Satellite Capabilities Enable Early Detection
In a post on X (previously often called Twitter), the official deal with of ISRO stated, “ISRO’s EOS-06 & INSAT-3DR satellites are intently monitoring the deep despair over the Bay of Bengal since Nov 23, 2024. Satellite inputs help in higher monitoring, early warning and mitigation.” The put up additionally added that the EOS-06 Scatterometer was capable of detect ocean winds early, providing lead time for essential evacuation course of.
The EOS-06 Scatterometer has been highlighted as instrumental in figuring out ocean wind patterns linked to Cyclone Fengal. This information, reported as essential by meteorological sources, aids in understanding the cyclone’s behaviour and potential influence on coastal areas. Experts word that early detection capabilities considerably improve preparedness by enabling authorities to challenge well timed warnings and implement security measures.
Real-Time Updates From INSAT-3DR
Real-time updates are being supplied by the geostationary INSAT-3DR satellite tv for pc, which screens modifications within the cyclone’s depth and course, as per a number of sources. Meteorologists have said that steady monitoring helps catastrophe administration efforts by providing exact predictions of the cyclone’s power and motion. This info is being utilized by native authorities to plan evacuation and mitigation methods successfully.
Integration of Technology in Disaster Management
ISRO’s satellite tv for pc information has turn into integral to managing pure disasters like cyclones, particularly as excessive climate occasions develop in frequency resulting from local weather change. By quickly processing satellite tv for pc info, ISRO ensures that authorities are geared up with actionable insights to guard lives and minimise injury.
Residents in Tamil Nadu are being urged to remain alert and observe updates from official climate businesses. As Cyclone Fengal advances, coordinated efforts between ISRO and native authorities proceed to underscore the significance of space-based monitoring in safeguarding communities.