https://www.pnas.org/content/112/7/2087
>An ancient deep-sea mud-inhabiting 1,800-million-year-old sulfur-cycling microbial community from Western Australia is essentially identical both to a fossil community 500 million years older and to modern microbial biotas discovered off the coast of South America in 2007.
>be fedora
>find bacteria that hasn't evolved for billions of years
>bacteria is not affected by environmental pressure and random mutations as causal factors for change in its genotype and phenotype
>fedoras start coping
>An ancient deep-sea mud-inhabiting 1,800-million-year-old sulfur-cycling microbial community from Western Australia is essentially identical both to a fossil community 500 million years older and to modern microbial biotas discovered off the coast of South America in 2007.
>be fedora
>find bacteria that hasn't evolved for billions of years
>bacteria is not affected by environmental pressure and random mutations as causal factors for change in its genotype and phenotype
>fedoras start coping
