Aug 2, 2024, 12:44 PM
Aug 2, 2024, 12:44 PM

Landslides in Wayanad, Kerala Claim Over 300 Lives

Tragic
Highlights
  • Recent landslides in Wayanad, Kerala have resulted in over 300 fatalities and destroyed entire villages.
  • The natural disaster has led to significant humanitarian concerns and loss of infrastructure.
  • Efforts for rescue and rehabilitation are underway, but the scale of destruction poses immense challenges.
Story

In a devastating incident earlier this week, more than 300 individuals lost their lives, and entire villages were obliterated due to landslides triggered by heavy rainfall in Wayanad, Kerala. This tragedy has raised alarms across India regarding the increasing frequency and severity of such natural disasters. Experts attribute the disaster not only to the extreme weather conditions but also to human factors, highlighting the need for better disaster preparedness and management. Dr. Deoras noted that the simultaneous occurrence of landslides and rainfall deficits in Kerala indicates significant spatial variability in this year's monsoon patterns. Climate change has been linked to the rising intensity of extreme weather events, including the heavy rains that contributed to the recent calamity. A 2021 study revealed that 56% of landslides in Kerala occurred in plantation areas, underscoring the impact of land use changes on disaster risk. The rapid urbanization and construction boom in Kerala over recent decades have often overlooked ecological considerations, exacerbating the vulnerability of the region to such disasters. Experts emphasize that effective early warning systems are crucial for disaster management, yet the response to the current crisis has been hindered by political disputes. Meteorologist Mahesh Palawat pointed out that Kerala has been struggling to achieve its average rainfall, deviating from typical monsoon patterns. To prevent future disasters, experts advocate for urgent mitigation measures to address the underlying issues contributing to the region's increasing susceptibility to extreme weather events.

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