Model charts for USA (CIN) | ECMWF IFS HRES 0z/12z (15 days)

ECMWF IFS HRES 0z/12z

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Most used parameters

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

Significant Weather Clouds and significant weather Mean Sea Level Pressure (mbar) Temperature (°F) Gusts, 3h (mph) Gusts, 6h (mph) Precipitation, 1h (in) Accumulated total precipitation (in) Snow depth (in) Base reflectivity (dBZ) Synoptic composite Pressure (mbar) and geopotential height, 500mbar (m) Temperature, 850mbar (°C) Theta-E and Geopot, 850mbar (°C) Geopotential height, 500mbar (m)

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

Significant Weather Clouds and significant weather Visibility (miles) Mean Sea Level Pressure (mbar) MSL pressure, Ens. average (mbar) MSL pressure, Ens. minimum (mbar) MSL pressure, Ens. maximum (mbar) MSL pressure, Ens. spread (mbar) Pressure change 3h (mbar) Anomaly Mean Sea Level Pressure (mbar) Sea Level Pressure Anomaly (Std. Deviation)

Temperature and humidity

Temperature (°F) Temperature (Grid) (°F) Temperature (color blindness) (°F) Temperature anomaly (std. deviation) Anomaly temperature (°F) Temperature 2m, Ens. average (°F) Temperature 2m, Ens. minimum (°F) Temperature 2m, Ens. maximum (°F) Temperature 2m, Ens. spread (K) Temperature, close to the ground (°F) Max. temperature, 6h (°F) Min. temperature, 6h (°F) Freezing Level (feet MSL) Relative humidity (%) Dew point (°F) Meteologix Heat Index

Soil moisture

Soil moisture, 0-60cm (%)

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 (mph) Wind arrows with temperature 2m (°C) Gusts, 3h (mph) Gusts, Ens. average (mph) Gusts, Ens. maximum (mph) Gusts, Ens. minimum (mph) Gusts, Ens. spread (mph) Gusts, 6h (mph) Mean wind speed (mph) with stream lines Mean wind speed, 330 ft (mph)

Clouds, sunshine, short wave radiation

Sunshine duration, 1h (min) Short wave radiation, last hour (Wh/m²) Short wave radiation, 24h (Wh/m²) Short wave radiation, 48h (Wh/m²) Short wave radiation, 72h (Wh/m²) Accumulated short wave radiation (Wh/m²) Cloud coverage (%) Low clouds, coverage (%) Middle clouds, coverage (%) High clouds, coverage (%)

Precipitation: rain, snow, hail

Severe Weather Parameters

Extreme weather index

Min. temperature, 24h (EW index) Max. temperature, 24h (EW index) Precipitation, 24h (EW index) Gusts, 24h (EW index)

Simulated satellite images

Satellite IR simulation (°C) Sat WV 300mbar simulation (°C) Simulated VIS satellite image

Urban pollution

Total Ozone content (column, Dobson units)

Composite charts

Synoptic composite Thunderstorm composite Pressure (mbar) and geopotential height, 500mbar (m)

Probabilities

MSL pressure <980mbar MSL pressure <1000mbar MSL pressure >1020mbar Temperature 2m <32°F (%) Temperature 2m >68°F (%) Temperature 2m >86°F (%) Prob. precipitation >=0.04in/24h (%) Prob. precipitation >=0.4in/24h (%) Prob. precipitation >=0.8in/24h (%) Precipitation, 6h >0.004in (%) Precipitation, 6h >0,04in (%) Precipitation, 6h >0.4in (%) Precipitation, 6h (snow) >0.004in (%) Precipitation, 6h (snow) >0,04in (%) Precipitation, 6h (snow) >0.4in (%) Total precipitation >0.4in (%) Total precipitation >1.2in (%) Total precipitation >3.9in (%) Total precipitation (snow) >0.04in (%) Total precipitation (snow) >1.2in (%) Total precipitation (snow) >0.4in (%) Snow depth >0.8in (%) Snow depth >4in (%) Snow depth >8in (%) Gusts >40mph (%) Gusts >56mph (%) Gusts >74mph (%) CAPE (MU layer) >100 J/kg (%) CAPE (MU layer) >500 J/kg (%) CAPE (MU layer) >1000 J/kg (%) Prob. tropical depression within 48h (%) Prob. tropical storm within 48h (%) Prob. tropical cyclone within 48h (%) Geopot. Height, 500mbar <520 gpdam (%) Geopot. Height, 500mbar <552 gpdam (%) Geopot. Height, 500mbar >584 gpdam (%)

Spaghetti plots

MSL Pressure 985-1025 (mbar) Temperature 2m, 14-86 (°F) Temperatur 2m, 5|14|23|32|41|50|59|68|77|86|95 (°F) Gusts 25-75 (mph) Total precipitation 0.4-4 (in) Snow depth, 1-20 (in) CAPE (MU layer) 100-2000 (J/kg) Precipitable water, 2-22 (in) Temperature, 850mbar -15-25 (°C) Temperatur, 850mbar -25|-20|-15|-5|0|5|10|15|20|25 (°C) Wind, 850mbar 60-140 (kph) Wind, 500mbar 60-180 (kph) Geopot. Height, 500mbar 504-600 (gpdam) Wind, 300mbar 60-300 (kph)

Flight meteorology

Planetary Boundary Height (m AGL)

Oceans and lakes

Water temperature (°F) Anomaly water temperature (°F) Sea Temperature Anomaly (Std. Deviation) Ice coverage (Sea and lakes) (%)

Pressure level - 1,000mbar / ~330 ft

Temperature, 1,000mbar (°C) Wind speed and streamlines, 1,000mbar (kph) Relative Humidity, 1,000mbar (%) Geopotential height, 1,000mbar (m)

Pressure level - 925mbar / ~2,300 ft

Temperature, 925mbar (°C) Wind speed and streamlines, 925mbar (kph) Relative Humidity, 925mbar (%) Geopotential height, 925mbar (m) Relative Vorticity, 925mbar (10^-5/s)

Pressure level - 850mbar / ~5,000 ft

Temperature, 850mbar (°C) Temperature, 850mbar, Ens. average (°C) Temperature, 850mbar, Ens. maximum (°C) Temperature, 850mbar, Ens. minimum (°C) Temperature, 850mbar, Ens. spread (K) Anomaly temperature, 850mbar (°C) Wind speed and streamlines, 850mbar (kph) Wind, 850mbar, Ens. average (kph) Wind, 850mbar, Ens. maximum (kph) Wind, 850mbar, Ens. minimum (kph) Wind, 850mbar, Ens. spread (kph) Relative Humidity, 850mbar (%) Geopotential height, 850mbar (m) Relative Vorticity, 850mbar (10^-5/s) Theta-E and Geopot, 850mbar (°C)

Pressure level - 700mbar / ~10,000 ft

Temperature, 700mbar (°C) Wind speed and streamlines, 700mbar (kph) Relative Humidity, 700mbar (%) Geopotential height, 700mbar (m) Relative Vorticity, 700mbar (10^-5/s)

Pressure level - 500mbar / ~18,000 ft

Temperature, 500mbar (°C) Wind speed and streamlines, 500mbar (kph) Relative Humidity, 500mbar (%) Geopotential height, 500mbar (m) Geopot. H., 500mbar, Ens. average (gpm) Geopot. H., 500mbar, Ens. maximum (gpm) Geopot. H., 500mbar, Ens. minimum (gpm) Geopot. H., 500mbar, Ens. spread (gpdam) Anomaly Geopotential height, 500mbar (m) Relative Vorticity, 500mbar (10^-5/s) Anomalie d. Geopotentiellen Höhe, 500mbar (Std. Abweichung)

Pressure level - 300mbar / ~30,000 ft

Temperature, 300mbar (°C) Wind speed and streamlines, 300mbar (kph) Relative Humidity, 300mbar (%) Geopotential height, 300mbar (m) Relative Vorticity, 300mbar (10^-5/s)

Pressure level - 250mbar / ~34,000 ft

Temperature, 250mbar (°C) Wind speed and streamlines, 250mbar (kph) Relative Humidity, 250mbar (%) Geopotential height, 250mbar (m)

Pressure level - 200mbar / ~39,000 ft

Temperature, 200mbar (°C) Wind speed and streamlines, 200mbar (kph) Relative Humidity, 200mbar (%) Geopotential height, 200mbar (m)

Pressure level - 100mbar / ~52,000 ft

Temperature, 100mbar (°C) Wind speed and streamlines, 100mbar (kph) Relative Humidity, 100mbar (%) Geopotential height, 100mbar (m)

Pressure level - 50mbar / ~63,000 ft

Temperature, 50mbar (°C) Wind speed and streamlines, 50mbar (kph) Relative Humidity, 50mbar (%) Geopotential height, 50mbar (m)

Pressure level - 30mbar / ~77,000 ft

Temperature, 30mbar (°C) Wind speed and streamlines, 30mbar (kph) Relative Humidity, 30mbar (%) Geopotential height, 30mbar (m)

Pressure level - 10mbar / ~87,000 ft

Temperature, 10mbar (°C) Temperatur-Anomalie, 10mbar (K) Temperatur-Anomalie, 10mbar (Std. Abweichung) Wind speed and streamlines, 10mbar (kph) Relative Humidity, 10mbar (%) Geopotential height, 10mbar (m)

Ensemble max/min/average

Here you will find the analysis of various parameters of all members of an ensemble run: the mean values, outliers, the spread, etc.

MSL pressure, Ens. average (mbar) MSL pressure, Ens. minimum (mbar) MSL pressure, Ens. maximum (mbar) MSL pressure, Ens. spread (mbar) Temperature 2m, Ens. average (°F) Temperature 2m, Ens. minimum (°F) Temperature 2m, Ens. maximum (°F) Temperature 2m, Ens. spread (K) Gusts, Ens. average (mph) Gusts, Ens. maximum (mph) Gusts, Ens. minimum (mph) Gusts, Ens. spread (mph) Precipitation, 6h, Ens. average (in) Precipitation, 24h, Ens. average (in) Total precipitation, Ens. average (in) Total precipitation, Ens. maximum (in) Total precipitation, Ens. minimum (in) Total precipitation, Ens. spread (in) Total precipitation (snow), Ens. average (in) Total precipitation (snow), Ens. maximum (in) Total precipitation (snow), Ens. minimum (in) Total precipitation (snow), Ens. spread (in) Snow depth, Ens. average (in) CAPE (MU layer), Ens. average (J/kg) CAPE (MU layer), Ens. maximum (J/kg) CAPE (MU layer), Ens. minimum (J/kg) CAPE (MU layer), Ens. spread (J/kg) Temperature, 850mbar, Ens. average (°C) Temperature, 850mbar, Ens. maximum (°C) Temperature, 850mbar, Ens. minimum (°C) Temperature, 850mbar, Ens. spread (K) Wind, 850mbar, Ens. average (kph) Wind, 850mbar, Ens. maximum (kph) Wind, 850mbar, Ens. minimum (kph) Wind, 850mbar, Ens. spread (kph) Geopot. H., 500mbar, Ens. average (gpm) Geopot. H., 500mbar, Ens. maximum (gpm) Geopot. H., 500mbar, Ens. minimum (gpm) Geopot. H., 500mbar, Ens. spread (gpdam)

Probabilities

Here are all the probabilities parameters. These are calculated from all members of an ensemble run.

Spaghetti plots

Here you will find all the spaghetti plot parameters. The spaghettis show all members of an ensemble run. The colors represent different threshold values. The more the lines diverge, the less certain is the prognosis.

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NAM-3km HRRR Swiss HD 4x4 RDPS HRDPS ECMWF 6z/18z ECMWF IFS HRES 0z/12z ECMWF AIFS ICON AICON GFS AIGFS UKMO ARPEGE GEM ACCESS-G GDAPS/UM MULTI-GLOBAL JMA GFS 0.125° GRAPHCAST IFS PANGU IFS

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ECMWF IFS (48r1) GFS/FV3 CMA

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ECMWF IFS HRES 0z/12z

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+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 +105 +108 +111 +114 +117 +120 +123 +126 +129 +132 +135 +138 +141 +144 +150 +156 +162 +168 +174 +180 +186 +192 +198 +204 +210 +216 +222 +228 +234 +240

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Valid for

Tue 10/13/2026, 01:00am CDT

USA

ECMWF IFS HRES 0z/12z (15 days) from 10/12/2026/12z

CIN (most unstable layer) (J/kg)

Update times: ca. 1:00am-2:00am and 1:00pm-2:00pm for master run and 3:30am and 3:30pm for ensemble data

Forecast from Tue. 10/13/2026 01:00am until Thu. 10/22/2026 07:00am

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