pyaerocom
Model evaluator
Tools for evaluating climate and air quality models using Earth observation data
Python tools for climate and air quality model evaluation
26 stars
10 watching
15 forks
Language: Python
last commit: about 13 hours ago
Linked from 1 awesome list
aerocomaerosolair-qualityclimate-scienceearth-observationmodel-evaluation
protontypes/open-sustainable-technologyRelated projects:
| Repository | Description | Stars |
|---|---|---|
 pcmdi/pcmdi_metrics | Package for objective comparison of climate models with observations and each other | 104 |
 timduly4/pyglow | Provides an interface to upper atmospheric models and indices in Python | 104 |
 openclimatefix/metnet | An implementation of Google Research's MetNet and MetNet-2 weather forecasting models using PyTorch. | 245 |
 dtcenter/metplus | Provides a Python scripting infrastructure for evaluating and visualizing meteorological model performance. | 99 |
| metno/emep-ctm | This project provides a software tool for calculating air quality and deposition fields. | 31 |
 climdyn/qgs | A flexible Python framework for simulating the dynamics of atmospheric models in midlatitudes | 37 |
 openclimatedata/pyhector | Provides a Python interface to a simple global climate model | 43 |
 ai2cm/pace | An implementation of the FV3GFS / SHiELD atmospheric model in Python | 37 |
 openscm/pymagicc | A Python wrapper around a climate model allowing users to simulate and analyze climate change scenarios | 43 |
 robintw/py6s | Provides a Python interface to the 6S Radiative Transfer Model for atmospheric simulation | 196 |
| ai2cm/ace | A Python-based tool for emulating climate models and predicting atmospheric conditions | 61 |
 space-physics/lowtran | An atmospheric absorption extinction, scatter and irradiance model using Python | 103 |
 loftytopping/pybox | Automatically generates and solves equations describing atmospheric chemical evolution using Python with Numba. | 37 |
 tuw-geo/ecmwf_models | Provides tools for accessing and processing ECMWF reanalysis data | 39 |
 hectornieto/pytseb | A Python-based framework for estimating evapotranspiration from remote sensing data using the Two Source Energy Balance model | 138 |