EXCITED Machine Learning Workflow

An open workflow for creating machine learning models for estimating the global biospheric CO2 exchange.

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Description

An open workflow for creating machine learning models for estimating the global biospheric CO2 exchange.

Using globally available data (e.g. ERA5, MODIS) as well as site-level data (Fluxnet) a model for the gross primary production and respiration can be trained. Additionally, the workflow aims to better constrain the CO2 exchange in terrestrial ecosystems on longer timescales using estimates from inverse models (e.g., CarbonTracker) as additional input data.

The workflow is currently geared towards carbon exchange (CO2), but can also be adapted for use with other fluxes such as CH4 or N2O.

The full workflow is split over several notebooks. These guide you through all steps required, from preprocessing, to model training and finally the dataset production.

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Keywords
Programming languages
  • Jupyter Notebook 75%
  • Python 25%
License
</>Source code

Participating organisations

Utrecht University
Netherlands eScience Center

Contributors

Bart Schilperoort
Lead eScience Research Engineer
Netherlands eScience Center
GK
Gerbrand Koren
Claire Donnelly
Claire Donnelly
eScience Research Engineer
Netherlands eScience Center
Yang Liu
Yang Liu
eScience Research Engineer
Netherlands eScience Center

Related projects

EXCITED

Exchange of CO2 in tropical ecosystems unravelled

Updated 17 months ago
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