Sexual reproduction is an early
evolutionary modernization after the appearance of eukaryotic cells. During
sexual reproduction, the genetic material of two individuals is put together to
produce genetically-diverse offspring that is not the same from their parents. Actually
there are more eukaryotes reproduce sexually is the proof of its evolutionary
success. Most of the animals, it is actually the only way of reproduction. The
genetic diversity of sexually-produced offspring is thought to produced species
a better chance of surviving in a changing or unpredictable environment.
The variation that sexual
reproduction make among offspring is very important to reproduction of the
population and the survival .
In sexual reproduction, different
mutations are continually reshuffled from one generation to the next when
different parents combine their unique genomes; this results in an increase of
genetic diversity.
<span>On average, a sexually-reproducing population
will leave more offspring than an otherwise similar asexually-reproducing
population.</span>
Answer:
what's the question? It is not showing anything expect for "How are the three International conflicts similar and how are they different."
A current In fluid that results from convection.
hope it helped! :)
I assume that the mushroom gets eaten by an animal. If that's not the answer you're looking for.. my apologies.
Answer:
In an aquatic ecosystem, the plants are present both on the subsurface and bottom bed rock of the aquatic body. These are the producers of the ecosystem because they provide food to the living organism in the lake. In day plants growing on the surface of the water takes up carbon dioxide from the atmosphere which is being absorbed in the water, to conduct the process of photosynthesis. These plants release oxygen, which supports the life of aquatic animals. In this way plants limit the abundance of carbon dioxide in water. But in night plants undergo a process of respiration, which releases carbon dioxide. The abundance of carbon dioxide increases in night along with the carbon dioxide being absorbed from the atmosphere. Therefore, concentration of carbon dioxide increases considerably in night as compared to day.