It contains to Python scripts. The first one is to perform the inversion using output from the WRF simulations and TROPOMI observations: inversion_code.py The other one is used to prepare fire emissions on a WRF grid, and to include a constant flux everywhere emissions are zero: prepare_emission_code.p
Poster for SciPy 2023 on the python hydrodynamics code pyroDepartment of Physics and Astronomy Stony...
The repository contains the package necessary for the simulations (py-phasesep) in the paper 'Contro...
This Python code collection provides the code we used for processing helicopter-borne surface temper...
# Description of the python codes. ## The codes will help you to detect NBP extremes and attribute t...
We present here a Community Inversion Framework (CIF) to help rationalize development efforts and le...
Code used to generate results described in "Investigating sources of variability in closing the terr...
This dataset contains python code and datasets generated from the study: Increasing sensitivity of t...
Python code that was used to generate plots for 19ehk, 11fe, and gamma ray flux in the paper titled ...
Colour ratio pyrometry is an economic and rapid technique to obtain soot temperatures and volume fra...
Data and python source code to reproduce the figures in the manuscript "Designing a radiative antido...
This is the Python code written to make the figures (and supplemental figures) of the paper by Silvy...
Targeted information about carbon dioxide emissions and various other pollutants is essential for re...
Python function for vertical interpolation of WRF (Weather Research and Forecasting Model) output to...
Py4CAtS — Python scripts for Computational ATmospheric Spectroscopy is a Python re-implementation of...
Code for NCC paper “Weakening greenhouse gas sink of pristine wetlands under warming”。</p
Poster for SciPy 2023 on the python hydrodynamics code pyroDepartment of Physics and Astronomy Stony...
The repository contains the package necessary for the simulations (py-phasesep) in the paper 'Contro...
This Python code collection provides the code we used for processing helicopter-borne surface temper...
# Description of the python codes. ## The codes will help you to detect NBP extremes and attribute t...
We present here a Community Inversion Framework (CIF) to help rationalize development efforts and le...
Code used to generate results described in "Investigating sources of variability in closing the terr...
This dataset contains python code and datasets generated from the study: Increasing sensitivity of t...
Python code that was used to generate plots for 19ehk, 11fe, and gamma ray flux in the paper titled ...
Colour ratio pyrometry is an economic and rapid technique to obtain soot temperatures and volume fra...
Data and python source code to reproduce the figures in the manuscript "Designing a radiative antido...
This is the Python code written to make the figures (and supplemental figures) of the paper by Silvy...
Targeted information about carbon dioxide emissions and various other pollutants is essential for re...
Python function for vertical interpolation of WRF (Weather Research and Forecasting Model) output to...
Py4CAtS — Python scripts for Computational ATmospheric Spectroscopy is a Python re-implementation of...
Code for NCC paper “Weakening greenhouse gas sink of pristine wetlands under warming”。</p
Poster for SciPy 2023 on the python hydrodynamics code pyroDepartment of Physics and Astronomy Stony...
The repository contains the package necessary for the simulations (py-phasesep) in the paper 'Contro...
This Python code collection provides the code we used for processing helicopter-borne surface temper...
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