Death Valley hits 130 degrees, near world record
washingtonpost.com
washingtonpost.com
By the 2050s.. who knows, maybe 140F will be within reach.
I'm already not wanting to work there any more.
The temperature at the surface of the Sun is about 10,000 Fahrenheit (5,600 Celsius).
https://hads.ncep.noaa.gov/cgi-bin/hads/interactiveDisplays/...
*(Transmits each hour at the +1m 40s offset).
> The hottest air temperature ever recorded in Death Valley was 134 °F (56.7 °C), on July 10, 1913, at Greenland Ranch (now Furnace Creek),[6] which is the highest atmospheric temperature ever recorded on earth.
For those who are wondering.
At least we got Fahrenheit 451, but still.
"Burt wrote a detailed 2016 blog post at Weather Underground challenging the 1913 record at Death Valley, explaining that official readings of 134, 130, and 131 degrees Fahrenheit taken on July 10, 12, and 13, 1913 were likely the result of an inexperienced observer. In order for the 1913 Death Valley record to be decertified, though, an official World Meteorological Organization investigation committee would have to be assembled to look into the matter, a years-long process for which there is currently no motivation.
The only other temperature of at least 130 degrees Fahrenheit officially recognized by the World Meteorological Organization is a 131-degree reading at Kebili, Tunisia, set July 7, 1931, which is considered to be Africa’s hottest temperature.
Burt disputed this record: “I mentioned to the WMO about the Kebili temperature of 131 degrees Fahrenheit back in 2012, when asked what I thought the next hottest temperature in Africa (after Al Azzia) might be, since that was the only temperature over 130 degrees Fahrenheit that had an actual date attached to it. However, the Kebili ‘record’ is even more bogus than even the Al Azzia record, and I said so. Kebili is a relatively cool spot in Tunisia (an oasis) and never since the 1930s ever again recorded a maximum temperature above 118 degrees Fahrenheit. The WMO wanted something for their ‘Africa’ section at that time, and somehow the 131 degrees Fahrenheit made it into the database with no consideration of its validity whatsoever. Nowhere in Africa has any reliably observed temperature been measured above 126 degrees Fahrenheit.”"
1. https://www.wunderground.com/blog/weatherhistorian/an-invest...
2. https://yaleclimateconnections.org/2020/08/death-valley-cali...
It’s a lot different though, since you can exit the sauna into air that is substantially colder, you can’t escape the desert heat.
https://brickcollecting.com/merwin.htm
Yeah, I found some cool bricks and wondered if brick collecting was a thing.
Ones made by prisoners. One with a nice glaze etc.
Some people who live in 50C temperatures do not have access to AC or a reliable water source.
https://www.bbc.com/news/world-europe-10904691
Normally in a sauna it's not constantly so humid that sweating wouldn't be able to keep your body temperature normal (as long as you stay hydrated). Throwing water on the stove raises the humidity just momentarily and makes you sweat at full capacity, but normally you would wait for some minutes before throwing more water.
If air is humid enough, sweating can't cool the body anymore because sweat won't evaporate, so already 35C is lethal in 100% humidity.
https://phys.org/news/2020-05-potentially-fatal-combinations...
googles
I guess they can. Seems bonkers though.
It quickly gets uncomfortable when they pour water on hot stones in the sauna. Humidity really makes all the difference.
But then I stepped back into the air conditioning.
The record high for the city is 117 degrees Fahrenheit (47.22C) at McCarran International Airport, most recent previous to today was in June 2017, according to the National Weather Service.
The city has recorded that high temperature five times, including today.
On the other hand an object in sunlight will have temperature that has very complex relationship with a lot of parameters including shape of the object or windspeed.
Further, the object will not come into equilibrium and will show a gradient of temperature meaning the readout will depend on where you measure.
I suppose the air (the wind) tends to be colder than objects in the sun, since most sunshine pass straight through the air.
A way to investigate this, is to step barefoot on flat black stones, in the summer sunshine
* under a tent, i.e. in the shadow and sheltered from direct wind: commonly used and correspond to the temperature of the air;
* wet bulb: more recently under attention, correspond to the effect of cooling by evaporation similar to what a healthy human body does. Wet-bulb often gives much lower number in a dry heat and is more significant for human survival. I’ve read that 32ºC or 88ºF are likely were prolonged exposure lead to adverse health but don’t quote me on that.
Also measuring air temperature is easier and more practical as it is just enough to measure temperature of an object that comes into equilibrium with air.
The third one is radiative equilibrium. You could achieve that in a solar furnace, the object won't get hotter than the black body temperature of sunlight, which is ~5800K.
Maybe the future of humanity is underground, it does not take very far before the temperature is very pleasant. I recall walking down the path in Carlsbad Caverns when it was 100° outside, and the cave was at a constant 53° or so.
Humidity makes a bigger difference than you might think.
Death Valley at 130F and 6% humidity (the current Death Valley humidity) has a heat index similar to somewhere at 100F and 50% humidity (common humidity for DFW, Texas).
Heat index isn't perfect, but 114F with DFW humidity might have felt significantly worse than 130F with Death Valley humidity.
As a Chicagoan, I'd like to see more built that way just for the winter...
That being said, underground is pretty efficient energy-wise, it'll just depend on whether or not that exceeds the costs of building underground, which is generally significant.
I imagine being able to summon a car would become a key feature, for instance, since storing everyone's vehicles indoors is unlikely to be economical.
also whenever it's burning.. I go in the forest, it's a lot chiller obviously..
my point is nature was good a finding solutions for that when possible. Turning light into energy for plants while making cool shadows underneath
There is a temperature/humidity line across which a perfectly healthy person, sitting in shade and drinking unlimited water, will die.
That's why this is terrifying. There's no "gee nature is great a tree will save us" about this.
Could throw it on the asphalt I guess and maybe get some browning to boot.
2 hours at an internal temperature of 130 for pasteurization (and still only rare.)
The problem is the effects of the bacterial activity in the time it takes to reach and hold at 130, which when your cooking medium is dry air at 130 is...quite a while.
No, 130 is just plain rare. Medium rare is ~145.
> You could literally let your steak sit outside all day and end up with a perfectly cooked steak
Well, no, because...
> although I suspect it would be gross and probably loaded with bacteria.
Yeah, it would be rotten, not “perfectly cooked”, even if you are aiming for rare.
Utterly insane for a place known for being cold and rainy.
Check out a Koppen climate classification map:
https://en.wikipedia.org/wiki/K%C3%B6ppen_climate_classifica...
The largest areas on earth are Dfc (subarctic), Dwf (hot desert), and EF (ice cap). The pleasant areas - C?? and D?[ab] - are relatively small parts of the earth surface. If climate change lifts the cool-summer zones of earth (those ending in c or d) into warm-summer, it has a lot more headroom to increase human-habitable areas than the heating of already-hot areas.
Climate change will likely be good for humanity and fatal for a significant portion of humans. These are not mutually-incompatible statements.
Sunrise is 5:39am, but it's actually in mountain shade until 6:14am. Sunset is 8:07pm, but it's actually already in mountain shade at 7:43pm. The mountains cut out a good hour of direct sunlight.
Here's an interactive map if you're interested: https://shademap.app/#36.4344,-116.85894,12z,1625922915384t
https://www.geographyrealm.com/geography-facts-about-death-v...
"The confluence of several topographical and geographic factors have resulted in some of Earth’s highest air temperatures. Solar heating of the desert floor, the movement of warm air from adjacent areas (known as advection), adiabatic heating as air descends the ranges west of Death Valley, and the trapping of air in the valley all contribute to scorching temperatures. "
There’s a reason park brochures don’t show overnight trails. The reason is reality thumps theory and the reality is harsh.
Imagining it as someplace like Disneyland is a bad idea.
The hottest I ever experienced there was 124° on the big sign by the general store. The temperature sensor in my car said it was hotter, but I was mostly amazed that a Fiat and its tiny air conditioner was able to cope with 120's for a week.
I've been using the map for mountaineering and in my experience it's quite accurate +/-2 to 3 minutes.
Do you live in the extreme north or south? Maybe the elevation data for your region is not accurate. The buildings are not quite fleshed out yet. Here's another project that might provide better results: https://app.shadowmap.org
It probably works a lot better in nature where all of the sources of shadow are natural mountains.
Yesterday, it reached 130 at 23:54 GMT.
But it's trending hotter today: the current hour peak temperature is 127.4, and the same hour peak temperature yesterday was only 124.4. There's about two or so more hours of heating left in the day, which yesterday added 5.6 degrees in heat vs the 2100 hour peak.
If that happens - the same heating would cause it to reach 133F - it'll shatter the (reliable) world records.
Have been to the Death Valley twice in November and January. Truly amazing place!
I love these programmer types on HN that are always looking for some way to tell someone they’re wrong.
I know, let’s spend a few hours to plot every day it was 120, 121, 122, 123 on a chart, debate the role of “feels like” temperatures, debate what all the time means, and then we can have an Internet panel decide if 130 really does seem like a particularly hot day for someone from Palm Springs.
And by the way, since you’re so smart, how is 123 “no where close” to 130?
Even according to @EliRivers's link, it only hit 121 twice. Unfortunately the article doesn't have 120, but given the distribution it's fair to assume it's only been a handful of times historically as well.
Nobody's talking about "feels like" temperatures (they don't exist on thermometers), and "all the time" doesn't need a debate -- it's obviously significantly more than once a summer, for example.
So in every possible way, it seems your statement that Palm Springs hit 120 all the time is 100% wrong. It would be better to just accept that graciously.
It doesn't technically mean "all the time", but if you were born in say '89, 3 years in a row could be half your life at that point. And those kinds of early memories/conclusions are the ones you carry with you well into later in life.