But I guess you're right -- I've had friends heat stroke after 2-3 hrs of unshaded exposure when it hits ~92+ i.e. soccer pickup games. Shade will carry you a long way, even without AC though -- I have extended family in La Guajira that still lives like this.
> But I guess you're right -- I've had friends heat stroke after 2-3 hrs of unshaded exposure when it hits ~92+ i.e. soccer pickup games. Shade will carry you a long way, even without AC though -- I have extended family in La Guajira that still lives like this.
Oof...yep, same experience, especially when the sun isn't occluded by clouds. It's gnarly.
From https://www.houstontx.gov/health/Epidemiology/e-heat-illness....:
> In the summer of 2000, 26 deaths involving Houston residents were reported. In 2001, 13 deaths were due to heat.
From https://environmenttexas.org/news/txe/global-warming-increas...:
> Thursday, September 6, 2007, HOUSTON – The death toll from extreme heat in Houston each summer will increase from about 24 to nearly 32, resulting in 192 additional heat-related deaths by mid-century
> > Thursday, September 6, 2007, HOUSTON – The death toll from extreme heat in Houston each summer will increase from about 24 to nearly 32
The actual number of heat deaths in Houston and Harris County in 2018 was 15; Houston itself sees 4–6 per year. Maybe air conditioning is more common a decade later than was originally predicted, or perhaps medical intervention arrives more quickly or is more effective.
Sources: https://nihhis.cpo.noaa.gov/Urban-Heat-Island-Mapping/Campai... and https://www.houstonpublicmedia.org/articles/news/in-depth/20...
The reason why I think this distinction is important is because there is some level of heat + humidity where it really does mean death to anyone in some short amount of time.
I can’t even imagine how hot it would have felt at 95° F or higher with the same humidity—I wouldn’t be surprised if it was deadly.