species b will have a wider range of leaf color.
Species A will have fewer phenotypes. (apex)
species B will have a wider range of phenotypes
species a will have fewer phenotypes
When the alleles are identical, the individual is homozygous for that trait. While if the pair is made of two different alleles.
Scientists study physical, chemical, reproductive, and DNA characteristics of a subject species, and compare these results with the results from other archaebacteria.
Most scientist observe, compare, and contrast the new organism to known plants or animals. Then they place it in a group. If the unknown does not fit they make different group.
When classifying organisms, scientists look for three main things: shared physical characteristics, genetic similarities, and evolutionary relationships. They observe and compare features such as anatomy, behavior, and molecular traits to determine how closely related different species are and how they should be classified into groups or categories.
so other scientists conducting the same experiment can see and compare results to make a valuable theory.
species B will have a wider range of phenotypes
When the alleles are identical, the individual is homozygous for that trait. While if the pair is made of two different alleles.
Lots of different scientists test the same things to compare different conclusions.
I bieleve it is the they compare animals by the texonimy theary.... Sorry if I got it wrong.... And sorry for not having many details...
It would no longer be possible to understand or compare results obtained by different scientists.
generally speaking, scientists share and compare results in metric units.
Raised germ free
pewp is why
comparing rubber bands to earthquakes is not common almost all scientists do not compare those two.
So that they can compare regions of the earth more easily.
due to strong hydrogen bonding between water as compare to ice form
compare ancient scientist to modern scientist?