Partly yes. When organisms procreate there are always mutations, (mistakes), in the copying of the DNA. When a mutation or series of mutations helps a species to live through changes in environment it would be considered more successful and would be more likely to have offspring to pass on those mutations to the next generation.
Yes it does. That's what adaptation is all about: animals, over multiple generations, evolve to adapt to their environment, no matter where they live.
Yes, it is.
In short: Evolution. It means that a common ancestor is shared, but through small modifications over long periods of time, there is a large diversity.
Evolution through natural selection occurs slowly over millions of years. It has been hypothesized that evolution is the result of positive mutations that occur in a community of organisms that help them survive better. Evolution is essentially descent with modification.
Descent with modification
That the offspring of one species may adapt to it's surroundings and live longer then though without the modification.
Yes, but it needs some additions like Mendelian Genetics that Darwin did not have. These additions have already been made.
evolution
True.
Evolution. Darwin used the term "descent with modification"-- not "evolution"-- however, later people began to use the term "evolution."
Macro-evolution. Or, more accurately, speciation.
evolution
Evolution?
Descent with modification. This is what Darwin called evolution.
Darwin used the phrase "descent with modification" (he didn't use the term "evolution")
Descent with modification. Or. Transubstantiation.
Descent with modification encapsulates the two key ideas central to the theory of evolution. These are that modifications (mutations) occur, and that these mutations are inheritable (passed on to descendants or offspring).
No. Evolution is defined, in its simplest form, as descent with modification. So reproduction is an essential part of the definition of evolution.
Descent with modification (Apex)