The recent news that there have been no significant casualties recorded in the state, and the information that Cyclone Dana is weakening as it approaches the shore is a little comforting.
However, even weaker cyclones can have major local effects, as evidenced by the reported fatalities in West Bengal and the slight damage to power infrastructure.
Chief Minister Mamata's order to maintain vigilance for 48 hours highlights the dangers of severe weather that persist even after the storm has passed.
The modest impact of Cyclone Dana emphasizes the importance of excellent early warning and preparation, but because of the persistent weather dangers, vigilance is always essential.
In order to endure future weather catastrophes, investments in resilient infrastructure are necessary, as evidenced by little damage to power infrastructure.
It is also concerning how cyclones have lately become more frequent. A number of factors are responsible for this.
Storms are becoming more frequent and powerful as a result of rising ocean temperatures. Cyclones get more energy from warmer waters, which makes them more intense.
Certain areas become more vulnerable as a result of changes in atmospheric circulation patterns, which can impact storm formation and course.
The removal of natural barriers, such as mangroves, caused by increased development along the coast can make storms more destructive.
However, there are still few things that we can do to ensure some damage control.
Communities can better prepare for upcoming storms by investing in improved communication and forecasting technologies.
Maintaining natural barriers like wetlands and mangroves can improve coastal resilience and lessen the effects of storms.
Reducing greenhouse gas emissions at the local and global levels will help lessen the effects of climate change on cyclone frequency and intensity as well as its root causes.
In conclusion, the limited effects of Cyclone Dana emphasize the necessity of taking preventative action to safeguard infrastructure and populations from extreme weather and climate change.