Zeitpunkt Nutzer Delta Tröts TNR Titel Version maxTL Sa 18.05.2024 00:03:58 5.497 +2 483.493 88,0 FediScience.org 4.2.7 500 Fr 17.05.2024 00:03:12 5.495 +1 482.953 87,9 FediScience.org 4.2.7 500 Do 16.05.2024 00:02:50 5.494 0 482.464 87,8 FediScience.org 4.2.7 500 Mi 15.05.2024 00:03:47 5.494 0 481.912 87,7 FediScience.org 4.2.7 500 Di 14.05.2024 00:02:14 5.494 0 481.295 87,6 FediScience.org 4.2.7 500 Mo 13.05.2024 00:03:30 5.494 -1 480.854 87,5 FediScience.org 4.2.7 500 So 12.05.2024 00:02:51 5.495 +1 480.372 87,4 FediScience.org 4.2.7 500 Sa 11.05.2024 00:02:08 5.494 0 479.905 87,4 FediScience.org 4.2.7 500 Fr 10.05.2024 00:02:23 5.494 0 479.493 87,3 FediScience.org 4.2.7 500 Do 09.05.2024 00:02:38 5.494 0 479.002 87,2 FediScience.org 4.2.7 500
legraLeGra (@atthenius) · 11/2022 · Tröts: 8.663 · Folger: 1.549
Sa 18.05.2024 20:08
Finally my paper looking at #AtmosphericRivers is out!
"How River-like ARE Atmospheric Rivers?”
VERY-- they take moisture from 1000's km and 10deg equatorward than your average storm.
#NASA #CYGNSS - GPS array that looks at how choppy the ocean surface is to determine surface wind speed and heat fluxes compares well w simulations from the #NASAGISS climate model w include a tracer suite that identifies where moisture in the atmosphere originally evaporated from.
https://agupubs.onlinelibrary.wiley.com/doi/full/10.1029/2023GL105828
Atmospheric Rivers Source Moisture from further away than climatological precipitation consistent in CYGNSS and GISS-E2.1 LeGrande et al 2024 https://agupubs.onlinelibrary.wiley.com/doi/full/10.1029/2023GL105828
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