Hoppa fram till innehållet
WIFIRE Commons Data Catalog
  • Dataset
  • Organisationer
  • Om
  1. Hem
  2. Dataset

Filter by location Rensa

Organisationer

  • SDG&E - 5

Taggar

  • accumulated_precipi... - 5
  • accumulated_snow_depth - 5
  • accumulated_snow_wa... - 5
  • air_temperature_2m - 5
  • air_temperature_2m_max - 5
  • air_temperature_2m_min - 5
  • air_temperature_500mb - 5
  • air_temperature_700mb - 5
  • air_temperature_850mb - 5
  • air_temperature_925mb - 5

Visa mer Taggar

Format

  • Map - 5
  • THREDDS - 4
  • thredds - 1

Licenser

  • SDG&E License - 5

close

5 dataset hittades

Taggar: tstorm_potential

Filtrera resultat
  • SDG&E Operational Ensemble NAM 002 WRF

    WRF model initialized with NAM boundary conditions and optimized for summer monsoon/hot and humid events. This model is run at a 2 km horizontal resolution with 51 vertical...
    • thredds
    • Map
  • SDG&E Operational Ensemble GFS 001 WRF

    WRF model initialized with GFS boundary conditions and optimized for Santa Ana wind conditions. This model has a 6 km horizontal resolution with 46 vertical levels up to 100 mb.
    • THREDDS
    • Map
  • SDG&E Operational Ensemble GFS 003 WRF

    WRF model initialized with GFS boundary conditions and optimized for atmospheric river events and winter storms. This model is run at a 2 km horizontal resolution with 51...
    • THREDDS
    • Map
  • SDG&E Operational Ensemble NAM 001 WRF

    WRF model initialized with NAM boundary conditions and optimized for Santa Ana wind conditions. This model is run at a 2 km horizontal resolution with 52 vertical levels up to...
    • THREDDS
    • Map
  • SDG&E Operational Ensemble GFS 002 WRF

    WRF model initialized with GFS boundary conditions and optimized for summer monsoon/hot and humid events. This model is run at a 2 km horizontal resolution with 51 vertical...
    • THREDDS
    • Map
Du kan också komma åt katalogen via API (se API-dokumentation).
WIFIRE Commons is funded by NSF 2040676 under the Convergence Accelerator program. WIFIRE was funded by NSF 1331615 under CI, Information Technology Research and SEES Hazards programs. Any opinions, findings and conclusions or recommendations expressed in this material are those of the author(s) and do not necessarily reflect the views of the National Science Foundation.