Mesoscale features from TOPEX sea surface height data
Show FileMIME type:application/pdfFile Size:37.3 Mb
1995 Thurston Mesoscale Features.pdf
Thurston, Kevin S. (Capt)
MetadataShow full item record
Satellite altimetry has been used in vanous studies to gain a better understanding of the world's oceans. These studies have varied from global circulation to studies on mesoscale activity. In the past, satellite altimeter measurements of sea surface height have been plagued by large orbit errors and primitive gravity models. TOPEX/POSEIDON was launched on August 10, 1992 and has been providing near real-time, accurate sea surface height data to the scientific community since its launch. The accuracy of the TOPEX/POSEIDON orbit is much better than initial expectations achieving an RMS error of ~ 3 em. The geoid error is still the dominant error source and prevents studies of time independent ocean circulation with wavelengths less than 1000 km. With careful removal of the geoid error, time-dependent mesoscale ocean circulation can be studied. This study is divided into three main sections. The first part deals with the general oceanography of the north central Pacific Ocean and the Emperor Seamount Chain. The second part deals with the TOPEX/POSEIDON satellite and the errors associated with this mission. The third section deals with time-dependent mesoscale features that were found using the TOPEX sea surface height data. A comparison with previous studies which support the existence of these features is presented.
This work was digitally reproduced from a non-circulating print copy held by Royal Roads University Library. It forms part of a limited-scope digital collection of locally significant historical theses for which the Library is not currently accepting requests for digitization or deposit. Please contact the Royal Roads University Library for more details. The author has granted the Royal Roads University Library the non-exclusive right to digitize and make this work electronically available via DSpace @ RRU. This work should not be copied, downloaded, or distributed further without permission from the author. Please contact the RRU Copyright Office firstname.lastname@example.org for more information.