Falls on Hiking Trails: How to Prevent Them on Scree, Wet Grass and Rocky Steps

Why are mountain rescues increasing?

Hiking has become more accessible, more visible and more attractive than ever. Social media, GPS tracks, online route descriptions, digital maps, mountain apps and the desire to spend time outdoors have brought many new people onto hiking trails. This is positive: more people are discovering movement, landscapes, mountain culture and the value of being in nature. The problem begins when accessibility is confused with simplicity. A trail that can be reached by car is not automatically easy. A summit seen in a short video is not less steep in real life. A route described as panoramic may still include scree slopes, wet grassy traverses, exposed sections or rocky steps that require balance, judgement and suitable equipment.

Many hiking accidents are not caused by extreme mountaineering. They often happen in ordinary situations: a descent on loose gravel, a wet meadow crossed diagonally, a short rocky step underestimated because it is not “real climbing”, a moving stone stepped on with too much weight, or the final part of the return when fatigue reduces precision. Preventing falls on hiking trails therefore means understanding the normal, everyday risks of mountain terrain.

A fall in the mountains does not need to happen on a vertical wall to become serious. A twisted ankle, a knee impact, a backward fall, a slide on wet grass or a short tumble on stones can make it impossible to continue. If the injured person cannot walk, the situation changes immediately: the group must stop, the weather may worsen, daylight may fade and rescue may be required. This is why prevention matters even on routes that appear moderate.

Mountain rescue statistics often show that hiking is one of the activities most involved in rescue operations, and slips or falls are among the most common causes. This should not discourage anyone from going into the mountains. It should remind every hiker that safety is built step by step: before leaving home, while choosing the route, during the ascent, on the descent and especially when the terrain changes.

The prevention process starts before you put your boots on. You need to choose an itinerary that matches the group, check distance and elevation gain, understand the type of terrain, evaluate weather and daylight, take footwear with an appropriate sole, know your physical condition and accept that turning back is not a failure. Then prevention continues while walking: regular pace, eyes scanning ahead, no rushing downhill, breaks before exhaustion, attention to changes in ground surface and clear communication within the group. A fall is rarely caused by one single mistake. More often, it is the final link in a chain of small decisions.

Why hikers fall on trails: the most common factors

A fall on a hiking trail usually comes from the combination of three elements: terrain, behaviour and physical condition. The terrain may be unstable, wet, sloping, loose, muddy, grassy or rocky. The behaviour may be too fast, distracted or overconfident. The physical condition may include fatigue, dehydration, hunger, cramps, poor training or lack of concentration. When these factors overlap, even an apparently normal path can become dangerous.

One common mistake is judging risk only by steepness. A trail does not need to be extremely steep to be slippery. A gentle section can become risky if it is covered with fine gravel over hard rock, wet leaves, polished roots, loose stones or damp grass. On the other hand, a steeper section may be manageable if it is dry, well stepped and crossed slowly. The useful question is not only “How steep is it?” but “How reliable is the next foot placement?”

The second important question is: “What happens if I slip here?” A short grassy traverse can look easy, but if below it there is a gully, rock band, stream or steep slope, the consequences of a slip become more serious. Preventing falls on hiking trails is not only about reducing the chance of slipping. It is also about understanding what the slip would lead to.

The third factor is perception. Hikers often become very careful in spectacular places and less careful on ordinary sections. Many falls happen when attention drops: near the car park, just below the hut, after a break, during a conversation, while taking a photo or while checking the phone. The trail must be read until the final step of the day.

The hidden chain behind a fall

Most accidents are built gradually. You start a little late, the route takes longer than expected, the group skips a break, clouds arrive earlier than forecast, the grass remains wet in the shade, one person becomes tired, the descent feels endless and then a single wrong step happens. The visible cause may be “slipped on wet grass”, but the real cause is the entire chain. Good hikers learn to break the chain early.

Breaking the chain can mean eating before energy drops, tightening your laces before the descent, choosing the official path instead of a shortcut, putting away trekking poles before rocky terrain, waiting for the group to regroup, turning back before a storm, or simply slowing down when the ground becomes less stable. Prevention is often simple, but it requires humility.

Scree slopes and loose stones: how to avoid slips, slides and twisted ankles

Scree is one of the most underestimated terrains in hiking. From a distance it may look like a simple slope of stones, but underfoot it can behave in many different ways: fine gravel that rolls like small marbles, medium stones that slide under the sole, large blocks that seem stable but move under pressure, loose debris resting on smooth rock, or eroded switchbacks where water has removed the compact layer. The difficulty is not only the instability of one stone. It is the constant variation of the ground.

On scree, the main risk is loss of traction. The foot sinks, slides or sends stones moving downhill. During ascent this wastes energy and causes early fatigue. During descent it can cause forward falls, backward slips, uncontrolled slides or ankle injuries. Prevention requires a slower rhythm, controlled centre of gravity and the ability to distinguish stable ground from unstable ground.

How to walk uphill on scree

When climbing a scree slope, avoid pushing only with the toe. The toe tends to dig into fine gravel and slip backward. Instead, look for wider foot placements, place the foot decisively but without stamping, keep the torso slightly forward and use short steps. If the route has a marked trail or switchbacks, follow them. Zig-zags often exist to reduce steepness and instability. Going straight up a scree slope is tiring, damages the ground and increases the chance of sending stones onto people below.

When you meet larger stones, do not trust them immediately. Before putting your full weight on a block, test it lightly. A rock may look locked in place but move as soon as lateral pressure arrives. Prefer stones that are partially embedded, compact ribs, visible footpaths and areas where previous passage has consolidated the trail. If your foot slips repeatedly, do not accelerate. Shorten the step and increase precision.

How to descend scree safely

Descending scree requires even more control. Many hikers fall because they allow the slope to carry them, taking long steps and braking suddenly. This overloads the knees, makes the sole skid and reduces the chance of recovering balance. A safer approach is to descend with short steps, soft knees, progressive foot placement and a stable upper body. Do not lock your legs. A rigid leg slides more easily and transfers impact directly to the joints.

If you use trekking poles, do not plant them too far in front of you. They should help balance, not become crutches that pull your weight forward. Place them slightly ahead and to the side, adjust them a little longer for descents and keep the movement fluid. On large rocks, poles can get stuck. In those sections, slow down and choose each step carefully instead of pulling hard on a trapped pole.

How to choose the safest line

The safest line is not always the most direct. Look for compact material, lateral ribs, existing switchbacks, stable footprints and areas where the ground shows less evidence of sliding. Avoid small gullies filled with fine gravel, especially if people are below. If your group is large, keep distance. On scree, hikers should not move tightly together because one dislodged stone can hit the person behind or below.

If the trail crosses a scree slope above a steep drop, increase caution before entering the traverse. Check whether the path is continuous, whether there are signs of recent rockfall, whether the ground is wet and whether everyone in the group has a secure step. If in doubt, do not improvise shortcuts. On unstable scree, losing the official trail can quickly lead to steeper and less consolidated terrain.

Spacing and communication on loose terrain

Spacing is a safety tool. On loose stones, the group should move one at a time through the most delicate points, especially in gullies or narrow sections. If a stone moves, shout a clear warning immediately. Do not stop below another hiker who is crossing loose ground. Do not overtake in unstable places. Wait on stable areas, preferably to the side of the fall line.

Communication should be simple and practical. Instead of saying “be careful”, say “wait until I am out of the gully”, “use the compact rib on the right”, “keep distance here”, or “do not step on the loose block”. Clear instructions reduce confusion and prevent rushed movements.

Wet grass: the terrain that looks easy but can betray you

Wet grass is one of the most deceptive surfaces in hiking. From a distance it suggests softness and simplicity. Underfoot, it can be as slippery as a lubricated surface. The most dangerous combination is tall grass, an inclined slope and hard ground underneath. The sole does not bite into the soil, the grass bends in the direction of descent and the foot can slide without warning. After rain, morning dew, summer storms or snowmelt, even a meadow that appears harmless can become a critical section.

The problem with wet grass is that many hikers do not perceive it as technical terrain. They walk on it with the same posture they use on a dry path, sometimes cutting across slopes or taking shortcuts. But on grassy slopes, the direction of the step matters a lot. A diagonal traverse on wet grass may be more delicate than a short dry rocky step because there are no holds, steps or obvious edges to help you recover.

How to walk on wet grass

The main rule is to avoid sudden sideways loading. When walking on a grassy slope, place the foot as flat as possible and in the direction of movement. If you must cross a slope, use short, controlled steps and avoid crossing your feet. Keep your centre of gravity above your support foot, do not lean too far downhill and do not transfer all your weight before checking that the sole is holding. If the grass is high, use trekking poles to feel the hidden ground, but do not rely on them completely.

On wet grass, a lugged sole helps, but it does not perform miracles. A lightweight shoe with a worn tread loses grip quickly. Even strong boots can slide if placed on flattened grass over compact soil. That is why technique is as important as equipment: short steps, slower rhythm, soft knees, careful reading of the slope and a constant awareness of what would happen if you slipped.

When to avoid a grassy slope entirely

There are situations where the best prevention is not to enter the slope at all. Avoid steep wet grassy slopes if below them there are rock bands, gullies, streams, cliffs or terrain where a slide would not stop quickly. Avoid shortcuts away from the official trail. These often cut across steep meadows without a stable track and turn a simple hike into a serious problem. If a route description mentions steep grassy sections, take it seriously, especially after rain.

Visibility also matters. Fog, steamed-up glasses, low sun or fine rain make it more difficult to see holes, roots, hidden stones and breaks in the ground. On wet grass, do not look only one metre ahead. Look at the whole line, search for a more stable track, avoid shiny flattened areas where others may have slipped and do not automatically follow the person in front. Every hiker has different footwear, balance and confidence.

Wet grass and exposure: the real danger

Wet grass becomes truly dangerous when it is combined with exposure. Exposure does not always mean a vertical cliff. It can be a slope that becomes steeper below, a drainage channel, a rocky outcrop, a narrow trail above a forested drop or a grassy ramp leading into a gully. The important question is simple: if I slip here, can I stop quickly? If the answer is uncertain, the section deserves more caution or should be avoided.

Never underestimate grassy descents at the end of the day. Tired legs, wet soles and a desire to reach the valley quickly are a bad combination. Many hikers relax when the terrain looks less rocky, but wet grass can remove the foot from under the body faster than loose stone. Slow down before the first slip, not after it.

Rocky steps and short scrambling sections: when to use your hands and when to stop

Rocky steps are short rock sections that may require balance, attention and sometimes the use of hands. They are not necessarily climbing, but they are not normal walking either. They can appear on hiking trails, easy ridges, approaches to huts, connecting paths or routes classified for experienced hikers. The danger begins when they are approached with the mindset of a simple path.

Rocky steps change dramatically depending on conditions. When dry, with clear holds and little exposure, they may be manageable for hikers with good balance. When wet, polished by passage, covered in dust or crossed with a heavy backpack, they become more demanding. In descent, the difficulty increases because foot placements are harder to see, body weight pushes downhill and mistakes develop faster.

The three points of contact rule

When the passage requires your hands, use the three points of contact rule. Out of two hands and two feet, move only one at a time while keeping three stable points. Do not pull yourself up only with your arms. Use your legs as the main engine. Hands are for balance and stability, not for replacing the feet. Before gripping a rock, check that it is solid. Before stepping on a ledge, check that the sole is placed well.

On ascent, observe the passage before entering it. Look for the sequence: right foot, left hand, left foot, exit point. Avoid impulsive moves. On descent, if you cannot see your footholds well, turn toward the mountain and climb down facing the rock. There is nothing embarrassing about moving slowly. On rocky steps, speed is often a sign of poor judgement, not skill.

When a helmet becomes a wise choice

On routes with rocky steps, gullies, unstable stones or people above you, a helmet can be a very wise choice. It is not only for climbing or via ferrata. It protects against stones dislodged by other hikers, accidental impacts and falls on rocky terrain. If the route includes exposed rocky sections, loose gullies or terrain for experienced hikers, consider carrying one.

A common mistake is following the group even when the passage is above your comfort level. Rocky steps involve balance, absence of vertigo and the ability to read footholds and handholds. If someone freezes, the group must manage the situation calmly, without pressure and without phrases such as “it is easy” or “everyone does it”. It may not be easy for that person. The safety of the group is measured by the person who is most in difficulty, not by the most experienced one.

Rocky steps in descent

Descending rocky steps deserves special attention. Many hikers climb a rocky section confidently and then struggle on the way down. This is normal. Downclimbing requires different perception. The feet are less visible, the body naturally wants to lean away from the slope and the backpack may pull backward. Keep your movements small. Lower one foot at a time. Keep your hips close to the rock when needed. Use your hands to stabilise, but do not hang from fragile holds.

If you are carrying trekking poles, put them away before the rocky section. Poles hanging from the wrists can interfere with hand use and become dangerous if they get caught. Stop in a safe place, collapse them and attach them to the backpack before the passage begins. Do not wait until you are already committed.

Hiking shoes and grip: prevention starts with the sole

Footwear is the contact point between the body and the mountain. Discussing trail falls without discussing footwear would be incomplete. There is no perfect shoe for every terrain, but there are many shoes that are unsuitable for several hiking conditions: smooth sneakers, worn soles, shoes that are too soft on rocky ground, new boots never tested before, old boots with hardened rubber, or models that do not match the weight of the backpack or the shape of the foot.

The sole must provide traction, stability and sensitivity. On scree, lugs need to bite into loose material and the shoe should protect the foot from twisting. On wet grass, tread depth matters, but so does rubber condition and the ability of the shoe to hold the foot firmly. On rocky steps, the sole should allow precise placement, especially on edges and the forefoot.

Low hiking shoe or higher boot?

The right choice depends on the itinerary, experience, backpack weight and ankle strength. A low hiking shoe can work well on easy, dry trails with a light backpack and good walking technique. A more structured boot is often safer on scree, boulder fields, long descents, wet terrain, heavy backpacks or weaker ankles. A higher upper does not magically prevent ankle sprains, but it can provide support and protection on uneven ground.

Even more important is the condition of the sole. A worn sole turns a good shoe into a risk. Check the lugs: if they are rounded, smooth or very low, grip decreases. Also check the rubber: over time it can harden and lose traction even if it looks visually intact. Before a demanding hike, test your footwear on similar terrain. Do not discover high on the mountain that it slips on wet rock or wet grass.

Lacing and stability

Lacing is often ignored, but it changes the precision of every step. On the way up, you may keep the upper part slightly more comfortable to allow ankle movement. On the way down, it is better to lock the foot more securely to stop it sliding forward inside the shoe. If the foot moves inside the shoe, placement becomes imprecise. If the shoe is too tight, pain will change the way you walk. Both situations increase the risk of falling.

Do not start a demanding route with untested footwear

New shoes can create blisters, pressure points and unexpected instability. Old shoes can lose structure and grip. Before a long hike or a route with scree, wet grass or rocky steps, walk with the footwear on shorter outings. Test it on descents, uneven ground and damp surfaces. Check whether the heel lifts, whether the toes hit the front, whether the foot slides sideways and whether the laces stay tight. Comfort and grip are safety elements, not just performance details.

Trekking poles: useful, but only when used correctly

Trekking poles can reduce load on knees and ankles, improve balance and help test the ground. They are especially useful on descents, scree slopes, muddy sections, stream crossings and long routes. However, they are not a guarantee. Used incorrectly, they can create false confidence, get trapped between stones or prevent you from using your hands when rocky terrain requires them.

Adjustment is important. On ascent, slightly shorter poles help with upward movement. On descent, slightly longer poles help anticipate support. On traverses, some hikers shorten the uphill pole and lengthen the downhill pole, but this technique should be used with awareness. The goal is not to hang your weight on the poles. The goal is to distribute balance and load more efficiently.

When to put poles away

On rocky steps, equipped sections, places where hands are needed or terrain where poles repeatedly get stuck, it is better to put them away. Holding them by the straps while searching for handholds can be dangerous. They may block your movement or become trapped. Before a technical section, stop in a safe place, fold the poles and secure them to your backpack. Do not wait until you are already in the middle of the passage.

On scree with large stones, use poles gently. Do not jam them between unstable blocks and do not pull hard if they get stuck. On wet grass, they can help you feel hidden holes and slope angle, but they should not replace foot control. If a pole slips, your whole body should not follow it. Your primary balance must remain on your legs.

Wrist straps: help or hazard?

Wrist straps can improve efficiency on long, regular terrain, but they may become a problem during a fall or on sections where you need to release the pole quickly. In technical terrain, many hikers prefer to remove the straps so the pole can be dropped if necessary. The best choice depends on the terrain, but the principle is simple: your equipment should never trap your hands when you need them for balance or protection.

Weather, humidity and visibility: conditions change the trail

The same itinerary can be easy on a dry morning and delicate in the afternoon after a storm. It can be safe in summer with stable ground and risky in spring with remaining snow, mud, meltwater and damp rock. It can be obvious under clear skies and confusing in fog. Preventing falls on hiking trails requires evaluating not only the route, but the conditions of the day.

Rain changes every type of terrain. On scree, it can reduce cohesion and make fine debris less predictable. On grass, it creates a slippery layer. On rocky steps, it dramatically reduces grip, especially if the rock is smooth, polished or covered with lichens. Morning dew matters too: many grassy slopes are more dangerous early in the day than at midday.

Visibility is equally important. With fog, low sun, deep shade or dirty lenses, the ground loses contrast. It becomes harder to distinguish fine gravel from compact rock, dry grass from damp grass, the edge of the trail from the side slope. Eye protection is not only about comfort: seeing the terrain clearly helps you choose the correct foot placement. Suitable lenses, clean glasses and stable eyewear can make a real difference during long descents and changing light.

Wind can increase risk on ridges, traverses and exposed places. Sudden gusts can unbalance hikers, especially those carrying bulky backpacks or stopping to take photos. Heat increases dehydration, loss of focus and the temptation to rush toward shade or water. Cold reduces sensitivity in hands and feet, making it harder to use precise holds and footholds on rocky steps. Every condition affects your step.

Light, glare and visual fatigue

Good vision is part of safe walking. Glare on pale rock, snow patches, wet surfaces or open scree slopes can hide details. Changing light between forest, open slopes and shaded gullies can make it harder to read the ground. Visual fatigue also grows during long days. If your eyes are strained, you may miss the small detail that reveals a loose stone, a wet root or a break in the trail.

Choose eyewear suitable for the expected environment. Lenses that are too dark in shaded terrain can reduce contrast. Lenses that are too light in bright alpine terrain may cause squinting and fatigue. Keep lenses clean and secure. A pair of glasses sliding down the nose during a descent is a distraction at the worst possible moment.

Fatigue, haste and group pressure: safety is also decided in the mind

Many falls happen when the technically difficult part seems to be over. After the summit, after the hut, after the photo, the brain considers the goal reached. But the descent often requires more attention than the ascent. Muscles are tired, knees absorb more load, feet are less precise, the backpack feels heavier and the mind wants the hike to end. This is when trips, slips and poor foot placements increase.

Haste multiplies risk. You start late, you want to keep a reservation, you fear darkness, you rush to catch the group, you speed up because “it is not far now”. In the mountains, “not far now” can be a dangerous phrase if it reduces attention. The final kilometres may still include loose gravel, roots, steps, steep asphalt, wet forest trail or uneven stones. A fall does not know that you are almost finished.

Group management

A safe group is not the one that walks fastest. It is the one that makes decisions together. If one person is tired, insecure on scree or uncomfortable on rocky steps, the group must adapt pace and route. There is no need to embarrass, minimise or pressure. The group should distribute experienced hikers, stop in safe places, give clear instructions and decide together whether to continue. Falls become more likely when someone in difficulty tries not to “slow everyone down”.

Communication should be concrete. Instead of saying “be careful”, say “place your foot on the large stone to the left”, “wait until I am out of the gully”, “put the poles away here”, “do not cut across the grass, stay on the trail”. Precise instructions reduce confusion and anxiety.

Food, hydration and concentration

Hunger and thirst do not only cause discomfort. They reduce balance, coordination and decision quality. A drop in energy during descent can lead to dragging steps, slower reactions and impulsive choices. Drink regularly, eat small snacks before you feel empty and do not wait for cramps, headache or dizziness. Preventing trail falls also means managing the body before it reaches a low point.

The psychology of turning back

Turning back is often emotionally difficult. The summit is close, the group is motivated, the weather may still look acceptable and you may not want to feel responsible for changing the plan. But in mountain safety, turning back is not weakness. It is a technical decision. If the terrain is wetter than expected, if a member of the group is no longer moving well, if daylight is becoming a problem or if the route ahead exceeds your level, the best decision may be to stop. A successful hike is not one that reaches the planned point at all costs. It is one that returns everyone safely.

How to read the trail before it becomes a problem

An experienced hiker does not look only at the next step. They read the terrain in advance. They observe slope angle, surface type, footpath continuity, humidity, loose stones, the behaviour of people ahead, possible escape options and the consequences of a slip. This skill grows with experience, but beginners can develop it by learning to slow down in the right places.

Before entering a doubtful section, stop in a safe position and observe. Is the trail continuous? Are waymarks visible? Has water eroded the path? Are there recent stones on the track? Is the grass shiny and flattened? Is the rock dry or dark with moisture? Are the people ahead slipping? Is the trail exposed on one side? Can you turn back if you do not feel comfortable?

This short pause can prevent many errors. Accidents often happen because hikers enter the problem by inertia. They keep walking, follow the track, follow the person in front and suddenly find themselves on a steep traverse or wet rocky step without having truly chosen to be there. Stopping before the problem is much easier than stopping inside it.

Look at the terrain, not only the GPS track

GPS tracks are useful, but they do not show everything. They may not show recent erosion, fallen rocks, mud, wet grass, snow patches, broken bridges, closed paths, livestock paths that look similar or the effect of poor visibility. A digital line on a screen can create confidence, but the mountain in front of you remains the real source of information. Use GPS as support, not as a substitute for judgement.

If the GPS line leads into terrain that does not look right, stop and compare it with the map, signs, waymarks and the landscape. Do not blindly follow a track across wet grass, unstable scree or rocky ground simply because someone uploaded it. A route that was safe in dry conditions may be unsafe after rain. A path that was clear years ago may have changed.

Trail difficulty ratings: T, E, EE and EEA are not decorative labels

Hiking difficulty ratings help you understand what a route requires. A tourist path is different from a hiking trail, and a route for experienced hikers may include steep slopes, loose terrain, scree, rocky steps or exposed sections. The rating is not a judgement on how beautiful the hike is. It is a prevention tool.

The problem begins when hikers choose an itinerary only because the destination looks beautiful. A famous lake, panoramic summit or popular hut may still require sure-footedness, orientation and adequate equipment. If a route is described as suitable for experienced hikers, it does not simply mean “a little longer”. It may mean that a fall could have serious consequences and that experience is needed to move on rough or unstable terrain.

To prevent falls on hiking trails, always choose a route that leaves margin. If your realistic level is “I can do it only if everything goes perfectly”, you do not have margin. Margin is needed when it rains, when someone becomes tired, when the path is less obvious, when a section is eroded, when the return takes longer or when the weather changes.

What to do if a fall happens

Even with preparation, zero risk does not exist. Knowing what to do after a fall can reduce consequences and help rescuers. The first step is to secure the scene. Do not rush toward the injured person if the ground is unstable, if stones are falling or if you could also slip. First look at where you are, protect the group and choose a safe position.

If the person is conscious, speak calmly and ask what they feel. Do not make them stand immediately if they report strong pain, head impact, back pain, hip pain, knee pain or ankle pain. Many people try to minimise the injury because of embarrassment or adrenaline, but movement can worsen a lesion. Protect them from cold, rain, wind or sun and monitor their level of awareness.

Call the appropriate emergency number for the country you are in and follow the operator’s instructions. Provide precise location, altitude if known, route name, number of people, condition of the injured person, type of terrain and weather. If you have GPS coordinates or a location app, use them. Save phone battery: reduce unnecessary use and keep the line available.

If you are in a group, assign roles. One person calls, one assists the injured hiker, one manages the rest of the group, one prepares warm clothing, waterproof layers or a headlamp. Avoid confusion, arguments and unnecessary movement on unstable ground. If a helicopter approaches, follow the instructions received and secure lightweight objects that could be blown away.

Information rescuers need

When calling for help, clarity matters. Say who you are, where you are, what happened, how many people are involved, whether the injured person is conscious, whether there is bleeding, whether they can move, what the terrain is like and what the weather is doing. Do not hang up until the operator tells you to. If signal is weak, send the essential information first: location, injury, number of people and phone number.

Anti-fall checklist before starting a hike

A checklist does not turn hiking into bureaucracy. It prevents simple omissions from becoming real problems. Before leaving, review these points and adapt them to the route.

The most important decision is the one you make before the difficult section. You may have planned everything well, but if you reach unstable scree, wet steep grass or damp rocky steps and do not feel safe, the best choice may be to stop. Prevention is not a list you tick once. It is a continuous evaluation.

Common mistakes that increase the risk of falls

Many mistakes are simple, repeated and preventable. The first is starting with unsuitable shoes because “the trail looks easy”. The second is underestimating the descent. The third is trusting only the GPS track without reading the terrain. The fourth is ignoring local weather. The fifth is following shortcuts made by others, often steeper and less stable than the official path.

Then there is the mistake of pride. Not wanting to turn back because the summit is close, because friends continue, because you have already walked far or because the final photo feels too important. In the mountains, turning back is a technical skill. Those who can turn back are not less prepared. They are more lucid. The real goal is to return home without an accident.

Another common mistake is distracted walking. Talking on the phone, filming, looking at the view while crossing unstable terrain, adjusting a backpack while moving, turning around to speak during a descent: all are normal actions that become risky at the wrong moment. Stop to photograph, drink, check the map or clean your glasses. Moving and doing something else at the same time reduces the quality of your foot placement.

Shortcuts: why they often become accident zones

Shortcuts are tempting because they promise to save time. In reality, they often cut across steeper terrain, wet grass, loose soil or eroded slopes. They damage vegetation, increase erosion and may lead hikers into terrain with fewer stable steps. The official path usually follows a line chosen for a reason: lower gradient, better ground, safer turns and more sustainable passage. A shortcut that saves five minutes may create the most dangerous part of the day.

On descents, shortcuts are especially problematic because fatigue makes them look attractive. You want the valley to arrive sooner, so a direct line seems logical. But direct lines often concentrate water, loosen soil and make braking harder. Stay on the trail unless there is a clear, safe and authorised alternative.

Preventing falls also protects other people

When someone falls in the mountains, the consequences do not involve only that person. The group stops, someone must assist, someone must call for help, rescue teams may be activated and other people on the trail may be affected. On scree and rocky terrain, a wrong step can also send stones toward hikers below. Prevention is therefore a responsibility toward everyone sharing the trail.

This is especially true on popular routes. During summer weekends, on famous itineraries, the risk does not depend only on your own technique. It also depends on the presence of people above and below you. Keep distance, do not overtake in narrow places, warn others if you dislodge a stone, do not stop below gullies or loose slopes and give space to slower hikers. A shared mountain requires patience.

The culture of safety grows when people talk about risk without dramatizing it. Saying “let us slow down here”, “this section does not convince me”, “let us wait until the group above has passed”, or “today we turn back” does not ruin the hike. It makes it more mature. Hiking is not a test of courage. It is a practice of attention.

Conclusion: a safe step is built before the accident

Falls on hiking trails are not unavoidable fate. Many can be prevented with simple choices: a route suited to the group, footwear in good condition, attention to weather, short steps downhill, caution on scree, respect for wet grass, calm movement on rocky steps, fatigue management and the ability to turn back. The mountain does not require fear. It requires presence.

The reason mountain rescues increase is not only that more people go hiking. It is also that many hikers approach natural terrain with urban habits: haste, complete trust in smartphones, underestimation of the ground, limited preparation and little willingness to change plan. Every hiker can help reverse this trend by focusing on what they can truly control: their own steps.

Scree, wet grass and rocky steps should not create panic. They should be recognised. Each terrain has its own logic: scree requires lightness and distance, wet grass requires caution and avoidance of shortcuts, rocky steps require calm and three points of contact. When you learn to read these differences, the trail becomes clearer and your hike becomes safer.

The best hikers are not those who never feel uncertain. They are those who notice uncertainty early and respond intelligently. They slow down, observe, communicate, change plan when needed and keep enough energy for the descent. That is the foundation of safe hiking: not perfection, but attention repeated step after step.