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View Code? Open in Web Editor NEWSankey diagram for ice sheet mass flow
Sankey diagram for ice sheet mass flow
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Need estimate of deposition in Greenland.
The current AQ Sankey diagram is all-AQ and therefore designed for mass gain.
We need an AQ mass loss (similar to Greenland) for
Line 15 in 8476eb7
Need estimate of evaporation in Greenland
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Need estimate of GZ retreat in Antarctica
Ice shelf basal freeze-on offsets some of the melting. I think we currently have net melt, and it would be good to increase this by the freeze-on amount, and show a freeze-on input (assuming it is not negligible).
As of 9e2b09b I now have frontal advance AND frontal retreat for Antarctica and show both in all figures (no longer net frontal change). Do you have frontal advance for Greenland?
Your 2022 GRL paper mentions 2.5 % advanced, and gives numbers, but dimensions are length not mass.
Your 2022 nature paper says
For the entire Northern Hemisphere, the total terminus mass loss of 11.57 ± 3.81 Gt a−1 during 2010–2020 consisted of 2.98 ± 0.70 Gt a−1 of terminus advance and 14.54 ± 5.97 Gt a−1 of terminus retreat
I could use that, but I thought net retreat was 50 Gt/year - what I currently use in Greenland for the graphic linked above. 50 Gt/yr comes from your 2023 paper abstract, 510.2 ± 18.6 Gt a−1 for 2010–2020
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Should arrows be more connected to a real glacier? See for example
source: https://royalsociety.org/topics-policy/publications/2009/geoengineering-climate/
Need to fix place-holder values and add references for
Need discussion on drifting snow. What is the uncertainty? Does each snowflake fall and drift 10x? Do 10 % of snowflakes drift 1x?
Perhaps the graphic should be updated with a dashed line for this arrow to show it is approximate?
Line 7 in 8476eb7
Need estimate of condensation in Greenland.
I think a J. Glac. Commentary based on this figure might be worth a publication.
No new science here, but could still be useful as an overview figure. Perhaps
@lhbeem - you seem interested in small publishable units. This seems to fit that criteria. Would you like to help co-author this?
Should display uncertainty graphically.
This approach seems unlikely to work with flows and curves - if the flow has a different width curves will be different.
Could possibly use TikZ style? The current style
ice-to-air/.style={fill/.style={fill=none, top color=ice, bottom color=air},},
defines a color gradient, here top to bottom. Is it possible to define a binary step function gradient style where you choose the step location (in % or absolute)? Yes, of course, this is LaTeX.
It may be easiest to not auto-generate uncertainty. Just do it manually for the publication. Use hatch, dots, or shading. See for example https://www.visualcinnamon.com/portfolio/oecd-global-plastics-outlook/
Line 9 in 8476eb7
Options are (hopefully): GL, AQ, E, W, & P. Can also generate GL each year, or GL seasonally.
Possible figures
See also #17
Lines 14 to 15 in 8476eb7
Q for @nbkglaciology
I'm wondering how you as an editor for TC would feel about a Brief Comment submission based on this graphic:
I'm picturing a small paper (Brief Communication) with
And possibly
Discussion would be short as there is no new science here, hence Brief Communication. But I haven't seen an overview of all mass flow processes captured in one quantitative figure like this, and I think it would be helpful for the community as a reference of which processes are covered in any given research, and possibly as an overview figure for IPCC style reports.
Beyond the figure, a few items could be addressed. For example,
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