durack1 / cmipocean Goto Github PK

Updates required to CMIP5

esmControl and esmHistorical to CMIP
esmrcp85 to ScenarioMIP
midHolocene, past1000 to PMIP
noVolcXXXX, volcInXXXX to ??

Remove all DCPP simulations from tables (will leave these in for now)

@taylor13 anything else that you've noticed?

Current tables omit cpocean, needs to be added

@StephenGriffies

The current version of dataTables in use is 1.10.24, whereas the 1.13.4 release is now available.

jquery latest version is now 3.7.0 which will upgraded from the existing 3.6.0 version.

Update libraries to reflect latest patches.

@StephenGriffies thanks for engaging on this. It would be great if we can collate the NOAA-GFDL information for all the contributed simulations, so

* denotes activity_id needs updating in the database (plan to do this tomorrow, also need to declare decadal* as DCPP, need to clarify sst2030, sst2090, esmFdbk1, esmFdbk2, esmFixClim1, esmFixClim2 what are they?)

To clarify, some remapping (plan to do this tomorrow):
mixed-layer scheme -> boundary-layer scheme (mld) [co-locate with vertical diffusivity scheme]
horizontal resolution -> native horizontal resolution
vertical resolution -> native vertical resolution

Co-locate in the table (plan to do this tomorrow)
boundary-layer scheme (mld) & vertical diffusivity scheme [Would be useful to get feedback from OMDP about this query - how best to attempt to quantify vertical diffusivity of configuration]
native horizontal resolution & native vertical resolution
anthropogenic aerosol forcing & volcanic forcing [aerosol indirect effect - yes/no for the atmos model would be useful to know]

To-do:

• remapping config names
• reorder/co-locate relevant config info in html tables
• add cpocean (rhozero as variable identifier)
• update tables with NOAA-GFDL info

@vnaik60 pinging you on this thread, some of the coupled simulation forcing info may be trivially easy for you to provide

CMIP5 ~1365.65 Wm^-^2
CMIP6 ~1361.0 Wm^-^2

CMIP6 solar forcing is based on a mean total solar insolation (TSI) value of 1361.0 Wm^-^2, combined with a monthly time-varying spectral file that provides details for the solar cycle, based on the time-averaged mean conditions of the two solar cycles covering the years 1850–1873, and is derived from the recommended 170 solar datasets for CMIP6 (Matthes et al., 2017)