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首页> 外文期刊>Geophysical Research Letters >The utility of remotely sensed CO2 concentration data in surface source inversions
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The utility of remotely sensed CO2 concentration data in surface source inversions

机译:遥感CO2浓度数据在地表反演中的实用性

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This paper aims to establish the required precision for column-integrated CO2 concentration data to be useful in constraining surface sources. We use the method of synthesis inversion and compare the uncertainties in regional sources calculated from a moderate-sized surface network and either global or oceanic coverage of column-integrated pseudodata. With a simple measure of total uncertainty, we require precision of monthly averaged column data better than 2.5 ppmv on a 8 degrees x 10 degrees footprint for comparable performance with the existing surface network. If coverage is only oceanic we require 1.5 ppmv precision. We recommend more detailed studies on the feasibility of obtaining such observations from current and future satellite instruments. [References: 14]
机译:本文旨在为色谱柱积分的CO2浓度数据建立所需的精度,以用于约束地表源。我们使用综合反演的方法,并比较从中等规模的地面网络以及列集成伪数据的全球或海洋覆盖范围计算得出的区域源中的不确定性。通过简单的总不确定性度量,我们要求在8度x 10度的占位面积上,月平均柱数据的精度要优于2.5 ppmv,以实现与现有地面网络相当的性能。如果覆盖范围仅是海洋,我们需要1.5 ppmv的精度。我们建议对从当前和将来的卫星仪器中获得此类观测值的可行性进行更详细的研究。 [参考:14]

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