Heat islands caused by human cities are actually because of all the concrete and asphalt and glass which reflect and absorb ungodly amounts of heat, not use of A/CAC = big increase in electricity bill and also the fact that radiators exhaust heat means in a dense area a bunch of them will make the exterior even hotter.
Heat islands caused by human cities are actually because of all the concrete and asphalt and glass which reflect and absorb ungodly amounts of heat, not use of A/C
In Hong Kong, the widespread use of air conditioning during the summer contributes to making the city hotter, creating a cycle where increased cooling demand leads to more heat being expelled outdoors. This phenomenon, known as the urban heat island effect, is exacerbated by the high density of buildings and concentrated energy consumption from air conditioning.
Window AC is not banned, it's just bulky and cumbersome because our windows don't work like American windows.
I am on a similar yearly plan for my heat pump system that's $200 a year but that includes a new Aprilaire filter every 6 months and 10 year warranty on parts and laborThat doesn't sound so bad, especially if you're using it regularly, I also don't think he has to do yearly maintenance, but it's what they recommended because if something does break it will cost much more to fix; he's gonna try and find someone to explain it to him so he can just do it himself instead.
Think he meant heat related deaths number in the US not using the same methodology as Europe. There is no way there arent more than 1600 heat related heart attacks in the US each year.Nah, those numbers are good for the US. Firearm deaths are HEAVILY tracked.
Of course half are from suicides so don't represent "gun violence", but in this context of "gun deaths vs heat deaths" to illustrate the magnitude of the issue for europe, it's a good one.
Compare fentanyl ODs to heat deaths and the gap closes.
Yeah this is pretty much the only solution for most Europeans. Not ideal. It's something they would basically never use and something nobody has storage for.there are ok-ish adaptors for the tube ones tho.
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You're referring to your OP where you mention Nature and EAA? The EAA is citing journal papers, including a few from Nature. The statistic is still an excess mortality statistic, which differs from what's been reported in the USA. Similar discrepancies came up during COVID where excess death statistics outnumbered actual reported deaths. It's not an apple to apple comparison.Three different stats were cited for Europe
It is around 75 to 100 dollars more a month. And I run natural gas in the winter.AC = big increase in electricity bill and also the fact that radiators exhaust heat means in a dense area a bunch of them will make the exterior even hotter.
I thought I was dying yesterday at 33 degrees Celsius (91 degrees Fahrenheit).
A lot of america is actually at the same latitude as north africa, what we would consider "the north" is at the level of southern europe.
Hong Kong is by a wide margin the most densely populated location on EarthHeat has to go somewhere, it goes outside. From google Ai:
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We're talking higher than 28C. That's the temperature my AC units are detecting right now in my house, at 9:20 AM, and it's perfectly tolerable (hence the AC is off). But when I got home last night, it was 32C at 11 PM. And right now temperatures in general here are milder than last week, and milder than last year in July too.I don't know the specifics, but he has three floors, and all three will have AC when it's done.
it varies from person to person I'm sure, it's currently 28C in the room I'm sitting in and it doesn't bother me at all, nor am I sweating.![]()
It's a well perpetuated myth. Check all the lists, people are shocked that Paris is near the top.Hong Kong is by a wide margin the most densely populated location on Earth
No European city has that kind of population density. Most cities which have enormous populations, like Tokyo, Shanghai, and Jakarta, are extremely spread out
there are ok-ish adaptors for the tube ones tho.
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Wow. Interesting AC. Never seen something like this before with tubes. Only external AC I've ever seen are the big boxy window type.Yeah this is pretty much the only solution for most Europeans. Not ideal. It's something they would basically never use and something nobody has storage for.
Geez, 20C in summer? I'm perfectly happy with anything between 24 and 30.Get home to Australia and enjoying a frosty 17c or perfect 20c throughout the entire house year round completely hidden you take it for granted.
I find it disappointing that we still haven't figured out some bio-physical way to tackle this on scale.
Like using water, plants, wind etc to cool down buildings.
Everything is concrete walls.
We should make this standard in buildings.
A lot of elderly Italians surely don't stay outside a lot in the heat.don't think this has to do with old people being outside
I live in California, and our desert cities, like Palm Springs, are nothing but old people playing golf all day in +100 weather
they stay hydrated and take advantage of other ways of regulating their temperature, such as going indoors or going under shade when needed
visit desert towns in California, or even much of Arizona, and you'll tons of people in their 70s or older doing recreational activities in +100 degree weather. I guess it is possible us Californians are also just better acclimated for heat.
whenever I hear about tons of people dying in UK from a heatwave, it does seem largely avoidable
I live in the USA but my parents are from Europe and I've spent a ton of time thereA lot of elderly Italians surely don't stay outside a lot in the heat.
I think part of the problem is, when you've acclimatized to the heat because you've had it all your life, you've developed ways of coping with it. When I visited the US in the mid 90s, the heat was simply unbelievable compared to what we had at home. Orlando was a nightmare with high humidity outside, and freezing AC blasting on your neck the second you stepped into any building. I was just a teenager, but that would probably get me sick quickly these days.
Average temperatures in Europe have risen quite quickly, and people here complain about the heat but still act like nothing has changed. So they drink little fluids, don't eat enough, sleep terribly because of excessive heat, sweat a lot, and do zero activity because it's too hot.
...I mean obviously, this is a bit of a silly comparison.I guess it is possible us Californians are also just better acclimated for heat.
yeah but I've also heard that the degree humans are able to acclimate is largely blown out of proportion...I mean obviously, this is a bit of a silly comparison.
There aren't high temperatures year round in most of europe, these heat waves are sudden spikes in very short periods of time, so it might be 22C one day, and then 35C the next, and then summer ends and it's below 15 for most of the year.
Yes but the point is that it's sudden, so it catches people off guard, it's definitely not people dying from heat insidethe bigger problem, as others mentioned, is not drinking fluids, not dressing appropriately, not getting reprieve from the heat
this isn't unique to Europe though. I just came back from Chicago where it was raining and cold in the morning then close to 100 a few hours later.Yes but the point is that it's sudden, so it catches people off guard, it's definitely not people dying from heat inside
Nobody said it was?this isn't unique to Europe though
My whole point is that this could largely be prevented if people took basic precautions like drinking water and dressing coolerNobody said it was?
The premise of the thread was that the deaths might be AC related, which is extremely unlikely, and as others have already pointed out there's probably a big difference in reporting methods of these "deaths by heat", so if you're now thinking people are just dropping dead in droves on the street, that's not happening either.
It is?AC related, which is extremely unlikely
As mentioned it's probably much lower due to how the deaths are reported, the people that are dying were most likely already one bad day away or genuinely caught by surprise by a high heat + high humidity combo.hence the disparate death rates in places with similar weather.
Definitely, it's generally much cooler inside than outside even without AC; few days ago it was 36C here, but inside it didn't go above 29C.It is?
take this with a grain of salt because ChatGPT, but I asked it for some stats on indoors vs outdoor deaths. This does largely seem to be an AC issue after all. Majority of Europeans are dying indoors form heat whereas in the USA heath deaths are largely outdoors, suggesting this is indeed an AC issue:It is?
70% of the deaths happen indoors. if people are dying inside, its an AC issue. or at least could be avoided with AC.As mentioned it's probably much lower due to how the deaths are reported, the people that are dying were most likely already one bad day away or genuinely caught by surprise by a high heat + high humidity combo.
Definitely, it's generally much cooler inside than outside even without AC; few days ago it was 36C here, but inside it didn't go above 29C.
It's not really an "AC issue" when the people who are dying are already that weak constitution wise, but yes as you say it's something that might've been avoided with an AC.70% of the deaths happen indoors. if people are dying inside, its an AC issue. or at least could be avoided with AC.
Why Methodology Matters Most
The WHO's use of excess mortality captures a wider range of heat-related impacts, including indirect deaths that the CDC's death certificate-based approach often misses. Studies comparing heat-related mortality between the U.S. and Europe note that when similar excess mortality methods are applied, the rates become more comparable
And the EEA and Nature data?As for the reported deaths, since we're bringing LLMs into this, this is what grok says: