Hydration at Altitude
Why altitude increases water loss, how much you actually need, water sources and treatment, carrying strategy, and signs of dehydration.
Comprehensive climbing knowledge: health, safety, technique, gear, training, and expedition planning
Why altitude increases water loss, how much you actually need, water sources and treatment, carrying strategy, and signs of dehydration.
UV exposure at elevation, preventing snow blindness, sunscreen SPF guide, lip protection, and protective clothing strategies.
Combined guide: why altitude kills appetite, foods that work, hydration strategy, real-food lists for sustained alpine performance.
Psychology: hypoxia effects on decision-making, isolation, euphoria at altitude, managing fear, and team dynamics.
Field treatment: blisters (prevention + treatment), frostbite stages and rewarming, hypothermia stages, dehydration, and AMS management.
Altitude headache vs migraine vs dehydration headache, diagnostic approach, when to take medication, when to descend.
Diamox (125mg bid for AMS prevention), nifedipine (20mg SR for HAPE), dexamethasone (4mg for HACE), dosage timing, contraindications.
AMS, HACE, and HAPE: prevention, recognition, treatment, and descent criteria for every severity level.
The physiology of altitude adaptation: ventilation changes, hematocrit, hypoxic pulmonary vasoconstriction, and optimal ascent profiles.
Emergency snow shelters: snow cave construction, bivy pit, lean-to, emergency bivouac, and survival techniques.
Interpreting forecasts: pressure maps, cloud types, freezing level, precipitation type, and wind forecast reading.
Meteorology basics: high/low pressure, cold/warm fronts, foehn wind, cloud formations, and mountain wind patterns.
Radio channels (152.505, 156.8), satellite communicators (inReach, Zoleo), personal locator beacons, emergency protocols.
Self-rescue options, when to call rescue, helicopter safety, ground evacuation, and rescue priority protocols.
Objective vs subjective hazards, risk matrix, human factors in accidents, accident reporting, and personal risk tolerance.
Slope assessment, terrain selection, snow pit analysis, beacon skills, and rescue basics for non-specialists.
Real-time observation skills: cloud reading, wind assessment, pressure trend monitoring, and storm approach recognition.
Detailed knot instructions: figure-8 (bend, stopper, retrace), bowline, clove hitch, prusik (Munter, Prusik), autoblock, Klemheist.
Transitioning to alpine from rock: gear differences, crack climbing technique, traditional protection, run-out ethics.
Moving from hiking to roped technical: when to rope, protection placement, fall risk, retreat decision-making.
Glacier rope team: spacing, flukes, arresting, crossing crevasses, anchoring, and safe unit travel.
Self-belay, pickets,load-releasing hitches, Z-pulley systems, and team rescue methods for glacier travel.
Coiling, carrying, checking condition, and managing rope on multi-pitch and alpine routes.
Introduction to ice climbing: tool placement, crampon techniques, body position, and fundamental movement patterns.
Map reading, compass use, GPS operation, route planning, and navigation in low visibility alpine terrain.
Testing climbing readiness: Cooper test, step test, strength tests (pull-ups, push-ups, plank), flexibility assessment.
Building climbing fitness: aerobic endurance, strength, power endurance, flexibility, and periodization principles.
Sport-specific: handjam training, crack climbing, precise footwork, roof climbing, anaerobic capacity for crux moves.
Layering: base (synthetic vs merino), insulation (down, synthetic, fleece), hard shell, soft shell, down suit for extreme.
Boot maintenance: leather conditioning, sole replacement, waterproofing (Nikwax), storage, breaking in new boots.
Ski touring intro: skin track, kick turn, uphill/downhill technique, transition efficiency, and alpine ski skills.
Complete gear breakdown: footwear, clothing, rope, protection, anchor systems, navigation, emergency gear.
Boot types (B1, B2, B3), leather vs synthetic, single vs double boots, crampon compatibility, fit and break-in.
Step-by-step: choosing route, permits, logistics, gear check, acclimatization plan, communication plan.
Multi-day logistics: camp selection, resupply points, bail-out planning, weather contingency, pace calculation.
Volcanic peak advice: geothermal hazards, crater rim routes, ash advisories, altitude + gas risk management.
Tick-listing strategy: planning multi-peak expeditions, weather windows, route linking, fitness requirements for rapid ascents.
Winter objective planning: equipment selection, weather windows, route assessment, team preparation, and safety margins.
Altitude nutrition: calorie requirements, food selection, meal timing, supplements, and expedition food planning.
LNT principles specific to alpine environments: human waste disposal at altitude, gear residue, trail etiquette.