India’s weather is showing a sharp regional contrast as the southwest monsoon enters its withdrawal phase. A recent image from India’s INSAT-3DS weather satellite shows extensive cloud cover over central, eastern and southern parts of the country, while large areas of western and northwestern India remain relatively clearer.
The satellite image, captured on September 25, provides a broad view of cloud formations across the Indian subcontinent. A large cloud mass is visible over the eastern and northeastern regions, extending across the Bay of Bengal, while additional cloud bands appear over southern India and adjoining oceanic areas.
Editorial Insight
Key Highlights
Important points readers should notice.
Issue/Event: INSAT-3DS captured a pronounced cloud-cover contrast across India.
Location: Central, eastern and southern India show extensive cloud activity, while much of northwest India appears comparatively clear.
Authority/Organisation: India’s meteorological satellite programme and weather-monitoring agencies.
Action Taken: Satellite observations are being used to monitor evolving atmospheric conditions and cloud systems.
Impact: The imagery provides a wide-scale view of India’s changing weather pattern during the monsoon withdrawal phase.
The contrasting pattern highlights how different atmospheric conditions can exist across India at the same time. While some regions remain under substantial cloud cover, other parts of the country are experiencing comparatively clearer skies.
The observation comes as the southwest monsoon begins its withdrawal from parts of India, while weather systems over the Bay of Bengal and surrounding regions continue to influence rainfall activity.
Editorial Analysis
Why This Matters
The satellite view offers more than a striking image. It shows how India’s weather can vary significantly across regions at the same time, particularly during the transition between the southwest monsoon and the post-monsoon period. Such observations help provide a broader picture of cloud distribution and developing weather systems across the country.
