Avalanches

There are lot of types of avalanches but two of them are loose-snow avalanche which gathers more and more snow as it descends a mountain. Another type is slab avalanche which is the deadliest and destroys everything on its way; most responsible for the great majority of accidents. There are also powder avalanches and wet snow avalanches

Quite simply, settled snow. Avalanches are a result of the accumulation of snow at the top of a slope or incline becoming dislodged (by its own weight, an explosion, vibrations or loud noise, or a quake event). The mass of snow tends to behave rather like a liquid on its way down, breaking apart and flowing around and over obstacles. Those who have been caught (and instantly buried) by avalanches state that it was as though they'd been swept up by a tidal wave.

Once the avalanche runs out of slope, it settles. A lot of the snow that was originally stacking up at the top of the slope will now be at the bottom, but snow will eventually accumulate at the top again, leading always to another potential avalanche.

In populated areas or those visited/used by tourists/skiers, it is not uncommon for local rangers/wardens to mitigate the risk of a large avalanche by periodically setting off small explosive charges under accumulating shelves, dispersing the snow before it achieves a dangerous mass.

Avalanches are deadly because they can move at high speeds, overwhelming anything in their path. They can contain large amounts of snow, ice, and debris, causing significant trauma and injuries to anyone caught in them. Additionally, avalanches can bury victims under large amounts of snow, making it difficult for rescuers to locate and dig them out in time.

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Some of the worst recent avalanches include the Taos Ski Valley avalanche in New Mexico in 2019 that killed two people, the avalanche in Utah in 2021 that killed four skiers, and the avalanche in Indian-administered Kashmir in 2021 that killed at least 11 people.

Avalanches can cause extensive damage to buildings, including structural collapse, destruction of roofs and walls, and damage to foundations. Buildings in avalanche-prone areas should be built to withstand the forces exerted by avalanches, with reinforced structures, avalanche barriers, or relocation to safer areas. Mitigation measures such as snow fences, deflectors, and controlled detonations can also help reduce the impact of avalanches on buildings.

It is difficult to determine an exact number of avalanches that occur each year worldwide as not all are reported. However, estimates suggest that there are tens of thousands of avalanches each year.

Avalanches can affect anyone in their path, including skiers, snowboarders, hikers, and even residents living in avalanche-prone areas. They result in injuries and fatalities, damage to infrastructure, disrupted transportation routes, and the loss of property. Avalanche mitigation efforts are essential to minimize these impacts.

Avalanches do heaps of damage to anything that gets in their way and destroy trees homes it is very sad some times to have lost a loved one in an avalanche and also lost a few limbs while they were at it.

Avalanches are most likely to occur in the alpine regions of France, Switzerland and Austria. However avalanches can occur on any steep slope, considering the factors. Within the U.S, Alaska, Colorado and Utah are the states that avalanches occur most often.

It is estimated that around 90% of avalanches are triggered by people, with skiers and snowmobilers being the primary contributors. Skiers account for a significant portion of avalanche accidents due to their presence in high-risk backcountry areas.

Earthquakes are more dangerous.

Earthquakes are more dangerous.

Earthquakes are more dangerous.

Earthquakes are more dangerous.

Earthquakes are more dangerous.

Earthquakes are more dangerous.

Earthquakes are more dangerous.

Earthquakes are more dangerous.

Earthquakes are more dangerous.

Earthquakes are more dangerous.

Earthquakes are more dangerous.

I have had two boys via emergency caesarian due to placental abruption. For my first child, both of us were very lucky to survive, he was in special care baby unit for three weeks and i had to have blood transfusions, my uterus did not contract properly after delivery and my blood was not clotting. I had a priest come to see me and also wanted to see my son. It was very scary and the thought of me losing my son was unbearable. I have blocked out most of that time and tend to focus on the future. I also had a second child and was high risk. I had a caesarian planned for 5th may as i was high risk but went into labour on 2nd may. In third stages of labour i suffered a placental abruption but this time round i knew what was happening and my boy was in distress. Everything came flooding back and i was hysterical as i didnt want to lose him. Luckily after emergency caesarian he was okay no stay in the special care baby unit but i was borderline for a blood transfusion and they decided against it. This resulted in me being severely anaemic and very ill for a week or so after the birth.

The long term effects are really mental rather than physical. I have since found out that i have an iron deficiency which contributed to why this happened to me. I stay focused on the future and not on the past and count my blessings that both of my boys and me survived as there are so many cases where this doesnt happen. Neither of my childbirths hold pleasant memories but the memories we have built thereafter are brilliant ones and i wouldn't wish it any other way.

Patrols trigger controlled avalanches to mitigate the risk of spontaneous avalanches in high-risk areas. By intentionally setting off smaller avalanches, they can reduce the buildup of unstable snowpack and protect skiers and other mountain users from unexpected avalanches. It's a proactive measure to improve safety in avalanche-prone regions.

Avalanches can occur throughout the year, but they are most common during the winter and spring months when there is more snow accumulation. The frequency of avalanches can vary depending on factors such as snow conditions, terrain, and weather patterns. It is important to be aware of avalanche risk and take appropriate precautions when traveling in avalanche-prone areas.

Aside from the obvious (snow build up) there were a combination of events.

the weather conditions and tempratures at the time (huge amount of snow deposits) and the previous months historical weather conditions and tempratures (melting freezing and fresh snow) causing a layer of unstable ice particles deep below the snow.

The question should be what were the causes of so many deaths.

Again there were a combination of events.

1. building of properties within the restricted areas of known avalanche risk

2. the avalanche committee ignoring the meteorological advisor's advice to evacuate the valley prior to the disaster, and by default trapping thousands of locals and tourists in the danger area to the point of rationing of food being enforced during the ensuing period.

3. tourist were still entering the valley when the warning had already been issued

4. whilst avalanches were happening daily in areas surrounding the village nobody considered the danger building directly above the village where no avalanches were occurring until it was too late.

Having said all that many were very fortunate, as the area that was devasted was relatively empty of people due to the town council holding an entertainment event in the centre to maintain moral, some that lost their lives had unfortunatly left the event early and were exposed to the full force of the avalanche.

Galtur has since had defence walls built with an integrated avalanche centre dedicated to the research of the cause and effect of the avalanche.

It has to be said Galtur is such a wonderful village, with the most welcoming of local people and well worth a visit any time of year.

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the way that people in an avalanche disaster area decrease the damage done by a avalanche is they put up snow fences that are like fences that stand on an angle and they are meant to break and roll with the snow and while the snow is rolling, it's very likely for the snow fences to stick back into the ground and that decreases the avalanches speed so that when it hits it isn't as bad

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Avalanches form when a layer of snow collapses and slides downhill. This can happen due to factors such as a weak layer of snowpack, steep slopes, and triggers like human activity or natural events. The sliding snow collects more snow as it moves, creating a fast-moving and potentially dangerous avalanche.

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Avalanches can happen in mountainous regions where there is a build-up of snow on a steep slope. Factors such as temperature changes, snowpack stability, and additional precipitation can trigger an avalanche. Human activities like skiing, snowmobiling, and snowboarding can also trigger avalanches.