At higher levels, I think impromptu calls/messages of a time-sensitive nature are probably more common. But, in general, phone calls out of the blue are less accepted than they were 10-20 years ago outside of a very close circle. And in business there would probably be a preceding message to the effect of “can we chat?”
Arguably Linux wouldn’t have happened absent GNU although a lot of people I know argue that BSD would have eventually evolved to someplace like where Linux is today in spite of various legal and community factors holding it back.
Although it’s also the case that people like me owned cell phones for quite a while but didn’t use them to any material degree especially for personal uses for a while.
Per minute costs were expensive, roaming from your local city took a lot of work, they were bulky bag phones and you still had to pay separate long distance charges, I’m not surprised.
Sprint changed that in the late 90s where all calls were 10 cents a minute anywhere you were calling from and too and you stayed on their network.
Exactly. I eventually bought one and then an other and chose a calling area that was most likely to correspond with people I might communicate with on trips and the like but it was backup/emergency use. Not something you used personally day to day or even maybe week to week.
Namche (damn autocorrect) Bazaar which everyone in the Everest region passes through is a bit over 11K feet. 12-15K feet just isn’t that high in the scheme of things. Many peaks in the western US are in that range or more. Yes, minor headaches are pretty normal when acclimatizing. But anything more, you need to go down.
I've been to Nepal a few times and started feeling AMS symptoms about 1-2 hours after arriving at our lodge in Namche. Diamox kept me going great for the nxt few days on our way to Tengboche where we maxed out about 13k feet, besides the heli flight back to Lukla. Similar symptoms even at a ski resort at 9k feet in the US. It's "not that high" but plenty high to induce AMS.
There's a big difference between doing a day trip to those altitudes which is normally ok, and sleeping that high which causes problems if not acclimatised.
> There's a big difference between doing a day trip to those altitudes which is normally ok, and sleeping that high which causes problems if not acclimatised.
I'm not sure what point you're trying to make. People regularly experience AMS at the heights far below what OP mentioned, whether on the day they arrive or on days 2-4, and that's not even accounting for strenuous physical activity.
I think you mean continental United States, as Alaska and Hawaii are excluded, where-as Alaska is contiguous with the United States, but requires crossing through parts of Canada to reach by land. That said, yes Whitney is the highest in the continental US, and McKinley in Alaska is the highest in the US (and contiguous US) and is also the tallest in the world from base to peak and the third most prominent peak in the world.
It's exactly the other way around actually, continental US would include Alaska since it's still on the North American continent whereas contiguous US excludes both Hawaii and Alaska. Contiguous US refers to the lower 48 states.
Continental "could" include Alaska (it's even in the official U.S. Board on Geographic Names definition), but in practice when "continental US" are casually mentioned, it's rarely implied as included. Most use it as interchangeable with contiguous.
Both "contiguous us" and "continental us" are correct terms for referring to sets of US states, even though they are mistakenly often used interchangeably in casual talk:
"On May 14, 1959, the U.S. Board on Geographic Names issued the following definitions based partially on the reference in the Alaska Omnibus Bill, which defined the Continental United States as "the 49 States on the North American Continent and the District of Columbia..." The Board reaffirmed those definitions on May 13, 1999."
"The contiguous United States, also known as the U.S. mainland, officially referred to as the conterminous United States, consists of the 48 adjoining U.S. states and the District of Columbia of the United States in central North America."
"Continental" is also a casual way to refer to European things, but that's a different overloading of the term. Continental is not confined to meaning "European", except where the context implies so (e.g. "continental philosophy", or "continental breakfast"). A leftover from the British refering to Europe as "the continent", it being the nearby continental body next to them.
>where-as Alaska is contiguous with the United States, but requires crossing through parts of Canada to reach by land.
Contiguous means the 48 connected (contiguous) states. It never includes Alaska.
And even though definitionally/officially continental could include it (it's in the same continent), in common use "continental US" is not meant to include Alaska either.
That’s like saying the US is contiguous with Japan, you just have to cross through parts of the Pacific Ocean to get there. Contiguous precisely means you don’t have to cross anything else to get there, it is connected.
I went from sea level to 11k feet in the same day many times before. I would say the altitude effect is there but not as much as you might expect. A little quicker to be out of breath a little longer to recover it. Not sure what it is like at higher elevations or greater daily altitude delta.
I guess fitness makes a difference from what these other comments are saying. My ex-wife and I lived in Long Beach (which is obviously sea level) when we were in ROTC and pretty regularly took day trips out to San Gogornio and walked to the summit in about five hours, which is ~11,500ft. Not once did that have any noticeable effect, but we were both pretty serious runners back in the day trying to become Army officers. On the other hand, she tried to summit Aconcagua during a spring break and couldn't make it due to altitude sickness. I've never been higher than Mt. Whitney, personally.
Even if you don't feel it, the altitude still makes a difference, though. I recall doing two-a-day hell weeks at Big Bear at the end of summer cross-country training in high school and there was a 5k up there at the end of that week. We all got worse times than typical at sea level, and somewhat amusingly, I recall a high school senior from Rim of the World High School (who lived up there) getting 2nd place overall the first year I ever competed in that race, beating way more seasoned competitors just because he was used to the altitude.
It works in reverse, too. There was an officer in my Armor Basic Officer Course from Colorado who gave himself rhabdo during the two-mile test the first week we in-processed, apparently because he was so used to altitude that he hadn't quite acclimated to Fort Knox atmosphere.
If anything, fitness makes you more susceptible to altitude sickness. It's not an inherent effect, but rather your habits driving you to do things you shouldn't. You are supposed to take things lazy and slow when acclimatizing to high altitude. But if you're fit, you may be used to moving too fast and pushing yourself too hard. You may not recover from exertion as quickly as you expect, and you may end up climbing higher every day than you should.
Altitude sickness typically starts after 12–24 hours. If you climb high and come back down in the same day, there is usually not enough time for the symptoms to start. And 11,500ft is not that high altitude. People routinely fly to Cuzco, La Paz, Lhasa, and Leh from sea level, and most of them suffer no serious ill effects.
It's pretty widely accepted in the climbing world that the primary effect of altitude in the short-term is a reduction in your cardiovascular fitness.
The better your heart is at getting oxygen into your muscles and organs, the better it can compensate for less oxygen.
Not a bulletproof solution to altitude sickness, but it's definitely one of a lot of variables that matters. It's also just true that some people are way more susceptible regardless, I've got friends who run competitive marathon times who get splitting headaches flying from sea level to denver.
Not really. Altitude sickness seems quite random in who it effects worst. I trekked to the top of Mera Peak (~21,000 ft) many years ago. 3 of the fittest people in our party got altitude sickness and didn't make it to the peak.
Very much dependent on age, rest and general conditioning. I went from sea level to 14K at Pikes peak in 1 day and it was quite uncomfortable. I managed, but folks who lived in Denver with lower physical fitness levels than me, did better.
Agreed, we live at ~5K and went up to Pikes Peak; my wife and I had no problems (beyond minor headache), but my son's lips were turning blue and he was feeling pretty bad.
Other amusing things from that trip: we went up there the 3rd of July, and it snowed. We charged the car in Colorado Springs before we left, got up to the peak with 36% battery remaining. My wife worried we wouldn't be able to make it back. Got back to CS with ~70% battery left.
Lol, on my trip up Pikes Peak I was blissfully unaware that altitude sickness could be a thing. So I can't recall if I felt any different. I do recall the carburetor on my motorcycle was acting a little strange, however.
I went from ~500 ft above sea level (Palm Springs) up to 8,500 feet above sea level (San Jacinto Peak) in less than an hour via the aeria tram a couple months ago and it was very noticeable, my walking speed fell by a third and I was breathing a lot harder than I usually do.
Same. I've climbed Mount Adams (12,280 feet) several times, including once with an overnight stay at 9,500 feet as well as other times when I did the whole ascent and descent in a single day.
It's a tiring climb and a tiring descent, but I never felt a hint of altitude-related discomfort.
I lived near sea level and didn't often go anywhere more than about 1,000 feet above sea level in daily activities.
Funnily enough the consumer impact of DRAM etc. costs came up in an unrelated interview I was doing at Kubecon last week. She also made the observation that a lot of these big companies are buying components to keep in reserve for data centers that haven’t even been built yet.
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