Interpreting behavioral evolution

  • Thread starter Thread starter Loren Booda
  • Start date Start date
  • Tags Tags
    Evolution
AI Thread Summary
The discussion centers on the insights that fossil and historical records can provide regarding the behavioral evolution of ancient species. Participants explore the concept of "behavioral evolution," defined as genetically based changes in behavior that enhance survival, such as social structures like herding or pack hunting. Evidence for such behaviors might include fossilized remains found in close proximity or anatomical features that suggest social functions. The conversation highlights the challenges of proving behaviors in primitive animals compared to more complex species, with the consensus that more advanced animals likely leave behind clearer indicators of their behaviors. The role of tool development in understanding proto-human social structures is also emphasized, suggesting that the complexity of behavior correlates with the complexity of the species.
Loren Booda
Messages
3,108
Reaction score
4
What can fossil and other historical records tell us about ancient species' behavioral evolution, like we interpret from preserved physiology the progression of phenomes with genomes?
 
Biology news on Phys.org
I believe the fossil record is much to limited to give much information in the area you speak of.

Nautica
 
Originally posted by Loren Booda
What can fossil and other historical records tell us about ancient species' behavioral evolution, like we interpret from preserved physiology the progression of phenomes with genomes?

"Behavioral evolution"? I have an idea what you mean, but could you define it anyway, so that I can make sure I'm on the same page?
 
"Behavioral evolution": the genetically based changes in behavior that improve survival.
 
You mean like traveling in herds, or hunting in packs?
 
Originally posted by Mentat
You mean like traveling in herds, or hunting in packs?

If this is what you mean, then I'd say the evidence for the above examples would be finding fossils of the same species, very close together...perhaps even finding a part of a creature that could serve no conceivable purpose other than in social sturcture (like the resonating chambers of Velociraptors in "Jurassic Park 3").
 
That's one great example, Mentat. How about finding layers of improving tools in an ongoing community of proto-humans? Are behaviors harder or easier to prove the more primitive the animal?

(By the way, I've wondered where you got your user name.)
 
Originally posted by Loren Booda
What can fossil and other historical records tell us about ancient species' behavioral evolution, like we interpret from preserved physiology the progression of phenomes with genomes?

There is a large wealth of data on Evolutionary Psychology / Behavioral Genetics at http://groups.yahoo.com/group/evolutionary-psychology/

Regards,

Niels Bohr
 
I'm sorry, Niels, I didn't get much out of it. Maybe you could post a more specific link?
 
  • #10
Originally posted by Loren Booda
That's one great example, Mentat. How about finding layers of improving tools in an ongoing community of proto-humans? Are behaviors harder or easier to prove the more primitive the animal?

Well, I'd assume that the more complex the animal, the more complex the behavior; ergo, more (different) hints should be found of their behavior. Yours is a good example, since the finding of newer and more advanced tools sheds a lot more light on the behavior and social structure of primitive humans, than (for example) the grouping of many Velociraptor fossils can shed on their particular behaviors.

(By the way, I've wondered where you got your user name.)

The Dune series, by Frank Herbert, played a large role (along with some sci-fi for younger audiences that I read a long time ago, by Bruce Coville).
 
Back
Top