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SEASONAL TEMPERATURE LAG. The amount of time between maximum incoming energy from the sun and maximum temperature is known as the seasonal temperature lag. A similar lag holds true for the winter solstice in late December. The coldest weather often occurs in late January.

What causes temperature lag?
Temperature lag is the time needed to have a certain amount of heat to totally disperse into the ground. The Sun provides constant heat throughout the day, especially during peak hours. ... This is due to the fact that solar radiation is absorbed into the ground and releases infrared heat into the air.Apr 7, 2014
 
#winter solstice
It's not the year's coldest day.
Because the oceans absorb so much of the sun's energy and release it over time, a seasonal lag exists between the amount of daylight and air temperatures. So even though we get the least amount of daylight in December, it's typically much colder in January or February.Dec 21, 2020
 
 Anglonas

circadian [s…:‹keˆdˆ…n] a attr biol. circadinis, paros (ypač apie ritmą)

 

Why is it colder after the winter solstice?
Even after the solstice, the sun in winter is so low that more energy escapes from the earth than is absorbed from the sun, so the earth/hemisphere continues to cool, even though days are slowly getting longer. It's not until roughly a month after the solstice that average temperatures reach their lowest point.
 
Why is there a lag between the solstices and seasonal temperature extremes?
Since the winter solstice occurs in late December, these cold season extremes are also "lagging" the start of the season. ... In short, we experience seasons due to the tilt of Earth's axis. Because of this tilt, the angle between the Sun's rays and the Earth's surface vary throughout the year.