The Indian Space Research Organisation (ISRO) announced on Thursday, November 28, that its EOS-06 (Oceansat-3) and INSAT-3DR satellites are actively monitoring Cyclone Fengal, which has been moving toward Tamil Nadu since November 23. EOS-06, the third-generation satellite in the Oceansat series, plays a vital role in early cyclone detection. Its Scatterometer, a tool designed to detect ocean wind patterns, successfully identified the cyclone’s formation, providing valuable early warning time. This capability allows for a more informed response, helping authorities take necessary precautions in advance.
In addition to EOS-06, the INSAT-3DR, a geostationary satellite, has been continuously providing real-time data, offering regular updates on the cyclone’s intensity and movement. The satellite’s observations are critical for tracking the storm’s progress and assessing its potential impact on the region. As per the latest forecast, Cyclone Fengal is expected to make landfall near Puducherry, Tamil Nadu, on November 30.
ISRO’s advanced satellite technologies are crucial for monitoring natural disasters like cyclones, enabling timely interventions to mitigate their impact. By offering accurate and up-to-date information, ISRO’s satellite systems contribute significantly to disaster management efforts, ensuring that safety measures are implemented promptly. This real-time data also aids in the early issuance of warnings to the affected communities, allowing them to take necessary precautions.
Notably, this is not the first time that ISRO’s satellites have provided valuable data for cyclone monitoring. Last month, during the tracking of Cyclone Dana, the organization’s satellites also played an instrumental role in improving the response to the storm, reinforcing the importance of satellite-based observations for effective disaster management. With Cyclone Fengal approaching Tamil Nadu, ISRO’s continuous monitoring is helping to ensure that relevant authorities and citizens are well-informed and prepared for the impending impact.
