Yes, but the conditions need to be right. Such plentiful food which would allow for a species to expand without cause a food shortage. Also any predators that hunt the species would have to have a low reproduction rate, so that the species will have a larger mating pool.
Generally, a molecular clock is used to describe the rate of molecular change over time that tells you when two species, or taxa, have diverged.
Rapid evolution is where the subjective species in a population is considered to be evolving in an unusually high frequency and rate, thus 'rapid' evolution is occuring.
Perhaps, coupled with sexual selection. Take the elephant seal. The preference of females for large males to head the harems drove the evolution of larger and larger variance in the size of the males to the females and rather quickly.
Variations in offspring are acted upon by natural selection: some offspring will be slightly more proficient at producing new offspring than others. This means that some alleles will promulgate throughout the population gene pool at a faster rate than others, resulting in a shifting frequency of incidence in the population gene pool. This is what evolution is: shifting allele frequencies in the population gene pool.
Insects and bacteria are said to evolve faster than some more complex animals because they reproduce faster. Simply put the more offspring you can make, the faster they mature and make new offspring with selected genes, then the faster they can evolve.
no
Often the exotic species has fewer natural enemies in the new environment but competes for the same food supply and other necessities as the native species it displaces. Sometimes the exotic species is more adaptable or more aggressive and so pushes out a native species. Sometimes the exotic species reproduces at a higher rate or more successfully than does the native species.
Depends entirely on the rate of reproduction.
The COX1 protein can still function if the gene is altered between species due to its high rate of mutation as well as the fact that its sequence is conserved.
The rate of extinction is faster.
The rate of extinction is faster.
The rate of extinction is faster.
Currently, the rate of extinction is significantly higher than the rate of species formation on Earth. Human activities, such as habitat destruction, climate change, and pollution, have accelerated the extinction rate. This imbalance in the rates of extinction and species formation is leading to a loss of biodiversity at an alarming rate.
The rate of disappearance of endangered species in the region is currently high, posing a significant threat to their survival.
Carrying capacity
depends on what species it is
biodiversity