U
Usagi
Guest
Your understanding of the claims of the “other side” continues to be lacking, Techno. And when we try to help, you don’t listen.
Like Usagi said, your microevolution is the same process, just in a shorter time. It’s kind of like you’re saying that continuously adding 1 to a number can’t make it hugely bigger because 20+1 is basically 20, 32+1+1 is basically the same as 32, so 15+1+1+1+…+1 could never come out to 1,000,000.Adaptation! No one argues micro-evolution aka adaptation.
Can the food chain in a ecosystem work if the middle part is missing ?I can’t help but notice that you didn’t respond to my question about how one differentiates an irreducibly complex system from a reducibly complex one.
No. If you think that means something, you have yet another misunderstanding.Can the food chain in a ecosystem work if the middle part is missing ?
Lol, I can’t blame it on the “other side” these are my own ideas.Your understanding of the claims of the “other side” continues to be lacking, Techno. And when we try to help, you don’t listen.
It just means you need a food chain already in place to support life.Techno2000:
No. If you think that means something, you have yet another misunderstanding.Can the food chain in a ecosystem work if the middle part is missing ?
All the parts have to be ready to go… it can’t wait for evolution to evolve it.But this argument holds true for absolutely everything.
Other than photosynthesis what did the first organism eat ?A food chain yes, so? As long as there’s something to eat new food can be added to an ecosystem. Creatures could begin eating that food source, and might over time no longer eat the old food source.
All the components of the first so-called cell had to be in place right from the start for it to work.Techno2000:
That’s the argument of irreducibility but where’s the example?All the parts have to be ready to go… it can’t wait for evolution to evolve it.
Sure, you can drive a car painted or unpainted, but you’re going to need those pistons.The fact that you can’t REMOVE some aspect of a system without affecting its viability, doesn’t mean that you can’t alter some aspect of the system.
I didn’t read it, but I thought his book was about the first cell.Techno2000:
This is simply the irreducible eye argument repackaged in the form of a cell. The fact that you can’t REMOVE some aspect of a system without affecting its viability, doesn’t mean that you can’t alter some aspect of the system.All the components of the first so-called cell had to be in place right from the start for it to work.
An uphill battle to get you to answer simple questions? Yes indeed. And the simple question was:MikeInVA:
It is an uphill battle.You’re assuming that the mutation passes, which I don’t think is a given.
Patience is a virtue.I can’t help but notice that you didn’t respond to my question about how one differentiates an irreducibly complex system from a reducibly complex one. But fortunately the internet is an extensive information resource, and it seems to be the consensus scientific opinion that there’s no such thing as an irreducibly complex biological system.
Since your basis for categorizing ID as a science was based in part upon identifying irreducible complexity in biological systems, and since there appears to be no such thing, I must conclude that ID isn’t science.
I must admit however, that I had suspected as much.
Of course this is repeated ad nauseum until it is believed. The problem is it doesn’t happen.Like Usagi said, your microevolution is the same process, just in a shorter time. It’s kind of like you’re saying that continuously adding 1 to a number can’t make it hugely bigger because 20+1 is basically 20, 32+1+1 is basically the same as 32, so 15+1+1+1+…+1 could never come out to 1,000,000.