Yes, he reference one guy who is a Chemist.
Okay? Not seeing much to contradict current theories.
Because you do not have anything. He has nothing to do with biology or evolution.
I would just like to see a statement, because I cannot imagine anyone with a college education advocating such. There are various reasons for rapid evolution due to global circumstances. The end of the dinosaurs and the rise of mammals is one. There was an early massive extinction event with bacteria and the generation of oxygen which was toxic.
Not sure how this relates to anything.
Science has a way of revising ideas as more is learned. That is why we don't have a shaman blow smoke on us when we get sick.
Evolution is generally a slow process because nature had a balance to it. We can see this demonstrated in the introductive of non-native species that become an invasive species. Rapid change can occur if the environment changes. Rabbits in Australia is well known. Deer are now a problem in the US with a lack of predators and it is the same with hogs. That is not evolution, but we see again and again rapid changes due to circumstances. Evolution reacts to environmental facts. If things stay the same, there is no pressure for change. Mutations within a population fade away if you have a large genetic pool.
What about it?
Simple search with google AI:
Evolution and environmental niches are deeply linked: an
ecological niche is an organism's role/address (food, habitat, etc.), and
evolution shapes species to fit these niches through adaptation, like
Galapagos finches with specialized beaks, while organisms also actively modify their environments (
niche construction), influencing their own and others' evolutionary paths, creating a dynamic feedback loop between life and its surroundings.
Key Concepts
- Ecological Niche: More than just a habitat, it's the full set of resources and conditions (biotic and abiotic) a species needs to survive and reproduce, including food, temperature, shelter, predators, and competitors.
- Evolutionary Niche: The sum of selective pressures acting on a population, driving evolutionary changes.