost
black spruce
ground vegetation survey
Paul, Jason
Baltzer, Jennifer L.
Kokelj, Steve V.
Near-surface permafrost ground ice characteristics and ecological and physical drivers of transient layer ice content in discontinuous permafrost near Yellowknife, NT
topic_facet Earth and Environmental Sciences
white spruce
Great Slave Lowlands
white birch
Yellowknife
tree survey
transient layer
permafrost
black spruce
ground vegetation survey
description These data were collected from 2014-2015 as part of a Master of Science thesis research project in an effort to characterise the near-surface permafrost ground ice content in the Great Slave Lowlands of the North Slave region of the Northwest Territories. The near-surface permafrost was assessed in the two dominant permafrost-affected forest types in this region: black spruce and white spruce/birch. A total of 20 sites were examined, including 10 in black spruce forest and 10 in white spruce/birch forest. Four boreholes were drilled at each black spruce site, and two to four boreholes were drilled at each white spruce/birch site. To examine the influence of soil and ecological properties on near-surface ground ice content, core samples were retained for water content, sediment grain size, salinity, and organic content analyses. In addition, stand age measurements, canopy cover estimates, and vegetation surveys were completed at each site, and ground vegetation cover surveys were completed adjacent to each borehole.
format Dataset
author Paul, Jason
Baltzer, Jennifer L.
Kokelj, Steve V.
author_facet Paul, Jason
Baltzer, Jennifer L.
Kokelj, Steve V.
author_sort Paul, Jason
title Near-surface permafrost ground ice characteristics and ecological and physical drivers of transient layer ice content in discontinuous permafrost near Yellowknife, NT
title_short Near-surface permafrost ground ice characteristics and ecological and physical drivers of transient layer ice content in discontinuous permafrost near Yellowknife, NT
title_full Near-surface permafrost ground ice characteristics and ecological and physical drivers of transient layer ice content in discontinuous permafrost near Yellowknife, NT
title_fullStr Near-surface permafrost ground ice characteristics and ecological and physical drivers of transient layer ice content in discontinuous permafrost near Yellowknife, NT
title_full_unstemmed Near-surface permafrost ground ice characteristics and ecological and physical drivers of transient layer ice content in discontinuous permafrost near Yellowknife, NT
title_sort near-surface permafrost ground ice characteristics and ecological and physical drivers of transient layer ice content in discontinuous permafrost near yellowknife, nt
publishDate 2020
url https://search.dataone.org/view/sha256:97efaaa918f0ddfa6099e84b6c1f338f40656e2fbead021d23be4f7bf0191f65
long_lat ENVELOPE(-116.043,-116.043,62.802,62.802)
geographic North Slave Region
Northwest Territories
Yellowknife
geographic_facet North Slave Region
Northwest Territories
Yellowknife
genre Ice
Northwest Territories
permafrost
Yellowknife
genre_facet Ice
Northwest Territories
permafrost
Yellowknife
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