Using the ACCESS-NRI Intake catalog as an alternative to the COSIMA Cookbook¶
This notebook demonstrates how to use the ACCESS-NRI Intake catalog, and demonstrates key similarities to and differences from the cosima cookbook
This notebook is concise version of the longer ACCESS-NRI Intake catalog documentation and related COSIMA training workshop. Users are encouraged to refer to these for more detail and demonstrations. At the time of writing (Oct 2023), the ACCESS-NRI Intake Catalog is under testing and feedback from users is requested.
Requirements: The conda/analysis3 (tested on analysis3-23.07) module from /g/data/hh5/public/modules.
Too Long; Didn’t Read:¶
The most commonly used method from the cosima cookbook is querying.getvar, e.g.:
import cosima_cookbook as cc
session = cc.database.create_session()
da = cc.querying.getvar(
expt="expt0",
variable="var0",
session=session,
frequency="1 monthly"
)
Using the ACCESS-NRI Intake catalog, the same data can be obtained with:
import intake
catalog = intake.cat.access_nri
ds = catalog["expt0"].search(
variable="var0",
frequency="1mon"
).to_dask()
da=ds[var0]
Start a dask Client¶
This is not specific to using the ACCESS-NRI Intake catalog. You would do the same thing using the COSIMA cookbook.
[1]:
from os import environ
environ["PYTHONWARNINGS"] = "ignore"
[2]:
from dask.distributed import Client
client = Client(threads_per_worker=1)
client
[2]:
Client
Client-05cb42e4-7929-11ee-b8e9-00000081fe80
| Connection method: Cluster object | Cluster type: distributed.LocalCluster |
| Dashboard: /proxy/8787/status |
Cluster Info
LocalCluster
4ed37866
| Dashboard: /proxy/8787/status | Workers: 12 |
| Total threads: 12 | Total memory: 46.00 GiB |
| Status: running | Using processes: True |
Scheduler Info
Scheduler
Scheduler-25636fca-e100-49a2-8524-b01c3d44536a
| Comm: tcp://127.0.0.1:33005 | Workers: 12 |
| Dashboard: /proxy/8787/status | Total threads: 12 |
| Started: Just now | Total memory: 46.00 GiB |
Workers
Worker: 0
| Comm: tcp://127.0.0.1:35001 | Total threads: 1 |
| Dashboard: /proxy/43033/status | Memory: 3.83 GiB |
| Nanny: tcp://127.0.0.1:36523 | |
| Local directory: /jobfs/99602418.gadi-pbs/dask-scratch-space/worker-w1fbb7ys | |
Worker: 1
| Comm: tcp://127.0.0.1:40837 | Total threads: 1 |
| Dashboard: /proxy/42513/status | Memory: 3.83 GiB |
| Nanny: tcp://127.0.0.1:33585 | |
| Local directory: /jobfs/99602418.gadi-pbs/dask-scratch-space/worker-3mkpe188 | |
Worker: 2
| Comm: tcp://127.0.0.1:33339 | Total threads: 1 |
| Dashboard: /proxy/35057/status | Memory: 3.83 GiB |
| Nanny: tcp://127.0.0.1:39157 | |
| Local directory: /jobfs/99602418.gadi-pbs/dask-scratch-space/worker-f8z0vwtp | |
Worker: 3
| Comm: tcp://127.0.0.1:40069 | Total threads: 1 |
| Dashboard: /proxy/43565/status | Memory: 3.83 GiB |
| Nanny: tcp://127.0.0.1:39535 | |
| Local directory: /jobfs/99602418.gadi-pbs/dask-scratch-space/worker-s0edeemi | |
Worker: 4
| Comm: tcp://127.0.0.1:37503 | Total threads: 1 |
| Dashboard: /proxy/39937/status | Memory: 3.83 GiB |
| Nanny: tcp://127.0.0.1:45553 | |
| Local directory: /jobfs/99602418.gadi-pbs/dask-scratch-space/worker-8jrv2kn1 | |
Worker: 5
| Comm: tcp://127.0.0.1:35287 | Total threads: 1 |
| Dashboard: /proxy/39281/status | Memory: 3.83 GiB |
| Nanny: tcp://127.0.0.1:33729 | |
| Local directory: /jobfs/99602418.gadi-pbs/dask-scratch-space/worker-me614dht | |
Worker: 6
| Comm: tcp://127.0.0.1:44341 | Total threads: 1 |
| Dashboard: /proxy/43647/status | Memory: 3.83 GiB |
| Nanny: tcp://127.0.0.1:37745 | |
| Local directory: /jobfs/99602418.gadi-pbs/dask-scratch-space/worker-88295g4d | |
Worker: 7
| Comm: tcp://127.0.0.1:37351 | Total threads: 1 |
| Dashboard: /proxy/45263/status | Memory: 3.83 GiB |
| Nanny: tcp://127.0.0.1:34769 | |
| Local directory: /jobfs/99602418.gadi-pbs/dask-scratch-space/worker-im3a5mci | |
Worker: 8
| Comm: tcp://127.0.0.1:36337 | Total threads: 1 |
| Dashboard: /proxy/46507/status | Memory: 3.83 GiB |
| Nanny: tcp://127.0.0.1:39397 | |
| Local directory: /jobfs/99602418.gadi-pbs/dask-scratch-space/worker-lqohc23n | |
Worker: 9
| Comm: tcp://127.0.0.1:33167 | Total threads: 1 |
| Dashboard: /proxy/35199/status | Memory: 3.83 GiB |
| Nanny: tcp://127.0.0.1:34343 | |
| Local directory: /jobfs/99602418.gadi-pbs/dask-scratch-space/worker-ud7r8unv | |
Worker: 10
| Comm: tcp://127.0.0.1:44113 | Total threads: 1 |
| Dashboard: /proxy/36205/status | Memory: 3.83 GiB |
| Nanny: tcp://127.0.0.1:37911 | |
| Local directory: /jobfs/99602418.gadi-pbs/dask-scratch-space/worker-n6gh11a2 | |
Worker: 11
| Comm: tcp://127.0.0.1:46071 | Total threads: 1 |
| Dashboard: /proxy/36653/status | Memory: 3.83 GiB |
| Nanny: tcp://127.0.0.1:39849 | |
| Local directory: /jobfs/99602418.gadi-pbs/dask-scratch-space/worker-b1c4u6cm | |
Opening and searching the catalog¶
To use the ACCESS-NRI Intake catalog, we need to import intake
[3]:
import intake
import cosima_cookbook as cc # We'll also load the cookbook for comparisons later
We can open the catalog as follows. This is somewhat similar to starting a database session with the COSIMA cookbook. The returned object catalog is an instance of the ACCESS-NRI Intake catalog that we can use to find and load data.
[4]:
catalog = intake.cat.access_nri
Printing the catalog object will return a dataframe of experiments that you can browse:
[5]:
catalog
access_nri catalog with 86 source(s) across 2201 rows:
| model | description | realm | frequency | variable | |
|---|---|---|---|---|---|
| name | |||||
| 01deg_jra55v13_ryf9091 | {ACCESS-OM2} | {0.1 degree ACCESS-OM2 global model configuration with JRA55-do v1.3 RYF9091 repeat year forcing (May 1990 to Apr 1991)} | {seaIce, ocean} | {1mon, 3mon, fx, 1day, 3hr} | {temp_submeso, average_T2, vvel_m, ty_trans_nrho_submeso, aice_m, eta_global, surface_salt, dzt, flatn_ai_m, fswup_m, sw_heat, swflx, temp_yflux_adv, sig2_m, alidf_ai_m, sfc_hflux_pme, wfiform, fm... |
| 01deg_jra55v140_iaf | {ACCESS-OM2} | {Cycle 1 of 0.1 degree ACCESS-OM2 global model configuration with JRA55-do v1.4.0 OMIP2 interannual forcing} | {seaIce, ocean} | {fx, 1mon, 1day} | {average_T2, eta_nonbouss, vvel_m, ty_trans_nrho_submeso, aice_m, eta_global, surface_salt, dzt, flatn_ai_m, fswup_m, swflx, temp_yflux_adv, alidf_ai_m, sfc_hflux_pme, wfiform, temp_int_rhodz, fme... |
| 01deg_jra55v140_iaf_cycle2 | {ACCESS-OM2} | {Cycle 2 of 0.1 degree ACCESS-OM2 global model configuration with JRA55-do v1.4.0 OMIP2 interannual forcing} | {seaIce, ocean} | {fx, 1mon, 1day} | {average_T2, eta_nonbouss, vvel_m, ty_trans_nrho_submeso, aice_m, eta_global, surface_salt, dzt, flatn_ai_m, fswup_m, swflx, temp_yflux_adv, alidf_ai_m, sfc_hflux_pme, wfiform, temp_int_rhodz, fme... |
| 01deg_jra55v140_iaf_cycle3 | {ACCESS-OM2} | {Cycle 3 of 0.1 degree ACCESS-OM2 global model configuration with JRA55-do v1.4.0 OMIP2 interannual forcing} | {seaIce, ocean} | {fx, 1mon, 1day} | {average_T2, eta_nonbouss, vvel_m, ty_trans_nrho_submeso, aice_m, eta_global, surface_salt, dzt, flatn_ai_m, fswup_m, swflx, temp_yflux_adv, alidf_ai_m, sfc_hflux_pme, wfiform, temp_int_rhodz, fme... |
| 01deg_jra55v140_iaf_cycle4 | {ACCESS-OM2} | {Cycle 4 of 0.1 degree ACCESS-OM2 global model configuration with JRA55-do v1.4.0 OMIP2 interannual forcing} | {seaIce, ocean} | {1mon, fx, 6hr, 1day, 3hr} | {average_T2, eta_nonbouss, src03, alvdr_ai, temp_yflux_adv, alidf_ai_m, det_xflux_adv, meltt, no3_intmld, uarea, total_ocean_heat, uvel_h, v, HTE, strength_m, dyt, total_ocean_pme_river, total_oce... |
| 01deg_jra55v140_iaf_cycle4_jra55v150_extension | {ACCESS-OM2} | {Extensions of cycle 4 of 0.1 degree ACCESS-OM2 + WOMBAT BGC global model configuration with JRA55-do v1.5.0 and v1.5.0.1 interannual forcing} | {seaIce, ocean} | {subhr, fx, 1mon, 1day} | {no3_zflux_adv, average_T2, src05, eta_nonbouss, vvel_m, pprod_gross_int100, ty_trans_nrho_submeso, fe_yflux_adv, albsni, aice_m, eta_global, dic, npp3d, surface_salt, npp1, src03, dzt, flatn_ai_m... |
| 01deg_jra55v150_iaf_cycle1 | {ACCESS-OM2} | {Cycle 1 of 0.1 degree ACCESS-OM2 global model configuration with JRA55-do v1.5.0 OMIP2 interannual forcing} | {seaIce, ocean} | {fx, 1mon, 1day} | {average_T2, eta_nonbouss, ty_trans_nrho_submeso, aice_m, surface_salt, dzt, swflx, wfiform, sfc_hflux_pme, temp_int_rhodz, evap, dxt, bmf_v, v, dyt, fprec, u, dyu, geolon_t, sens_heat, pme_river,... |
| 025deg_jra55_iaf_omip2_cycle1 | {ACCESS-OM2} | {Cycle 1/6 of 0.25 degree ACCESS-OM2 physics-only global configuration with JRA55-do v1.4 OMIP2 interannual forcing (1958-2019)} | {seaIce, ocean} | {fx, 1yr, 1mon, 1day} | {temp_submeso, average_T2, eta_nonbouss, vvel_m, ty_trans_nrho_submeso, flwup_ai_m, aice_m, eta_global, strcorx_m, salt_vdiffuse_diff_cbt_conv, fswup_m, sw_heat, flatn_ai_m, swflx, neutral_diffusi... |
| 025deg_jra55_iaf_omip2_cycle2 | {ACCESS-OM2} | {Cycle 1/6 of 0.25 degree ACCESS-OM2 physics-only global configuration with JRA55-do v1.4 OMIP2 interannual forcing (1958-2019)} | {seaIce, ocean} | {fx, 1yr, 1mon, 1day} | {temp_submeso, average_T2, eta_nonbouss, vvel_m, ty_trans_nrho_submeso, flwup_ai_m, aice_m, eta_global, strcorx_m, salt_vdiffuse_diff_cbt_conv, fswup_m, sw_heat, flatn_ai_m, swflx, neutral_diffusi... |
| 025deg_jra55_iaf_omip2_cycle3 | {ACCESS-OM2} | {Cycle 3/6 of 0.25 degree ACCESS-OM2 physics-only global configuration with JRA55-do v1.4 OMIP2 interannual forcing (1958-2019)} | {seaIce, ocean} | {fx, 1yr, 1mon, 1day} | {temp_submeso, average_T2, eta_nonbouss, vvel_m, ty_trans_nrho_submeso, flwup_ai_m, aice_m, eta_global, strcorx_m, salt_vdiffuse_diff_cbt_conv, fswup_m, sw_heat, flatn_ai_m, swflx, neutral_diffusi... |
| 025deg_jra55_iaf_omip2_cycle4 | {ACCESS-OM2} | {Cycle 4/6 of 0.25 degree ACCESS-OM2 physics-only global configuration with JRA55-do v1.4 OMIP2 interannual forcing (1958-2019)} | {seaIce, ocean} | {fx, 1yr, 1mon, 1day} | {temp_submeso, average_T2, eta_nonbouss, vvel_m, ty_trans_nrho_submeso, flwup_ai_m, aice_m, eta_global, strcorx_m, salt_vdiffuse_diff_cbt_conv, fswup_m, sw_heat, flatn_ai_m, swflx, neutral_diffusi... |
| 025deg_jra55_iaf_omip2_cycle5 | {ACCESS-OM2} | {Cycle 5/6 of 0.25 degree ACCESS-OM2 physics-only global configuration with JRA55-do v1.4 OMIP2 interannual forcing (1958-2019)} | {seaIce, ocean} | {fx, 1yr, 1mon, 1day} | {temp_submeso, average_T2, eta_nonbouss, vvel_m, ty_trans_nrho_submeso, flwup_ai_m, aice_m, eta_global, strcorx_m, salt_vdiffuse_diff_cbt_conv, fswup_m, sw_heat, flatn_ai_m, swflx, neutral_diffusi... |
| 025deg_jra55_iaf_omip2_cycle6 | {ACCESS-OM2} | {Cycle 6/6 of 0.25 degree ACCESS-OM2 physics-only global configuration with JRA55-do v1.4 OMIP2 interannual forcing (1958-2019)} | {seaIce, ocean} | {fx, 1mon, 1day} | {temp_submeso, average_T2, eta_nonbouss, vvel_m, ty_trans_nrho_submeso, flwup_ai_m, aice_m, eta_global, strcorx_m, salt_vdiffuse_diff_cbt_conv, fswup_m, sw_heat, flatn_ai_m, swflx, neutral_diffusi... |
| 025deg_jra55_ryf9091_gadi | {ACCESS-OM2} | {0.25 degree ACCESS-OM2 physics-only global configuration with JRA55-do v1.3 RYF9091 repeat year forcing (May 1990 to Apr 1991)} | {seaIce, ocean} | {fx, 1yr, 1mon} | {average_T2, vvel_m, flwup_ai_m, aice_m, eta_global, strcorx_m, dzt, flatn_ai_m, fswup_m, alidf_ai_m, fmelttn_ai_m, total_ocean_hflux_prec, salt_surface_ave, uocn_m, dxt, daidtt_m, uarea, total_oc... |
| 1deg_jra55_iaf_omip2_cycle1 | {ACCESS-OM2} | {Cycle 1/6 of 1 degree ACCESS-OM2-BGC global configuration with JRA55-do v1.4 OMIP2 interannual forcing (1958-2018)} | {seaIce, ocean} | {fx, 1yr, 1mon, 1day} | {dissicos_raw, temp_submeso, average_T2, eta_nonbouss, flwup_ai_m, neutral_diffusion_temp, temp_yflux_adv, total_volume_seawater, alidf_ai_m, mixdownslope_temp, uarea, total_ocean_heat, psiu, v, H... |
| 1deg_jra55_iaf_omip2_cycle2 | {ACCESS-OM2} | {Cycle 2/6 of 1 degree ACCESS-OM2-BGC global configuration with JRA55-do v1.4 OMIP2 interannual forcing (1958-2018)} | {seaIce, ocean} | {fx, 1yr, 1mon, 1day} | {dissicos_raw, temp_submeso, average_T2, eta_nonbouss, flwup_ai_m, neutral_diffusion_temp, temp_yflux_adv, total_volume_seawater, alidf_ai_m, mixdownslope_temp, uarea, total_ocean_heat, psiu, v, H... |
| 1deg_jra55_iaf_omip2_cycle3 | {ACCESS-OM2} | {Cycle 3/6 of 1 degree ACCESS-OM2-BGC global configuration with JRA55-do v1.4 OMIP2 interannual forcing (1958-2018)} | {seaIce, ocean} | {fx, 1yr, 1mon, 1day} | {dissicos_raw, temp_submeso, average_T2, eta_nonbouss, flwup_ai_m, neutral_diffusion_temp, temp_yflux_adv, total_volume_seawater, alidf_ai_m, mixdownslope_temp, uarea, total_ocean_heat, psiu, v, H... |
| 1deg_jra55_iaf_omip2_cycle4 | {ACCESS-OM2} | {Cycle 4/6 of 1 degree ACCESS-OM2-BGC global configuration with JRA55-do v1.4 OMIP2 interannual forcing (1958-2018)} | {seaIce, ocean} | {fx, 1yr, 1mon, 1day} | {dissicos_raw, temp_submeso, average_T2, eta_nonbouss, flwup_ai_m, neutral_diffusion_temp, temp_yflux_adv, total_volume_seawater, alidf_ai_m, mixdownslope_temp, uarea, total_ocean_heat, psiu, v, H... |
| 1deg_jra55_iaf_omip2_cycle5 | {ACCESS-OM2} | {Cycle 5/6 of 1 degree ACCESS-OM2-BGC global configuration with JRA55-do v1.4 OMIP2 interannual forcing (1958-2018)} | {seaIce, ocean} | {fx, 1yr, 1mon, 1day} | {dissicos_raw, temp_submeso, average_T2, eta_nonbouss, flwup_ai_m, neutral_diffusion_temp, temp_yflux_adv, total_volume_seawater, alidf_ai_m, mixdownslope_temp, uarea, total_ocean_heat, psiu, v, H... |
| 1deg_jra55_iaf_omip2_cycle6 | {ACCESS-OM2} | {Cycle 6/6 of 1 degree ACCESS-OM2-BGC global configuration with JRA55-do v1.4 OMIP2 interannual forcing (1958-2018)} | {seaIce, ocean} | {fx, 1yr, 1mon, 1day} | {dissicos_raw, temp_submeso, average_T2, eta_nonbouss, flwup_ai_m, neutral_diffusion_temp, temp_yflux_adv, total_volume_seawater, alidf_ai_m, mixdownslope_temp, uarea, total_ocean_heat, psiu, v, H... |
| 1deg_jra55_iaf_omip2spunup_cycle1 | {ACCESS-OM2} | {Cycle 1/45 of 1 degree ACCESS-OM2-BGC global configuration with JRA55-do v1.4 OMIP2 spunup interannual forcing (1958-2018)} | {seaIce, ocean} | {fx, 1yr, 1mon, 1day} | {dissicos_raw, temp_submeso, average_T2, flwup_ai_m, aiso_lap, neutral_diffusion_temp, temp_yflux_adv, total_volume_seawater, alidf_ai_m, mixdownslope_temp, uarea, total_ocean_heat, psiu, v, HTE, ... |
| 1deg_jra55_iaf_omip2spunup_cycle10 | {ACCESS-OM2} | {Cycle 10/45 of 1 degree ACCESS-OM2-BGC global configuration with JRA55-do v1.4 OMIP2 spunup interannual forcing (1958-2018)} | {seaIce, ocean} | {1yr, 1mon} | {salt_global_ave, stf09, average_T2, ANGLE, tmask, aice_m, NCAT, eta_global, sst, caco3, mld, dic, age_global, zoo, tarea, temp_surface_ave, fswup_m, adic, stf07, total_volume_seawater, alidf_ai_m... |
| 1deg_jra55_iaf_omip2spunup_cycle11 | {ACCESS-OM2} | {Cycle 11/45 of 1 degree ACCESS-OM2-BGC global configuration with JRA55-do v1.4 OMIP2 spunup interannual forcing (1958-2018)} | {seaIce, ocean} | {1yr, 1mon} | {salt_global_ave, stf09, average_T2, ANGLE, tmask, aice_m, NCAT, eta_global, sst, caco3, mld, dic, age_global, zoo, tarea, temp_surface_ave, fswup_m, adic, stf07, total_volume_seawater, alidf_ai_m... |
| 1deg_jra55_iaf_omip2spunup_cycle12 | {ACCESS-OM2} | {Cycle 12/45 of 1 degree ACCESS-OM2-BGC global configuration with JRA55-do v1.4 OMIP2 spunup interannual forcing (1958-2018)} | {seaIce, ocean} | {1yr, 1mon} | {salt_global_ave, stf09, average_T2, ANGLE, tmask, aice_m, NCAT, eta_global, sst, caco3, mld, dic, age_global, zoo, tarea, temp_surface_ave, fswup_m, adic, stf07, total_volume_seawater, alidf_ai_m... |
| 1deg_jra55_iaf_omip2spunup_cycle13 | {ACCESS-OM2} | {Cycle 13/45 of 1 degree ACCESS-OM2-BGC global configuration with JRA55-do v1.4 OMIP2 spunup interannual forcing (1958-2018)} | {seaIce, ocean} | {1yr, 1mon} | {salt_global_ave, stf09, average_T2, ANGLE, tmask, aice_m, NCAT, eta_global, sst, caco3, mld, dic, age_global, zoo, tarea, temp_surface_ave, fswup_m, adic, stf07, total_volume_seawater, alidf_ai_m... |
| 1deg_jra55_iaf_omip2spunup_cycle14 | {ACCESS-OM2} | {Cycle 14/45 of 1 degree ACCESS-OM2-BGC global configuration with JRA55-do v1.4 OMIP2 spunup interannual forcing (1958-2018)} | {seaIce, ocean} | {1yr, 1mon} | {salt_global_ave, stf09, average_T2, ANGLE, tmask, aice_m, NCAT, eta_global, sst, caco3, mld, dic, age_global, zoo, tarea, temp_surface_ave, fswup_m, adic, stf07, total_volume_seawater, alidf_ai_m... |
| 1deg_jra55_iaf_omip2spunup_cycle15 | {ACCESS-OM2} | {Cycle 15/45 of 1 degree ACCESS-OM2-BGC global configuration with JRA55-do v1.4 OMIP2 spunup interannual forcing (1958-2018)} | {seaIce, ocean} | {1yr, 1mon} | {salt_global_ave, stf09, average_T2, ANGLE, tmask, aice_m, NCAT, eta_global, sst, caco3, mld, dic, age_global, zoo, tarea, temp_surface_ave, fswup_m, adic, stf07, total_volume_seawater, alidf_ai_m... |
| 1deg_jra55_iaf_omip2spunup_cycle16 | {ACCESS-OM2} | {Cycle 16/45 of 1 degree ACCESS-OM2-BGC global configuration with JRA55-do v1.4 OMIP2 spunup interannual forcing (1958-2018)} | {seaIce, ocean} | {1yr, 1mon} | {salt_global_ave, stf09, average_T2, ANGLE, tmask, aice_m, NCAT, eta_global, sst, caco3, mld, dic, age_global, zoo, tarea, temp_surface_ave, fswup_m, adic, stf07, total_volume_seawater, alidf_ai_m... |
| 1deg_jra55_iaf_omip2spunup_cycle17 | {ACCESS-OM2} | {Cycle 17/45 of 1 degree ACCESS-OM2-BGC global configuration with JRA55-do v1.4 OMIP2 spunup interannual forcing (1958-2018)} | {seaIce, ocean} | {1yr, 1mon} | {salt_global_ave, stf09, average_T2, ANGLE, tmask, aice_m, NCAT, eta_global, sst, caco3, mld, dic, age_global, zoo, tarea, temp_surface_ave, fswup_m, adic, stf07, total_volume_seawater, alidf_ai_m... |
| 1deg_jra55_iaf_omip2spunup_cycle18 | {ACCESS-OM2} | {Cycle 18/45 of 1 degree ACCESS-OM2-BGC global configuration with JRA55-do v1.4 OMIP2 spunup interannual forcing (1958-2018)} | {seaIce, ocean} | {1yr, 1mon} | {salt_global_ave, stf09, average_T2, ANGLE, tmask, aice_m, NCAT, eta_global, sst, caco3, mld, dic, age_global, zoo, tarea, temp_surface_ave, fswup_m, adic, stf07, total_volume_seawater, alidf_ai_m... |
| 1deg_jra55_iaf_omip2spunup_cycle19 | {ACCESS-OM2} | {Cycle 19/45 of 1 degree ACCESS-OM2-BGC global configuration with JRA55-do v1.4 OMIP2 spunup interannual forcing (1958-2018)} | {seaIce, ocean} | {1yr, 1mon} | {salt_global_ave, stf09, average_T2, ANGLE, tmask, aice_m, NCAT, eta_global, sst, caco3, mld, dic, age_global, zoo, tarea, temp_surface_ave, fswup_m, adic, stf07, total_volume_seawater, alidf_ai_m... |
| 1deg_jra55_iaf_omip2spunup_cycle2 | {ACCESS-OM2} | {Cycle 2/45 of 1 degree ACCESS-OM2-BGC global configuration with JRA55-do v1.4 OMIP2 spunup interannual forcing (1958-2018)} | {seaIce, ocean} | {fx, 1yr, 1mon, 1day} | {dissicos_raw, temp_submeso, average_T2, flwup_ai_m, aiso_lap, neutral_diffusion_temp, temp_yflux_adv, total_volume_seawater, alidf_ai_m, mixdownslope_temp, uarea, total_ocean_heat, psiu, v, HTE, ... |
| 1deg_jra55_iaf_omip2spunup_cycle20 | {ACCESS-OM2} | {Cycle 20/45 of 1 degree ACCESS-OM2-BGC global configuration with JRA55-do v1.4 OMIP2 spunup interannual forcing (1958-2018)} | {seaIce, ocean} | {1yr, 1mon} | {salt_global_ave, stf09, average_T2, ANGLE, tmask, aice_m, NCAT, eta_global, sst, caco3, mld, dic, age_global, zoo, tarea, temp_surface_ave, fswup_m, adic, stf07, total_volume_seawater, alidf_ai_m... |
| 1deg_jra55_iaf_omip2spunup_cycle21 | {ACCESS-OM2} | {Cycle 21/45 of 1 degree ACCESS-OM2-BGC global configuration with JRA55-do v1.4 OMIP2 spunup interannual forcing (1958-2018)} | {seaIce, ocean} | {1yr, 1mon} | {salt_global_ave, stf09, average_T2, ANGLE, tmask, aice_m, NCAT, eta_global, sst, caco3, mld, dic, age_global, zoo, tarea, temp_surface_ave, fswup_m, adic, stf07, total_volume_seawater, alidf_ai_m... |
| 1deg_jra55_iaf_omip2spunup_cycle22 | {ACCESS-OM2} | {Cycle 22/45 of 1 degree ACCESS-OM2-BGC global configuration with JRA55-do v1.4 OMIP2 spunup interannual forcing (1958-2018)} | {seaIce, ocean} | {1yr, 1mon} | {salt_global_ave, stf09, average_T2, ANGLE, tmask, aice_m, NCAT, eta_global, sst, caco3, mld, dic, age_global, zoo, tarea, temp_surface_ave, fswup_m, adic, stf07, total_volume_seawater, alidf_ai_m... |
| 1deg_jra55_iaf_omip2spunup_cycle23 | {ACCESS-OM2} | {Cycle 23/45 of 1 degree ACCESS-OM2-BGC global configuration with JRA55-do v1.4 OMIP2 spunup interannual forcing (1958-2018)} | {seaIce, ocean} | {1yr, 1mon} | {salt_global_ave, stf09, average_T2, ANGLE, tmask, aice_m, NCAT, eta_global, sst, caco3, mld, dic, age_global, zoo, tarea, temp_surface_ave, fswup_m, adic, stf07, total_volume_seawater, alidf_ai_m... |
| 1deg_jra55_iaf_omip2spunup_cycle24 | {ACCESS-OM2} | {Cycle 24/45 of 1 degree ACCESS-OM2-BGC global configuration with JRA55-do v1.4 OMIP2 spunup interannual forcing (1958-2018)} | {seaIce, ocean} | {1yr, 1mon} | {salt_global_ave, stf09, average_T2, ANGLE, tmask, aice_m, NCAT, eta_global, sst, caco3, mld, dic, age_global, zoo, tarea, temp_surface_ave, fswup_m, adic, stf07, total_volume_seawater, alidf_ai_m... |
| 1deg_jra55_iaf_omip2spunup_cycle25 | {ACCESS-OM2} | {Cycle 25/45 of 1 degree ACCESS-OM2-BGC global configuration with JRA55-do v1.4 OMIP2 spunup interannual forcing (1958-2018)} | {seaIce, ocean} | {1yr, 1mon} | {salt_global_ave, stf09, average_T2, ANGLE, tmask, aice_m, NCAT, eta_global, sst, caco3, mld, dic, age_global, zoo, tarea, temp_surface_ave, fswup_m, adic, stf07, total_volume_seawater, alidf_ai_m... |
| 1deg_jra55_iaf_omip2spunup_cycle26 | {ACCESS-OM2} | {Cycle 26/45 of 1 degree ACCESS-OM2-BGC global configuration with JRA55-do v1.4 OMIP2 spunup interannual forcing (1958-2018)} | {seaIce, ocean} | {1yr, 1mon} | {salt_global_ave, stf09, average_T2, ANGLE, tmask, aice_m, NCAT, eta_global, sst, caco3, mld, dic, age_global, zoo, tarea, temp_surface_ave, fswup_m, adic, stf07, total_volume_seawater, alidf_ai_m... |
| 1deg_jra55_iaf_omip2spunup_cycle27 | {ACCESS-OM2} | {Cycle 27/45 of 1 degree ACCESS-OM2-BGC global configuration with JRA55-do v1.4 OMIP2 spunup interannual forcing (1958-2018)} | {seaIce, ocean} | {1yr, 1mon} | {salt_global_ave, stf09, average_T2, ANGLE, tmask, aice_m, NCAT, eta_global, sst, caco3, mld, dic, age_global, zoo, tarea, temp_surface_ave, fswup_m, adic, stf07, total_volume_seawater, alidf_ai_m... |
| 1deg_jra55_iaf_omip2spunup_cycle28 | {ACCESS-OM2} | {Cycle 28/45 of 1 degree ACCESS-OM2-BGC global configuration with JRA55-do v1.4 OMIP2 spunup interannual forcing (1958-2018)} | {seaIce, ocean} | {1yr, 1mon} | {salt_global_ave, stf09, average_T2, ANGLE, tmask, aice_m, NCAT, eta_global, sst, caco3, mld, dic, age_global, zoo, tarea, temp_surface_ave, fswup_m, adic, stf07, total_volume_seawater, alidf_ai_m... |
| 1deg_jra55_iaf_omip2spunup_cycle29 | {ACCESS-OM2} | {Cycle 29/45 of 1 degree ACCESS-OM2-BGC global configuration with JRA55-do v1.4 OMIP2 spunup interannual forcing (1958-2018)} | {seaIce, ocean} | {1yr, 1mon} | {salt_global_ave, stf09, average_T2, ANGLE, tmask, aice_m, NCAT, eta_global, sst, caco3, mld, dic, age_global, zoo, tarea, temp_surface_ave, fswup_m, adic, stf07, total_volume_seawater, alidf_ai_m... |
| 1deg_jra55_iaf_omip2spunup_cycle3 | {ACCESS-OM2} | {Cycle 3/45 of 1 degree ACCESS-OM2-BGC global configuration with JRA55-do v1.4 OMIP2 spunup interannual forcing (1958-2018)} | {seaIce, ocean} | {fx, 1yr, 1mon, 1day} | {dissicos_raw, temp_submeso, average_T2, flwup_ai_m, aiso_lap, neutral_diffusion_temp, temp_yflux_adv, total_volume_seawater, alidf_ai_m, mixdownslope_temp, uarea, total_ocean_heat, psiu, v, HTE, ... |
| 1deg_jra55_iaf_omip2spunup_cycle30 | {ACCESS-OM2} | {Cycle 30/45 of 1 degree ACCESS-OM2-BGC global configuration with JRA55-do v1.4 OMIP2 spunup interannual forcing (1958-2018)} | {seaIce, ocean} | {1yr, 1mon} | {salt_global_ave, stf09, average_T2, ANGLE, tmask, aice_m, NCAT, eta_global, sst, caco3, mld, dic, age_global, zoo, tarea, temp_surface_ave, fswup_m, adic, stf07, total_volume_seawater, alidf_ai_m... |
| 1deg_jra55_iaf_omip2spunup_cycle31 | {ACCESS-OM2} | {Cycle 31/45 of 1 degree ACCESS-OM2-BGC global configuration with JRA55-do v1.4 OMIP2 spunup interannual forcing (1958-2018)} | {seaIce, ocean} | {1yr, 1mon} | {salt_global_ave, stf09, average_T2, ANGLE, tmask, aice_m, NCAT, eta_global, sst, caco3, mld, dic, age_global, zoo, tarea, temp_surface_ave, fswup_m, adic, stf07, total_volume_seawater, alidf_ai_m... |
| 1deg_jra55_iaf_omip2spunup_cycle32 | {ACCESS-OM2} | {Cycle 32/45 of 1 degree ACCESS-OM2-BGC global configuration with JRA55-do v1.4 OMIP2 spunup interannual forcing (1958-2018)} | {seaIce, ocean} | {1yr, 1mon} | {salt_global_ave, stf09, average_T2, ANGLE, tmask, aice_m, NCAT, eta_global, sst, caco3, mld, dic, age_global, zoo, tarea, temp_surface_ave, fswup_m, adic, stf07, total_volume_seawater, alidf_ai_m... |
| 1deg_jra55_iaf_omip2spunup_cycle33 | {ACCESS-OM2} | {Cycle 33/45 of 1 degree ACCESS-OM2-BGC global configuration with JRA55-do v1.4 OMIP2 spunup interannual forcing (1958-2018)} | {seaIce, ocean} | {1yr, 1mon} | {salt_global_ave, stf09, average_T2, ANGLE, tmask, aice_m, NCAT, eta_global, sst, caco3, mld, dic, age_global, zoo, tarea, temp_surface_ave, fswup_m, adic, stf07, total_volume_seawater, alidf_ai_m... |
| 1deg_jra55_iaf_omip2spunup_cycle34 | {ACCESS-OM2} | {Cycle 34/45 of 1 degree ACCESS-OM2-BGC global configuration with JRA55-do v1.4 OMIP2 spunup interannual forcing (1958-2018)} | {seaIce, ocean} | {fx, 1yr, 1mon, 1day} | {dissicos_raw, temp_submeso, average_T2, ty_trans_nrho_submeso, aice_m, eta_global, dic, salt_vdiffuse_diff_cbt_conv, fswup_m, sw_heat, aiso_lap, swflx, neutral_diffusion_temp, temp_yflux_adv, tot... |
| 1deg_jra55_iaf_omip2spunup_cycle35 | {ACCESS-OM2} | {Cycle 35/45 of 1 degree ACCESS-OM2-BGC global configuration with JRA55-do v1.4 OMIP2 spunup interannual forcing (1958-2018)} | {seaIce, ocean} | {fx, 1yr, 1mon, 1day} | {dissicos_raw, temp_submeso, average_T2, ty_trans_nrho_submeso, aice_m, eta_global, dic, salt_vdiffuse_diff_cbt_conv, fswup_m, sw_heat, aiso_lap, swflx, neutral_diffusion_temp, temp_yflux_adv, tot... |
| 1deg_jra55_iaf_omip2spunup_cycle36 | {ACCESS-OM2} | {Cycle 36/45 of 1 degree ACCESS-OM2-BGC global configuration with JRA55-do v1.4 OMIP2 spunup interannual forcing (1958-2018)} | {seaIce, ocean} | {fx, 1yr, 1mon, 1day} | {dissicos_raw, temp_submeso, average_T2, ty_trans_nrho_submeso, aice_m, eta_global, dic, salt_vdiffuse_diff_cbt_conv, fswup_m, sw_heat, aiso_lap, swflx, neutral_diffusion_temp, temp_yflux_adv, tot... |
| 1deg_jra55_iaf_omip2spunup_cycle37 | {ACCESS-OM2} | {Cycle 37/45 of 1 degree ACCESS-OM2-BGC global configuration with JRA55-do v1.4 OMIP2 spunup interannual forcing (1958-2018)} | {seaIce, ocean} | {fx, 1yr, 1mon, 1day} | {dissicos_raw, temp_submeso, average_T2, ty_trans_nrho_submeso, aice_m, eta_global, dic, salt_vdiffuse_diff_cbt_conv, fswup_m, sw_heat, aiso_lap, swflx, neutral_diffusion_temp, temp_yflux_adv, tot... |
| 1deg_jra55_iaf_omip2spunup_cycle38 | {ACCESS-OM2} | {Cycle 38/45 of 1 degree ACCESS-OM2-BGC global configuration with JRA55-do v1.4 OMIP2 spunup interannual forcing (1958-2018)} | {seaIce, ocean} | {fx, 1yr, 1mon, 1day} | {dissicos_raw, temp_submeso, average_T2, ty_trans_nrho_submeso, aice_m, eta_global, dic, salt_vdiffuse_diff_cbt_conv, fswup_m, sw_heat, aiso_lap, swflx, neutral_diffusion_temp, temp_yflux_adv, tot... |
| 1deg_jra55_iaf_omip2spunup_cycle39 | {ACCESS-OM2} | {Cycle 39/45 of 1 degree ACCESS-OM2-BGC global configuration with JRA55-do v1.4 OMIP2 spunup interannual forcing (1958-2018)} | {seaIce, ocean} | {fx, 1yr, 1mon, 1day} | {dissicos_raw, temp_submeso, average_T2, ty_trans_nrho_submeso, aice_m, eta_global, dic, salt_vdiffuse_diff_cbt_conv, fswup_m, sw_heat, aiso_lap, swflx, neutral_diffusion_temp, temp_yflux_adv, tot... |
| 1deg_jra55_iaf_omip2spunup_cycle4 | {ACCESS-OM2} | {Cycle 4/45 of 1 degree ACCESS-OM2-BGC global configuration with JRA55-do v1.4 OMIP2 spunup interannual forcing (1958-2018)} | {seaIce, ocean} | {fx, 1yr, 1mon, 1day} | {dissicos_raw, temp_submeso, average_T2, flwup_ai_m, aiso_lap, neutral_diffusion_temp, temp_yflux_adv, total_volume_seawater, alidf_ai_m, mixdownslope_temp, uarea, total_ocean_heat, psiu, v, HTE, ... |
| 1deg_jra55_iaf_omip2spunup_cycle40 | {ACCESS-OM2} | {Cycle 40/45 of 1 degree ACCESS-OM2-BGC global configuration with JRA55-do v1.4 OMIP2 spunup interannual forcing (1958-2018)} | {seaIce, ocean} | {1yr, 1mon} | {salt_global_ave, stf09, average_T2, ANGLE, tmask, aice_m, NCAT, eta_global, sst, caco3, mld, dic, age_global, zoo, tarea, temp_surface_ave, fswup_m, adic, stf07, total_volume_seawater, alidf_ai_m... |
| 1deg_jra55_iaf_omip2spunup_cycle41 | {ACCESS-OM2} | {Cycle 41/45 of 1 degree ACCESS-OM2-BGC global configuration with JRA55-do v1.4 OMIP2 spunup interannual forcing (1958-2018)} | {seaIce, ocean} | {1yr, 1mon} | {salt_global_ave, stf09, average_T2, ANGLE, tmask, aice_m, NCAT, eta_global, sst, caco3, mld, dic, age_global, zoo, tarea, temp_surface_ave, fswup_m, adic, stf07, total_volume_seawater, alidf_ai_m... |
| 1deg_jra55_iaf_omip2spunup_cycle42 | {ACCESS-OM2} | {Cycle 42/45 of 1 degree ACCESS-OM2-BGC global configuration with JRA55-do v1.4 OMIP2 spunup interannual forcing (1958-2018)} | {seaIce, ocean} | {1yr, 1mon} | {salt_global_ave, stf09, average_T2, ANGLE, tmask, aice_m, NCAT, eta_global, sst, caco3, mld, dic, age_global, zoo, tarea, temp_surface_ave, fswup_m, adic, stf07, total_volume_seawater, alidf_ai_m... |
| 1deg_jra55_iaf_omip2spunup_cycle43 | {ACCESS-OM2} | {Cycle 43/45 of 1 degree ACCESS-OM2-BGC global configuration with JRA55-do v1.4 OMIP2 spunup interannual forcing (1958-2018)} | {seaIce, ocean} | {1yr, 1mon} | {salt_global_ave, stf09, average_T2, ANGLE, tmask, aice_m, NCAT, eta_global, sst, caco3, mld, dic, age_global, zoo, tarea, temp_surface_ave, fswup_m, adic, stf07, total_volume_seawater, alidf_ai_m... |
| 1deg_jra55_iaf_omip2spunup_cycle44 | {ACCESS-OM2} | {Cycle 44/45 of 1 degree ACCESS-OM2-BGC global configuration with JRA55-do v1.4 OMIP2 spunup interannual forcing (1958-2018)} | {seaIce, ocean} | {1yr, 1mon} | {salt_global_ave, stf09, average_T2, ANGLE, tmask, aice_m, NCAT, eta_global, sst, caco3, mld, dic, age_global, zoo, tarea, temp_surface_ave, fswup_m, adic, stf07, total_volume_seawater, alidf_ai_m... |
| 1deg_jra55_iaf_omip2spunup_cycle45 | {ACCESS-OM2} | {Cycle 45/45 of 1 degree ACCESS-OM2-BGC global configuration with JRA55-do v1.4 OMIP2 spunup interannual forcing (1958-2018)} | {seaIce, ocean} | {1yr, 1mon} | {salt_global_ave, stf09, average_T2, ANGLE, tmask, aice_m, NCAT, eta_global, sst, caco3, mld, dic, age_global, zoo, tarea, temp_surface_ave, fswup_m, adic, stf07, total_volume_seawater, alidf_ai_m... |
| 1deg_jra55_iaf_omip2spunup_cycle5 | {ACCESS-OM2} | {Cycle 5/45 of 1 degree ACCESS-OM2-BGC global configuration with JRA55-do v1.4 OMIP2 spunup interannual forcing (1958-2018)} | {seaIce, ocean} | {fx, 1yr, 1mon, 1day} | {dissicos_raw, temp_submeso, average_T2, ty_trans_nrho_submeso, aice_m, eta_global, dic, salt_vdiffuse_diff_cbt_conv, fswup_m, sw_heat, aiso_lap, swflx, neutral_diffusion_temp, temp_yflux_adv, tot... |
| 1deg_jra55_iaf_omip2spunup_cycle6 | {ACCESS-OM2} | {Cycle 6/45 of 1 degree ACCESS-OM2-BGC global configuration with JRA55-do v1.4 OMIP2 spunup interannual forcing (1958-2018)} | {seaIce, ocean} | {fx, 1yr, 1mon, 1day} | {dissicos_raw, temp_submeso, average_T2, ty_trans_nrho_submeso, aice_m, eta_global, dic, salt_vdiffuse_diff_cbt_conv, fswup_m, sw_heat, aiso_lap, swflx, neutral_diffusion_temp, temp_yflux_adv, tot... |
| 1deg_jra55_iaf_omip2spunup_cycle7 | {ACCESS-OM2} | {Cycle 7/45 of 1 degree ACCESS-OM2-BGC global configuration with JRA55-do v1.4 OMIP2 spunup interannual forcing (1958-2018)} | {seaIce, ocean} | {1yr, 1mon, 1day} | {average_T2, vvel_m, flwup_ai_m, aice_m, eta_global, dic, strcorx_m, flatn_ai_m, fswup_m, total_volume_seawater, alidf_ai_m, fmelttn_ai_m, salt_surface_ave, dxt, daidtt_m, uarea, HTE, strength_m, ... |
| 1deg_jra55_iaf_omip2spunup_cycle8 | {ACCESS-OM2} | {Cycle 8/45 of 1 degree ACCESS-OM2-BGC global configuration with JRA55-do v1.4 OMIP2 spunup interannual forcing (1958-2018)} | {seaIce, ocean} | {1yr, 1mon} | {salt_global_ave, stf09, average_T2, ANGLE, tmask, aice_m, NCAT, eta_global, sst, caco3, mld, dic, age_global, zoo, tarea, temp_surface_ave, fswup_m, adic, stf07, total_volume_seawater, alidf_ai_m... |
| 1deg_jra55_iaf_omip2spunup_cycle9 | {ACCESS-OM2} | {Cycle 9/45 of 1 degree ACCESS-OM2-BGC global configuration with JRA55-do v1.4 OMIP2 spunup interannual forcing (1958-2018)} | {seaIce, ocean} | {1yr, 1mon} | {salt_global_ave, stf09, average_T2, ANGLE, tmask, aice_m, NCAT, eta_global, sst, caco3, mld, dic, age_global, zoo, tarea, temp_surface_ave, fswup_m, adic, stf07, total_volume_seawater, alidf_ai_m... |
| 1deg_jra55_ryf9091_gadi | {ACCESS-OM2} | {1 degree ACCESS-OM2 physics-only global configuration with JRA55-do v1.3 RYF9091 repeat year forcing (May 1990 to Apr 1991)} | {seaIce, ocean} | {fx, 1yr, 1mon} | {temp_submeso, average_T2, vvel_m, ty_trans_nrho_submeso, mixdownslope_temp_on_nrho, temp_yflux_ndiffuse_on_nrho, aice_m, flwup_ai_m, eta_global, temp_yflux_submeso, temp_submeso_on_nrho, strcorx_... |
| HI_CN_05 | {ACCESS-ESM1-5} | {Historical run using same configuration as CMIP6 ACCESS-ESM1.5 historical r1i1p1f1, but with phosphorus limitation disabled within CASA-CNP} | {seaIce, ocean, atmos} | {1mon, 6hr, 1yr, 1day, 3hr} | {dissicos_raw, temp_submeso, average_T2, fld_s03i851, frz_onset, fld_s03i882, power_diss_drag, fld_s03i230, fld_s03i885, fld_s03i256, temp_yflux_adv, total_volume_seawater, fld_s02i288, fld_s03i86... |
| HI_C_05_r1 | {ACCESS-ESM1-5} | {Historical run using same configuration as CMIP6 ACCESS-ESM1.5 historical r1i1p1f1, but with nitrogen and phosphorus limitations disabled within CASA-CNP} | {seaIce, ocean, atmos} | {1yr, 1mon, 1day} | {dissicos_raw, temp_submeso, average_T2, fld_s03i851, frz_onset, fld_s03i882, power_diss_drag, fld_s03i230, fld_s03i885, fld_s03i256, temp_yflux_adv, total_volume_seawater, fld_s02i288, fld_s03i86... |
| HI_nl_C_05_r1 | {ACCESS-ESM1-5} | {Historical run using same configuration as CMIP6 ACCESS-ESM1.5 historical r1i1p1f1, but with nitrogen and phosphorus limitations disabled within CASA-CNP, and land-use change disabled} | {seaIce, ocean, atmos} | {1yr, 1mon, 1day} | {dissicos_raw, temp_submeso, average_T2, fld_s03i851, frz_onset, fld_s03i882, power_diss_drag, fld_s03i230, fld_s03i885, fld_s03i256, temp_yflux_adv, total_volume_seawater, fld_s02i288, fld_s03i86... |
| HI_noluc_CN_05 | {ACCESS-ESM1-5} | {Historical run using same configuration as CMIP6 ACCESS-ESM1.5 historical r1i1p1f1, but with phosphorus limitation disabled within CASA-CNP, and land-use change disabled} | {seaIce, ocean, atmos} | {1mon, 6hr, 1yr, 1day, 3hr} | {dissicos_raw, temp_submeso, average_T2, fld_s03i851, frz_onset, fld_s03i882, power_diss_drag, fld_s03i230, fld_s03i885, fld_s03i256, temp_yflux_adv, total_volume_seawater, fld_s02i288, fld_s03i86... |
| PI_GWL_B2035 | {ACCESS-ESM1-5} | {Climate stabilization run at different global warming levels with zero C02 emissions and pre-industrial aerosols, starting in 2035 } | {seaIce, ocean, atmos} | {1yr, 1mon, 1day} | {dissicos_raw, temp_submeso, average_T2, fld_s03i851, frz_onset, fld_s03i882, power_diss_drag, fld_s03i230, fld_s03i885, fld_s03i256, temp_yflux_adv, total_volume_seawater, fld_s02i288, fld_s03i86... |
| PI_GWL_B2040 | {ACCESS-ESM1-5} | {Climate stabilization run at different global warming levels with zero C02 emissions and pre-industrial aerosols, starting in 2040} | {seaIce, ocean, atmos} | {1yr, 1mon, 1day} | {dissicos_raw, temp_submeso, average_T2, fld_s03i851, frz_onset, fld_s03i882, power_diss_drag, fld_s03i230, fld_s03i885, fld_s03i256, temp_yflux_adv, total_volume_seawater, fld_s02i288, fld_s03i86... |
| PI_GWL_B2045 | {ACCESS-ESM1-5} | {Climate stabilization run at different global warming levels with zero C02 emissions and pre-industrial aerosols, starting in 2045} | {seaIce, ocean, atmos} | {1yr, 1mon, 1day} | {dissicos_raw, temp_submeso, average_T2, fld_s03i851, frz_onset, fld_s03i882, power_diss_drag, fld_s03i230, fld_s03i885, fld_s03i256, temp_yflux_adv, total_volume_seawater, fld_s02i288, fld_s03i86... |
| PI_GWL_B2050 | {ACCESS-ESM1-5} | {Climate stabilization run at different global warming levels with zero C02 emissions and pre-industrial aerosols, starting in 2050} | {seaIce, ocean, atmos} | {1yr, 1mon, 1day} | {dissicos_raw, temp_submeso, average_T2, fld_s03i851, frz_onset, fld_s03i882, power_diss_drag, fld_s03i230, fld_s03i885, fld_s03i256, temp_yflux_adv, total_volume_seawater, fld_s02i288, fld_s03i86... |
| PI_GWL_B2055 | {ACCESS-ESM1-5} | {Climate stabilization run at different global warming levels with zero C02 emissions and pre-industrial aerosols, starting in 2055} | {seaIce, ocean, atmos} | {1yr, 1mon, 1day} | {dissicos_raw, temp_submeso, average_T2, fld_s03i851, frz_onset, fld_s03i882, power_diss_drag, fld_s03i230, fld_s03i885, fld_s03i256, temp_yflux_adv, total_volume_seawater, fld_s02i288, fld_s03i86... |
| PI_GWL_B2060 | {ACCESS-ESM1-5} | {Climate stabilization run at different global warming levels with zero C02 emissions and pre-industrial aerosols, starting in 2060} | {seaIce, ocean, atmos} | {1yr, 1mon, 1day} | {dissicos_raw, temp_submeso, average_T2, fld_s03i851, frz_onset, fld_s03i882, power_diss_drag, fld_s03i230, fld_s03i885, fld_s03i256, temp_yflux_adv, total_volume_seawater, fld_s02i288, fld_s03i86... |
| bx944 | {ACCESS-CM2} | {Standard CMIP6 historical simulation, control experiment for by473 pacemaker experiment (948d8676-2c56-49db-8ea1-b80572b074c8)} | {seaIce, ocean, atmos} | {1mon, 1day} | {sidmassgrowthwat, temp_submeso, fld_s03i535, average_T2, frz_onset, power_diss_drag, fld_s03i230, alvdr_ai, temp_xflux_ndiffuse, fld_s03i256, neutral_diffusion_temp, temp_yflux_adv, total_volume_... |
| by473 | {ACCESS-CM2} | {Pacemaker variation of CMIP6 historical simulation, Topical Atlantic region replaced with fixed SSTs from observations} | {seaIce, ocean, atmos} | {1mon, 1day} | {sidmassgrowthwat, temp_submeso, fld_s03i535, average_T2, frz_onset, power_diss_drag, fld_s03i230, alvdr_ai, temp_xflux_ndiffuse, fld_s03i256, neutral_diffusion_temp, temp_yflux_adv, total_volume_... |
| by578 | {ACCESS-CM2} | {Pacemaker variation of CMIP6 ssp245 simulation with Tropical Atlantic region replaced with fixed SSTs from observations} | {seaIce, ocean, atmos} | {1mon, 1day} | {sidmassgrowthwat, temp_submeso, fld_s03i535, average_T2, frz_onset, power_diss_drag, fld_s03i230, alvdr_ai, temp_xflux_ndiffuse, fld_s03i256, neutral_diffusion_temp, temp_yflux_adv, total_volume_... |
| by647 | {ACCESS-CM2} | {Standard CMIP6 ssp245 simulation, control experiment for by578 pacemaker experiment (1fd9e682-d393-4b17-a9cd-934c3a48a1f8)} | {seaIce, ocean, atmos} | {1mon, 1day} | {sidmassgrowthwat, temp_submeso, fld_s03i535, average_T2, frz_onset, power_diss_drag, fld_s03i230, alvdr_ai, temp_xflux_ndiffuse, fld_s03i256, neutral_diffusion_temp, temp_yflux_adv, total_volume_... |
| bz687 | {ACCESS-CM2} | {ACCESS-CM2 CMIP6 with 1 degree ocean. Present day atmospheric forcing with 1985-2014 mean GHG, aerosol emissions etc.} | {seaIce, ocean, atmos} | {1mon, 1day} | {sidmassgrowthwat, temp_submeso, fld_s03i535, average_T2, frz_onset, power_diss_drag, fld_s03i230, alvdr_ai, temp_xflux_ndiffuse, fld_s03i256, neutral_diffusion_temp, temp_yflux_adv, total_volume_... |
| cj877 | {ACCESS-CM2} | {ACCESS-CM2 with COSIMA OM2 0.25 degree ocean configuration. Present day atmospheric forcing with 1985-2014 mean GHG, aerosol emissions etc.} | {seaIce, ocean, atmos} | {fx, 1mon, 1day} | {sidmassgrowthwat, fld_s03i535, average_T2, eta_nonbouss, frz_onset, fld_s03i230, alvdr_ai, fld_s03i256, temp_yflux_adv, fld_s03i801, fld_s38i441, fld_s03i383, fld_s03i803, uarea, total_ocean_heat... |
| cmip5_al33 | {EC-EARTH, CMCC-CM, FIO-ESM, CSIRO-BOM-ACCESS1-0, IPSL-CM5A-LR, MIROC-MIROC5, MRI-ESM1, CESM1-BGC, CNRM-CM5-2, HadGEM2-A, bcc-csm1-1, GISS-E2-H-CC, fio-esm, GFDL-HIRAM-C360, GEOS-5, CNRM-CM5, MPI-... | {Replicated CMIP5-era datasets catalogued by NCI} | {ocnBgchem, ocean, atmos, land, aerosol, seaIce, landIce, none} | {1mon, fx, 6hr, 1yr, 1day, subhr, 3hr} | {va, sconcss, chlcalc, n2o, tnsclias, treeFracSecEver, phydiat, fVegSoil, evspsblsoi, tnsclicm, pastureFrac, epcalc100, cWood, emibc, nep, hfsifrazil2d, reffclwc, snc, fbddtdin, pfull, nppLeaf, ro... |
| cmip5_rr3 | {MIROC-MIROC5, CSIRO-BOM-ACCESS1-0, IPSL-CM5A-LR, CSIRO-Mk3-6-0, NCC-NorESM1-M, CNRM-CM5, MPI-M-MPI-ESM-LR, NorESM1-M, ECMWF-ERAINT, CSIRO-Mk3L-1-2, MIROC5, CCSM4, GFDL-ESM2M, MRI-CGCM3, GFDL-ESM2... | {Australian CMIP5-era datasets catalogued by NCI} | {ocean, atmos, land, aerosol, seaIce, landIce, none} | {1mon, 3mon, fx, 6hr, 1day, 3hr, 1hr} | {zg, va, hurs, wap, sconcss, transiy, tasmax-bc, sfcWindmaxmax, tauucorr, zg400, friver, residualFrac, dryso4, clw, wetdust, drypoa, concbc, tos, ts, od550aer, clh, evspsblsoi, sftof, sci, tauu, e... |
| cmip6_fs38 | {ACCESS-OM2-025, ACCESS-ESM1-5, ACCESS-CM2, ACCESS-OM2} | {Australian CMIP6-era datasets catalogued by NCI} | {ocnBgchem, ocean, atmos, land, aerosol, seaIce, landIce} | {1mon, fx, 6hr, 1yr, 1day, 3hr} | {sidmassgrowthwat, va, ocontemppadvect, prbigthetao, po4os, treeFracBdlEvg, evspsblsoi, sosga, cWood, cLand, nep, pfull, sidivvel, detoc, o2, tauv, sistrxdtop, opottempmint, mmroa, hursmax, hfbasi... |
| cmip6_oi10 | {GFDL-ESM4, MIROC-ES2H, GISS-E2-1-G-CC, EC-Earth3P-HR, HiRAM-SIT-LR, CESM2-WACCM, EC-Earth3-Veg-LR, IITM-ESM, NorESM1-F, CESM2, HadGEM3-GC31-LM, E3SM-1-0, FGOALS-f3-L, CMCC-CM2-VHR4, TaiESM1-TIMCO... | {Replicated CMIP6-era datasets catalogued by NCI} | {ocnBgchem, ocean, atmosChem, atmos, land, aerosol, seaIce, landIce} | {1mon, fx, 6hr, 1yr, 1day, subhr, 3hr, 1hr} | {sidmassgrowthwat, va, cOther, po4os, treeFracBdlEvg, evspsblsoi, fgsf6, pastureFrac, sosga, cWood, cLand, fCLandToOcean, nep, ua100m, snc, thetaot, thetaot2000, rootd, sidivvel, fFire, o2, fgcfc1... |
You can also search based on the columns in this dataframe to find experiments that are relevant to you. For example, you might be interested in all ACCESS-OM2 experiments that have the variable "surface_salt" at daily frequency. There are 6 such experiments currently available through the catalog:
[6]:
catalog.search(model="ACCESS-OM2", variable="surface_salt", frequency="1day")
Intake dataframe catalog with 6 source(s) across 6 rows:
| model | description | realm | frequency | variable | |
|---|---|---|---|---|---|
| name | |||||
| 01deg_jra55v13_ryf9091 | {ACCESS-OM2} | {0.1 degree ACCESS-OM2 global model configuration with JRA55-do v1.3 RYF9091 repeat year forcing (May 1990 to Apr 1991)} | {ocean} | {1day} | {surface_salt} |
| 01deg_jra55v140_iaf | {ACCESS-OM2} | {Cycle 1 of 0.1 degree ACCESS-OM2 global model configuration with JRA55-do v1.4.0 OMIP2 interannual forcing} | {ocean} | {1day} | {surface_salt} |
| 01deg_jra55v140_iaf_cycle2 | {ACCESS-OM2} | {Cycle 2 of 0.1 degree ACCESS-OM2 global model configuration with JRA55-do v1.4.0 OMIP2 interannual forcing} | {ocean} | {1day} | {surface_salt} |
| 01deg_jra55v140_iaf_cycle3 | {ACCESS-OM2} | {Cycle 3 of 0.1 degree ACCESS-OM2 global model configuration with JRA55-do v1.4.0 OMIP2 interannual forcing} | {ocean} | {1day} | {surface_salt} |
| 01deg_jra55v140_iaf_cycle4 | {ACCESS-OM2} | {Cycle 4 of 0.1 degree ACCESS-OM2 global model configuration with JRA55-do v1.4.0 OMIP2 interannual forcing} | {ocean} | {1day} | {surface_salt} |
| 01deg_jra55v140_iaf_cycle4_jra55v150_extension | {ACCESS-OM2} | {Extensions of cycle 4 of 0.1 degree ACCESS-OM2 + WOMBAT BGC global model configuration with JRA55-do v1.5.0 and v1.5.0.1 interannual forcing} | {ocean} | {1day} | {surface_salt} |
In this way, the catalog provides similar functionality to the COSIMA cookbook Database Explorer tool.
Opening data¶
There are multiple ways to open data from the experiments in catalog. Here we’ll demonstrate how to do this when you know the name of the experiment you are interested in, since this typical for COSIMA users.
For example, we can open monthly data for the surface_salt variable in the 01deg_jra55v13_ryf9091 experiment as follows:
[7]:
experiment = "01deg_jra55v13_ryf9091"
variable = "surface_salt"
[8]:
data_ic = catalog[experiment].search(
variable=variable,
frequency="1mon"
).to_dask()
[9]:
data_ic["surface_salt"]
[9]:
<xarray.DataArray 'surface_salt' (time: 3360, yt_ocean: 2700, xt_ocean: 3600)>
dask.array<concatenate, shape=(3360, 2700, 3600), dtype=float32, chunksize=(1, 675, 900), chunktype=numpy.ndarray>
Coordinates:
* xt_ocean (xt_ocean) float64 -279.9 -279.8 -279.7 ... 79.75 79.85 79.95
* yt_ocean (yt_ocean) float64 -81.11 -81.07 -81.02 ... 89.89 89.94 89.98
* time (time) object 1900-01-16 12:00:00 ... 2179-12-16 12:00:00
Attributes:
long_name: Practical Salinity
units: psu
valid_range: [-10. 100.]
cell_methods: time: mean
time_avg_info: average_T1,average_T2,average_DT
standard_name: sea_surface_salinityWe can open the same data, using the COSIMA cookbook function querying.getvar:
[10]:
session = cc.database.create_session()
data_cc = cc.querying.getvar(
expt=experiment,
variable=variable,
session=session,
frequency="1 monthly",
)
[11]:
data_cc
[11]:
<xarray.DataArray 'surface_salt' (time: 3360, yt_ocean: 2700, xt_ocean: 3600)>
dask.array<concatenate, shape=(3360, 2700, 3600), dtype=float32, chunksize=(1, 675, 900), chunktype=numpy.ndarray>
Coordinates:
* xt_ocean (xt_ocean) float64 -279.9 -279.8 -279.7 ... 79.75 79.85 79.95
* yt_ocean (yt_ocean) float64 -81.11 -81.07 -81.02 ... 89.89 89.94 89.98
* time (time) object 1900-01-16 12:00:00 ... 2179-12-16 12:00:00
Attributes: (12/13)
long_name: Practical Salinity
units: psu
valid_range: [-10. 100.]
cell_methods: time: mean
time_avg_info: average_T1,average_T2,average_DT
standard_name: sea_surface_salinity
... ...
contact: Andy Hogg
email: andy.hogg@anu.edu.au
created: 2020-06-11
description: 0.1 degree ACCESS-OM2 global model configuration with JRA...
notes: Additional daily outputs saved from 1 Jan 1950 to 31 Dec ...
url: https://github.com/COSIMA/01deg_jra55_ryf/tree/01deg_jra5...Some important differences¶
There are a few differences in functionality between the ACCESS-NRI Intake catalog and the COSIMA cookbook that users should be aware of.
1. The cookbook returns DataArrays, whereas the catalog returns Datasets¶
This is because with the catalog you can load multiple variables into a single dataset with a single call (when these variables are in the same file). E.g.:
[12]:
data_ic_multivar = catalog[experiment].search(
variable=["surface_salt", "surface_temp"],
frequency="1mon"
).to_dask()
[13]:
data_ic_multivar
[13]:
<xarray.Dataset>
Dimensions: (time: 3360, yt_ocean: 2700, xt_ocean: 3600)
Coordinates:
* xt_ocean (xt_ocean) float64 -279.9 -279.8 -279.7 ... 79.75 79.85 79.95
* yt_ocean (yt_ocean) float64 -81.11 -81.07 -81.02 ... 89.89 89.94 89.98
* time (time) object 1900-01-16 12:00:00 ... 2179-12-16 12:00:00
Data variables:
surface_salt (time, yt_ocean, xt_ocean) float32 dask.array<chunksize=(1, 675, 900), meta=np.ndarray>
surface_temp (time, yt_ocean, xt_ocean) float32 dask.array<chunksize=(1, 675, 900), meta=np.ndarray>
Attributes:
filename: ocean_month.nc
title: ACCESS-OM2-01
grid_type: mosaic
grid_tile: 1
intake_esm_attrs:realm: ocean
intake_esm_attrs:frequency: 1mon
intake_esm_attrs:filename: ocean_month.nc
intake_esm_attrs:file_id: ocean_month
intake_esm_attrs:_data_format_: netcdf
intake_esm_dataset_key: ocean_month.1mon2. The catalog knows which files make up distinct datasets¶
The following fails with the cookbook because it doesn’t know which frequency of data to load:
[14]:
data_ic_multifreq = cc.querying.getvar(
expt=experiment,
variable=variable,
session=session,
)
---------------------------------------------------------------------------
QueryWarning Traceback (most recent call last)
Cell In[14], line 1
----> 1 data_ic_multifreq = cc.querying.getvar(
2 expt=experiment,
3 variable=variable,
4 session=session,
5 )
File /g/data/hh5/public/apps/miniconda3/envs/analysis3-23.07/lib/python3.10/site-packages/cosima_cookbook/querying.py:334, in getvar(expt, variable, session, ncfile, start_time, end_time, n, frequency, attrs, attrs_unique, return_dataset, **kwargs)
331 if attrs_unique is None:
332 attrs_unique = {"cell_methods": "time: mean"}
--> 334 ncfiles = _ncfiles_for_variable(
335 expt,
336 variable,
337 session,
338 ncfile,
339 start_time,
340 end_time,
341 n,
342 frequency,
343 attrs,
344 attrs_unique,
345 )
347 variables = [variable]
348 if return_dataset:
349 # we know at least one variable was returned, so we can index ncfiles
350 # ask for the extra variables associated with cell_methods, etc.
File /g/data/hh5/public/apps/miniconda3/envs/analysis3-23.07/lib/python3.10/site-packages/cosima_cookbook/querying.py:529, in _ncfiles_for_variable(expt, variable, session, ncfile, start_time, end_time, n, frequency, attrs, attrs_unique)
527 unique_freqs = set(f.NCFile.frequency for f in ncfiles)
528 if len(unique_freqs) > 1:
--> 529 warnings.warn(
530 f"Your query returns files with differing frequencies: {unique_freqs}. "
531 "This could lead to unexpected behaviour! Disambiguate by passing "
532 "frequency= to getvar, specifying the desired frequency.",
533 QueryWarning,
534 )
536 return ncfiles
QueryWarning: Your query returns files with differing frequencies: {'1 monthly', '1 daily'}. This could lead to unexpected behaviour! Disambiguate by passing frequency= to getvar, specifying the desired frequency.
Additionally, there are cases where the cookbook will silently load and concatenate data on different grids, because it does not know which files in the database should/shouldn’t be concatenated together.
The catalog know which files make up distinct datasets and provides methods to open multiple datasets from a single query. We can run the equivalent to the cell above using the catalog, using to_dataset_dict() rather than to_dask(). Doing so returns a dictionary containing Datasets of the variable at all the available frequencies (daily and monthly in this case)
[15]:
data_ic_multifreq = catalog[experiment].search(variable=variable).to_dataset_dict()
--> The keys in the returned dictionary of datasets are constructed as follows:
'file_id.frequency'
100.00% [2/2 00:15<00:00]
[16]:
data_ic_multifreq
[16]:
{'ocean_daily.1day': <xarray.Dataset>
Dimensions: (time: 81580, yt_ocean: 2700, xt_ocean: 3600)
Coordinates:
* xt_ocean (xt_ocean) float64 -279.9 -279.8 -279.7 ... 79.75 79.85 79.95
* yt_ocean (yt_ocean) float64 -81.11 -81.07 -81.02 ... 89.89 89.94 89.98
* time (time) object 1956-04-01 12:00:00 ... 2179-12-31 12:00:00
Data variables:
surface_salt (time, yt_ocean, xt_ocean) float32 dask.array<chunksize=(1, 675, 900), meta=np.ndarray>
Attributes:
filename: ocean_daily.nc
title: ACCESS-OM2-01
grid_type: mosaic
grid_tile: 1
intake_esm_vars: ['surface_salt']
intake_esm_attrs:realm: ocean
intake_esm_attrs:frequency: 1day
intake_esm_attrs:filename: ocean_daily.nc
intake_esm_attrs:file_id: ocean_daily
intake_esm_attrs:_data_format_: netcdf
intake_esm_dataset_key: ocean_daily.1day,
'ocean_month.1mon': <xarray.Dataset>
Dimensions: (time: 3360, yt_ocean: 2700, xt_ocean: 3600)
Coordinates:
* xt_ocean (xt_ocean) float64 -279.9 -279.8 -279.7 ... 79.75 79.85 79.95
* yt_ocean (yt_ocean) float64 -81.11 -81.07 -81.02 ... 89.89 89.94 89.98
* time (time) object 1900-01-16 12:00:00 ... 2179-12-16 12:00:00
Data variables:
surface_salt (time, yt_ocean, xt_ocean) float32 dask.array<chunksize=(1, 675, 900), meta=np.ndarray>
Attributes:
filename: ocean_month.nc
title: ACCESS-OM2-01
grid_type: mosaic
grid_tile: 1
intake_esm_vars: ['surface_salt']
intake_esm_attrs:realm: ocean
intake_esm_attrs:frequency: 1mon
intake_esm_attrs:filename: ocean_month.nc
intake_esm_attrs:file_id: ocean_month
intake_esm_attrs:_data_format_: netcdf
intake_esm_dataset_key: ocean_month.1mon}
Alternatively, multiple datasets can be opened directly into an xarray-datatree by calling to_datatree rather than to_dataset_dict (in an upcoming release, it will be easier for users to control how the groups are structured in the datatree.). E.g.:
[17]:
data_ic_datatree = catalog[experiment].search(variable=variable).to_datatree()
--> The keys in the returned dictionary of datasets are constructed as follows:
'file_id/frequency'
100.00% [2/2 00:15<00:00]
[18]:
data_ic_datatree
[18]:
<xarray.DatasetView>
Dimensions: ()
Data variables:
*empty*3. The frequency vocabulary is different¶
With the cookbook querying.getvar function, the provided frequency must be one of (where <int> is an integer):
"static"
"<int> hourly"
"<int> daily"
"<int> monthly"
"<int> yearly"
In the catalog, frequency follows a standard vocabulary that is very similar to CMIP6:
"fx" # fixed
"subhr" # subhourly
"<int>hr" # hourly
"<int>day" # daily
"<int>mon" # monthly
"<int>yr" # yearly
"<int>dec" # decadal
4. Passing keyword arguments is different¶
With the cookbook querying.getvar function, additional keyword arguments to be passed to xarray’s open_mfdataset can be passed directly to the getvar function. For example, one might specify the chunks and combining arguments using:
[19]:
data_cc_kw = cc.querying.getvar(
expt=experiment,
variable=variable,
session=session,
frequency="1 monthly",
chunks={"xt_ocean": -1, "yt_ocean": -1},
compat="override",
data_vars="minimal",
coords="minimal"
)
With the catalog, keyword argments for xarray’s open_dataset and combine_by_coords functions are passed separately to to_dask (or to_dataset_dict). For example, to do the same as the previous cell:
[20]:
xarray_open_kwargs=dict(
chunks={"xt_ocean": -1, "yt_ocean": -1}
)
xarray_combine_by_coords_kwargs=dict(
compat="override",
data_vars="minimal",
coords="minimal"
)
data_ic_kw = catalog[experiment].search(
variable=variable,
frequency="1mon"
).to_dask(
xarray_open_kwargs=xarray_open_kwargs,
xarray_combine_by_coords_kwargs=xarray_combine_by_coords_kwargs,
)
5. You cannot search by start and end date using the catalog¶
With the cookbook, it’s common to specify a time range in the getvar query. E.g.:
[21]:
start_time = "2000-01-01"
end_time = "2180-01-01"
data_cc_times = cc.querying.getvar(
expt=experiment,
variable=variable,
session=session,
frequency="1 monthly",
start_time=start_time,
end_time=end_time,
)
data_cc_times = data_cc_times.sel(time=slice(start_time, end_time))
It’s not possible to query on a time range with the Intake catalog.
That is, with the catalog you’d just do (which takes a few seconds longer):
[22]:
data_ic = catalog[experiment].search(
variable=variable,
frequency="1mon"
).to_dask()
data_ic_times = data_ic.sel(time=slice(start_time, end_time))
This difference is acceptable because the opening of datasets is a parallelized task that is done lazily, so opening all files and reducing the times using xarray’s sel methods doesn’t add too much overhead. In most cases where the overhead of opening the files seems large, this can be reduced through sensible choices of keyword arguments provided to open_dataset and combine_by_coords - see the
xarray documentation on Reading multi-file datasets for details.
Tips, gotchas and workarounds¶
1. Speeding up opening your datasets¶
Try passing the following argument to your to_dask or to_dataset_dict call:
xarray_combine_by_coords_kwargs=dict(
compat="override",
data_vars="minimal",
coords="minimal"
)
See the xarray documentation on Reading multi-file datasets for more details about these arguments.
2. Choosing chunksizes¶
Correctly choosing chunk sizes when you open datasets will greatly improve the speed of your analysis. Check out the Chunking tutorial in the ACCESS-NRI Intake catalog documentation
3. Loading time-invarient variables¶
Many COSIMA experiments include multiple repeated files containing the same fixed frequency data (e.g. grid information). Both the cookbook and the catalog will fail to concatenate these files since they contain no clear dimension to concatenate along. The workaround with the cookbook is to specify the argument n=1 to tell the cookbook to return only data from the first file, e.g.
[23]:
data_cc_fixed = cc.querying.getvar(
expt=experiment,
variable="area_t",
session=session,
n=1,
)
There is no equivalent n argument with the catalog, but you can further restrict your search to only return one file. For example, you could only return the file in the output000 directory with:
[24]:
data_ic_fixed = catalog[experiment].search(
variable='area_t',
path=".*output000.*"
).to_dask()
4. Determining what can be searched upon in an experiment¶
You can see what can be searched on within an experiment with:
[25]:
catalog[experiment].df.columns.tolist()
[25]:
['path',
'realm',
'variable',
'frequency',
'start_date',
'end_date',
'variable_long_name',
'variable_standard_name',
'variable_cell_methods',
'variable_units',
'filename',
'file_id']
It can also be helpful sometimes to look at the catalog[experiment].df object itself, which is a dataframe of all of the files in the experiment and their metadata
[26]:
catalog[experiment].df.head()
[26]:
| path | realm | variable | frequency | start_date | end_date | variable_long_name | variable_standard_name | variable_cell_methods | variable_units | filename | file_id | |
|---|---|---|---|---|---|---|---|---|---|---|---|---|
| 0 | /g/data/ik11/outputs/access-om2-01/01deg_jra55v13_ryf9091/output000/ice/OUTPUT/iceh.1900-01.nc | seaIce | [time_bounds, TLON, TLAT, ULON, ULAT, NCAT, tmask, blkmask, tarea, uarea, dxt, dyt, dxu, dyu, HTN, HTE, ANGLE, ANGLET, hi_m, hs_m, Tsfc_m, aice_m, uvel_m, vvel_m, uatm_m, vatm_m, fswup_m, sst_m, s... | 1mon | 1900-01-01, 00:00:00 | 1900-02-01, 00:00:00 | [boundaries for time-averaging interval, T grid center longitude, T grid center latitude, U grid center longitude, U grid center latitude, category maximum thickness, ocean grid mask, ice grid blo... | [, , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , ] | [, , , , , , , , , , , , , , , , , , time: mean, time: mean, time: mean, time: mean, time: mean, time: mean, time: mean, time: mean, time: mean, time: mean, time: mean, time: mean, time: mean, tim... | [days since 1900-01-01 00:00:00, degrees_east, degrees_north, degrees_east, degrees_north, m, , , m^2, m^2, m, m, m, m, m, m, radians, radians, m, m, C, 1, m/s, m/s, m/s, m/s, W/m^2, C, ppt, m/s, ... | iceh.1900-01.nc | iceh_XXXX_XX |
| 1 | /g/data/ik11/outputs/access-om2-01/01deg_jra55v13_ryf9091/output000/ice/OUTPUT/iceh.1900-02.nc | seaIce | [time_bounds, TLON, TLAT, ULON, ULAT, NCAT, tmask, blkmask, tarea, uarea, dxt, dyt, dxu, dyu, HTN, HTE, ANGLE, ANGLET, hi_m, hs_m, Tsfc_m, aice_m, uvel_m, vvel_m, uatm_m, vatm_m, fswup_m, sst_m, s... | 1mon | 1900-02-01, 00:00:00 | 1900-03-01, 00:00:00 | [boundaries for time-averaging interval, T grid center longitude, T grid center latitude, U grid center longitude, U grid center latitude, category maximum thickness, ocean grid mask, ice grid blo... | [, , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , ] | [, , , , , , , , , , , , , , , , , , time: mean, time: mean, time: mean, time: mean, time: mean, time: mean, time: mean, time: mean, time: mean, time: mean, time: mean, time: mean, time: mean, tim... | [days since 1900-01-01 00:00:00, degrees_east, degrees_north, degrees_east, degrees_north, m, , , m^2, m^2, m, m, m, m, m, m, radians, radians, m, m, C, 1, m/s, m/s, m/s, m/s, W/m^2, C, ppt, m/s, ... | iceh.1900-02.nc | iceh_XXXX_XX |
| 2 | /g/data/ik11/outputs/access-om2-01/01deg_jra55v13_ryf9091/output000/ice/OUTPUT/iceh.1900-03.nc | seaIce | [time_bounds, TLON, TLAT, ULON, ULAT, NCAT, tmask, blkmask, tarea, uarea, dxt, dyt, dxu, dyu, HTN, HTE, ANGLE, ANGLET, hi_m, hs_m, Tsfc_m, aice_m, uvel_m, vvel_m, uatm_m, vatm_m, fswup_m, sst_m, s... | 1mon | 1900-03-01, 00:00:00 | 1900-04-01, 00:00:00 | [boundaries for time-averaging interval, T grid center longitude, T grid center latitude, U grid center longitude, U grid center latitude, category maximum thickness, ocean grid mask, ice grid blo... | [, , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , ] | [, , , , , , , , , , , , , , , , , , time: mean, time: mean, time: mean, time: mean, time: mean, time: mean, time: mean, time: mean, time: mean, time: mean, time: mean, time: mean, time: mean, tim... | [days since 1900-01-01 00:00:00, degrees_east, degrees_north, degrees_east, degrees_north, m, , , m^2, m^2, m, m, m, m, m, m, radians, radians, m, m, C, 1, m/s, m/s, m/s, m/s, W/m^2, C, ppt, m/s, ... | iceh.1900-03.nc | iceh_XXXX_XX |
| 3 | /g/data/ik11/outputs/access-om2-01/01deg_jra55v13_ryf9091/output000/ocean/ocean.nc | ocean | [temp, pot_temp, salt, age_global, u, v, wt, dzt, rho, pot_rho_0, tx_trans, ty_trans, ty_trans_submeso, tx_trans_rho, ty_trans_rho, ty_trans_nrho_submeso, temp_xflux_adv, temp_yflux_adv, average_T... | 3mon | 1900-01-01, 00:00:00 | 1900-04-01, 00:00:00 | [Conservative temperature, Potential temperature, Practical Salinity, Age (global), i-current, j-current, dia-surface velocity T-points, t-cell thickness, in situ density, potential density refere... | [, sea_water_potential_temperature, sea_water_salinity, sea_water_age_since_surface_contact, sea_water_x_velocity, sea_water_y_velocity, , cell_thickness, , sea_water_potential_density, ocean_mass... | [time: mean, time: mean, time: mean, time: mean, time: mean, time: mean, time: mean, time: mean, time: mean, time: mean, time: mean, time: mean, time: mean, time: mean, time: mean, time: mean, tim... | [deg_C, degrees K, psu, yr, m/sec, m/sec, m/sec, m, kg/m^3, kg/m^3, kg/s, kg/s, kg/s, kg/s, kg/s, kg/s, Watts, Watts, days since 1900-01-01 00:00:00, days since 1900-01-01 00:00:00, days, days] | ocean.nc | ocean |
| 4 | /g/data/ik11/outputs/access-om2-01/01deg_jra55v13_ryf9091/output000/ocean/ocean_grid.nc | ocean | [geolon_t, geolat_t, geolon_c, geolat_c, ht, hu, dxt, dyt, dxu, dyu, area_t, area_u, kmt, kmu, drag_coeff] | fx | none | none | [tracer longitude, tracer latitude, uv longitude, uv latitude, ocean depth on t-cells, ocean depth on u-cells, ocean dxt on t-cells, ocean dyt on t-cells, ocean dxu on u-cells, ocean dyu on u-cell... | [, , , , sea_floor_depth_below_geoid, , , , , , , , , , ] | [time: point, time: point, time: point, time: point, time: point, time: point, time: point, time: point, time: point, time: point, time: point, time: point, time: point, time: point, time: point] | [degrees_E, degrees_N, degrees_E, degrees_N, m, m, m, m, m, m, m^2, m^2, dimensionless, dimensionless, dimensionless] | ocean_grid.nc | ocean_grid |
If you have any further questions after reading this notebook and the documentation linked from this notebook, please open an issue in the ACCESS-NRI Intake catalog Github repo or open topic on the ACCESS-Hive forum.
[27]:
client.close()