Do they understand how insane this looks? Do they care?
Did climate change play a role in Connecticut’s winter this year?
Spring has sprung, and winter is over, at least according to the solar calendar. The Vernal Equinox occurred on Friday, March 20. It’s also (more commonly) known as the official start of spring in the Northern Hemisphere. Now that winter is over, let’s take a look at how it shaped up here in Connecticut and any influence climate change may have had.
The average temperature in the Hartford, CT area this winter was 27.9°, down from 32.6° last year and the coldest since 2015. Snowfall for our winter can still technically occur into April, but as of March 23, the Hartford area has received 52.7″ of snow, compared to 21.7″ last year, and the most snow since 2017.
“If you were feeling like, gosh, it’s really cold this winter, you’re on to something,” says Dr. Kristina Dahl with Climate Central. Dr. Dahl is the Vice President for Science at the non-profit organization and says that, even with climate change, some winters will still be colder than normal here in Connecticut.
“So it doesn’t mean you won’t ever experience another cold winter or a winter with a lot of snow, but the chances of those kinds of winters are getting lower and lower,” explains Dr. Dahl.
Just give it up, nutters
Winter in Connecticut is the fastest-warming season compared to spring, summer, and fall. When we look at average temperatures, Connecticut’s winters are about 5 degrees warmer than they were in 1970. Yearly variability can still occur, as we saw this season.
Um, yeah, that happens during a Holocene warm period
This winter featured several bitterly cold blasts of Arctic air. Dr. Dahl says there is a lot of research focusing on the influence of climate change on the pattern of our jet stream. Some theories suggest that the jet stream is becoming wavier and more erratic, bringing wilder temperature swings (including a lot of warmth and many Arctic outbreaks).
“And there’s some evidence to suggest that this might be happening,” explains Dr. Dahl. She continues, “It might be linked to climate change. But there are also studies that say, no, there’s not a long-term trend in this. It’s not linked to climate change. And so the jury’s still really out.”
Well, at least he had the cajones to say “we don’t know.” But, they will sure hintimate that it is All Your Fault. Why else even run the article?
Ronald Regan warned us 40 years ago about the dangers of burning fossil fuels would have on our climate
The avg temp of the planet has gone up about 1 F since then with some areas like the Arctic going up 4x as fast
Sure. If you trust thermometers. Mr Jl is right!!! Each and every thermometer must be VERIFIABLY accurate!!! Until that is made true we cannot trust any climate data!!
And how will we ever know if the thermometers a million years ago were VERIFIED accurate!?!?
Heat out west-“could” be global boiling!
Cold in Connecticut-“could” be global boiling!
(Do we have everything covered, cult members..?)
We assume Mr William is typing about boiling water, the elixir of life, covering 75% of the Earth’s surface!
At standard pressure, pure water boils at 100 C°/212° F. Currently, the Earth’s overall temperature is about 15 C°/57° F. We’re safe from boiling away!!
IF the Earth reaches 212° F, life will cease to exist, almost. Some bacteria survive at temperatures greater than 100 °C (212 °F), deep in the ocean where high pressures increase the boiling point of water!
Other interesting liquids and their boiling points (at sea level pressure):
Seawater: ~ 102 C°/216° F (added solutes INCREASE boiling points)
Carbon Dioxide: -78.5 °C/ -109.3 °F (CO2 doesn’t normally exist as a liquid!!)
Ethanol: 78.37 °C / 173.1 °F
Nitrogen: -195.8 °C / -320.4 °F
Helium: -269 °C / -452 °F
Hydrogen:-253 °C/ -423 °F
Oxygen: -183 °C -297 °F
Mercury: 357 °C/ 675 °F
Uranium: 4140 °C/ 7484 °F