This doesn't count?
- Intensifying and more frequent heatwaves leading to deaths and illnesses...
According to the most recent IPCC Assessment Report (AR6), the following are its conclusions of current world climate conditions and notable changes since the start of the industrial revolution:
Temperature Extremes...
"It is virtually certain that hot extremes (including heatwaves) have become more frequent and more intense across most land regions since the 1950s, while cold extremes (including cold waves) have become less frequent and less severe, with high confidence that human-induced climate change is the main driver of these changes...." (Page SPM-10)
Precipitation Extremes...
"...The frequency and intensity of heavy precipitation events have increased since the 1950s over most land area for which observational data are sufficient for trend analysis (high confidence), and human-induced climate change is likely the main driver....." (Page SPM-10)
Clouds...
"...While major advances in the understanding of cloud processes have increased the level of confidence and decreased the uncertainty range for the cloud feedback by about 50% compared to AR5, clouds remain the largest contribution to overall uncertainty in climate feedbacks (high confidence)....." (Page TS-59)
Floods...
"...However, heavier rainfall does not always lead to greater flooding...." (Page 8-119)
"...there is
low confidence in the human influence on the changes in high river flows on the global scale. Confidence is in general
low in attributing changes in the probability or magnitude of flood events to human influence because of a limited number of studies and differences in the results of these studies, and large modelling uncertainties...." (Page 11-67)
Droughts...
"...The regional evidence on attribution for single AR6 regions generally shows
low confidence for a human contribution to observed trends in meteorological droughts at regional scale, with few exceptions..."
Severe Local Weather Events...
"...observational trends in tornadoes, hail, and lightning associated with severe convective storms are
not robustly detected due to insufficient coverage of the long-term observations...." (Page 11-192)
Extreme Wind Events...
"...the observed intensity of extreme winds is becoming
less severe in the lower to mid-latitudes, while becoming more severe in higher latitudes poleward of 60 degrees (low confidence)...." (Page 11-106)
Tropical Storms...
...There is
low confidence in most reported long-term (multidecadal to centennial) trends in TC frequency- or intensity-based metrics due to changes in the technology used to collect the best-track data...." (page 11-88)
Extratropical Storms...
"...There is
low confidence in observed recent changes in the total number of extratropical cyclones over both hemisphere..." (TS-37)
Surface Winds Speed...
"...since the 1970s a worldwide weakening of surface wind has likely occurred over land, particularly marked in the NH, with low confidence in a recent partial recovery since around 2010....." (Page 2-62)
Fire Weather...
"...there is high confidence that concurrent heat waves and droughts have increased in frequency over the last century at the global scale due to human influence. There is medium confidence that weather conditions that promote wildfires (fire weather) have become more probable in southern Europe, northern Eurasia, the US, and Australia over the last century..." (Page 11-109)
Greening...
"...Based on available literature, CO2 fertilisation has been the main driver of the observed greening trend, but there is only low confidence in this assessment because of ongoing debate about the relative roles of CO2 fertilisation, high latitude warming, and land management, and the low number of models that represent the whole suite of processes involved....." (Page 3-71)
[bold emphasis added]
Regarding wildfires, the biggest factor in the extreme wildfires that have been seen recently is poor land management (excessive fuel loadings); weather conditions that are more conducive to fires (fire wather) is only a contributing factor.