Session 7. Application of GPS for monitoring Earth's environmental and global sea level change - Elevation change measurements of the Greenland Ice Sheet (Unknown)
- New search for: Forsberg, R.
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- New search for: Nielsen, C.S.
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- New search for: Dail, J.
In:
Earth, planets and space
;
52
, 11
; 1049-1054
;
2000
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ISSN:
- Article (Journal) / Print
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Title:Session 7. Application of GPS for monitoring Earth's environmental and global sea level change - Elevation change measurements of the Greenland Ice Sheet
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Contributors:Forsberg, R. ( author ) / Keller, K. / Nielsen, C.S. / Gundestrup, N. / Tscherning, C.C. / Madsen, S.N. / Dail, J.
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Published in:Earth, planets and space ; 52, 11 ; 1049-1054
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Publisher:
- New search for: Terra Scientific Publ. Co.
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Place of publication:Tokyo
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Publication date:2000
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ISSN:
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ZDBID:
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Type of media:Article (Journal)
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Type of material:Print
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Language:Unknown
- New search for: 39.22 / 38.70
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Source:
Table of contents – Volume 52, Issue 11
The tables of contents are generated automatically and are based on the data records of the individual contributions available in the index of the TIB portal. The display of the Tables of Contents may therefore be incomplete.
- 885
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Session 2. (Part 2) GPS meteorology: Atmospheric sensing with ground and space-based GPS receivers - Initial results of combining GPS occultations with ECMWF global analyses within a IDVar frameworkKursinski, E.R. et al. | 2000
- 893
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Session 2. (Part 2) GPS meteorology: Atmospheric sensing with ground and space-based GPS receivers - Radio holographic principle for observing natural processes in the atmosphere and retrieving meteorological parameters from radio occultation dataIgarashi, K. et al. | 2000
- 901
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Session 2. (Part 2) GPS meteorology: Atmospheric sensing with ground and space-based GPS receivers - Real-time national GPS networks: Opportunities for atmospheric sensingWare, R.H. et al. | 2000
- 907
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Session 2. (Part 2) GPS meteorology: Atmospheric sensing with ground and space-based GPS receivers - Estimation of PWC gradients over the Kanto Plain using GPS data: Validation and possible meteorological implicationsAonashi, K. et al. | 2000
- 913
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Session 2. (Part 2) GPS meteorology: Atmospheric sensing with ground and space-based GPS receivers - GPS observations in Thailand for hydrological applicationsTakiguchi, H. et al. | 2000
- 921
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Session 2. (Part 2) GPS meteorology: Atmospheric sensing with ground and space-based GPS receivers - Using GPS-IPW in a 4-D data assimilation systemSmith, T.L. et al. | 2000
- 927
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Session 2. (Part 2) GPS meteorology: Atmospheric sensing with ground and space-based GPS receivers - Three-dimensional distribution of water vapor estimated from tropospheric delay of GPS data in a mesoscale precipitation system of the Baiu frontSeko, H. et al. | 2000
- 935
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Session 2. (Part 2) GPS meteorology: Atmospheric sensing with ground and space-based GPS receivers - Local GPS tropospheric tomographyHirahara, K. et al. | 2000
- 941
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Session 2. (Part 2) GPS meteorology: Atmospheric sensing with ground and space-based GPS receivers - Sensing atmospheric structure: Tropospheric tomographic results of the small-scale GPS campaign at the Onsala Space ObservatoryFlores, A. et al. | 2000
- 947
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Session 5. Combination of space geodetic techniques for global geodynamics and reference frames - The systematic analysis of the transformation between the German geodetic reference system (DHDN, DHHN) and the ETRF system (DREF91)Cai, J. et al. | 2000
- 953
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Session 5. Combination of space geodetic techniques for global geodynamics and reference frames - Analysis methodology and recent results of the IGS network combinationFerland, R. et al. | 2000
- 959
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Session 5. Combination of space geodetic techniques for global geodynamics and reference frames - Establishment of the three-dimensional kinematic reference frame by space geodetic measurementsGerasimenko, M.D. et al. | 2000
- 965
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Session 6. Space and terrestrial techniques for advanced crustal deformation research - Crustal strain field in the Deccan trap region, western India, derived from GPS measurementsReddy, C.D. et al. | 2000
- 971
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Session 6. Space and terrestrial techniques for advanced crustal deformation research - Regional network analysis of GPS data in the area of Kanto, central JapanVijaykumar, K. et al. | 2000
- 975
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Session 6. Space and terrestrial techniques for advanced crustal deformation research - Estimated pressure source on Kozu Island volcano, South Central Japan, from GPS measurements (July 1996-August 1999)Kimata, F. et al. | 2000
- 979
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Session 6. Space and terrestrial techniques for advanced crustal deformation research - Crustal movements around the Beppu Bay area, East-Central Kyushu, Japan, observed by GPS 1996-1998Fukuda, Y. et al. | 2000
- 985
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Session 6. Space and terrestrial techniques for advanced crustal deformation research - On optimal geodetic network design for fault-mechanics studiesGerasimenko, M.D. et al. | 2000
- 989
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Session 6. Space and terrestrial techniques for advanced crustal deformation research - Decadal correlation between crustal deformation and variation in length of day of the EarthWang, Q.-L. et al. | 2000
- 993
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Session 6. Space and terrestrial techniques for advanced crustal deformation research - Geodynamical value of historical geodetic measurements: A theoretical analysisXu, P. et al. | 2000
- 999
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Session 6. Space and terrestrial techniques for advanced crustal deformation research - Interpolation of GPS results incorporating geophysical and INSAR informationGe, L. et al. | 2000
- 1003
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Session 6. Space and terrestrial techniques for advanced crustal deformation research - Crustal deformation associated with the 1998 seismo-volcanic crisis of Iwate Volcano, Northeastern Japan, as observed by a dense GPS networkMiura, S. et al. | 2000
- 1009
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Session 6. Space and terrestrial techniques for advanced crustal deformation research - Detectability for GPS, EDM and tiltmeters of the Hot Springs Research Institute in the western Kanagawa prefecture, JapanTanada, T. et al. | 2000
- 1015
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Session 6. Space and terrestrial techniques for advanced crustal deformation research - GPS and EDM monitoring of Unzen volcano ground deformationMatsushima, T. et al. | 2000
- 1019
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Session 6. Space and terrestrial techniques for advanced crustal deformation research - GPS measurement at summit peaks of the Taisetsu mountains, Central Hokkaido, JapanKaneso, T. et al. | 2000
- 1023
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Session 7. Application of GPS for monitoring Earth's environmental and global sea level change - The influence of 5000 year-old and younger glacial mass variability on present-day crustal rebound in the Antarctic PeninsulaIvins, E.R. et al. | 2000
- 1031
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Session 7. Application of GPS for monitoring Earth's environmental and global sea level change - Ice velocities of the Lambert Glacier from static GPS observationsManson, R. et al. | 2000
- 1037
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Session 7. Application of GPS for monitoring Earth's environmental and global sea level change - The search for postglacial rebound near the Lambert Glacier, AntarcticaTregoning, P. et al. | 2000
- 1043
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Session 7. Application of GPS for monitoring Earth's environmental and global sea level change - Treatment of horizontal and vertical tidal signals in GPS data: A case study on a floating ice shelfKing, M. et al. | 2000
- 1049
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Session 7. Application of GPS for monitoring Earth's environmental and global sea level change - Elevation change measurements of the Greenland Ice SheetForsberg, R. et al. | 2000
- 1055
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Session 8. Application of GPS for ionospheric research and impact of solar maximum for GPS measurements - The increase of the ionospheric activity as measured by GPSWarnant, R. et al. | 2000
- 1061
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Session 8. Application of GPS for ionospheric research and impact of solar maximum for GPS measurements - The use of GPS arrays in detecting the ionospheric response during rocket launchingsAfraimovich, E.L. et al. | 2000
- 1067
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Session 8. Application of GPS for ionospheric research and impact of solar maximum for GPS measurements - The impact of geomagnetic substorms on GPS receiver performanceSkone, S. et al. | 2000
- 1073
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Session 8. Application of GPS for ionospheric research and impact of solar maximum for GPS measurements - Characteristics of TEC variations observed at Chofu for geomagnetic stormsYamamoto, A. et al. | 2000
- 1077
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Session 8. Application of GPS for ionospheric research and impact of solar maximum for GPS measurements - The use of the international GPS network as the global detector (GLOBDET) simultaneously observing sudden ionospheric disturbancesAfraimovich, E.L. et al. | 2000
- 1083
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Session 8. Application of GPS for ionospheric research and impact of solar maximum for GPS measurements - Application of ionospheric corrections in the equatorial region for L1 GPS usersCamargo, P.O. et al. | 2000
- 1091
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Session 9. Modeling of the crustal process based on GPS measurements - Dislocation model for strain accumulation in a plate collision zoneShimazaki, K. et al. | 2000
- 1095
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Session 9. Modeling of the crustal process based on GPS measurements - A block-fault model for deformation of the Japanese Islands derived from continuous GPS observationHashimoto, M. et al. | 2000
- 1101
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Session 9. Modeling of the crustal process based on GPS measurements - Prediction of stress field in Japan using GPS network dataHori, M. et al. | 2000
- 1107
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Session 9. Modeling of the crustal process based on GPS measurements - Elastic and inelastic strains in the Japanese Islands deduced from GPS dense arrayEl-Fiky, G.S. et al. | 2000
- 1113
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Session 11. Kinematic application of GPS technology to Earth sciences - The use of GPS buoys in the determination of oceanic variablesCardellach, E. et al. | 2000