Atmosphere remote sensing
Atmosphere remote sensing method and technology
Research Overview
The atmospheric remote sensing research group studies the basic and applied research of scattering properties of non-spherical ice crystal and aerosol particles, satellite remote sensing atmospheric components under cirrus condition, and satellite remote sensing meteorological elements of land surface temperature and pressure.
Since the early 1980s, supported by a series of the National Natural Science Foundation of China, China-European Space Agency Dragon 2 international cooperation project, and China Special Fund for Meteorological Research in the Public Interest，etc, the research group faces development frontier of international science and technology, and promotes nation-wide utilization of meteorological satellite data and cooperate the research institutes and groups at home and abroad, undertakes the basic and applied research of atmospheric radiation and satellite remote sensing, and studies fast and high-precision atmospheric radiative transfer model and the inverse technology of satellite product.
Particles in the atmosphere are usually nonspherical. The research of non-spherical ice crystal and aerosol particle scattering property is a focus issue in the field of atmospheric remote sensing and sounding. Scattering property study of non-spherical ice crystal and aerosol particles can be applied to the monitoring and forecasting of sandstorm, rainfall, and fog and haze weather.
Land surface temperature is an important parameter for weather and climate forecasting, severe weather, and agriculture production, etc. To meet satellite remote sensing business application, the retrieval precision of land surface temperature need to be improved. This research result of land surface temperature has been applied to the Chinese meteorological satellite FY-3 program.
Research Interests
▪ Basic and applied research of scattering properties of non-spherical ice crystal and aerosol particles
▪ Satellite remote sensing atmospheric components under cirrus condition
▪ Satellite remote sensing meteorological elements of land surface temperature and pressure
Faculty
Prof. Deng Xiaobo
Prof.DingJilie
A.P. Wang Yongqian
A.P. Huang Qihong
LectureLiuHailei
LecturerZhangShenglan
LecturerXiaZhiye
LecturerChang Yue
Research Project
▪ National Natural Science Foundation of China: A study of CO2 retrieval using the short wave infrared hyperspectral satellite data under cirrus conditions (41375042)
▪ National Natural Science Foundation of China: Surface pressure and aerosol profile retrieval using high spectral resolution oxygen A-band measurements (41305030)
▪ National Natural Science Foundation of China: A study of the optical scattering properties of nonspherical ice crystal particles and the hyperspectral satellite retrieval of atmospheric CH4 column density (41475032)
▪ China Special Fund for Meteorological Research in the Public Interest sub-topics: Atmospheric components research in satellite infrared hyperspectral remote sensing (GYHY201106045)
▪ Fund of Key Laboratory of Atmosphere Sounding, China Meteorological Administration: Satellite infrared hyperspectral remote sensing inversion of water vapor (KLAS201106)