The Prairie dogs habitat is where the Prarie Dog lives in an ecosystem, a prairie dogs niche is what role it has in the ecosystem.
Answer:
Chromosomes that carry the same genes.
Explanation:
The concept of homologous chromosomes can be simply explained as two chromosomes that are carrying the same genes but not necessarily the same alleles. For example one of them may have the dominant curly hair gene and the other may have the recessive curly hair gene etc.
Diploid cells and haploid cells possess 2n and n number of chromosomes respectively. Even though haploid cells have half the number of chromosomes as diploid cells, they still contain homologous chromosomes as diploid cells.
Germs and reproductive cells such as eggs and sperm can be given as an example to haploid cells. All other cells in our bodies and also some viruses can be given as examples to diploid cells.
I hope this answer helps.
To try and kill all the emerald ash borers. So, the ash trees are being cut down.
<h3>What is ash trees?</h3>
- Because they can rebuild natural systems, ash trees are unique.
- They easily colonize riparian environments where their branches offer shade and habitat for numerous species, their roots support the stability of stream banks, and their leaves support both aquatic and terrestrial ecosystems.
- The word "ash" is derived from the word "spear," which may allude to the tree's spear-shaped leaves or to the fact that it was used to manufacture weapons by prehistoric peoples.
- It has ties to other legends as well.
- Ash is sliced for veneer and is also used for turnings, furniture, flooring, doors, cabinetry, architectural moulding and millwork, tool handles, baseball bats, hockey sticks, oars, and turnings.
- Due to the wood's lack of flavor, this species is preferred for food storage vessels.
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Answer:
The structure and function of the chromosome are different in both the prokaryotic chromosome and eukaryotic chromosome. They differ in their size as the genetic information they carry is different from one another.
Eukaryotic chromosome have a different shape from the prokaryotic chromosome as the bacterial chromosome is circular and less complex due to no histone found in prokaryotes as we see in the eukaryotic chromosome. SIze of the bacterial or prokaryotic chromosome is also small and not found in condensed form as these cells carry less genetic information than eukaryotic cells.
