Page Comparison

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The first step is to decide what data you want to publish. For the piControl run (the first large E3SM publication) we decided to publish the following files:

1. Atmosphere

• Native cam.h0
• Regridded climotologies
• Regridded time series (of select variables)

1. Land

 The following were published for all the DECK experiments:

                ATM: Native cam.h0

                         Native cam.h1

                         Regridded climos at frequencies 5 year, 50 year, 100 year, total run

                         Regridded time series (for selected variables*)

               LND: Native clm2.h0

1. Ocean

                         Native mosart.h0

               OCN: Native mpaso

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timeSeriesStatsMonthly

1. Sea-Ice

• Native mpascice.hist.am.timeSeriesStatsMonthly

               ICE:   Native mpassi.timeSeriesStatsMonthly

*Time series variables are: FLNS, FLNT, FLUT, FSNS, FSNTOA, FSNT, PRECC, PRECL, PRECSC, PRECSL, QFLX, SHFLX, THEFHT, TS

Once you've decided on what data to publish, generate the post processed data to meet your requirements (time series, regridded data, climos, ect).

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E3SM.1_0.piControl.1deg_atm_60-30km_ocean.atmos.129x256.climo.monClim.ens1 | science_driver="Water Cycle" | land_grid_resolution="1deg" | seaice_grid_resolution="60-30km"
E3SM.1_0.piControl.1deg_atm_60-30km_ocean.atmos.129x256.time-series.mon.ens1 | science_driver="Water Cycle" | land_grid_resolution="1deg" | seaice_grid_resolution="60-30km" | period="Perpetual 1850"
E3SM.1_0.piControl.1deg_atm_60-30km_ocean.land.native.model-output.mon.ens1 | science_driver="Water Cycle" | land_grid_resolution="1deg" | seaice_grid_resolution="60-30km" | period="Perpetual 1850"

After the new mapfile has been created, envoke the esgadd_facetvalues command

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