current temperature values in the Arctic and Antarctic
In the midsummer months, temperatures in the northern hemisphere rise above freezing almost everywhere. Especially in the continental areas such as in Siberia Values above 30 degrees C are not uncommon. The inland ice of Greenland is an exception. It stays freezing cold here.
The same is true for the Antarctic continent. There, due to the altitude of around 3000 m above sea level, minus 20 to minus 30 degrees Celsius are quite normal in midsummer. In winter, the mercury in the extended area around the South Pole can drop to minus 80 to minus 90 degrees C. In the northern hemisphere, the lowest values occur in winter in northeast Siberia with minus 60 to minus 70 degrees C.
Basically, for Comparability of the air temperature to ensure correct measurement. A protective device with good air flow is ideal, without sayCold or indirect sunlight and moisture can get to the sensor. In addition, the measurement should be carried out at a greater distance from buildings and vegetation at a height of two meters over short lawns.
Incidentally, there is even in Germany - apart from the highest mountain, the Zugspitze - places that are in the Summer in the nights of frost can have. These are usually high valleys in the low mountain ranges. One place that also has a weather station is in Marienberg Kühnheide in the Ore Mountains. Here is a report on Frost damage in summer in Kühnheide and here the link to Marienberg-Kühnheide weather station.
Here you can find out the current temperatures in the Arctic and Antarctic and their forecast for the coming days. Is there a significant drop in temperature? Maybe even with extreme cold?
- Temperature and Wind Arctic from ECMWF (next 10 days)
- Interactive map of global temperature, wind, clouds and precipitation on windy.com
- worldwide temperature values
- Temperature overview worldwide (interactive map)
- Forecast of the air temperature in the northern hemisphere in the coming days
- Forecast of the temperature in the northern hemisphere in about 1.500 m above sea level (ensemble mean) in the coming days from European ECMWF and GFS from the USA.
- Forecast of the temperature deviation in the northern hemisphere in about 1.500 m above sea level (ensemble mean) in seven days from European ECMWF and GFS from the USA
- Temperature development in the Arctic in recent years
- Global mean temperature trend
- Temperature trend worldwide and in Germany
14 days forecast from Wetter24.de
- Ojmjakon (Northeast Siberia)
- Verkhoyansk (Northeast Siberia)
- Tiksi (Northern Siberia)
- Yakutsk (Siberia)
- Irkutsk (Lake Baikal / South Siberia)
- Vorkuta (Northern Russia)
- Sodankylä (Lapland / Finland)
- Kiruna (Lapland / Sweden)
- Jan Mayen (Norway)
- North Cape (Norway)
- Svalbard (Spitzbergen / Norway)
- Alert (Northern Canada)
- Eureka (Northern Canada)
- Churchill (Hudson Bay / Canada)
- Baffin Island (Eastern Canada)
- Fairbanks (Alaska)
- Point Barrow (Alaska)
- Danmarkshavn (Greenland)
- Sniezka (Schneekoppe) / (Giant Mountains / Poland)
- Mount Washington (USA)
- South Pole (Antarctica)
Seasons forecast by the ECMWF
Of course, it is always exciting to see how the upcoming season will tend to be, i.e. too warm or too cold. The currently best forecast model, ECMWF, simulates temperature scenarios for the next three to five months once a month. These forecasts can of course only provide initial indications and their probability of occurrence is well below today's weekly or 10-day forecast. Even with an above-average temperature forecast, there can be a burst of cold air in between. However, large-scale anomaly distributions of the temperature forecast have often given good signals for the seasonal forecast in the past. Here it goes to Season forecast of the ECMWF.
May 2021: The simulations to date suggest a summer 2021, especially for northern Central Europe and Northern Europe, which will be in the range of the long-term average. Over France and southern Germany as well as over the entire southern European area, the temperature is said to be in some cases well above average. According to the calculations, it is more likely to be too warm in large parts of the USA (except the northeast), in central Siberia and in parts of Greenland. The Canadian Arctic would be rather too cool.