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[Article Idea] Crustal carbonate build-up #19
Comments
Added some to do’s to issue body – do we need to change the template to allow for a “Subtasks” section, or is this best dealt with on an as-needed basis? |
I think we can add those actions as we see fit, after evaluating the ideas? |
Added link to explorable-viz/fluid#117. This could also be part of an intern project. |
@RaoOfPhysics Updated draft at https://hackmd.io/pKsrs3RAQdC6krCB2hNi1g. (If you're not keen on using SCU in your signature maybe we could replace it with College of Arts, Technology and Environment.) I think you were planning to send from your Cambridge email address as well. |
E-mail sent. |
Subtasks
Publication
Publication title
Crustal carbonate build-up as a driver for Earth’s oxygenation
Link to publication
https://doi.org/10.1038/s41561-024-01417-1
Name of journal/magazine/publisher
Nature Geoscience
Year of publication
2024
Licence for publication
CC BY
Data
Link to data used in the publication
Data availability
Available publicly, all rights reserved
Contact for data
Lewis Alcott, at University of Bristol
Dataset topic(s)
Atmospheric science, environmental science, geoscience
Data format(s)
.mat (MATLAB), one CSV
Dataset size
(Small) Less than 1 MB
In the region of 10k-20k rows.
Source code
Link to code used for the publication
Code availability
All rights reserved
Programming language
MATLAB
Visualisations
Summary of visualisation(s)
Figures 2, 3 and 4 are relevant for discussion here. All show time on the X axis (in ”Ma” or million years) corresponding to various geological eras, with each figure showing up to six (6) related plots.
One possibility is to simply hover over one of the related plots and show corresponding data on the others ones. But figures 3 and 4 also show what look like individual points plotted in Figs. 3 (a) and 4 (a), which could allow us to show tables with underlying data.
Other comments
New features required by Fluid
Any other comments?
Lewis Alcott is based at the University of Bristol, and two of the co-authors are based at Cambridge.
Data and code will need to be converted into an open format (with permission of the authors) to be used with Fluid.
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