Can Satellite Geodesy Disentangle Holocene Rebound and Present-Day Glacier Balance Signatures?
The secular drift of the precession of the ascending node of the LAGOES -1 satellite is apparently linked to the Earth s paleoclimate through the slow viscous response of the mantle to ice sheet/ocean mass transfer during the last great continental deglaciation . The secular node acceleration is par...
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2004
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ftnasajpl:oai:trs.jpl.nasa.gov:2014/32099 2023-05-15T16:40:18+02:00 Can Satellite Geodesy Disentangle Holocene Rebound and Present-Day Glacier Balance Signatures? Irvins, E. James, T. Yoder, C. 2004-10-04T20:52:10Z 33718 bytes application/pdf http://hdl.handle.net/2014/32099 en_US eng NASA/NSF workshop on Global Sea Level Change Key Biscane, FL 95-1475 http://hdl.handle.net/2014/32099 secular drift ascending node LAGOES-1 paleoclimate ice sheet/ocean mass transfer last great deglaciation secular node acceleration paleo-surface loading glacio-isostatic flow tide gauge records post-glacial rebound sea-level 2004 ftnasajpl 2021-12-23T13:14:57Z The secular drift of the precession of the ascending node of the LAGOES -1 satellite is apparently linked to the Earth s paleoclimate through the slow viscous response of the mantle to ice sheet/ocean mass transfer during the last great continental deglaciation . The secular node acceleration is particularly sensitive to the longest wavelengths of the paleo -surface loading that have been memorized by the mantle glacio -isostatic flow. Tide gauge records for the last 130 years show a post-glacial rebound-corrected sea-level rise of 2.4 ñ 0.9 mm yr-1. Other/Unknown Material Ice Sheet JPL Technical Report Server |
institution |
Open Polar |
collection |
JPL Technical Report Server |
op_collection_id |
ftnasajpl |
language |
English |
topic |
secular drift ascending node LAGOES-1 paleoclimate ice sheet/ocean mass transfer last great deglaciation secular node acceleration paleo-surface loading glacio-isostatic flow tide gauge records post-glacial rebound sea-level |
spellingShingle |
secular drift ascending node LAGOES-1 paleoclimate ice sheet/ocean mass transfer last great deglaciation secular node acceleration paleo-surface loading glacio-isostatic flow tide gauge records post-glacial rebound sea-level Irvins, E. James, T. Yoder, C. Can Satellite Geodesy Disentangle Holocene Rebound and Present-Day Glacier Balance Signatures? |
topic_facet |
secular drift ascending node LAGOES-1 paleoclimate ice sheet/ocean mass transfer last great deglaciation secular node acceleration paleo-surface loading glacio-isostatic flow tide gauge records post-glacial rebound sea-level |
description |
The secular drift of the precession of the ascending node of the LAGOES -1 satellite is apparently linked to the Earth s paleoclimate through the slow viscous response of the mantle to ice sheet/ocean mass transfer during the last great continental deglaciation . The secular node acceleration is particularly sensitive to the longest wavelengths of the paleo -surface loading that have been memorized by the mantle glacio -isostatic flow. Tide gauge records for the last 130 years show a post-glacial rebound-corrected sea-level rise of 2.4 ñ 0.9 mm yr-1. |
author |
Irvins, E. James, T. Yoder, C. |
author_facet |
Irvins, E. James, T. Yoder, C. |
author_sort |
Irvins, E. |
title |
Can Satellite Geodesy Disentangle Holocene Rebound and Present-Day Glacier Balance Signatures? |
title_short |
Can Satellite Geodesy Disentangle Holocene Rebound and Present-Day Glacier Balance Signatures? |
title_full |
Can Satellite Geodesy Disentangle Holocene Rebound and Present-Day Glacier Balance Signatures? |
title_fullStr |
Can Satellite Geodesy Disentangle Holocene Rebound and Present-Day Glacier Balance Signatures? |
title_full_unstemmed |
Can Satellite Geodesy Disentangle Holocene Rebound and Present-Day Glacier Balance Signatures? |
title_sort |
can satellite geodesy disentangle holocene rebound and present-day glacier balance signatures? |
publishDate |
2004 |
url |
http://hdl.handle.net/2014/32099 |
genre |
Ice Sheet |
genre_facet |
Ice Sheet |
op_relation |
NASA/NSF workshop on Global Sea Level Change Key Biscane, FL 95-1475 http://hdl.handle.net/2014/32099 |
_version_ |
1766030690970763264 |