GROUND-BASED GPS IN REMOTE SENSING OF WATER VAPOR:DEVELOPMENT AND APPLICATION
Guo Jie 1,2) ; and Li Guoping 2)
1)Center for Plateau Atmospheric and Environmental Research, Chengdu University of Information Technology, Chengdu 6102252)Meteorological Bureau of Sichuan Province, Chengdu 6100713)Center for Area Atmospheric of Chengdu,Chengdu 610071
Abstract This paper reviews the development progress of GPS in remote sensing of water vapor and systematically analyzes the present situation of the applications of water vapor detecting by GPS in meteorology,such as the forecast of atrocious weather,the initial fields of mesoscale numerical prediction model,the monitoring and the analysis of global climate changes, the weather modification and the analysis of 3D water vapor layer.
Key words ：
ground-based GPS
precipitation water vapor（PWV）
water vapor detecting
climate forecast
munerical predection model
Received: 01 January 1900
Corresponding Authors:
Guo Jie
Cite this article:
Guo Jie,and Li Guoping . GROUND-BASED GPS IN REMOTE SENSING OF WATER VAPOR:DEVELOPMENT AND APPLICATION[J]. , 2007, 27(专刊): 35-42.
Guo Jie,and Li Guoping . GROUND-BASED GPS IN REMOTE SENSING OF WATER VAPOR:DEVELOPMENT AND APPLICATION[J]. jgg, 2007, 27(专刊): 35-42.
URL:
http://www.jgg09.com/EN/ OR http://www.jgg09.com/EN/Y2007/V27/I专刊/35
[1]
GUAN Zhongpei,GAO Ying,LI Li,ZHOU Jialing,LIU Yu,HOU Xiaoling,ZHANG Wenwen. Parameter Fusion from GPT2w Model and GNSS to Obtain Precipitable Water Vapor
[2]
FAN Di,LI Li,LIU Yan,WEI Ye,WEI Yun,ZHOU Jialing,LIU Yu. Research on Direct Conversion Model of GNSS Precipitable
[3]
HOU Xiaoling，ZHANG Wenwen，LI Li，ZHOU Jialing，LIU Yu，GAO Ying，GUAN Zhongpei. Model Refinement of GNSS Atmospheric Water VaporConversion Coefficient in Yangtze River Delta
[4]
LI Hongda，ZHANG Xianyun，WANG Xiaohong，ZOU Guangqian. Model Establishment and Accuracy Analysis of Atmospheric Weighted Mean Temperature in Guizhou Region
[5]
LI Li, SONG Yue, ZHOU Jialing. Preliminary Exploration of GNSS Meteorological Elements Using Wavelet Transform for Rainstorm Prediction
[6]
LI Yuan,LI Li,ZHANG Zhen,GU Jiawei,ZHOU Jialing,XIE Wei. Research on Seasonal and Multifactor Model of Weighted Average Temperature in Yangtze River Delta
[7]
YIN Hengyi,GUO Chunxi,HUI Zhe,ZHAO Hong,WANG Wei,CHENG Xiawei. Precision Analysis of Precipitable Water Vapor in Different BDS Ephemeris
[8]
ZHOU Suya,WEN Debao,MEI Dengkui. Analysis of Water Vapor Variation over Hong Kong Region during Successive Typhoons
[9]
ZHAI Shufeng,Lu Zhiping,LI Linyang,Lu Hao,KUANG Yingcai,WANG Fangchao. Precipitable Water Vapor Retrieval Based on Weighted Mean Temperature from GPT2w
[10]
LI Li,SONG Yue,YI Jinhua,TIAN Ying,ZHOU Jialing. Study on the Direct Conversion Model Between Tropospheric Delay and Precipitable Water Vapor
[11]
XIE Shaofeng,SU Yongning,LIU Chunli,LIU Lilong. Short-Impending Prediction of GPS Precipitable Water Vapor Based on Wavelet Decomposition and GA-LSSVM
[12]
ZHANG Ningning,ZHONG Ping,DU Wencheng,YANG Zhongrong,CHEN Changfu. Temporal-Spatial Distribution Characteristics of Precipitable Water Vapor in Xinjiang Based on Ground-Based GPS
[13]
YANG Di,DING Yihang,WU Kangliang,LUO Chenxi. Analysis of Precipitable Water Vapor and Its Variations in Sichuan Using CORS Observation Data
[14]
LIU Zhimin,LI Fei,GUO Jinyun,LI Yangyang. Accuracy Analysis on GPS Precipitable Water Vapor Inversion Using GPT2 Models
[15]
LI Li,FAN Yixi,WANG Liang,TIAN Ying,JIANG Ting,SONG Yue,YI Jinhua. Influence Analysis of Multi-factor on Weighted Average Temperature and Its Modeling in Hunan Region
