1) what would you say is the suggested amount of time to start to acclimate yourself on day one? One night of sleeping at base?
We are flying out then driving to area, base is around 5500 to 6000. Some of the areas I have scoped out are 7500 to 9000 for hunting
I am assuming that your ideal situation would be to camp as close to the hunting area as possible in order to spend your time productively instead of hiking to and from your hunting spot each day? If that is the case, 7500 & 9000 are pretty moderate elevations. I'd say if you spend one while night and one whole day at the base before moving up and sleeping at 9K, you'd probably be fine. I have flown from sea level to a base camp at 7200' in AK dozens of times and have never had anyone on one of my trips suffer from even mild AMS on that program. Most notice a slight increase in HR and RR, but that is about it. 9K is a little different and worth taking a day or two down low before sleeping high I'd say.
2) would it be better to always set our camp in lower areas then hike up to start hunting for the day?
Initially thought of setting camp high but my has changed a bit.
Personally I'd want to camp as close to the hunting zone as possible rather than commute each day. At the moderate elevations of your target hunt, I don't there is much need for concern about sleeping as high as you want up to 9K after a day or two down low.
3) Start taking Diomox before we get there as a preventive measure or just have it as back up? I know I will of course be discussing this with my doctor but curious to hear what you experienced
I typically wouldn't recommend or think anyone would benefit much from Diamox below 10K, even that is a little low for most to start considering it. My preferred strategy is always to let my body run through it's natural cycles and avoid intervening with that process unless it is necessary. In other words, I use meds to treat conditions and symptoms as they arise rather than prophylactically.
4) I am beginning to get the feeling that unless you live out west everyday at these elevations.....we all get some form of altitude sickness, be it minor to major, until our bodies acclimate.
When sleeping above 10K, I would say it is more common than not that most feel a little "scuzzy" for at least a day. Certainly not all though. At or above 14K the question typically becomes how bad will I feel. Above 17K, pretty much everyone feels like dog crap for a few days if not their entire stay, and trying to avoid edema is the name of the game. Above 10K, every 1k of elevation gain is significant.
I am seeing the real problem is us guys from the east ( or other lower areas) are just on a time crunch thus don't want to waste time sitting around till our body adjusts. Keep in mind most sport teams will go out days in advance and train at their away venue days in advance for big events
Exactly. Going too high too fast. Patience is a virtue and an ounce of prevention is worth a ten pounds of cure in these environments.
Here is an interesting summary of how atmospheric pressure affects the availability of O2. Bear in mind that air is made of up 21% oxygen regardless of what elevation you are at. At higher elevations (lower atmospheric pressure) those O2 molecules are farther apart meaning we take in fewer with each breath.
At 7K, it feels like there is 23% less O2 than at sea level
At 10k, 31% less
At 14K, 41%
At 17K, 48%
At 20k, 54%
The predicted SpO2 (oxygen content of our blood) at these altitudes for properly acclimated folks is as follows:
At sea level, 97-100% SpO2 is normal.
At 5k, normal SpO2 is 92-93
At 7.5K, 92-93
At 10K, 89-91
At 15K, 86
At 20K, 76
So even after "properly" acclimatizing, our bodies are still making do with significantly less O2 in our blood stream than we are used to at our home elevation. This has obvious effects on things like physical and mental performance even in the best case scenario.
In a clinical situation, docs start freaking out when someones SpO2 dips into the mid-nineties. I have treated folks that, although still functioning to some degree, were quite sick with an SpO2 that had dipped into the mid-forties. These people typically make a full recovery within a day or two at lower elevations. Most medical professionals without experience at high altitude would say this is impossible. They have a term for a body with an SpO2 in the mid-forties...dead. The human body is a pretty remarkable machine.