The super snake's kryptonite was natural climate change. In this case, it was probably shifting tectonics that disrupted ocean currents and lowered temperatures. Warm-blooded animals that could handle the cooler, drier conditions were now kings and queens of the jungle.
Titanoboa died out around 58 to 60 million years ago, so its dominance was fairly brief in geological terms. Scientists aren't quite sure, but they believe that climate change had something to do with it. The climate started to cool, and the enormous snake and other large reptiles couldn't maintain their metabolism.
The Titanoboa lived in the Palaeogene Period and it is called the Titanoboa because of its size and it is short for titanic boa. The huge snake was a carnivore (which means that it would eat meat and kept leaves, stems and crops out of its diet).
Titanoboa (/ˌtaɪtənəˈboʊə/; lit. 'titanic boa') is an extinct genus of very large snakes that lived in what is now La Guajira in northeastern Colombia.
The only thing that would allow us to build a larger snake would be to relax those temperatures and those temperatures would become warmer. So we think that Titanoboa became as large as it did because temperatures were maybe even as much as 10 degrees Fahrenheit warmer than they are today.
Longer than Tyrannosaurus rex, Titanoboa cerrejonensis is the biggest snake in the world known to science, living or extinct.
A megalodon is much larger than a Titanoboa, weighing 100,000lbs and growing 67 feet as opposed to the Titanoboa that only weighed 2,500lbs and grew 50ft. Although their lengths are similar, the sheer size and thickness of the megalodon make it a far larger being. Megalodon has the advantage in size.
According to experts, the longest snakes recorded have reached lengths of around 20 feet. There is no evidence a 50-feet (15 meter) specimen was spotted alongside a river as claimed in a video shared on social media.
Tyrannosaurus lived in North America during the late Cretaceous era around 66 to 68 million years ago. Titanoboas lived during the Paleocene era, after the extinction of the non-avian dinosaurs, in what is now Columbia around 60 million years ago. The two were separated by around seven million years.
Analysis of the jaw bones show that Titanoboa could crush its prey with a jaw force of 400 pounds per square inch. (Modern estimates of the bite of an anaconda top this, however, at 900 psi.)
As the Earth's temperatures rise, there's a possibility the Titanoboa - or something like it - could make a comeback. But scientist Dr Carlos Jaramillo points out that it wouldn't happen quickly: "It takes geological time to develop a new species. It could take a million years - but perhaps they will!"
Titanoboas probably weighed a hefty 2,500 lbs on average. Within their robust body were over 250 vertebrae, along with an uber-flexible jaw and recurved teeth (curved backward). The design of the Titanoboa's teeth worked much like the majority of its snake relatives.
The Titanoboa is so much longer and thicker than the anaconda, making it a much more dangerous creature. Although we have fossil records of this animal, many questions exist such as this creature's preferred environment, whether it could lift a section of its body off the ground to strike, and what it ate.
Titanoboa's fossilised vertebra showed that it was a whopping 13 metres (42 feet) long. By comparison, the largest verifiable record for a living snake belongs to a 10-metre-long reticulated python, and that was probably a striking exception.
The heaviest anaconda ever recorded was 227 kilograms. This massive snake was 8.43 metres long, with a girth of 1.11 metres.
An average adult Titanoboa is estimated to have been 13 meters, or 42.7 feet, long and weigh approximately 1,135 kilograms, or 1.25 tons, says Britannica. In comparison to modern snakes, no living snake has ever been identified with a verifiable length over 9.6 meters, or around 31.5 feet.
The Titanoboa—the largest known snake to ever exist—was as long as a school bus, growing to an estimated 50 feet long and 3 feet wide. The species was discovered in 2009 by a multi-organizational team of scientists at the Cerrejon coal mine in Colombia.
Additionally, as it turns out, Titanoboa also had considerably thick skin, described as "damn near bulletproof". As such, whenever the snake was shot at, it barely flinched. Titanoboa also possessed enhanced night vision, allowing it to see in the darkest places.
The Spinosaurus bit down on the Tyrannosaurus neck, proceeded to grab it with its powerful forearms and snapped it, killing the Tyrannosaurus rex.
Simply put: No.
Megalodons succumbed to global cooling due to the shrinking of their habitat, the vanishing of their favorite prey, and competition from other predators 3.5 million years ago.
In the battle between a megalodon and an orca pod, the orcas would have the advantage.
Additionally, on land, Titanoboa was surprisingly a very fast animal, capable of reaching speeds in excess of 50 mph if it ever needed to.