Monitoring Permafrost Degradation in Alaska

The AFIT-CRREL team conducted two ground surveys to optimize the locations of the ground monitoring stations at Eielson. Using Electrical Resistivity Tomography (ERT), the engineers assessed two intersecting transect lines near the south loop of Eielson’s taxiway. This location will see the bulk of...

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Bibliographic Details
Main Authors:	Edlund * , Christopher, Prigge, Diedrich
Format:	Text
Language:	unknown
Published:	AFIT Scholar 2017
Subjects:	#climate Permafrost Facility Operations Facility Construction Facility Design CRREL Tomography Climate Change Seasonal Freeze Ground Temperature Civil Engineering Construction Engineering Construction Engineering and Management Environmental Design Environmental Monitoring Geological Engineering Geology Meteorology Soil Science Urban Community and Regional Planning Eielson permafrost Alaska
Online Access:	https://scholar.afit.edu/facpub/1358

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spelling	ftairforceinstec:oai:scholar.afit.edu:facpub-2378 2024-01-28T10:08:31+01:00 Monitoring Permafrost Degradation in Alaska Edlund * , Christopher Prigge, Diedrich 2017-11-01T07:00:00Z https://scholar.afit.edu/facpub/1358 doi: JSTOR:26464650 unknown AFIT Scholar https://scholar.afit.edu/facpub/1358 doi: JSTOR:26464650 Faculty Publications #climate Permafrost Facility Operations Facility Construction Facility Design CRREL Tomography Climate Change Seasonal Freeze Ground Temperature Civil Engineering Construction Engineering Construction Engineering and Management Environmental Design Environmental Monitoring Geological Engineering Geology Meteorology Soil Science Urban Community and Regional Planning text 2017 ftairforceinstec 2023-12-30T19:03:44Z The AFIT-CRREL team conducted two ground surveys to optimize the locations of the ground monitoring stations at Eielson. Using Electrical Resistivity Tomography (ERT), the engineers assessed two intersecting transect lines near the south loop of Eielson’s taxiway. This location will see the bulk of new construction for the F-35 beddown. The ERT results allowed the team to positively identify the existence of permafrost, and to choose two locations for monitoring changes. Text permafrost Alaska AFTI Scholar (Air Force Institute of Technology) Eielson ENVELOPE(-61.500,-61.500,-70.583,-70.583)
institution	Open Polar
collection	AFTI Scholar (Air Force Institute of Technology)
op_collection_id	ftairforceinstec
language	unknown
topic	#climate Permafrost Facility Operations Facility Construction Facility Design CRREL Tomography Climate Change Seasonal Freeze Ground Temperature Civil Engineering Construction Engineering Construction Engineering and Management Environmental Design Environmental Monitoring Geological Engineering Geology Meteorology Soil Science Urban Community and Regional Planning
spellingShingle	#climate Permafrost Facility Operations Facility Construction Facility Design CRREL Tomography Climate Change Seasonal Freeze Ground Temperature Civil Engineering Construction Engineering Construction Engineering and Management Environmental Design Environmental Monitoring Geological Engineering Geology Meteorology Soil Science Urban Community and Regional Planning Edlund * , Christopher Prigge, Diedrich Monitoring Permafrost Degradation in Alaska
topic_facet	#climate Permafrost Facility Operations Facility Construction Facility Design CRREL Tomography Climate Change Seasonal Freeze Ground Temperature Civil Engineering Construction Engineering Construction Engineering and Management Environmental Design Environmental Monitoring Geological Engineering Geology Meteorology Soil Science Urban Community and Regional Planning
description	The AFIT-CRREL team conducted two ground surveys to optimize the locations of the ground monitoring stations at Eielson. Using Electrical Resistivity Tomography (ERT), the engineers assessed two intersecting transect lines near the south loop of Eielson’s taxiway. This location will see the bulk of new construction for the F-35 beddown. The ERT results allowed the team to positively identify the existence of permafrost, and to choose two locations for monitoring changes.
format	Text
author	Edlund * , Christopher Prigge, Diedrich
author_facet	Edlund * , Christopher Prigge, Diedrich
author_sort	Edlund * , Christopher
title	Monitoring Permafrost Degradation in Alaska
title_short	Monitoring Permafrost Degradation in Alaska
title_full	Monitoring Permafrost Degradation in Alaska
title_fullStr	Monitoring Permafrost Degradation in Alaska
title_full_unstemmed	Monitoring Permafrost Degradation in Alaska
title_sort	monitoring permafrost degradation in alaska
publisher	AFIT Scholar
publishDate	2017
url	https://scholar.afit.edu/facpub/1358
long_lat	ENVELOPE(-61.500,-61.500,-70.583,-70.583)
geographic	Eielson
geographic_facet	Eielson
genre	permafrost Alaska
genre_facet	permafrost Alaska
op_source	Faculty Publications
op_relation	https://scholar.afit.edu/facpub/1358 doi: JSTOR:26464650
_version_	1789337384774533120

Monitoring Permafrost Degradation in Alaska

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