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A streamlined Fortran tool for broad-spectrum atmospheric absorption analysis. Suitable for terrestrial planets, it uses multi-grid computations for balanced speed and precision. It provides PT-table outputs, ideal for quick integration with radiative transfer codes, and supports both standard and custom line shapes.
Machine learning for atmospheric delay correction in geodesy: An advanced troposphere delay model based on Gaussian mixed long short-term memory network
Created for but not limited to boreal forest wildfires. This repository contains code to calculate the radiative forcing from dry organic matter combustion or other releases of gaseous emissions.
A repository housing my contributions to a group project for the 'Environmental Sensing and Modeling' course at TUM. Tasks include data acquisition, conversion, visualization, analysis, and mapping for air quality in Munich.
The showcase provides a reference with some online sources for the approach to extract data from any GDFL dataset. The data exploration of the 3-D cloud ice distributions simulated by AM3 for the prediction of the climate change as it significantly impacts the Earth’s radiative balance.