Vasuki indicus, a giant snake that lived millions of years ago. From what we gathered from fossil records in Gujarat, we know of this very large-scale animal, which has captured the world’s attention because of its very large size. For all who are into the study of ancient wildlife and prehistoric creatures, Vasuki is proof that India at one time played home to animals which we can only imagine.
1. Vasuki Indicus Could Reach 15 Metres in Length
One of the most notable facts regarding Vasuki indicus is its body size, which is a subject of great interest to scientists. It is thought to have grown between 11 and 15 meters, or to have ranged from 36 to 49 feet. That would place it at the top of the list of largest snakes determined from fossil records. To picture a snake that nearly the length of a large bus is to see what a remarkable discovery this is.
2. It Lived Around 47 Million Years Ago
Vasuki lived at the dawn of the Middle Eocene Epoch, which was about 47 million years ago. By then, the non-avian dinosaurs had been extinct for some time. Also, the world was much warmer than it is now, which in turn supported a huge diversity of reptile and other animal life.
3. Its Fossils Were Found in Gujarat

In the Kutch region of Gujarat at the Panandhro Lignite Mine, the remains of Vasuki were found. We looked at 27 fossilised vertebrae, which in some cases were still very much as they were found. These bones gave us great information on the snake’s size and structure. It is amazing that an industrial mine should reveal signs of such a remarkable animal.
4. It Belonged to an Extinct Snake Family
Vasuki was a member of Madtsoiidae, a group of which these snakes were part in various ancient world regions. What we know is that this family was around for millions of years before they went extinct. From the study of Vasuki, scientists are able to piece together the past of these ancient reptiles’ evolution and where they lived geographically.
5. It Probably Hunted Like a Python
Researchers put forth that Vasuki may have had a constrictive style of hunting, which is the same as what modern pythons and anacondas do. It is very likely that it didn’t use venom but instead killed prey with the great strength of its body, which it used to wrap around the animal. Also, it is very much a matter of guesswork as to what exactly its hunting behaviour was because we do not have a full skeleton or skull to study.
6. Its Name Has Mythological Connections
In the Hindu mythological tradition, the name of the snake king is Vasuki, which is what we get for this prehistoric snake. The term indicus in the name refers to India, the country of the fossil’s discovery. This is a distinctive name which ties scientific discovery to India’s cultural past.
7. Warm Climate May Have Supported Its Giant Size

Snakes, which are cold-blooded, have their body temperature determined by that of their environment. In the tropical setting which our researchers have determined to average at 28°C during Vasuki’s time, warm temperatures may have played a role in supporting that large size, but we must note that temperature by itself does not account for its evolution.
8. It Challenges Our Understanding of Giant Snakes
Vasuki is put to task often in comparison to Titanoboa, which at some point in time we had the discovery of in Colombia. Also, it is put forth that at times Vasuki may have been equal to or even outgrown Titanoboa in size. But we do not have full sets of fossils, which, if we did, may clarify which of the two was the larger species.
Final Thoughts
The report of Vasuki indicus’ discovery breaks open a new chapter in India’s geologic past. In terms of its amazing reported size and its very old age, and the theories it puts forth about its prehistoric behaviour, this snake gives us great insight into evolution. As for me, what I find most interesting is its Indian origin, which also serves to prove that some of the world’s great prehistoric finds may come from areas we do not expect. As researchers continue to dig up more fossils, Vasuki may play a key role in answering questions we have about life on the very early Earth.