X-STILT
Transport model
An atmospheric transport model that estimates column concentrations of trace gases based on satellite observations and receptor measurements.
Source codes for X-STILT(NOx) [Wu et al., 2018, 2023] based on STILT-R version 2 [Fasoli et al., 2018] and STILT [Lin et al., 2003].
16 stars
4 watching
11 forks
Language: R
last commit: almost 2 years agoLinked from 1 awesome list
atmospheric-modellingcolumn-transport-errorremote-sensingurban-emission
Related projects:
| Repository | Description | Stars |
|---|---|---|
| A software framework for simulating atmospheric transport and dispersion of pollutants | 50 | |
| An atmospheric absorption extinction, scatter and irradiance model using Python | 103 | |
| Prepares detailed transport data for a transportation model with high representation of technological and modal options | 5 | |
| Calculates travel CO2eq emissions based on transport mode and journey details | 63 | |
| A verification toolkit for atmospheric model data, computing statistics and visualizations | 45 | |
| A tool for simulating the transport of particles in the atmosphere | 38 | |
| A modeling tool designed to support oil and other hazardous material spills in the coastal environment, with capabilities for particle tracking and other oceanographic transport applications. | 59 | |
| This project provides a software tool for calculating air quality and deposition fields. | 31 | |
| Estimates CO2 emissions from vehicle test data based on EU regulations | 25 | |
| A state-of-the-art model simulating heat and moisture transfer between plants, soil, and atmosphere over a day. | 8 | |
| Tools for processing emissions data for air quality models | 39 | |
| Provides a Python interface to the 6S Radiative Transfer Model for atmospheric simulation | 196 | |
| A package for exporting emissions data from various sources to atmospheric models | 27 | |
| Real-time simulation of public transport networks using particle filtering and Kalman filters to predict vehicle locations, speeds, and arrival times | 13 | |
| A fast and easy-to-use optical radiative transfer model used to compute spectral albedo of snowpacks and energy absorption profiles. | 10 |