2 July, 2025-Tamhini Ghats in Maharashtra has recorded unprecedented rainfall this monsoon season, surpassing the famed Cherrapunji in Meghalaya and setting a new monsoon benchmark for the state. According to the India Meteorological Department (IMD), the region has received over 6,200 mm of rainfall in the past 30 days, exceeding Cherrapunji’s monthly average of around 4,800 mm for the same period.
The heavy and continuous downpour has brought the ecologically rich Tamhini Ghats into national focus, highlighting significant shifts in monsoonal patterns across India. Meteorologists have attributed this anomaly to intensified low-pressure systems over the Arabian Sea and the region’s unique topography that enhances orographic rainfall.
Experts believe the record rainfall is a result of evolving monsoon dynamics influenced by climate change. “Tamhini experiencing such extreme rainfall is highly unusual and suggests that regional climate conditions are undergoing rapid changes,” said Dr. R. Sharma, a senior meteorologist at IMD Pune.
The heavy rains have had a dual impact on the region. While the forests and reservoirs have seen major replenishment, the continuous showers have led to landslides, blocked roads, and disruptions in local transportation. Authorities have temporarily closed several routes leading to Tamhini due to waterlogging and safety concerns.
Environmentalists have expressed concern over the implications of such extreme weather events, warning that more such occurrences may become the norm in the coming years. “This level of rainfall, while beneficial in some aspects, poses serious risks to biodiversity, infrastructure, and human settlements,” said Meera Kulkarni of the Sahyadri Ecology Foundation.
Despite the challenges, the rainfall has significantly boosted water storage levels in dams across the state. Reservoirs in Pune and nearby districts are nearing full capacity much earlier than usual, offering a positive outlook for agricultural activity. Farmers have begun early sowing of kharif crops, including paddy and pulses, due to improved water availability.
The Indian Institute of Tropical Meteorology (IITM), Pune, has announced a special study to analyze the microclimatic conditions responsible for this extreme event. The study aims to improve regional forecasting models and provide better preparedness strategies for similar weather patterns in the future.
This event marks a significant shift in traditional monsoon trends and underscores the urgent need for climate-resilient infrastructure and environmental planning in high-rainfall zones like the Western Ghats.
