Model charts for Seychelles (Temperature)

ARPEGE

Model charts

Change map selection Hide map selection

Country maps
Free zoom

Map section

Area

Country

Change parameters Hide parameter selection

Most used
All

Most used parameters

These are the parameters most frequently viewed by our users. See all our parameters under the "all" tab

Mean Sea Level Pressure (hPa) Temperature (°C) Dew point (°C) Wind direction and mean wind speed (kph) Gusts, 3h (kph) Cloud coverage (%) Precipitation, 3h (mm) Precipitation, 6h (mm) Precipitation, 24h (mm) Accumulated total precipitation (mm) Surface based CAPE (J/kg) Temperature, 850hPa (°C) Theta-E and Geopot, 850hPa (°C) Temperature, 500hPa (°C)

All parameters

Here you will find all the parameters available for this model sorted into groups. Click on the respective group to display the parameters. If you don't see your desired parameter, try scrolling a bit down the list.

Weather, pressure

Mean Sea Level Pressure (hPa)

Temperature and humidity

Temperature (°C) Temperature (Grid) (°C) Temperature 2m, flex. scale (°C) Relative humidity (%) Dew point (°C)

Heat flux, moisture flux, evaporation

Sensible heat flux at the surface (Wh/m²) Latent heat flux at the surface (Wh/m²) Accumulated evaporation (mm) Evaporation 24h (mm)

Wind, gusts, direction

Wind direction and mean wind speed (kph) Gusts, 3h (kph) Mean wind speed (kph) with stream lines

Clouds, sunshine, short wave radiation

Short wave radiation, 1h-avg, last 3h (Wh/m²) Cloud coverage (%) Low clouds, coverage (%) Middle clouds, coverage (%) High clouds, coverage (%)

Precipitation: rain, snow, hail

Precipitation, 3h (mm) Precipitation, 6h (mm) Precipitation, 24h (mm) Precipitation, 24h (Snow) (mm) Accumulated total precipitation (mm) Accumulated total precipitation (Snow) (mm)

Severe Weather Parameters

Surface based CAPE (J/kg) Lifted Index, 850hPa (K) Theta-E 850mbar (°C), Wind and LI Entire Atmosphere Precipitable Water (mm)

Flight meteorology

Planetary Boundary Height (m AGL)

Pressure level - 925hPa / ~700m

Temperature, 925hPa (°C) Relative Humidity, 925hPa (%)

Pressure level - 850hPa / ~1.500m

Temperature, 850hPa (°C) Relative Humidity, 850hPa (%) Theta-E and Geopot, 850hPa (°C)

Pressure level - 700hPa / ~3.000m

Temperature, 700hPa (°C) Relative Humidity, 700hPa (%)

Pressure level - 500hPa / ~5.500m

Temperature, 500hPa (°C) Relative Humidity, 500hPa (%)

Pressure level - 300hPa / ~9.000m

Temperature, 300hPa (°C) Relative Humidity, 300hPa (%)

Change model and model run Hide model selection

Model run

Toggle between all the models that provide a forecast for the selected map domain. Please note that not all parameters are available for each model.

Weather model

ECMWF 6z/18z ECMWF IFS HRES 0z/12z ECMWF AIFS ICON GFS UKMO ARPEGE GEM ACCESS-G GDAPS/UM MULTI-GLOBAL JMA GFS 0.125° GRAPHCAST IFS PANGU IFS

Select models that are currently not active but available through our big model archive.

Weather model

NCUM ECMWF IFS (48r1) GFS/FV3 CMA

Switch easily between all models for which an equivalent map (same parameter and same time but different model) is available.

Weather model

ECMWF IFS HRES 0z/12z ECMWF AIFS ICON GFS UKMO ARPEGE GEM ACCESS-G MULTI-GLOBAL JMA GFS 0.125° GRAPHCAST IFS PANGU IFS

Change date Hide date selection

Forecast hour
Date

Interval

All 3-hourly 6-hourly 12-hourly 24-hourly

Forecast hour

+006 +009 +012 +015 +018 +021 +024 +027 +030 +033 +036 +039 +042 +045 +048 +051 +054 +057 +060 +063 +066 +069 +072 +075 +078 +081 +084 +087 +090 +093 +096 +099 +102

Model chart animation

You need a plus subscription for our additional features to be able to use our model charts player.

More information

ECMWF
IFS GFS
0.125 GFS MU UK IC GEM ACC JMA ARP ECMWF
AIFS G_IFS P_IFS

Valid for

Sat 04/11/2026, 10:00pm GMT+04

Seychelles

ARPEGE (5 days) from 04/11/2026/12z

Temperature (°C)

Update times: ca. 08:30am, 02:15pm, 08:30pm and 02:15am

Forecast from Sat. 04/11/2026 10:00pm until Wed. 04/15/2026 10:00pm

We're producing your requested images. This may take a while, please be patient.

The dearchivation takes up to one minute. Please be patient.

Source: Météo-France