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    Cyclone Michaung: A Case Study Of ISRO’s Tech Power

    The Indian subcontinent has a long history of being hit by destructive cyclones caused by the unstable Bay of Bengal. That was also the case with Cyclone Michuang, which made landfall in the Bay of Bengal in November 2023. Michuang devastated coastal areas, leaving a path of calamity in its wake with its strong winds and torrential rains.

    The Indian Space Research Organization (ISRO) was instrumental in enabling timely evacuations by forecasting the path and intensity of the cyclone, giving disaster management authorities vital information in the midst of the chaos. This article examines how ISRO’s technology assisted in lessening the effects of Cyclone Michuang and digs into its weather prediction capabilities.

    A highly developed network of Earth observation satellites is the foundation of ISRO’s meteorological forecasting expertise. These satellites continuously scan the atmosphere, giving real-time information on a range of meteorological parameters, such as wind direction, speed, and temperature. This massive amount of data is then fed into advanced weather forecasting models, which simulate atmospheric processes to forecast future weather patterns.

    INSAT-3DR, ISRO’s primary meteorological satellite, is essential to this project. Modern imaging and atmospheric sounding instruments aboard the 2016-launched INSAT-3DR provide high-resolution data on a variety of weather phenomena. Due to its ability to track the formation, movement, and intensity of cyclones, this data is especially useful for forecasting their movements.

    The weather experts at ISRO continually kept a close eye on Cyclone Michuang as it developed in the Bay of Bengal, using information from INSAT-3DR and other satellites to forecast its path and strength. Michuang’s path towards the Indian coast was precisely predicted by the agency’s weather forecasting models, giving disaster management officials important information.

    By enabling the prompt evacuation of vulnerable coastal communities, ISRO’s forecasts helped to reduce the number of casualties and damage to property. The government and general public commended the agency for its accurate forecasts, underscoring the value of ISRO’s weather prediction skills in preserving India’s coastal areas.

    The cyclone’s path was not the only thing that ISRO attempted to predict in its weather prediction efforts. On top of that, the organisation supplied thorough rainfall and wind intensity forecasts, allowing authorities to plan ahead.

    In order to help authorities get ready for possible flooding and storm surges, the agency also supplied in-depth rainfall and wind intensity forecasts. In order to ensure a prompt and efficient response to the cyclone, this information was essential for deploying disaster response teams and resources to affected areas.

    Apart from providing instantaneous weather reports, ISRO employed its satellite imagery to evaluate the extent of damage inflicted by Cyclone Michuang. Relief and reconstruction efforts were aided by the agency’s high-resolution photos, which offered insightful information about the extent of flooding, infrastructure damage, and crop losses.

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    Despite its significant contributions to the forecasting of Cyclone Michuang, ISRO’s efforts were not without shortcomings.  The agency’s performance could have been improved by providing more granular and localised forecasts. Although the overall trajectory and intensity of the cyclone were correctly predicted by ISRO, more precise forecasts at the district or even village level could have been made. In order to ensure that resources were allocated to areas with the greatest need, this would have allowed authorities to more precisely target their preparedness and response efforts.

    In order to make sure that the most vulnerable communities received its forecasts and warnings, ISRO could have also strengthened its communication tactics. While the organisation used a variety of media, including television, to spread information,

    While the agency used a variety of media to spread the word, such as radio, social media, and television, there were times when alerts did not get to the affected populations in a timely way. Making use of targeted messaging and improving communication channels could help guarantee that alerts are understood and received by the people who need them the most.

    Cyclone Michuang served as a stark reminder of the destructive potential of tropical cyclones. While it also demonstrated the astounding power of ISRO’s meteorological prediction technology. The organisation’s precise predictions and prompt information were essential in lessening the cyclone’s effects and reducing the amount of property and human casualties. The ability of ISRO to predict the weather will be crucial in preserving the lives and means of subsistence of coastal communities as long as India is threatened by cyclones.

    Images link : https://www.flickr.com/photos/ibm_research_zurich/19714526942

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