Crab captured in amber
“The specimen is spectacular, it is one of a kind. It’s absolutely complete and is not missing a single hair on the body, which is remarkable”. These are the words lead author Javier Luque used to describe Cretapsara athanata, the first crab from the ‘Cretaceous dinosaur era’ preserved in amber (fossil tree resin), and the most complete fossil crab ever found. Despite being ‘dated’ at around 100 million years, 3-D scans showed it to be modern-looking.
The amber preserved delicate features such as antennae, compound eyes, and mouthparts covered in minute hairs. It even preserved the well-developed gills which meant the small crab was most likely water-dwelling. Plant material and insect faeces were also found in the same amber lump (c. 20 mm × 7 mm). “How then did a 100 million year old aquatic animal become preserved in tree amber, which normally houses land-dwelling specimens?”
For evolutionists, such a question leads to many ‘it might have’ stories. Of course, they would be aware that to preserve the crab in such a complete state the resin would have to engulf it quickly. Today’s generally slow trickle of resin from trees would never suffice.
The conditions found in the Noahic Flood around 4,500 years ago readily account for all aspects of this find. The obvious one is finding an aquatic crab in resin from a tree, alongside terrestrial plant and insect material. As forests were ripped up and carried by the floodwaters, huge rafts of trees crashed into each other. The damaged trees were bleeding abnormally copious amounts of their sticky resin, which quickly enveloped the items it contacted. This also explains the existence of large amber deposits, such as the ones mined in Myanmar from which this specimen came.
- Harvard University, International team of researchers discover first dinosaur era crab fully preserved in amber; oeb.harvard.edu, 20 Oct 2021.
- Luque, J. and 6 others, Crab in amber reveals an early colonization of nonmarine environments during the Cretaceous, Science Advances 7:43, 20 Oct 2021.
Readers’ comments
Comments are automatically closed 14 days after publication.