Prévision Météo - Corse - AROME

Licence Ouverte / Open Licence version 2.0

Collectivité de Corse

Site opendata Corsica : http://opendata.corsica/

561 datasets

Informations

Temporality

Extras

Embed

Permalink

Description

Champs d'analyse et de prévisions en points de grilles, issus du modèle atmosphérique Arome sur la métropole.

Paramètres, niveaux, échéances et domaines paramétrables selon diverses résolutions et échéances jusqu'à H+36h.

Les paramètres suivants sont extraits:

  • Température à 2 mètres du sol
  • Humidité relative à la surface
  • Somme des précipitations depuis la date de référence

Les données brutes sont téléchargeables ici: https://donneespubliques.meteofrance.fr/?fond=produit&id_produit=131&id_rubrique=51.

Resources 3

See also: community resources
0 downloads

Export au format CSV

Disponible
csv
  • Forecast timestamp: forecast[datetime]
  • Position: position[geo_point_2d]
  • Forecast base: timestamp[datetime]
  • 2 metre temperature: 2_metre_temperature[double]
  • Minimum temperature at 2 metres: minimum_temperature_at_2_metres[double]
  • Maximum temperature at 2 metres: maximum_temperature_at_2_metres[double]
  • Relative humidity: relative_humidity[double]
  • Total water precipitation: total_water_precipitation[double]
  • Wind speed: wind_speed[double]
  • Downward short-wave radiation flux: downward_short_wave_radiation_flux[double]
  • Surface latent heat flux: surface_latent_heat_flux[double]
  • Surface sensible heat flux: surface_sensible_heat_flux[double]
  • Surface net solar radiation: surface_net_solar_radiation[double]
  • Surface net thermal radiation: surface_net_thermal_radiation[double]
Type
Main file
MIME Type
text/csv
Created on
November 13, 2018
Modified on
February 15, 2017
Published on
November 13, 2018
0 downloads

Export au format JSON

Disponible
json
  • Forecast timestamp: forecast[datetime]
  • Position: position[geo_point_2d]
  • Forecast base: timestamp[datetime]
  • 2 metre temperature: 2_metre_temperature[double]
  • Minimum temperature at 2 metres: minimum_temperature_at_2_metres[double]
  • Maximum temperature at 2 metres: maximum_temperature_at_2_metres[double]
  • Relative humidity: relative_humidity[double]
  • Total water precipitation: total_water_precipitation[double]
  • Wind speed: wind_speed[double]
  • Downward short-wave radiation flux: downward_short_wave_radiation_flux[double]
  • Surface latent heat flux: surface_latent_heat_flux[double]
  • Surface sensible heat flux: surface_sensible_heat_flux[double]
  • Surface net solar radiation: surface_net_solar_radiation[double]
  • Surface net thermal radiation: surface_net_thermal_radiation[double]
Type
Main file
MIME Type
application/json
Created on
November 13, 2018
Modified on
February 15, 2017
Published on
November 13, 2018
0 downloads

Export au format GeoJSON

Disponible
json
  • Forecast timestamp: forecast[datetime]
  • Position: position[geo_point_2d]
  • Forecast base: timestamp[datetime]
  • 2 metre temperature: 2_metre_temperature[double]
  • Minimum temperature at 2 metres: minimum_temperature_at_2_metres[double]
  • Maximum temperature at 2 metres: maximum_temperature_at_2_metres[double]
  • Relative humidity: relative_humidity[double]
  • Total water precipitation: total_water_precipitation[double]
  • Wind speed: wind_speed[double]
  • Downward short-wave radiation flux: downward_short_wave_radiation_flux[double]
  • Surface latent heat flux: surface_latent_heat_flux[double]
  • Surface sensible heat flux: surface_sensible_heat_flux[double]
  • Surface net solar radiation: surface_net_solar_radiation[double]
  • Surface net thermal radiation: surface_net_thermal_radiation[double]
Type
Main file
MIME Type
application/vnd.geo+json
Created on
November 13, 2018
Modified on
February 15, 2017
Published on
November 13, 2018

Community resources 0

You have built a more comprehensive database than those presented here? This is the time to share it!

Reuses 0

You reused these data and published an article, a computer graphics, or an application? It's time to let you know! Reference your work in just a few clicks and increase your visibility.

Discussions 0

Discussion between the organization and the community about this dataset.