Individuals that can interbreed and produce fertile offspring belong to the same species. This is a key criterion for defining a species and characterizes the gene flow between populations within the same species.
The test of a species' successful interbreeding is whether offspring are produced that are viable and fertile. Viable offspring are able to survive and reproduce, thus ensuring gene flow between the parent species.
A nullipara is a female who has not produced any viable offspring.
A group of closely related organisms that cannot mate are considered different species. Species are defined as groups of organisms that can interbreed and produce fertile offspring with one another. When individuals from different groups are unable to produce viable offspring due to genetic differences, they are considered separate species.
No, humans and monkeys are too genetically different to reproduce offspring together. While humans and certain primates share a common ancestor, their genetic differences are too vast to allow for successful interbreeding and the creation of viable offspring.
The number of chromosomes. For example, humans have 46.
A species is an interbreeding population that produces healthy and fertile offspring. This population can freely interbreed and produce viable offspring capable of reproducing.
The test of a species' successful interbreeding is whether offspring are produced that are viable and fertile. Viable offspring are able to survive and reproduce, thus ensuring gene flow between the parent species.
If animals can breed and produce a viable (fertile) offspring they are termed a "species". Often two closely related species can inter-breed and produce an offspring that will be a non-viable (sterile) hybrid. An example of the later would be the cross-breeding of a horse with a donkey.This cross produces a "Mule", which is sterile & unable to reproduce.
No, bobcats and house cats cannot mate and produce viable offspring because they are different species.
Members of the same species can breed and produce viable offspring that will, when mated with others of the same species, also produce viable offspring.
A population. This term is used to describe a group of organisms of the same species living in the same area and capable of interbreeding to produce viable offspring.
A species consists of a group of organisms that can interbreed and produce fertile offspring. This is the fundamental unit of biological classification, where individuals are capable of mating with each other and producing viable offspring.
No, bobcats and domestic cats cannot mate and produce viable offspring because they are different species with different numbers of chromosomes.
Two individuals are considered members of the same species if they can reproduce and produce fertile offspring together. This ability to interbreed and have viable offspring is a key criterion for determining if two individuals belong to the same species.
Organisms that can interbreed and produce offspring that can grow to produce young are classified as members of the same species. This means they share enough genetic similarities to successfully reproduce and create viable offspring.
No, cows and cats are different species and cannot successfully mate and produce offspring. Their genetic makeup is too different for them to produce viable offspring.
Neanderthals and humans were genetically similar enough to be able to produce viable offspring when interbreeding occurred. The hybrid offspring likely benefited from gene flow between the two populations, leading to increased genetic diversity. Additionally, the ability to interbreed indicates that Neanderthals and humans were closely related species.