Actually the development of heredity allowed organisms to store and pass on INFORMATION :))
Artificial Selection
Patterns of heredity can be found with Genetics. Heredity can be discovered through the examination of DNA and Genes in the living cells. Karyotyping the chromosomes, tightly packed DNA strands, and find the sets of matching genes through out the family will result in finding similarities and the differences of the DNA. This will allow geneticists to discover the heredity pattern(s) linking to the past of one's family till the present day.
Unlike asexual reproduction, two different cells are needed, that are haploid cells, for sexual reproduction. These haploid cells are gametes, and allow half of the maternal cell and half of the paternal cell to combine and produce a unique offspring. This combination also allows crossing over to occur and produce even more of a variation from the parents.
A biochemist
Multicellular Organisms
Artificial Selection
Traits and genes have a probability of being shown in offspring. When breeders understand this, they can breed the type of livestock they want through heredity.
Self-fertilization is used by some plants because it guarantees there will be offspring. This is the same reason why some organisms asexually reproduce. It may not allow genetic variation but it guarantees that their genes will be passed on and that there will be offspring.
The process by which organisms change over time as a result of changes in heritable physical or behavioral traits. Changes that allow an organism to better adapt to its environment will help it survive and have more offspring.
reproductive system
things
by dividing into two
Patterns of heredity can be found with Genetics. Heredity can be discovered through the examination of DNA and Genes in the living cells. Karyotyping the chromosomes, tightly packed DNA strands, and find the sets of matching genes through out the family will result in finding similarities and the differences of the DNA. This will allow geneticists to discover the heredity pattern(s) linking to the past of one's family till the present day.
Unlike asexual reproduction, two different cells are needed, that are haploid cells, for sexual reproduction. These haploid cells are gametes, and allow half of the maternal cell and half of the paternal cell to combine and produce a unique offspring. This combination also allows crossing over to occur and produce even more of a variation from the parents.
A biochemist
Multicellular Organisms
no you did not answer my question