The Malaysian seas: variation of sea level observed by tide gauges and satellite altimetry

Since a decade, satellite altimetry has demonstrated its capability in measuring temporal change of the global mean sea level with precision better than 1 mm/year. In altimetry data processing, the recently updated environmental and geophysical corrections were applied. The analysis of Topex data pr...

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Main Authors: Omar, Kamaludin, Ses, Sahrum, Naeije, Mac, Mustafar, Mohd. Asrul
Format: Conference or Workshop Item
Language:English
Published: 2005
Subjects:
Online Access:http://eprints.utm.my/3518/1/Seamerges-salt-edited.pdf
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author Omar, Kamaludin
Ses, Sahrum
Naeije, Mac
Mustafar, Mohd. Asrul
author_facet Omar, Kamaludin
Ses, Sahrum
Naeije, Mac
Mustafar, Mohd. Asrul
author_sort Omar, Kamaludin
collection ePrints
description Since a decade, satellite altimetry has demonstrated its capability in measuring temporal change of the global mean sea level with precision better than 1 mm/year. In altimetry data processing, the recently updated environmental and geophysical corrections were applied. The analysis of Topex data presented here is based on monthly averages using GOT00.2b ocean tide model. Sea level trends are estimated from 1.5 to 8.9 mm/year using two decades of tide gauges observations along coastal of Malaysia. Comparison of 1o x 1o areas at the tide gauge locations nearby Topex track clearly show good agreement in pattern and trend of sea level variations. Here, sea level variations for four areas in the Malaysian Seas have been investigated using ten years of Topex altimetry data. The time series of dynamic sea surface elevation clearly show El Nino effect on the end of 1997 and sea level rising in the Malaysian Seas. Linear terms of sea level variation for those areas are estimated at rates between 6.3-14.7 mm/year.
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spelling utm.eprints-35182017-06-12T06:35:26Z http://eprints.utm.my/3518/ The Malaysian seas: variation of sea level observed by tide gauges and satellite altimetry Omar, Kamaludin Ses, Sahrum Naeije, Mac Mustafar, Mohd. Asrul GB Physical geography QB Astronomy Since a decade, satellite altimetry has demonstrated its capability in measuring temporal change of the global mean sea level with precision better than 1 mm/year. In altimetry data processing, the recently updated environmental and geophysical corrections were applied. The analysis of Topex data presented here is based on monthly averages using GOT00.2b ocean tide model. Sea level trends are estimated from 1.5 to 8.9 mm/year using two decades of tide gauges observations along coastal of Malaysia. Comparison of 1o x 1o areas at the tide gauge locations nearby Topex track clearly show good agreement in pattern and trend of sea level variations. Here, sea level variations for four areas in the Malaysian Seas have been investigated using ten years of Topex altimetry data. The time series of dynamic sea surface elevation clearly show El Nino effect on the end of 1997 and sea level rising in the Malaysian Seas. Linear terms of sea level variation for those areas are estimated at rates between 6.3-14.7 mm/year. 2005-12 Conference or Workshop Item PeerReviewed application/pdf en http://eprints.utm.my/3518/1/Seamerges-salt-edited.pdf Omar, Kamaludin and Ses, Sahrum and Naeije, Mac and Mustafar, Mohd. Asrul (2005) The Malaysian seas: variation of sea level observed by tide gauges and satellite altimetry. In: SEAMERGES Final Symposium, 28-1 December 2005, Bangkok, Thailand.
spellingShingle GB Physical geography
QB Astronomy
Omar, Kamaludin
Ses, Sahrum
Naeije, Mac
Mustafar, Mohd. Asrul
The Malaysian seas: variation of sea level observed by tide gauges and satellite altimetry
title The Malaysian seas: variation of sea level observed by tide gauges and satellite altimetry
title_full The Malaysian seas: variation of sea level observed by tide gauges and satellite altimetry
title_fullStr The Malaysian seas: variation of sea level observed by tide gauges and satellite altimetry
title_full_unstemmed The Malaysian seas: variation of sea level observed by tide gauges and satellite altimetry
title_short The Malaysian seas: variation of sea level observed by tide gauges and satellite altimetry
title_sort malaysian seas variation of sea level observed by tide gauges and satellite altimetry
topic GB Physical geography
QB Astronomy
url http://eprints.utm.my/3518/1/Seamerges-salt-edited.pdf
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