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We now have 20 years of panan-01 and 7 years of panan-005, so I looked into some key metrics the assess them. If there are no major concerns about any of these, I would like to run panan-005 further and save daily output.
The shift of SWMT peak to lighter density classes in panan-01 is significantly reduced, but there is still a slight shift in the Adelie and Ross.
No shift of the peak SWMT density in panan-005, except for an initial shock, and higher SWMT and about 2 Sv higher cross contour transport in panan-005 compared to pnan-01.
Time series of othe rproperties can be found here
Some properties (e.g. MOC, T and S on the shelf) are still drifting but that's probably nothing too big. In the case of the T and S below 3000 m everywhere the drift is reduced a lot in panan-005 compared to panan-01.
I think it looks ok for our purposes and I would continue panan-005 saving higher frequency output. I don't think I need to save anything with a higher frequency than daily as we are not using panan-005 to create movies?
Daily temperature: thetao
Daily salinity: so
Daily u,v: uo,vo
Daily mixed layer depth mlotst
Monthly T advection zonal, meridional T_adx,T_ady
Monthly surface mass flux wfo
Monthly net surface boundary heat flux hfds
Monthly Net salt flux into ocean at surface (restoring + sea-ice) salt_flux
Daily mean SIC,SIT siconc,sithick
daily SSH zos
daily SSH snapshots zos
If there are no objections I will continue panan-005 at the end of the week and save all of the variables above in addition to what is already saved.
Something that is strange in both panan-01 and panan-005 is the age tracer at the northern boundary. It looks like it gets reset to 0 at the boundary. I haven't looked in the code at all yet whether we can change that. I wanted to use the age tracer at the bottom to trace the AABW pathway but now the signal of AABW gets overwhelmed by the inflow from the north.
We now have 20 years of panan-01 and 7 years of panan-005, so I looked into some key metrics the assess them. If there are no major concerns about any of these, I would like to run panan-005 further and save daily output.
The shift of SWMT peak to lighter density classes in panan-01 is significantly reduced, but there is still a slight shift in the Adelie and Ross.
No shift of the peak SWMT density in panan-005, except for an initial shock, and higher SWMT and about 2 Sv higher cross contour transport in panan-005 compared to pnan-01.
Time series of othe rproperties can be found here
Some properties (e.g. MOC, T and S on the shelf) are still drifting but that's probably nothing too big. In the case of the T and S below 3000 m everywhere the drift is reduced a lot in panan-005 compared to panan-01.
I think it looks ok for our purposes and I would continue panan-005 saving higher frequency output. I don't think I need to save anything with a higher frequency than daily as we are not using panan-005 to create movies?
thetaosouo,vomlotstwfohfdssalt_fluxsiconc,sithickzoszosIf there are no objections I will continue panan-005 at the end of the week and save all of the variables above in addition to what is already saved.
Something that is strange in both panan-01 and panan-005 is the age tracer at the northern boundary. It looks like it gets reset to 0 at the boundary. I haven't looked in the code at all yet whether we can change that. I wanted to use the age tracer at the bottom to trace the AABW pathway but now the signal of AABW gets overwhelmed by the inflow from the north.
Age_bottom_normalized_panan_005deg_jra55_ryf_every_3rd_months.mp4