Simulations#
The wealth of EUREC⁴A observations is increasingly complemented by simulations on different scales and different amount of realism. The following pages give an overview on some of the details of these simulations and how to access them.
The currently available simulations and their outputs are:
import eurec4a
cat = eurec4a.get_intake_catalog()
def tree(cat, level=0):
prefix = " " * (3*level)
try:
for child in list(cat):
parameters = [p["name"] for p in cat[child].describe().get("user_parameters", [])]
if len(parameters) > 0:
parameter_str = " (" + ", ".join(parameters) + ")"
else:
parameter_str = ""
print(prefix + str(child) + parameter_str)
tree(cat[child], level+1)
except:
pass
tree(cat.simulations)
ICON
LES_CampaignDomain_highCCN
surface_DOM01
radiation_DOM01
rttov_DOM01
3D_DOM01
effective_radius_DOM01
surface_DOM02
effective_radius_DOM02
meteogram_BCO_DOM01
synthetic_radar_BCO_DOM01
meteogram_BCO_DOM02
synthetic_radar_BCO_DOM02
meteogram_NTAS_DOM01
synthetic_radar_NTAS_DOM01
meteogram_NTAS_DOM02
synthetic_radar_NTAS_DOM02
meteogram_c_center_DOM01
synthetic_radar_c_center_DOM01
meteogram_c_center_DOM02
synthetic_radar_c_center_DOM02
meteogram_c_east_DOM01
synthetic_radar_c_east_DOM01
meteogram_c_east_DOM02
synthetic_radar_c_east_DOM02
meteogram_c_north_DOM01
synthetic_radar_c_north_DOM01
meteogram_c_north_DOM02
synthetic_radar_c_north_DOM02
meteogram_c_west_DOM01
synthetic_radar_c_west_DOM01
meteogram_c_west_DOM02
synthetic_radar_c_west_DOM02
meteogram_c_south_DOM01
synthetic_radar_c_south_DOM01
meteogram_c_south_DOM02
synthetic_radar_c_south_DOM02
LES_CampaignDomain_control
surface_DOM01
surface_DOM02
surface_DOM03
effective_radius_DOM01
effective_radius_DOM02
effective_radius_DOM03
rttov_DOM01
rttov_DOM02
3D_DOM01
3D_DOM02
3D_DOM03
pressure_lev_DOM03
radiation_DOM01
radiation_DOM02
meteogram_BCO_DOM01
synthetic_radar_BCO_DOM01
meteogram_BCO_DOM02
synthetic_radar_BCO_DOM02
meteogram_NTAS_DOM01
synthetic_radar_NTAS_DOM01
meteogram_NTAS_DOM02
synthetic_radar_NTAS_DOM02
meteogram_NTAS_DOM03
synthetic_radar_NTAS_DOM03
meteogram_c_center_DOM01
synthetic_radar_c_center_DOM01
meteogram_c_center_DOM02
synthetic_radar_c_center_DOM02
meteogram_c_center_DOM03
synthetic_radar_c_center_DOM03
meteogram_c_east_DOM01
synthetic_radar_c_east_DOM01
meteogram_c_east_DOM02
synthetic_radar_c_east_DOM02
meteogram_c_east_DOM03
synthetic_radar_c_east_DOM03
meteogram_c_north_DOM01
synthetic_radar_c_north_DOM01
meteogram_c_north_DOM02
synthetic_radar_c_north_DOM02
meteogram_c_north_DOM03
synthetic_radar_c_north_DOM03
meteogram_c_west_DOM01
synthetic_radar_c_west_DOM01
meteogram_c_west_DOM02
synthetic_radar_c_west_DOM02
meteogram_c_west_DOM03
synthetic_radar_c_west_DOM03
meteogram_c_south_DOM01
synthetic_radar_c_south_DOM01
meteogram_c_south_DOM02
synthetic_radar_c_south_DOM02
meteogram_c_south_DOM03
synthetic_radar_c_south_DOM03
rttov_DOM03
meteogram_BCO_DOM03
synthetic_radar_BCO_DOM03
SRM
meteogram_BCO
synthetic_radar_BCO
meteogram_NTAS
synthetic_radar_NTAS
meteogram_HALO_circle
synthetic_radar_HALO_circle
DALES
botany
dx100m
nx1536
profiles
timeseries
2D
3D
cross_xy
radiation
parameters
nx96
profiles
timeseries
2D
3D
cross_xy
radiation
parameters
grids
6b59890b-99f3-939b-e76a-0a3ad2e43140
3c7523ba-f78c-c23e-6654-012805ba3300
88fe7c0a-f61d-e582-d5e1-b00866e33000
ecf22d17-dcee-1510-a807-11ae4a612be0
EUREC4A_MIP
control
setup
boundary_conditions
ERA5
COSMO
2D
3D
warming
setup
boundary_conditions
deltas
GFDL_CM4
ERA5
ERA5
COSMO
2D
3D