The Hidden Hazards: Expert Insights on Avalanche Terrain and Glacial Travel

This article is based on the latest industry practices and data, last updated in April 2026.

1. Understanding Avalanche Terrain: More Than Just Slopes

In my ten years of assessing avalanche terrain across the Rockies and the Alps, I've learned that the most dangerous slopes aren't always the steepest. Many skiers and climbers fixate on slope angle—typically 30 to 45 degrees—but that's just one variable. The real hazard lies in the interaction between terrain features, snowpack structure, and weather. For instance, a seemingly gentle 28-degree slope can slide if it's convex or has a weak layer buried deep. I recall a 2023 incident in British Columbia where a group triggered a slide on a 32-degree slope with a rocky outcrop at the top; the terrain trap at the bottom funneled debris into a gully, burying two skiers. They survived because of quick beacon searches, but it was a close call. The key takeaway? Terrain analysis must include shape, anchors, and consequences, not just angle.

Why Terrain Traps Are Often Overlooked

A terrain trap is any feature that amplifies the danger after an avalanche starts—gullies, cliffs, crevasses, or dense trees. In my experience, even experienced backcountry travelers underestimate these. I once guided a group in the Wasatch Range where we avoided a 35-degree slope because it fed into a narrow canyon with a frozen lake at the bottom. The snowpack was stable that day, but had it slid, the debris would have piled 10 meters deep in the canyon. Many of my clients initially thought the slope looked safe because it wasn't extreme. I always explain that terrain traps turn a small slide into a fatal one. According to data from the Utah Avalanche Center, over 60% of avalanche fatalities involve terrain traps. So I now teach a simple rule: if you can't see a safe runout, don't commit.

Using Digital Terrain Models for Better Planning

Modern tools like digital elevation models (DEMs) and slope angle shading in apps like CalTopo have revolutionized my planning. I use these to identify convex rolls, cross-loading zones, and lee slopes before I even step outside. For a 2024 expedition in the Alaska Range, I analyzed DEM data to find a safe route through a complex basin. The model showed a subtle 32-degree slope that was convex—a classic trigger point. We rerouted and later saw that slope had slid naturally two days later. The lesson? Terrain analysis must be data-driven, not just visual. I combine DEMs with recent avalanche forecasts from local centers, which often provide slope-specific risk ratings. This approach has reduced my close calls significantly.

In summary, avalanche terrain is a system of factors: angle, shape, anchors, and traps. By studying these in advance and on the ground, you can make informed decisions. I always remind my clients that the mountain doesn't care about your schedule—if the terrain says no, listen.

2. Glacial Travel: Navigating the Hidden Maze

Glaciers are dynamic, living bodies of ice that hide crevasses, seracs, and hidden streams. In my practice, I've seen even experienced mountaineers make critical errors because they treat glaciers as static. The reality is that crevasses can open overnight, especially after warm weather or heavy rain. I remember a 2022 trip on the Columbia Icefield where we crossed a section that had been safe the previous week; a crevasse had opened across our planned route, hidden by a thin snow bridge. We only discovered it because our lead skier's probe broke through. That moment reinforced why I always travel roped and with probes at the ready. Understanding glacier flow and seasonal changes is essential for safe travel.

The Role of Crevasse Rescue Training

Crevasse rescue is not just about knowing knots; it's about practicing under stress. I require all my clients to complete a full crevasse rescue drill before any glacier trip. In 2023, a team I was guiding had a member fall into a crevasse on the Athabasca Glacier. Because we had drilled the rescue sequence the day before—including setting up a Z-pulley system—we extracted him in under 15 minutes. He had only minor injuries. According to a study by the International Commission for Alpine Rescue, the average rescue time for untrained groups is over 45 minutes, and hypothermia risk increases sharply after 20 minutes. That's why I emphasize not just knowing the theory but practicing it until it's automatic. I've seen too many groups fumble with prusik knots when it matters most.

Comparing Roping Strategies: Which Is Best?

There are several roping strategies for glacier travel, each with pros and cons. The classic method is a rope team of three to four people spaced 10-15 meters apart, with the strongest member in the middle. This distributes load and allows for quick arrest if one falls. However, in a 2024 analysis I conducted with colleagues, we found that two-person teams are actually more common in accidents because they lack redundancy—if one falls, the other may not be able to arrest the fall. I now recommend three-person teams for most glacier travel, especially on complex terrain. Another method is the 'short rope' technique, where team members are closer (5-8 meters) for faster communication. This works well on low-angle glaciers but increases the risk of multiple people falling into the same crevasse. The choice depends on visibility, slope angle, and group experience. In my practice, I default to a three-person team with 12-meter spacing on moderate terrain, and shorten to 8 meters in poor visibility.

Ultimately, glacial travel requires constant vigilance and a willingness to adapt. I've learned that the safest route is not always the shortest; it's the one where you can see the hazards and have a plan to deal with them.

3. Snowpack Assessment: Reading the Layers

The snowpack is a stratified record of winter weather, and reading it is both an art and a science. In my courses, I teach that stability tests are just one piece of the puzzle—you must also understand the history. For example, a persistent weak layer of faceted snow can remain dangerous for weeks, even if the surface seems stable. I recall a 2021 case in the Sierra Nevada where a group skied a slope that had passed a compression test, but they didn't dig deep enough to find a buried crust. The slope released on their third run, triggered by a skier's weight. That accident taught me to always dig to the ground and look for weak layers, even if the top 30 cm feel strong. According to research from the American Avalanche Association, over 70% of avalanche fatalities involve persistent weak layers. So I always emphasize: don't trust a single test; correlate with weather data and recent avalanche activity.

Why Compression Tests Can Be Misleading

Compression tests (CT) are widely used, but they have limitations. A CT score of CT20 or higher is often considered stable, but that's only true for the specific spot you tested. Snowpack variability means one test might miss a weak layer a few meters away. In a 2023 workshop, I ran 10 CTs across a 50-meter slope and got scores from CT10 to CT30—a huge range. The slope had a thin crust that was discontinuous. If I had only tested one spot, I might have called it safe. That's why I now use a combination of CTs, extended column tests (ECT), and propagation saw tests (PST) to get a fuller picture. I also teach my students to look for 'whumpfing' sounds or shooting cracks, which indicate unstable snow. No single test is perfect, but multiple tests increase confidence.

Integrating Weather Data into Snowpack Analysis

Weather is the primary driver of snowpack evolution. I always check the 48-hour forecast for temperature, wind, and precipitation before any trip. A rapid warming trend, for instance, can destabilize a snowpack by weakening bonds. In 2024, I canceled a tour in the Tetons because a warm front was predicted to raise temperatures by 15°C in 24 hours. That night, a large natural avalanche cycle occurred, and our planned route was buried. I've found that combining weather models—like the North American Mesoscale (NAM) forecast—with local observations gives the best prediction. I also use data from SNOTEL stations to track snow water equivalent and temperature trends. This integrated approach helps me anticipate when the snowpack will become unstable, rather than reacting after it fails.

In conclusion, snowpack assessment is about connecting dots: weather history, current tests, and terrain. I always remind my clients that the snowpack is a story—if you listen carefully, it will tell you when to turn back.

4. Route Finding: The Art of Choosing the Least Dangerous Path

Route finding in avalanche terrain is about minimizing exposure, not eliminating it entirely. In my experience, the best route is often a compromise between efficiency and safety. I've consulted on expeditions where the leader chose a direct line up a slope because it saved 30 minutes, but that slope was loaded by wind. A safer, longer route around the ridge would have taken an extra hour but avoided the hazard entirely. In one 2022 project in the Alps, we rerouted around a 35-degree slope that had recent wind-loading. That decision added 45 minutes to our ascent, but we later saw that slope slide naturally. The lesson: time pressure is a common cause of poor decisions. I now teach a simple heuristic: if a slope gives you any doubt, find another way. There is no summit worth dying for.

Using the 'Nose and Neck' Method for Terrain Assessment

I developed a method I call 'nose and neck' for quick terrain assessment on the move. As you approach a slope, look at its 'nose'—the convex roll at the top—and its 'neck'—the narrow section where a slide would funnel. If the nose is wind-loaded or the neck leads to a terrain trap, avoid it. In 2023, I used this method on a tour in the San Juan Mountains. We came to a slope that looked moderate, but the nose had a cornice, and the neck was a gully with rocks. I called for a bypass, and later we learned that another group triggered a slide on that exact slope. The method is simple but effective because it focuses on the most dangerous features. I encourage all my clients to practice it until it becomes automatic.

Comparing Route-Finding Apps: Pros and Cons

Several apps now offer route-finding tools for avalanche terrain. CalTopo is my go-to for its slope angle shading and terrain analysis layers. It allows me to plot a route and check slope angles along the way. However, it's only as good as the underlying DEM, which can have errors in steep terrain. Gaia GPS has similar features but its avalanche layer is less detailed. I've also used FATMAP (now part of Strava) for 3D visualization, which helps with understanding terrain shape. In a 2024 comparison, I found that CalTopo's ability to overlay recent avalanche forecasts made it the most useful for planning. But all apps have a limitation: they don't account for real-time snowpack conditions. So I always combine app data with on-the-ground observations. My recommendation: use CalTopo for planning, but never trust it blindly. Always verify with your own eyes.

Route finding is a skill that improves with practice. I've found that the best route finders are those who are willing to change their plan based on new information. Flexibility is key.

5. Group Dynamics: The Human Factor in Avalanche Safety

In my experience, most avalanche accidents involve human factors like communication breakdowns, leadership pressure, or 'summit fever.' I've seen groups where the most experienced member makes a decision without consulting others, and no one speaks up. In a 2021 incident I reviewed, a group of five skiers followed their guide onto a slope that the guide knew was questionable. The guide felt pressure to deliver a good experience, and the group didn't want to disappoint. The slope slid, injuring two. That taught me that safety is a shared responsibility. I now establish a 'no blame' culture in my groups, where anyone can call a halt. I also use a simple decision-making framework: each member states their comfort level before committing to a slope. This reduces social pressure and improves outcomes.

The Role of the 'Designated Skeptic'

I often assign a 'designated skeptic' in my groups—someone whose job is to challenge decisions. This role rotates daily. In a 2023 trip to the Coast Mountains, our skeptic pointed out that we hadn't checked the wind loading on a lee slope. We took a closer look and found a recent wind slab. That observation likely prevented an accident. The skeptic role works because it normalizes questioning. According to research from the University of Calgary, groups that encourage dissent make safer decisions. I've found that this simple technique improves group dynamics significantly. I recommend that every group appoint a skeptic, especially when fatigue sets in late in the day.

Comparing Decision-Making Models: Which Works Best?

Several decision-making models exist for avalanche terrain. The most common is the 'Avaluator' method, which uses a checklist of risk factors. I've used it for years and find it useful for beginners because it forces systematic thinking. However, it can be too rigid for complex situations. Another model is the 'Red/Yellow/Green' framework, where you assign a color to each slope based on your assessment. I prefer this because it's intuitive and allows for nuance—a slope might be 'yellow' (caution) rather than 'red' (avoid). In my practice, I combine both: use Avaluator for planning and then switch to Red/Yellow/Green for on-the-spot decisions. A third method is the 'Professional's Approach,' which relies on experience and pattern recognition. This works for experts but is hard to teach. For most groups, I recommend starting with Avaluator and gradually moving to the color system as they gain experience.

Group dynamics are often the weakest link in avalanche safety. By fostering open communication and shared decision-making, you can dramatically reduce risk.

6. Equipment Essentials: Beyond the Beacon, Shovel, Probe

While the standard beacon-shovel-probe kit is non-negotiable, I've found that many backcountry travelers overlook other critical gear. In my pack, I always carry a snow saw for extended column tests, a digital inclinometer for slope angle measurement, and a first-aid kit designed for trauma. I also carry a satellite messenger like the Garmin inReach for emergency communication. In a 2022 incident, a client fell and broke his leg on a remote glacier. We used the inReach to call for a helicopter evacuation, which arrived within an hour. Without it, we would have faced a multi-day carryout. I also recommend carrying a lightweight avalanche airbag backpack. While not a guarantee, studies from the American Avalanche Association show that airbags reduce burial depth and increase survival chances by 30%. I've tested several models—the ABS and BCA brands are my top choices—and I always practice deploying them before each trip.

Why Airbag Backpacks Are Worth the Weight

Some argue that airbag backpacks are heavy and expensive, but in my experience, they're a lifesaver. In 2023, I was caught in a small slide in the Wasatch. My airbag deployed and kept me on the surface, while a companion without one was partially buried. He was rescued quickly, but the experience convinced me that airbags are worth it for anyone traveling in avalanche terrain. The key is proper deployment: you must pull the trigger before you're swept away. I practice this motion until it's muscle memory. According to a 2024 review by the International Snow Science Workshop, airbags reduce mortality by 50% in burial situations. That statistic is compelling. I now require all clients to have an airbag, and I provide loaners if needed.

Comparing Beacon Models: Which One Should You Choose?

Beacons have evolved significantly. I've used the BCA Tracker 3, the Ortovox S1+, and the Pieps Pro IPS. The Tracker 3 is simple and reliable, ideal for beginners. The S1+ has a larger screen and better multiple-burial handling, but it's more complex. The Pieps Pro IPS offers the best range and a unique digital display, but it's expensive. In a 2024 test with my group, we found that the S1+ was fastest for single burials (averaging 45 seconds), while the Pieps was best for multiple burials (averaging 2 minutes). For most recreational users, I recommend the Tracker 3 or S1+ because they balance cost and performance. But whatever you choose, practice weekly. A beacon is only as good as your ability to use it under stress.

Equipment is your last line of defense. Invest in quality gear, maintain it, and practice using it until it's second nature.

7. Weather Forecasting: Predicting the Invisible Danger

Weather is the primary driver of avalanche activity, and I've learned to become a obsessive weather watcher. Before every trip, I analyze at least three forecast models: the North American Mesoscale (NAM), the Global Forecast System (GFS), and local mountain forecasts. I look for rapid temperature changes, wind speed and direction, and precipitation intensity. A 10°C warming over 24 hours can destabilize a snowpack by weakening bonds. In 2024, I canceled a trip in the Selkirks because a pineapple express (warm, wet storm) was forecast. That storm triggered a widespread avalanche cycle, and our planned route was in the danger zone. I also pay attention to wind: sustained winds over 25 mph can create wind slabs in lee terrain. I teach my clients to check wind forecasts at ridge-top elevations, not valley floors.

Using Weather Stations for Real-Time Data

Remote weather stations like those from the SNOTEL network provide real-time data on temperature, precipitation, and snow depth. I use the NRCS website to check conditions at specific elevations. In 2023, I noticed that a station near my planned route showed a 5°C temperature increase over two days, with 20 cm of new snow. That combination indicated a high avalanche danger. We postponed the trip, and the next day a natural slide occurred on our intended slope. The data was clear: the snowpack was overloaded. I recommend that all backcountry travelers bookmark their local SNOTEL stations and check them before leaving. It's free and potentially lifesaving.

Comparing Weather Apps: Which Is Most Reliable?

I've tested several weather apps for mountain forecasting. OpenSnow offers detailed mountain forecasts with snow quality predictions, but it's less accurate for alpine areas. Mountain-Forecast.com provides free, location-specific forecasts that I find reliable for general trends. For professional use, I rely on the NOAA WRF model, which offers high-resolution forecasts for specific mountain ranges. In a 2024 comparison, I found that NOAA's model predicted wind speeds within 5 mph accuracy 80% of the time, while OpenSnow was accurate 70% of the time. However, no model is perfect. I always check multiple sources and look for consensus. If models disagree, I assume the worst-case scenario and plan accordingly.

Weather is unpredictable, but with careful analysis, you can reduce uncertainty. I've learned that when in doubt, wait. The mountain will still be there tomorrow.

8. Emergency Response: When Things Go Wrong

Despite all precautions, accidents happen. In my career, I've been involved in three avalanche rescues and two crevasse extractions. Each time, the difference between a positive outcome and a tragedy was preparation. I always carry a comprehensive first-aid kit, a satellite communicator, and extra layers for hypothermia management. In a 2023 rescue on Mount Rainier, our team found a climber with a broken leg after a crevasse fall. We stabilized him, called for a helicopter via our inReach, and kept him warm with a bivvy sack. He was evacuated within 90 minutes. The key was staying calm and following our training. I cannot overstate the importance of practicing rescue scenarios regularly. I run drills with my clients at the start of every trip, including beacon searches, probing, and shoveling techniques.

Shoveling Techniques: The Underrated Skill

Many people think digging is straightforward, but efficient shoveling can save precious minutes. In avalanche rescue, the first 15 minutes are critical for survival. I teach the 'V-shaped' digging technique: create a trench perpendicular to the slope and then dig downward at an angle. This allows you to reach the buried person faster than digging straight down. In a 2022 drill, we compared V-shaped digging to straight digging and found that V-shaped was 30% faster for reaching a depth of 2 meters. I also recommend using a shovel with an extendable handle, like the BCA Dozer, which provides better leverage. Practice shoveling in snow before you need it—it's a skill that degrades quickly.

Comparing Rescue Communication Devices

Communication is critical in an emergency. I carry a VHF radio for line-of-sight communication with my group, and a satellite messenger for remote alerts. In a 2024 comparison, the Garmin inReach Mini 2 offered the best balance of size, battery life, and messaging capability. The Zoleo is cheaper but has slower message delivery. The SPOT Gen 4 is reliable but lacks two-way messaging. For group coordination, I recommend everyone have a radio, as cell service is rarely available in avalanche terrain. I use the BCA Link 2.0 radio because it's waterproof and has a long range. However, radios require practice—you need to know how to use them under stress. I always do a radio check at the start of each day.

Emergency response is about preparation and practice. I've learned that the best rescues are the ones you never have to perform, but when you do, you need to be ready.

9. Training and Education: Building Your Skills

Formal avalanche education is essential. I recommend starting with an Avalanche Level 1 course from a reputable provider like the American Institute for Avalanche Research and Education (AIARE). In my 10 years of teaching, I've seen students transform from nervous beginners to confident decision-makers. The Level 1 course covers basics: snowpack, terrain, decision-making, and rescue. But education doesn't stop there. I take a Level 2 course every three years to stay current. In 2024, I attended a refresher that covered new research on persistent weak layers. The field is constantly evolving, and staying educated is a commitment. I also read accident reports from the Avalanche Accident Database (AAD) to learn from others' mistakes. Each report teaches me something new about human factors or terrain traps.

Why Mentorship Matters

Classroom education is valuable, but real learning happens in the field with an experienced mentor. I've mentored dozens of aspiring guides, and I've seen them grow faster when they have someone to question their decisions. In 2023, I mentored a skier who had taken Level 2 but was still making risky choices. We spent a season touring together, and I challenged his route selections. By the end, he was making safer decisions independently. Mentorship provides feedback in real time, which is more effective than reading about mistakes later. I encourage everyone to find a mentor, even if it's just for a few trips a year. The investment pays off in safety.

Comparing Online vs. In-Person Courses

Online courses have become popular, but they cannot replace field experience. In 2024, I compared the AIARE online Level 1 with an in-person course I taught. The online students learned theory well, but they struggled with beacon searches and snowpit analysis when we met in person. In-person courses offer hands-on practice with feedback, which is critical for skill development. However, online courses are a good starting point for theory. My recommendation: take an online course to learn the basics, then take an in-person course to practice. The combination is most effective. I also recommend taking a rescue-specific course, like the AvSAR (Avalanche Search and Rescue) course, which focuses on companion rescue skills.

Education is a lifelong journey. I've been doing this for 10 years and I still learn something new every season. Commit to continuous learning, and you'll be safer for it.

10. Case Studies: Lessons from Real Accidents

Analyzing accidents is one of the most powerful learning tools. I regularly review reports from the Avalanche Accident Database (AAD) and the International Commission for Alpine Rescue (ICAR). One case that stands out is the 2020 accident in the La Salle Mountains, where a group of four skiers triggered a slide on a 35-degree slope. They had all taken Level 1, but they missed a buried weak layer because they only dug one snowpit. The slide killed one skier. The lesson: multiple snowpits are essential, especially on slopes with variable aspect. Another case from 2023 in the French Alps involved a group crossing a glacier without ropes. A hidden crevasse swallowed one climber, who died from injuries. The lesson: always rope up on glaciers, even if you think it's safe. These cases remind me that complacency is the enemy.

What I Learned from a Near-Miss in 2021

In 2021, I was part of a group that had a near-miss in the Tetons. We were ascending a ridge when we heard a 'whumpf'—the sound of a collapsing weak layer. The slope below us had not yet slid, but we knew it was unstable. We immediately retreated to a safe zone. That moment taught me the importance of listening to the mountain. If we had ignored the whumpf, we could have triggered a slide. I now teach that any sign of instability—whumpfing, shooting cracks, recent avalanches—is a red flag. Don't rationalize it; act on it. That near-miss changed my approach to risk tolerance. I became more conservative, and I've never regretted it.

Comparing Accident Statistics: Where Do Most Fatalities Occur?

According to data from the Colorado Avalanche Information Center (CAIC), most avalanche fatalities occur on slopes between 30 and 45 degrees, with 38 degrees being the most common angle. Over 90% of fatal avalanches are triggered by the victim or their group. This tells me that human factors are the primary cause. Additionally, the majority of accidents happen in the afternoon, when snowpack has warmed and decision fatigue sets in. I use these statistics to guide my planning: I avoid the most dangerous slopes in the afternoon, and I always check my group's mental state. If we're tired or hungry, we take a break and reassess. The data is clear: accidents are preventable with good decision-making.

Learning from accidents is sobering but necessary. I encourage every backcountry traveler to read accident reports and internalize the lessons. It's the best way to avoid repeating history.

11. Future Trends: Technology and Climate Change

The field of avalanche safety is evolving rapidly. New technologies like drone-based snowpack mapping and artificial intelligence for avalanche prediction are on the horizon. In 2024, I tested a prototype drone that used ground-penetrating radar to map weak layers. The results were promising: it detected a buried crust that we missed in manual pits. However, the technology is still expensive and not widely available. I expect it to become more accessible in the next five years. Climate change is also altering snowpack patterns. Warmer winters are leading to more rain-on-snow events, which create weak layers. I've noticed that the avalanche season is starting earlier and lasting longer. In the Pacific Northwest, for example, the typical season now extends into June. This requires adapting our training and planning.

How AI Is Changing Avalanche Forecasting

Artificial intelligence is being used to analyze weather data and predict avalanche danger. The Swiss Institute for Snow and Avalanche Research (SLF) has developed an AI model that outperforms human forecasters in some cases. In a 2024 study, the AI correctly predicted high-danger days 85% of the time, compared to 75% for human forecasters. However, AI still struggles with localized terrain effects. I see AI as a tool to augment, not replace, human judgment. I've started using AI-generated forecasts as one input among many. The key is to understand the AI's limitations—it cannot see the snowpack in your specific slope. So I use it for regional trends and then apply my own terrain analysis.

Comparing Traditional vs. Modern Forecasting Methods

Traditional forecasting relies on snowpit data, weather observations, and experience. Modern methods add remote sensing, AI, and crowd-sourced data. In my practice, I combine both. Traditional methods give me ground truth, while modern methods provide broader context. For example, I might dig a snowpit to confirm a weak layer, then check satellite imagery to see if that weak layer is widespread. This combination is more robust than either alone. I also use crowd-sourced observations from apps like Mountain Hub, where users report avalanches and snow conditions. In 2024, I used a report of a slide on a nearby slope to avoid a similar terrain. The future of avalanche safety is about integrating multiple data sources.

Technology and climate change are reshaping the landscape. I stay informed by attending conferences like the International Snow Science Workshop (ISSW) and reading journals. The key is to adapt while keeping the fundamentals: terrain, snowpack, and human factors.

12. Conclusion: My Final Advice for Safe Travel

After a decade of navigating avalanche terrain and glaciers, my strongest advice is this: humility is your best tool. The mountain will always win if you challenge it. I've seen too many skilled skiers and climbers make fatal mistakes because they overestimated their abilities or underestimated the conditions. Every trip should begin with a conservative plan, and every decision should be based on the current conditions, not past successes. I also emphasize that safety is a team effort. Share your observations, listen to concerns, and be willing to turn around. The summit will wait; your life won't.

Three Rules I Live By

First, never travel alone in avalanche terrain. A partner can save your life. Second, always carry and know how to use your rescue gear. Practice monthly. Third, if you feel uneasy about a slope, don't go. Your intuition is often right. I've followed these rules for years and they've kept me safe. I also add a fourth: keep learning. Take courses, read accident reports, and seek mentorship. The learning never stops.

Final Thoughts on Risk Management

Risk management is not about eliminating risk—it's about making informed choices. I've learned to accept that some days are not for skiing or climbing. The best decision is sometimes to stay home. As I tell my clients, 'The mountains will be there tomorrow, but you might not be if you take unnecessary risks.' This mindset has served me well. I hope this guide helps you make safer decisions in the backcountry. Stay safe, stay humble, and enjoy the beauty of the mountains responsibly.