GEOS-Chem "Science Codebase" repository. Contains GEOS-Chem science routines, run directory generation scripts, and interface code. This repository is used as a submodule within the GCClassic and GCHP wrappers, as well as in other modeling contexts (external ESMs).

Global soil respiration database

👣 Calculate your carbon footprint easily using a command line interface (10+ metrics, .PDF report).

Data, metadata, and software tools for the COSORE database of continuous soil respiration measurements

The "superproject" wrapper repository for GCHP, the high-performance instance of the GEOS-Chem chemical-transport model.

This repository contains the "superproject" wrapper for the "Classic" configuration of the GEOS-Chem model of atmospheric chemistry and composition.

Tools for working with SMAP L4C and Terrestrial Carbon Flux (TCF) Model data

This repository contains the code used for the analysis in the paper "Zhang et al. global patterns and controls of top- and subsoil organic carbon turnover times".

Code for comprehensive calibration, validation, sensitivity, and uncertainty analysis of MOD17 algorithm

Lecture, essay, thoughts, slides -- a talk about the carbon cycle; how it works, how we screw it up, etc.

Notebooks describing the methods used for the publication: "Empirical up-scaling of OzFlux eddy covariance for high-resolution monitoring of terrestrial carbon uptake in Australia. AusEFlux datasets are freely available on Zenodo at the DOI below.

seacarbx - seacarb extension for deep-time carbonate system calculations

Reads NOAA ESRL GMD ASCII data files as pandas.DataFrame objects.

A model for the evolution of the geologic carbon cycle during Snowball Earth.

Calculate various MHWs(Marine Heat Waves) properties from daily SST datas

Application of CNN and LSTM to predict dissolved inorganic carbon profiles in the Southern Ocean.

This repository aim to storage the python scripts and data set used for the paper titled Isotopic characterization of water masses in the Eastern South Pacific Ocean: Paleoceanography implications.

The ACCESS Earth System Model (ACCESS-ESM) Version 1.6 is a fully-coupled global climate model that includes atmoshpere, land, ocean, sea ice, ocean biogeochemistry and land biogeochemistry components, linked together by a coupler.

Standard ACCESS-ESM1.6 configurations released and supported by ACCESS-NRI