On Reddit, several photos showed hermit crabs abandoning their traditional shells and seeking refuge in plastic waste.
These pictures highlight the fact that these crustaceans are increasingly living amidst our rubbish, leaving scientists deeply saddened.
Several viral images were shared on the internet, with one particular photo of a hermit crab residing inside a discarded toothpaste tube capturing the attention and empathy of viewers worldwide.
This not only raises concerns for the lives of these crustaceans but also emphasizes the devastating impact of Earth's pollution.
According to the University of Warsaw, the researchers have analyzed various photos shared by wildlife enthusiasts, documenting 386 instances of hermit crabs utilizing "artificial shells."
These artificial shells predominantly consist of plastic bottle caps, broken glass bottlenecks, and the metal ends of light bulbs. Remarkably, this unusual behavior has been observed among 10 out of the 16 known species of land hermit crabs worldwide, spanning all tropical regions.
One of the researchers, Professor Marta Szulkin, involved in the study, expressed her distress, stating, "In the photographs, we discovered a total of 386 individuals using 'artificial shells'—mainly plastic caps, but also made from broken necks of glass bottles or metal ends of light bulbs. This unusual behavior is observed in all tropical regions of the Earth."
Additionally, the researchers propose several reasons for this behavior. One possible explanation is the scarcity of traditional snail shells, which hermit crabs typically use as protective homes.
Another factor could be the lighter weight of plastic, making it more convenient for hermit crabs to carry their newfound "homes" as they scuttle along the coastline.
However, the effect of this behavior remains uncertain. It is unclear whether living in plastic waste poses any harm to these creatures, as they rely on shells to safeguard their soft abdomens.
Further research is needed to understand the potential consequences and determine the long-term effects on hermit crab populations.