Thread 4997961 - /an/ [Archived: 1128 hours ago]

Anonymous
6/5/2025, 10:50:53 PM No.4997961
Screenshot_20250605_211730
Screenshot_20250605_211730
md5: 75582864081e27031f7b5895a9bc4e0f🔍
could some of the ediacaran organisms have survived into the devonian?
any takes on this?
Replies: >>4998088
Anonymous
6/6/2025, 2:44:50 AM No.4998085
they could've
Anonymous
6/6/2025, 2:50:56 AM No.4998087
Cnidaria
Cnidaria
md5: 0d4e01abed5a3c6ed4555257389d203e🔍
Obviously
Replies: >>4998299
Anonymous
6/6/2025, 2:52:12 AM No.4998088
1674316602993392
1674316602993392
md5: dfd6d40283fdb1dca3e4e1f60e3fd6cf🔍
>>4997961 (OP)
No.
The tl;dr is that worms and other burrowing organisms made it impossible.
Another factor is a little thing called "predation'.
Replies: >>4998299 >>4998706
Anonymous
6/6/2025, 1:48:20 PM No.4998299
>>4998087
BORING
>>4998088
what is protonympha then
Replies: >>4999120
Anonymous
6/7/2025, 1:42:16 PM No.4998706
>>4998088
This take it total nonsense. Long outdated and never had any evidence going for it. Petalonames survived into the cambrian just fine largely unmodified from their ancestral form. Not to mention towards the end of the ediacaran you see them adapting to the lack of microbial mats just fine, which this idea says they can't.
Read this https://www.manospondylus.com/2022/02/the-life-of-charnia-masoni-and-friends.html
Anonymous
6/8/2025, 2:04:08 PM No.4999120
auroralumina_attenboroughii__2023__by_ognimdo2002_dget42z-pre
>>4998299
>BORING
kino!
Replies: >>5000215
Anonymous
6/10/2025, 7:46:04 PM No.5000215
1748565922176068
1748565922176068
md5: dafa203ee9847e7164c5ded50e516af1🔍
>>4999120
it's a'ight