Global three-dimensional atmosphere data analysis and management method

Abstract

The invention provides a global three-dimensional atmosphere data analysis and management method. The method comprises the following steps of: receiving, storing and updating a plurality of remote sensing data, numerical forecasting data, radar data and other conventional observation data in real time; integrally calibrating a plurality of remote sensing instruments on a meteorological satellite, fusing multisource three-dimensional atmosphere and cloud data which mainly comprises wind field, temperature, humidity, various cloud variables, radar and sounding data in the numerical forecasting and conventional observation data, and outputting the integrally calibrated remote sensing data and the fused three-dimensional atmosphere and cloud data to a three-dimensional numerical atmosphere visualization platform. According to the method provided by the invention, the uniform integration for mass meteorological and satellite observation data is realized, the requirements, for the diversity, high precision and real-time updating of data, of the three-dimensional numerical atmosphere visualization platform are satisfied and correct and reliable data support is provided for the research of three-dimensional atmosphere data.

Description

technical field [0001] The invention relates to the field of atmospheric data analysis, in particular to a global three-dimensional atmospheric data analysis and management method. Background technique [0002] At present, the means of obtaining atmospheric observations are more and more diverse, including sounding observations, radar, satellite inversion, GPS and other methods. Among them, the space and time density of ground conventional observation and sounding observation data are not enough, and ground-based equipment such as radar and microwave radiometer are also scattered observation data, and ground-based observation equipment such as microwave radiometer can achieve uniform distribution of points. Very difficult. Compared with ground-based observations of water vapor profiles, satellite observations have the characteristics of wide spatial coverage, high horizontal resolution and high time frequency. However, the accuracy of 3D atmospheric products retrieved by a ...

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Problems solved by technology

[0004] At present, there is no method that can effectively and

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