Avalanche hazard mitigation and management is crucial to reduce the risk posed to human life, infrastructure, and the environment. Avalanches, which are sudden and fast-moving masses of snow, ice, and debris, can be triggered by a variety of factors, including weather conditions, terrain, and human activities. Therefore, a comprehensive approach is required to manage avalanche hazards effectively. The active methods of avalanche hazard mitigation focus on controlling or preventing the occurrence of avalanches and minimizing their impact when they do occur. One of the most common active methods of avalanche mitigation is the use of avalanche control techniques. These methods involve deliberately triggering avalanches under controlled conditions to prevent larger, more dangerous avalanches from occurring in populated or frequently traveled areas. This is achieved through several techniques, such as artillery, explosives, and gas exploders. Artillery and explosives are used to create controlled blasts on the slopes of avalanche-prone areas. By triggering smaller avalanches before they reach dangerous proportions, the risk to people and property is significantly reduced. Explosives can be set off manually by trained avalanche control teams or remotely using equipment such as helicopters. Helicopter-based avalanche control is particularly useful in mountainous regions that are difficult to access by land. Helicopter teams can drop explosives on avalanche-prone slopes to trigger controlled slides, reducing the buildup of snow and preventing the formation of larger, more destructive avalanches. In addition to explosives, gas exploders, which release gas to create small shocks in the snowpack, are also used for avalanche control. These devices are less invasive than traditional explosives and can be placed in strategic locations for continuous monitoring and control. Another active method of avalanche mitigation involves snowpack stabilization. One of the most effective ways to prevent avalanches is by making the snowpack more stable. This is done by adding weight to the snowpack or increasing its strength to prevent sliding. Snow fences are often used in areas where wind-blown snow accumulates and increases the risk of avalanches. These fences slow down the wind and cause snow to accumulate in a controlled manner, which allows the snowpack to settle more evenly and reduce the likelihood of instability. Snow fences can be made from wood, metal, or synthetic materials and are typically installed at key points along the avalanche-prone slopes. In addition to snow fences, avalanche barriers can also be used to manage the risk of avalanches. These barriers are designed to absorb the energy of an avalanche or divert its path away from sensitive areas such as roads, buildings, and