#mitgcm — Public Fediverse posts

In a 0.3x0.3deg global circulation model (#MITgcm, #ECCO) we model scenarios in which #OAE is applied in coastal waters (in strips, 37-592km off-shore), without exceeding a small ∆pH or ∆Ω.

In a 0.3x0.3deg global circulation model (#MITgcm, #ECCO) we model scenarios in which #OAE is applied in coastal waters (in strips, 37-592km off-shore), without exceeding a small ∆pH or ∆Ω.

In a 0.3x0.3deg global circulation model (#MITgcm, #ECCO) we model scenarios in which #OAE is applied in coastal waters (in strips, 37-592km off-shore), without exceeding a small ∆pH or ∆Ω.

In a 0.3x0.3deg global circulation model (#MITgcm, #ECCO) we model scenarios in which #OAE is applied in coastal waters (in strips, 37-592km off-shore), without exceeding a small ∆pH or ∆Ω.

In a 0.3x0.3deg global circulation model (#MITgcm, #ECCO) we model scenarios in which #OAE is applied in coastal waters (in strips, 37-592km off-shore), without exceeding a small ∆pH or ∆Ω.

After a year or two of coding and bug fixing my awesome colleagues @[email protected] and @[email protected] got a fully coupled #PolarWRF - #MITgcm model working for #Antarctica - check out their first paper on this:
https://egusphere.copernicus.org/preprints/2022/egusphere-2022-1135/

After a year or two of coding and bug fixing my awesome colleagues @[email protected] and @[email protected] got a fully coupled #PolarWRF - #MITgcm model working for #Antarctica - check out their first paper on this:
https://egusphere.copernicus.org/preprints/2022/egusphere-2022-1135/