题名：Sensitivity studies of high-precision methane column concentration inversion using a line-by-line radiative transfer model
领域：GEOSCIENCES, MULTIDISCIPLINARY 四区
来源：FRONTIERS OF EARTH SCIENCE
发表年代：2013年
作者：Ci SONG, Jiong SHU, Mandi ZHOU, Wei GAO
Hyper-spectral remote sensing may provide an effective solution to retrieve the methane (CH4) concentration in an atmospheric column. As a result of exploring the absorptive characteristics of CH4, an appropriate band is selected from the hyperspectral data for the detection of its column concentration with high precision. Following the most recent inversion theory and methods, the line-by-line radiative transfer model (LBLRTM) is employed to forward model the impact of four sensitive factors on inversion precision, including CH4 initial profile, temperature, overlapping gases, and surface albedo. The study results indicate that the four optimized factors could improve the inversion precision of atmospheric CH4 column concentration.
全文链接地址: 2013_SCI_Sensitivity studies of high-precision methane column concentration inversion using a line-by-line radiative transfer model
