Answer:how can chemosynthetic organisms help scientists to understand how life developed on earth? for example, temperature, a species may evolve to a temperature change over time. it could alter the food sources available, and then that species would eat that food source and adapt to the energy given off by that source.
Explanation:
Answer:
I may be wrong but try A.
<span>Platanthera praeclara -
Las principales amenazas a esta planta son el desarrollo, el pastoreo excesivo, los incendios y el calentamiento global.
Symphyotrichum georgianum -
en peligro debido al desarrollo del hábitat natural.
Zizania texana -
amenazada por la disminución de los niveles de agua causada por la presa de Spring Lake.
Thelypodium howellii ssp. Spectabilis -
pero su población disminuye anualmente debido a la siega de pasto innecesaria en las áreas que esta planta llama hogar.
Stenogyne Kanehoanait-
se descubrió que los recortes de esta planta se pueden cultivar exitosamente en cautividad.
No soy tan fluido en español.</span>
Alleles are the individual genes that give rise to certain characteristics in an organism.
When an allele is "fixed" to a population, this means that the characteristic will be constant & most likely will not change until the environment changes as well.
Like with arctic hare, the alleles that influence the color of their coats (white in the winter & brown in the spring/summer) will stay because any fur pattern other than the aforementioned characteristics with result in becoming someone else's food with the lack of camouflage.
Hope that helps!
Answer:
Individuals that cannot produce the H substance appear to be type O even if they have functional A and/or iB alleles.
Explanation:
The H antigen is a precursor to the ABO blood group antigens, present in people of all common blood types. The Bombay phenotype (hh) does not express antigen H on red blood cells.The person with blood group O contain the H antigen but it remains unmodified remains unmodified.
