Operational Model Encyclopedia linking both generic information on how numerical weather prediction models work, and specifics on physical parameterizations, dynamics, and data assimilation in operational models.
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 python implementation of the Atmospheric Lidar Data Augmentation (ALiDAn) framework and a learning pipeline utilizing both ALiDAn's and raw data.
pyRTE-RRTMGP provides a Python interface to the RTE+RRTMGP Fortran software package
Fortran programs for a basic Numerical Weather Prediction laboratory course
Tools 🧰 to preprocess and post process data for air quality assessment.
This is a project on investigating the Thompson microphysics scheme in the Weather Research and Forecasting (WRF) model and how it treats marine fog.
Simple Package to calculate Molecular Weight of Compound with Brackets and Numbers.
Excel VBA macro for visualization of radiosondy.info weather balloon flight data
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.
🧮 NCU-AP3021-2023-Fall-Numerical Analysis Notes
Python parser for ADSO/bin files.
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.
Error analysis - Daedalus mission - Atmospheric physics
Variable eddy viscosity Ekman layer in the ABL (1D)
Post-processing and visualization of trajectory data.
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.
Sky Brightness Model (Rayleigh and Mie Scattering) [Experimental!]
Create diurnal trend for field campaign data along with some other useful functions
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