hikersinger
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I've had the privilege of hiking enough to achieve the 3-season NH 48, complete nearly two-thirds of the same in winter so far, hike Katahdin in Maine, all five Vermont 4000-footers, and a couple peaks in the Adirondacks in New York. But I'd not yet had the opportunity to ascend higher than Mt. Washington's 6,288 feet, the highest altitude in the northeast. For some time I had wanted to hike out west, where many, many peaks rise to well over 10,000 feet. I was fortunate enough to have that opportunity with a trip to Portland, Oregon for a work-related conference.
While Portland isn't part of the Rocky Mountains, I quickly found that it did offer some great, higher-altitude options, as it lay just west of the Cascade Range, a major mountain range that extends from British Columbia, through Washington and Oregon and down into northern California. There were a few options, all within just a couple hours. The pointy summit of Mt. Hood (11,250') lay prominently to the east of Portland, still within Oregon. And, over the border into Washington State, Mt. Adams (12,276') was just an hour or so north of that, and Mount Saint Helens (8,366') was visible to the northeast. And, of course, there's Mt. Rainier (14,411'), the highest peak in the lower 48 states, just a little bit farther north.
Through research, I found Mts. Hood and Rainier to be not-so-practical options since they require either technical climbing or equipment, something I didn't feel so ready to jump into. I've since heard that the south route up from Timberline Lodge offers a reasonably straightforward ascent, and Rainier is mostly straightforward, though equipment is still required for crevasse danger on glaciers.
Mt. Adams, however, looked to be an excellent option, and it happened to be the highest of the three in the more immediate vicinity anyway, save Rainier, which would be a longer, more involved trek. After reading numerous trip reports and the more official descriptions of the mountain, Adams proved to be my best bet for a first higher-altitude experience.
I decided on a plan that I hoped would address my acclimatization concerns, as many start feeling the effects of the thinner air once you approach 10,000 feet. While Mt. Adams is just a 12 or so mile round-trip hike that can be done in one day, the route ascends 6,700 vertical feet in about 6 miles, which isn't something to take lightly. I didn't want to push my luck, having not been anywhere near that high before, and having no experience hiking glaciers, nor in the west at all. The first part of the hike is quite easy but once you get to the 9,000 foot elevation, you're hiking on snow/ice and the pitches become quite steep, making for a very long day of hiking.
So, I put together a sensible and safe plan:
Day 0 - drive to the South Climb #183 trailhead (5,400') and car-camp overnight
Day 1 - hike up to the "Lunch Counter," a plateau that lies at about 9,400' and features numerous tent platforms shielded by makeshift rock walls; tent overnight
Day 2 - push to the summit and hike all the way down
This plan would provide ample time to acclimatize at approximately one-third and two-thirds the total altitude of the mountain. The overnights especially would be very helpful; this is the kind of thing mountaineers do when they prepare to summit the highest peaks in the world. With the very high peaks, it is customary to climb a few thousand feet, acclimatize for a day or more, hike back down, ascend a little higher, acclimatize, hike all the way down again, hike back up further, and so on. This is really only an issue once you start getting above, say, 20,000 feet, where the oxygen levels in the air get very low. With Adams, I would be just a few thousand feet beyond the point where the air starts to get thinner, so this "3-day" acclimatization should be more than enough.
All this planning and acclimatization are very important, for with high-altitude mountaineering, there is the possibility of two serious medical conditions that the large change in altitude can bring on: HACE (High-Altitude Cerebral Edema) and HAPE (High-Altitude Pulmonary Edema). They involve the deficiency of oxygen to the brain, and lungs, respectively. When you're not careful, the quick loss of oxygen can starve the body of the essential oxygen it needs, and these conditions can and do cause serious illness, and even death. Again, this is not so much a real/certain issue until you get into the 20,000-foot altitude ranges or higher, but it's still something to consider, and plan for.
In addition to the overnights, I would follow two more important practices to help ensure these conditions don't happen, and I remain healthy and strong throughout the hike.
The first involves measured, deep breathing to maximize oxygen intake, as well as minimize the amount of carbon dioxide in the body. You slowly and deeply breathe in through both mouth and nose, flaring your nostrils to maximize air intake; then you exhale quickly and somewhat forcefully through the mouth, using pursed lips. Variations of this technique are well-documented and help prevent the higher-altitude symptoms many feel once they ascend beyond around 10,000 feet (headaches, dizziness, fatigue, nausea, loss of appetite, and a general feeling of malaise).
The second practice would be the "rest step," which is excellent at conserving muscle energy and a key part of lengthening endurance up high. You step up and kick the toes of one foot into the snow to establish your ascent step, while straightening and locking your downslope leg so it holds the majority of your body weight. By locking the knee, you're making your skeleton hold the weight of the body (and the pack you're wearing), giving your muscles and tendons a valuable break so they don't get tired. In between each step, as you're back leg is locked in place, you wait a second or more, resting enough to make sure your heart rate stays low and maintainable. This helps prevent perspiration so you don't have to hydrate as much, and it saves your body from requiring more oxygen, which gets to be in shorter supply, the higher you go.
[ continued in the comments below... ]
I've had the privilege of hiking enough to achieve the 3-season NH 48, complete nearly two-thirds of the same in winter so far, hike Katahdin in Maine, all five Vermont 4000-footers, and a couple peaks in the Adirondacks in New York. But I'd not yet had the opportunity to ascend higher than Mt. Washington's 6,288 feet, the highest altitude in the northeast. For some time I had wanted to hike out west, where many, many peaks rise to well over 10,000 feet. I was fortunate enough to have that opportunity with a trip to Portland, Oregon for a work-related conference.
While Portland isn't part of the Rocky Mountains, I quickly found that it did offer some great, higher-altitude options, as it lay just west of the Cascade Range, a major mountain range that extends from British Columbia, through Washington and Oregon and down into northern California. There were a few options, all within just a couple hours. The pointy summit of Mt. Hood (11,250') lay prominently to the east of Portland, still within Oregon. And, over the border into Washington State, Mt. Adams (12,276') was just an hour or so north of that, and Mount Saint Helens (8,366') was visible to the northeast. And, of course, there's Mt. Rainier (14,411'), the highest peak in the lower 48 states, just a little bit farther north.
Through research, I found Mts. Hood and Rainier to be not-so-practical options since they require either technical climbing or equipment, something I didn't feel so ready to jump into. I've since heard that the south route up from Timberline Lodge offers a reasonably straightforward ascent, and Rainier is mostly straightforward, though equipment is still required for crevasse danger on glaciers.
Mt. Adams, however, looked to be an excellent option, and it happened to be the highest of the three in the more immediate vicinity anyway, save Rainier, which would be a longer, more involved trek. After reading numerous trip reports and the more official descriptions of the mountain, Adams proved to be my best bet for a first higher-altitude experience.
I decided on a plan that I hoped would address my acclimatization concerns, as many start feeling the effects of the thinner air once you approach 10,000 feet. While Mt. Adams is just a 12 or so mile round-trip hike that can be done in one day, the route ascends 6,700 vertical feet in about 6 miles, which isn't something to take lightly. I didn't want to push my luck, having not been anywhere near that high before, and having no experience hiking glaciers, nor in the west at all. The first part of the hike is quite easy but once you get to the 9,000 foot elevation, you're hiking on snow/ice and the pitches become quite steep, making for a very long day of hiking.
So, I put together a sensible and safe plan:
Day 0 - drive to the South Climb #183 trailhead (5,400') and car-camp overnight
Day 1 - hike up to the "Lunch Counter," a plateau that lies at about 9,400' and features numerous tent platforms shielded by makeshift rock walls; tent overnight
Day 2 - push to the summit and hike all the way down
This plan would provide ample time to acclimatize at approximately one-third and two-thirds the total altitude of the mountain. The overnights especially would be very helpful; this is the kind of thing mountaineers do when they prepare to summit the highest peaks in the world. With the very high peaks, it is customary to climb a few thousand feet, acclimatize for a day or more, hike back down, ascend a little higher, acclimatize, hike all the way down again, hike back up further, and so on. This is really only an issue once you start getting above, say, 20,000 feet, where the oxygen levels in the air get very low. With Adams, I would be just a few thousand feet beyond the point where the air starts to get thinner, so this "3-day" acclimatization should be more than enough.
All this planning and acclimatization are very important, for with high-altitude mountaineering, there is the possibility of two serious medical conditions that the large change in altitude can bring on: HACE (High-Altitude Cerebral Edema) and HAPE (High-Altitude Pulmonary Edema). They involve the deficiency of oxygen to the brain, and lungs, respectively. When you're not careful, the quick loss of oxygen can starve the body of the essential oxygen it needs, and these conditions can and do cause serious illness, and even death. Again, this is not so much a real/certain issue until you get into the 20,000-foot altitude ranges or higher, but it's still something to consider, and plan for.
In addition to the overnights, I would follow two more important practices to help ensure these conditions don't happen, and I remain healthy and strong throughout the hike.
The first involves measured, deep breathing to maximize oxygen intake, as well as minimize the amount of carbon dioxide in the body. You slowly and deeply breathe in through both mouth and nose, flaring your nostrils to maximize air intake; then you exhale quickly and somewhat forcefully through the mouth, using pursed lips. Variations of this technique are well-documented and help prevent the higher-altitude symptoms many feel once they ascend beyond around 10,000 feet (headaches, dizziness, fatigue, nausea, loss of appetite, and a general feeling of malaise).
The second practice would be the "rest step," which is excellent at conserving muscle energy and a key part of lengthening endurance up high. You step up and kick the toes of one foot into the snow to establish your ascent step, while straightening and locking your downslope leg so it holds the majority of your body weight. By locking the knee, you're making your skeleton hold the weight of the body (and the pack you're wearing), giving your muscles and tendons a valuable break so they don't get tired. In between each step, as you're back leg is locked in place, you wait a second or more, resting enough to make sure your heart rate stays low and maintainable. This helps prevent perspiration so you don't have to hydrate as much, and it saves your body from requiring more oxygen, which gets to be in shorter supply, the higher you go.
[ continued in the comments below... ]
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