Session 2. (Part 2) GPS meteorology: Atmospheric sensing with ground and space-based GPS receivers - GPS observations in Thailand for hydrological applications (Unbekannt)
- Neue Suche nach: Takiguchi, H.
- Neue Suche nach: Takiguchi, H.
- Neue Suche nach: Kato, T.
- Neue Suche nach: Kobayashi, H.
- Neue Suche nach: Nakaegawa, T.
In:
Earth, planets and space
;
52
, 11
; 913-920
;
2000
-
ISSN:
- Aufsatz (Zeitschrift) / Print
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Titel:Session 2. (Part 2) GPS meteorology: Atmospheric sensing with ground and space-based GPS receivers - GPS observations in Thailand for hydrological applications
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Beteiligte:
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Erschienen in:Earth, planets and space ; 52, 11 ; 913-920
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Verlag:
- Neue Suche nach: Terra Scientific Publ. Co.
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Erscheinungsort:Tokyo
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Erscheinungsdatum:2000
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ISSN:
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ZDBID:
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Medientyp:Aufsatz (Zeitschrift)
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Format:Print
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Sprache:Unbekannt
- Neue Suche nach: 39.22 / 38.70
- Weitere Informationen zu Basisklassifikation
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Klassifikation:
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Datenquelle:
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- 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