What is the impact of the warming Arabian Sea on landslides in Wayanad

1. Increased precipitation: Warmer Arabian Sea can lead to higher evaporation rates, resulting in increased moisture content in the atmosphere. This can lead to heavier rainfall, which is a major trigger for landslides in regions like Wayanad. 2. Soil saturation: The excess rainfall caused by warming Arabian Sea can saturate the soil in Wayanad, making it more prone to landslides. Saturated soil loses its strength and stability, increasing the risk of slope failures. 3. Erosion: Intense rainfall events due to the warming Arabian Sea can accelerate erosion processes in the hilly terrains of Wayanad. This erosion can weaken the slopes, making them more susceptible to landslides. 4. Climate change amplification: The warming of the Arabian Sea is linked to broader climate change trends, which can further exacerbate the risk of landslides in regions like Wayanad. Rising temperatures and changing precipitation patterns can interact with local topography to increase landslide hazards. In summary, the warming Arabian Sea can contribute to landslides in Wayanad through increased precipitation, soil saturation, erosion, and broader climate change impacts.