The worldwide average doesn't really tell the full story, because there can be significant local extremes that are far greater.
See, for example, https://en.wikipedia.org/wiki/Lytton,_British_Columbia, a town that broke the all-time temperature record for Canada and then burned to the ground the next day.
You're moving goal posts. Either we're talking about global climate change, or we're talking about local changes. Local changes have always happened, and animals either adapt or die when they do. There is no argument that the global average change is any more than 1.1c in the last century.
Humans can't survive more than a few hours at a wet bulb temperature (https://en.wikipedia.org/wiki/Wet-bulb_temperature) of 35°C, even if they have shade, drinking water, and fans available. If air conditioning fails, you're dead.
As the global average creeps up, some of these local variations in hot, humid places without sufficient power infrastructure to reliably run A/C for everyone like Bangladesh have the potential to kill millions.
The world temp has gone up 39 degrees? That is much higher than I thought.
That couldn't be right?
I'm tired today.
A rise of 1.1 degrees C corresponds to a rise of 1.98 degrees F.
The Celsius scale uses 0 for "freezing water" and 100 for "boiling water".
Fahrenheit uses 32 for "freezing water" and 100 for "body temperature". (The "32" comes from interpolating Rømer's scale, and 0 is somehow "the minimum temperature ever one expected in Denmark".)
The single degree (step) is halfish/doublish that of the other scale: C = (5/9)F (from freeze to body temperature it's ~37 steps in °C and ~68 in °F). And there is an offset of 32.
Wildfires don’t spread much better in 90F vs 121F. The big thing that causes uncontrollable spreads is lots of fast wind.
That's missing the point a bit. That said, vegetation sure does get dry fast in a 120 degree heat wave, though.
> The fire, one of the 2021 British Columbia wildfires throughout the province, was facilitated by the 2021 Western North America heat wave.