Dataset Viewer
Auto-converted to Parquet Duplicate
buffalo_blizzard
dict
ca_atmos_river
dict
ca_pineapple_express
dict
carr_fire
dict
death_valley
dict
denver_hail
dict
enderlin_ef5
dict
la_fires
dict
la_fires_peak
dict
mayfield
dict
michael
dict
nashville
dict
pineapple_express
dict
pnw_windstorm
dict
seattle_heat_dome
dict
sfbay
dict
tx_freeze
dict
camp_fire
dict
{ "TITLE": " OUTPUT FROM WRF V4.7.1 MODEL", "DT": 1, "DX": 250, "DY": 250, "ADAPT_DT_MAX": 2, "ADAPT_DT_MIN": 1, "ADAPT_DT_START": 1, "MP_PHYSICS": 8, "RA_LW_PHYSICS": 4, "RA_SW_PHYSICS": 4, "RADT": 10, "SF_SFCLAY_PHYSICS": 1, "SF_SURFACE_PHYSICS": 1, "BL_PBL_PHYSICS": 0, "CU_PHYSICS": 0, ...
{ "TITLE": " OUTPUT FROM WRF V4.7.1 MODEL", "DT": 1, "DX": 250, "DY": 250, "ADAPT_DT_MAX": 2, "ADAPT_DT_MIN": 1, "ADAPT_DT_START": 1, "MP_PHYSICS": 8, "RA_LW_PHYSICS": 4, "RA_SW_PHYSICS": 4, "RADT": 1, "SF_SFCLAY_PHYSICS": 1, "SF_SURFACE_PHYSICS": 2, "BL_PBL_PHYSICS": 0, "CU_PHYSICS": 0, ...
{ "TITLE": " OUTPUT FROM WRF V4.7.1 MODEL", "DT": 1, "DX": 250, "DY": 250, "ADAPT_DT_MAX": 2, "ADAPT_DT_MIN": 1, "ADAPT_DT_START": 1, "MP_PHYSICS": 8, "RA_LW_PHYSICS": 4, "RA_SW_PHYSICS": 4, "RADT": 1, "SF_SFCLAY_PHYSICS": 1, "SF_SURFACE_PHYSICS": 2, "BL_PBL_PHYSICS": 0, "CU_PHYSICS": 0, ...
{ "TITLE": " OUTPUT FROM WRF V4.7.1 MODEL", "DT": 1, "DX": 250, "DY": 250, "ADAPT_DT_MAX": 2, "ADAPT_DT_MIN": 1, "ADAPT_DT_START": 1, "MP_PHYSICS": 8, "RA_LW_PHYSICS": 4, "RA_SW_PHYSICS": 4, "RADT": 1, "SF_SFCLAY_PHYSICS": 1, "SF_SURFACE_PHYSICS": 2, "BL_PBL_PHYSICS": 0, "CU_PHYSICS": 0, ...
{ "TITLE": " OUTPUT FROM WRF V4.7.1 MODEL", "DT": 1, "DX": 250, "DY": 250, "ADAPT_DT_MAX": 2, "ADAPT_DT_MIN": 1, "ADAPT_DT_START": 1, "MP_PHYSICS": 8, "RA_LW_PHYSICS": 4, "RA_SW_PHYSICS": 4, "RADT": 1, "SF_SFCLAY_PHYSICS": 1, "SF_SURFACE_PHYSICS": 2, "BL_PBL_PHYSICS": 0, "CU_PHYSICS": 0, ...
{ "TITLE": " OUTPUT FROM WRF V4.7.1 MODEL", "DT": 1, "DX": 250, "DY": 250, "ADAPT_DT_MAX": 2, "ADAPT_DT_MIN": 1, "ADAPT_DT_START": 1, "MP_PHYSICS": 8, "RA_LW_PHYSICS": 4, "RA_SW_PHYSICS": 4, "RADT": 1, "SF_SFCLAY_PHYSICS": 1, "SF_SURFACE_PHYSICS": 2, "BL_PBL_PHYSICS": 0, "CU_PHYSICS": 0, ...
{ "TITLE": " OUTPUT FROM WRF V4.7.1 MODEL", "DT": 1, "DX": 250, "DY": 250, "ADAPT_DT_MAX": 2, "ADAPT_DT_MIN": 1, "ADAPT_DT_START": 1, "MP_PHYSICS": 8, "RA_LW_PHYSICS": 4, "RA_SW_PHYSICS": 4, "RADT": 1, "SF_SFCLAY_PHYSICS": 1, "SF_SURFACE_PHYSICS": 2, "BL_PBL_PHYSICS": 0, "CU_PHYSICS": 0, ...
{ "TITLE": " OUTPUT FROM WRF V4.7.1 MODEL", "DT": 1, "DX": 250, "DY": 250, "ADAPT_DT_MAX": 2, "ADAPT_DT_MIN": 1, "ADAPT_DT_START": 1, "MP_PHYSICS": 8, "RA_LW_PHYSICS": 4, "RA_SW_PHYSICS": 4, "RADT": 1, "SF_SFCLAY_PHYSICS": 1, "SF_SURFACE_PHYSICS": 2, "BL_PBL_PHYSICS": 0, "CU_PHYSICS": 0, ...
{ "TITLE": " OUTPUT FROM WRF V4.7.1 MODEL", "DT": 1, "DX": 250, "DY": 250, "ADAPT_DT_MAX": 2, "ADAPT_DT_MIN": 1, "ADAPT_DT_START": 1, "MP_PHYSICS": 8, "RA_LW_PHYSICS": 4, "RA_SW_PHYSICS": 4, "RADT": 1, "SF_SFCLAY_PHYSICS": 1, "SF_SURFACE_PHYSICS": 2, "BL_PBL_PHYSICS": 0, "CU_PHYSICS": 0, ...
{ "TITLE": " OUTPUT FROM WRF V4.7.1 MODEL", "DT": 1, "DX": 250, "DY": 250, "ADAPT_DT_MAX": 2, "ADAPT_DT_MIN": 1, "ADAPT_DT_START": 1, "MP_PHYSICS": 8, "RA_LW_PHYSICS": 4, "RA_SW_PHYSICS": 4, "RADT": 1, "SF_SFCLAY_PHYSICS": 1, "SF_SURFACE_PHYSICS": 2, "BL_PBL_PHYSICS": 0, "CU_PHYSICS": 0, ...
{ "TITLE": " OUTPUT FROM WRF V4.7.1 MODEL", "DT": 1, "DX": 250, "DY": 250, "ADAPT_DT_MAX": 2, "ADAPT_DT_MIN": 1, "ADAPT_DT_START": 1, "MP_PHYSICS": 8, "RA_LW_PHYSICS": 4, "RA_SW_PHYSICS": 4, "RADT": 10, "SF_SFCLAY_PHYSICS": 1, "SF_SURFACE_PHYSICS": 1, "BL_PBL_PHYSICS": 0, "CU_PHYSICS": 0, ...
{ "TITLE": " OUTPUT FROM WRF V4.7.1 MODEL", "DT": 1, "DX": 250, "DY": 250, "ADAPT_DT_MAX": 2, "ADAPT_DT_MIN": 1, "ADAPT_DT_START": 1, "MP_PHYSICS": 8, "RA_LW_PHYSICS": 4, "RA_SW_PHYSICS": 4, "RADT": 10, "SF_SFCLAY_PHYSICS": 1, "SF_SURFACE_PHYSICS": 1, "BL_PBL_PHYSICS": 0, "CU_PHYSICS": 0, ...
{ "TITLE": " OUTPUT FROM WRF V4.7.1 MODEL", "DT": 1, "DX": 250, "DY": 250, "ADAPT_DT_MAX": 2, "ADAPT_DT_MIN": 1, "ADAPT_DT_START": 1, "MP_PHYSICS": 8, "RA_LW_PHYSICS": 4, "RA_SW_PHYSICS": 4, "RADT": 1, "SF_SFCLAY_PHYSICS": 1, "SF_SURFACE_PHYSICS": 2, "BL_PBL_PHYSICS": 0, "CU_PHYSICS": 0, ...
{ "TITLE": " OUTPUT FROM WRF V4.7.1 MODEL", "DT": 1, "DX": 250, "DY": 250, "ADAPT_DT_MAX": 2, "ADAPT_DT_MIN": 1, "ADAPT_DT_START": 1, "MP_PHYSICS": 8, "RA_LW_PHYSICS": 4, "RA_SW_PHYSICS": 4, "RADT": 1, "SF_SFCLAY_PHYSICS": 1, "SF_SURFACE_PHYSICS": 2, "BL_PBL_PHYSICS": 0, "CU_PHYSICS": 0, ...
{ "TITLE": " OUTPUT FROM WRF V4.7.1 MODEL", "DT": 1, "DX": 250, "DY": 250, "ADAPT_DT_MAX": 2, "ADAPT_DT_MIN": 1, "ADAPT_DT_START": 1, "MP_PHYSICS": 8, "RA_LW_PHYSICS": 4, "RA_SW_PHYSICS": 4, "RADT": 3, "SF_SFCLAY_PHYSICS": 1, "SF_SURFACE_PHYSICS": 1, "BL_PBL_PHYSICS": 0, "CU_PHYSICS": 0, ...
{ "TITLE": " OUTPUT FROM WRF V4.7.1 MODEL", "DT": 1, "DX": 250, "DY": 250, "ADAPT_DT_MAX": 2, "ADAPT_DT_MIN": 1, "ADAPT_DT_START": 1, "MP_PHYSICS": 8, "RA_LW_PHYSICS": 4, "RA_SW_PHYSICS": 4, "RADT": 1, "SF_SFCLAY_PHYSICS": 1, "SF_SURFACE_PHYSICS": 2, "BL_PBL_PHYSICS": 0, "CU_PHYSICS": 0, ...
{ "TITLE": " OUTPUT FROM WRF V4.7.1 MODEL", "DT": 1, "DX": 250, "DY": 250, "ADAPT_DT_MAX": 2, "ADAPT_DT_MIN": 1, "ADAPT_DT_START": 1, "MP_PHYSICS": 8, "RA_LW_PHYSICS": 4, "RA_SW_PHYSICS": 4, "RADT": 10, "SF_SFCLAY_PHYSICS": 1, "SF_SURFACE_PHYSICS": 1, "BL_PBL_PHYSICS": 0, "CU_PHYSICS": 0, ...
{ "TITLE": " OUTPUT FROM WRF V4.7.1 MODEL", "DT": 1.975000023841858, "DX": 250, "DY": 250, "ADAPT_DT_MAX": 2, "ADAPT_DT_MIN": 1, "ADAPT_DT_START": 1, "MP_PHYSICS": 8, "RA_LW_PHYSICS": 4, "RA_SW_PHYSICS": 4, "RADT": 1, "SF_SFCLAY_PHYSICS": 1, "SF_SURFACE_PHYSICS": 2, "BL_PBL_PHYSICS": 0, "C...

WRF 250m Severe Weather Simulations — CF-Compliant NetCDF4

18 high-resolution (250m) WRF-ARW severe weather simulations in standard CF-compliant NetCDF4 format. Ready for immediate use with xarray, MetPy, Panoply, QGIS, GrADS, NCL, CDO, and any CF-aware tool.

This is the NetCDF4 version of wrf-250m-severe-weather-overlays. Same data, standard format.

Quick Start

import xarray as xr

ds = xr.open_dataset("carr_fire.nc")
print(ds)

# Plot composite reflectivity at timestep 200
ds["refc"].isel(time=200).plot(cmap="turbo", vmin=-10, vmax=75)

# Time series at a point
ds["t2m"].sel(y=400, x=400).plot()

Events

File Event Category Date Location Timesteps
buffalo_blizzard.nc Buffalo Blizzard winter 2022-12-23 Buffalo, NY 14
ca_atmos_river.nc CA Atmospheric River flooding 2021-12-30 Northern California 421
ca_pineapple_express.nc CA Pineapple Express 2023 flooding 2023-01-04 California 421
camp_fire.nc Camp Fire wildfire 2018-11-08 Paradise, CA 418
carr_fire.nc Carr Fire wildfire 2018-07-23 Redding, CA 421
death_valley.nc Death Valley Record Heat heat 2020-08-16 Death Valley, CA 357
denver_hail.nc Denver Hailstorm hail 2024-05-31 Denver, CO 421
enderlin_ef5.nc Enderlin EF5 Tornado tornado 2025-06-21 Enderlin, ND 359
la_fires.nc LA Fires wildfire 2020-09-06 Los Angeles, CA 421
la_fires_peak.nc LA Fires Peak 2025 wildfire 2025-01-07 Los Angeles, CA 421
mayfield.nc Mayfield EF4 Tornado tornado 2021-12-11 Mayfield, KY 22
michael.nc Hurricane Michael hurricane 2018-10-10 Panama City, FL 34
nashville.nc Nashville EF3 Tornado tornado 2020-03-03 Nashville, TN 42
pineapple_express.nc Pineapple Express flooding 2024-02-04 Southern California 418
pnw_windstorm.nc PNW Windstorm wind 2020-09-08 Pacific Northwest 360
seattle_heat_dome.nc Seattle Heat Dome heat 2021-06-28 Seattle, WA 21
sfbay.nc SF Bay Area Fires wildfire 2020-09-06 San Francisco Bay Area, CA 421
tx_freeze.nc Texas Freeze winter 2021-02-16 Texas 22

Total: 5,014 timesteps across 18 events at 1-minute resolution, 800x800 grid (250m).

Variables

Variable CF standard_name Units Description
t2m air_temperature degC 2m Temperature
u10 eastward_wind m s⁻¹ 10m U-wind
v10 northward_wind m s⁻¹ 10m V-wind
wind_speed_10m wind_speed m s⁻¹ 10m Wind Speed
wind_direction_10m wind_from_direction degree 10m Wind Direction
surface_pressure surface_air_pressure hPa Surface Pressure
pblh atmosphere_boundary_layer_thickness m PBL Height
hfx surface_upward_sensible_heat_flux W m⁻² Sensible Heat Flux
lh surface_upward_latent_heat_flux W m⁻² Latent Heat Flux
rain_rate lwe_precipitation_rate mm hr⁻¹ Rain Rate
refc dBZ Composite Reflectivity
wspd10max m s⁻¹ Max 10m Wind Gust
w_up_max m s⁻¹ Max Updraft Speed
w_dn_max m s⁻¹ Max Downdraft Speed
updraft_helicity m² s⁻² Max Updraft Helicity 2-5km
hail_max mm Max Hail Diameter

All variables include grid_mapping = "lambert_conformal_conic" and coordinates = "lat lon" for proper geospatial referencing.

Format Details

  • Format: NetCDF4 / HDF5 with CF-1.8 conventions
  • Dimensions: time (unlimited) × y (800) × x (800)
  • Coordinates: 2D lat(y,x) and lon(y,x) arrays (Lambert Conformal grid)
  • Projection: Lambert Conformal Conic — per-event parameters in lambert_conformal_conic variable and wrf_config.json
  • Compression: zlib level 4, chunked (1, 800, 800) per variable — one timestep per chunk
  • Data type: float32

WRF Configuration

Each event was run with WRF-ARW v4.7.1 at 250m resolution (d03 domain). Full WRF namelist parameters are in wrf_config.json, keyed by event name. Key settings:

  • Grid: 800 × 800, dx=dy=250m
  • Vertical: 81 levels, hybrid coordinates
  • Microphysics: Thompson (MP=8)
  • Radiation: RRTMG (RA=4)
  • Adaptive timestep: 1-2s

Tools That Work Out of the Box

  • Python: xarray, MetPy, netCDF4, scipy
  • Desktop: Panoply, ncview, QGIS
  • Command line: CDO, NCO, ncdump
  • Languages: NCL, GrADS, MATLAB, R (ncdf4), Julia (NCDatasets.jl)

Citation

@dataset{wrf_250m_severe_2025,
  title={WRF 250m Severe Weather Simulations},
  author={Fahrenheit Research},
  year={2025},
  url={https://huggingface.co/datasets/deepguess/wrf-250m-severe-weather-netcdf4},
  license={CC-BY-4.0}
}

License

CC-BY-4.0

Downloads last month
109