How can Baby Yoda be 50 years old?
Animals with wings, big bodies or other protections from predators are more likely to evolve long lifespans.
Why Do Some Animals Live So Much Longer Than Others? A Look at Evolutionary Biology and Lifespan Variation In a recent short video, science communicator "sciencenewsofficial" explored the intriguing question of why some animal species boast incredibly long lifespans while others live only a few years. Using the popular Star Wars character Baby Yoda as an engaging starting point, the video highlights the significant differences in longevity observed in nature. The video points to the Greenland shark as a prime example of a slow-aging species. These sharks don't reach sexual maturity until they are over 100 years old and can live for hundreds of years. This is contrasted with the much shorter lifespan of mice, which often face significant threats of starvation or predation. "Animals that can't protect themselves live fast and die young," the presenter explains. Conversely, animals with natural defenses, such as the ability to fly (bats), significant size (elephants), or large brains (primates including humans), tend to have much longer lifespans. This is explained by the reduced evolutionary pressure to reproduce rapidly; their increased survival rate allows for a slower reproductive cycle. The video concludes with a thought-provoking connection between brain size and longevity, suggesting that this could be a key factor in the extended lifespans of certain species, including the fictional Yoda's species. The video's clear explanations and engaging presentation make it a valuable resource for understanding the fascinating interplay between evolutionary biology and lifespan variation.
Animals with wings, big bodies or other protections from predators are more likely to evolve long lifespans.