Baden-Wurttemberg

Waldshut-Tiengen, Germany Climate

NASA POWER reanalysis for the half-degree grid cell around Waldshut-Tiengen, 1991-2020; a grid cell is an area average and can differ from a thermometer in town by several degrees

The warmest month is July, with an average high of 23°C; the coldest is January, with an average low of -3°C. A normal year brings 1125 mm of precipitation.

Temperature through the year

The normal daily high and low. The line marks today.

Normal daily high and low temperature at Waldshut-Tiengen through the year, in °C, with the record for each date.-2002040JanFebMarAprMayJunJulAugSepOctNovDec
  • Normal low
  • Normal high
  • Reanalysis extreme high
  • Reanalysis extreme low

Normals for Sep 26

Normal high
18°C
Normal low
8°C
Reanalysis high
22°Cin 2011
Reanalysis low
2°Cin 2018
Chance of a wet day
42%
Daylight
11 h 58 min

Month by month

Averages for 1991-2020. Wet days have at least 1 mm of precipitation in the reanalysis. Each month links to its own page.

MonthAvg highAvg lowWarmestColdestPrecipitationWet days
January3°C-3°C15°C (1991)-17°C (2000)74 mm12.4
February5°C-3°C16°C (2017)-19°C (1999)65 mm11.3
March9°C0°C20°C (2004)-19°C (2005)74 mm12.4
April14°C4°C25°C (2012)-6°C (2006)81 mm15.0
May18°C8°C28°C (2009)-2°C (2019)124 mm18.6
June21°C12°C32°C (2019)2°C (2006)117 mm18.0
July23°C13°C33°C (2013)5°C (1996)118 mm15.5
August23°C13°C32°C (2012)4°C (1998)115 mm15.5
September19°C9°C27°C (2009)0°C (2002)90 mm12.0
October14°C6°C24°C (2009)-7°C (2012)90 mm12.4
November8°C1°C20°C (2020)-13°C (1999)84 mm12.0
December4°C-2°C14°C (2006)-15°C (2010)93 mm15.5
Year13°C5°C1125 mm171

Precipitation

Rain and melted snow together. The chance of a wet day is the share of days with at least 1 mm of precipitation in the reanalysis.

1125 mm in a normal year, most in May.

Chance of a wet day

The chance of at least 1 mm of precipitation in the reanalysis on each date at Waldshut-Tiengen, in percent.020406080JanFebMarAprMayJunJulAugSepOctNovDec
  • Chance of a wet day

Humidity and comfort

NASA POWER reanalysis, 1991-2020, for the grid cell around Waldshut-Tiengen.

The muggiest month is July, when 4 percent of days are muggy or worse, with a mean dew point of 18°C or more.

MonthDew pointHumidityDryComfortableHumidMuggyOppressiveMiserable
January-2°C89%100%0%0%0%0%0%
February-2°C86%100%0%0%0%0%0%
March1°C82%100%0%0%0%0%0%
April5°C79%100%0%0%0%0%0%
May9°C78%89%9%2%0%0%0%
June12°C78%55%25%17%2%0%0%
July14°C77%33%35%28%4%0%0%
August14°C78%34%36%26%4%0%0%
September10°C81%75%22%3%0%0%0%
October7°C85%97%3%0%0%0%0%
November2°C89%100%0%0%0%0%0%
December-1°C89%100%0%0%0%0%0%

Comfort is judged by the day's mean dew point: dry below 13°C, comfortable to 16°C, humid to 18°C, muggy to 21°C, oppressive to 24°C, miserable above.

Clouds

Average share of the sky covered, from satellite (CERES and GEWEX SRB) by way of NASA POWER, 1991-2020.

The clearest month is August, with the sky 60 percent covered on average; the cloudiest is December, at 72 percent.

Wind

The mean wind speed over the whole day, from the MERRA-2 reanalysis by way of NASA POWER. Gusts run well above it.

The windiest month is February, averaging 13.0 km/h at 10 meters (33 feet) above the ground.

Daylight and sunshine

The longest day is Jun 20, with 16 h 00 min of daylight; the shortest is Dec 19, with 8 h 25 min.

Hours of daylight at Waldshut-Tiengen through the year.0510152025JanFebMarAprMayJunJulAugSepOctNovDec
  • Day length

Solar energy

Average daily sunshine reaching the ground on a flat surface, in kilowatt-hours per square meter, clouds included.

Sunrise and sunset calendar

Month pages

The weather in Waldshut-Tiengen in each month, day by day.

What this means

A normal is the average of the thirty years 1991 to 2020, the period the World Meteorological Organization and NOAA use for comparison. It is an average, not a forecast: most days depart from it, and some by a long way.

Where no station record is within reach, the extremes shown are the highest and lowest the reanalysis produced for the date in 1991-2020, not measured records.

Cloud, humidity, wind and sunshine come from a reanalysis: a weather model run over the past with every observation fed in, averaged over a grid cell about 50 km across. It is consistent everywhere on Earth; it smooths local detail such as a lake shore or a valley.

More for this place

Nearby

Sources

Cloud, humidity, wind and sunshine, and temperature and precipitation: NASA POWER (MERRA-2, CERES and GEWEX SRB), 1991-2020. The data was obtained from the National Aeronautics and Space Administration (NASA) Langley Research Center's Prediction Of Worldwide Energy Resources (POWER) project funded through the NASA Earth Science Division: POWER Daily API v2, accessed 2026-09-24. Sun and moon: computed with the NOAA solar equations and Meeus.