Model output derived from SWE pacemaker experiments using MIROC6-AGCM

This data set is model output derived from numerical simulations using MIROC6-AGCM (Onuma et al., 2024, Journal of Climate).

The contents are as below.

- python: Python scripts for the visualization- figure: PNG files created by the Python scripts- data: model output data for the Python scripts. The data directory includes the below contents.-- LMIP: Output data simulated using MATSIRO6 with GSWP3 reanalysis data (LMIP experiment) are included. Monthly time-series data and regional averages for 1901-2010 derived from LMIP experiment (netCDF and csv files, respectively).

-- AMIP: Output data simulated using MIROC6 with prescribed sea surface temperature and sea ice concentration (AMIP experiment) are included. Monthly time-series data and regional averages for 1901-2010 derived from AMIP ensemble experiments (netCDF and csv files, respectively).

-- AMIP+SWE: Output data simulated using MIROC6 with prescribed sea surface temperature, sea ice concentration and snow water equivalent (AMIP+SWE experiment) are included. Monthly time-series data and regional averages for 1901-2010 derived from AMIP+SWE ensemble experiments (netCDF and csv files, respectively). Difference in a surface energy budget between AMIP+SWE and AMIP is also included (feedback_*.csv).

-- AS-A: Statistical results analyzed from output data in AMIP+SWE and AMIP experiments (csv files). R_a (R_b) means the correlation coefficients of the outputs in AMIP+SWE (AMIP) for inter-annual change from 1901 to 2010 with those in LMIP. P means p-value.  RMSD_a (RMSD_b) means the root mean square difference of the outputs in AMIP+SWE (AMIP) for inter-annual change from 1901 to 2010 with those in LMIP. Tr_a (Tr_b, Tr_ref) means the inter-annual trends from 1901 to 2010 in AMIP+SWE (AMIP, LMIP).-- else: CMIP6 amip multi-models output, GlobSnow3 observation data and mask files for the regional averages. CMIP6 and GlobSnow3 data have been processed for analysis.

*Regarding AMIP and AMIP+SWE data, the uploaded data are limited to ensemble mean data and run01 data due to data size that can be uploaded. If you need model outputs from run02 to run10, please contact Yukihiko Onuma ([e-mail]). 

The abbreviations of the output files are below.alb: land surface albedoclt: total cloud cover fractionebflx: soil evaporationgdt: surface air temperature (GSWP3)hfls: latent heat fluxhfss: sensible heat fluxmrsos: surface soil moisturepr: total precipitationrlds: downward longwave radiation at the surfacerldscs: clear-sky downward longwave radiation at the surfacerls: net longwave radiation at the surfacerlus: upward longwave radiation at the surfacersds: downward shortwave radiation at the surfacersdscs: clear-sky downward shortwave radiation at the surfacerss: net shortwave radiation at the surfacersus: upward shortwave radiation at the surfacesnc: snow cover fractionsnow: snow water equivalentT2: surface air temperaturetsl_z0: surface soil temperature (top 0.05 m)tsl_z1: sub-surface soil temperature (top 0.05-0.25 m)