ymer said:A new challenge for evolution theory.
cubeananda said:ymer said:A new challenge for evolution theory.
Care to elaborate on this?
I only vaguely know what you mean and would be interested to hear relevant thoughts about it.
ymer said:cubeananda said:ymer said:A new challenge for evolution theory.
Care to elaborate on this?
I only vaguely know what you mean and would be interested to hear relevant thoughts about it.
Well, they need to explain how random mutations created such a thing. As they usually say using "occam's razor" (which IMO it's a flawed and usually used out of context concept) some thorns or a poison would be a lot more effective at keeping predators away than making such a complex system to mimic other plants shape and form.
I don't see why random mutations couldn't account for it.
When the vine climbs onto a tree’s branches, its versatile leaves (inset) can change their size, shape, color, orientation, and even the vein patterns to match the surrounding foliage.
If the vine crosses over to a second tree, it changes, even if the new host leaves are 10 times bigger with a contrasting shape
cyb said:I don't see why random mutations couldn't account for it.
Perhaps you're missing the point
This happens in real time, not EVO time.
When the vine climbs onto a tree’s branches, its versatile leaves (inset) can change their size, shape, color, orientation, and even the vein patterns to match the surrounding foliage.
If the vine crosses over to a second tree, it changes, even if the new host leaves are 10 times bigger with a contrasting shape
This world is one Strange Happening.
Infundibulum said:Extremely interesting finding!
cyb said:I don't see why random mutations couldn't account for it.
Perhaps you're missing the point
This happens in real time, not EVO time.
When the vine climbs onto a tree’s branches, its versatile leaves (inset) can change their size, shape, color, orientation, and even the vein patterns to match the surrounding foliage.
If the vine crosses over to a second tree, it changes, even if the new host leaves are 10 times bigger with a contrasting shape
This world is one Strange Happening.
Despite extraordinary for our human understanding, this can very well be accounted by the Evolutionary Theory. The vine does not mimic the leaf shape of every plant it climbs, but rather of several of its hosts. The vine learned (evolutionary speaking) to read signals from its most commonly-associated plants and accordingly direct new leaf development to several (possibly pre-encoded?) variants.
Just as all organisms read their environment and respond accordingly, well some respond in (extraordinary for our understanding) ways.
ymer said:cubeananda said:ymer said:A new challenge for evolution theory.
Care to elaborate on this?
I only vaguely know what you mean and would be interested to hear relevant thoughts about it.
Well, they need to explain how random mutations created such a thing. As they usually say using "occam's razor" (which IMO it's a flawed and usually used out of context concept) some thorns or a poison would be a lot more effective at keeping predators away than making such a complex system to mimic other plants shape and form.
cyb said:I don't see why random mutations couldn't account for it.
Perhaps you're missing the point
This happens in real time, not EVO time.