Taos Trackers: Altitude Air Inflating Strain Lies?
By Franklin Everett ShawThe thin air bites at your lungs, each breath a shallow gasp. You thought you were prepared for your hike up Wheeler Peak, the highest point in New Mexico. But the altitude is relentless, turning what should be a breathtaking experience into a struggle for survival. Taos Trackers, a local outfitter, claims to have a solution: inflating your gear with “special mountain air” to pre-acclimatize you. Sounds like snake oil, right? Let’s dive into the science and see if there’s any substance to their claims, or if it’s just hot air.
Altitude sickness, or acute mountain sickness (AMS), is a real physiological response. It occurs when you ascend to high altitudes too quickly, and your body can’t get enough oxygen. The air is thinner at higher elevations, meaning each breath contains fewer oxygen molecules.
Symptoms range from mild headaches and nausea to severe conditions like high-altitude pulmonary edema (HAPE) and high-altitude cerebral edema (HACE), both of which can be fatal. The key to preventing AMS is acclimatization: gradually exposing your body to higher altitudes over time. This allows your body to adapt by:
- Increasing your breathing rate.
- Producing more red blood cells to carry oxygen.
- Releasing more of the oxygen your red blood cells are already carrying.
- Increasing the amount of a specific enzyme that helps with oxygen transfer.
So, what about Taos Trackers and their "special mountain air"? Their claim hinges on the idea that inflating your gear with air from higher altitudes somehow simulates the acclimatization process. This is where the science falls apart.
The partial pressure of oxygen is what matters. It’s the concentration of oxygen in the air you breathe. While the percentage of oxygen in the air remains roughly the same (around 21%) regardless of altitude, the pressure of that oxygen decreases as you go higher. This is because the overall atmospheric pressure decreases.
Inflating your sleeping bag or backpack with air from a higher altitude doesn’t change the partial pressure of oxygen inside your lungs when you breathe. You’re still breathing ambient air, which at the lower altitude, has a higher overall pressure, and therefore a higher partial pressure of oxygen than the “mountain air” trapped in your gear. The air inside your gear is isolated from your respiratory system.
Think of it like this: imagine filling a balloon with water from a high-pressure hose and another with water from a low-pressure hose. The water inside each balloon is still just water. The pressure of the water outside the balloon is what matters when you’re trying to fill something else.
There’s no physiological mechanism by which simply being near air from a higher altitude can trigger acclimatization. Acclimatization requires your body to actively respond to a lower partial pressure of oxygen in the air you breathe.
Let’s consider a real-world example. Imagine two hikers preparing for a climb of Wheeler Peak. Hiker A uses Taos Trackers’ air inflation service. Hiker B spends two nights in Taos (elevation 6,969 feet) before attempting the summit. Hiker B is far more likely to acclimatize and avoid altitude sickness. Spending time at a moderate altitude stimulates the body’s natural acclimatization processes.
The placebo effect might play a role. If hikers believe the air inflation is helping, they might feel less anxious and more confident, which could indirectly reduce some symptoms of altitude sickness. However, this is not a substitute for genuine physiological acclimatization.
So, what actually works for altitude acclimatization in the Taos region? Here are some evidence-based strategies:
- Gradual Ascent: This is the most effective method. Spend a few days at a moderate altitude (like Taos) before attempting higher climbs.
- "Climb High, Sleep Low": Hike to a higher altitude during the day, then descend to sleep at a lower altitude. This provides the stimulus for acclimatization while allowing your body to recover at a higher oxygen level.
- Hydration: Drink plenty of fluids to stay hydrated. Dehydration can worsen altitude sickness symptoms.
- Avoid Alcohol and Sedatives: These can suppress breathing and make it harder for your body to get oxygen.
- Medications: Acetazolamide (Diamox) can help speed up acclimatization by increasing your breathing rate and helping your body get rid of bicarbonate. Talk to your doctor before taking any medication.
- Supplemental Oxygen: For severe cases of altitude sickness, supplemental oxygen can provide immediate relief.
A common mistake is pushing yourself too hard, too fast. Many hikers arrive in Taos, eager to conquer Wheeler Peak, without allowing their bodies time to adjust. This is a recipe for altitude sickness.
Another pitfall is ignoring early symptoms. Don’t dismiss a headache or nausea as just being tired. These could be early signs of AMS. Descend to a lower altitude if symptoms worsen.
For hikers planning to tackle the New Mexico Rockies, especially around Taos, proper acclimatization is paramount. Forget the gimmicks and focus on proven strategies. Spend time at a moderate altitude, hydrate well, and listen to your body. Your lungs will thank you.
Ultimately, Taos Trackers’ air inflation method appears to be based on a misunderstanding of the physiology of altitude acclimatization. While it might offer a psychological boost, it’s unlikely to provide any significant physiological benefit. Save your money and invest in a few extra days in Taos to properly acclimatize. The stunning views from Wheeler Peak are worth the wait, and you’ll enjoy them much more when you’re not battling altitude sickness.