They can travel over land because they do not need to lay eggs in water.
Depending on the purpose for which the description is needed, there are three various levels of complexity at which the vascular architecture of the liver might be described:
- The first level, known as the conventional level, is equivalent to Couinaud's classic 8-segment scheme and serves as a common language for doctors from other disciplines to define the location of localized hepatic lesions.
- The true branching of the hepatic veins and the main portal pedicles is taken into consideration in the second, surgical level, which will be used for anatomical liver resections and transplantations. Modern surgical and radiological procedures may fully exploit this anatomy, but doing so involves acknowledging that the Couinaud scheme is oversimplified and examining the vascular architecture objectively.
- The third degree of complexity, known as the academic level, is focused on the anatomist and the requirement to provide a systematization that clarifies the apparent conflicts between anatomical literature, radiological imaging, and surgical practice.
To view more questions on Liver anatomy, refer to:
brainly.com/question/14600160
#SPJ4
Answer:
a and d
Explanation:
<em>Among the products of meiosis listed, aB and Ab would be the recombinant types because recombinant gametes are gametes that are unique from the haploid gametes that made up the diploid cell. </em>
A and B alleles are on a particular chromosome while a and b alleles are on another chromosome. During the process of gamete formation/meiosis, the possible gametes are;
<em>While the first two gametes are parental (because they made up the original diploid cell), the last two gametes are recombinant gametes.</em>
Hence, from the list of options, aB and Ab are the only recombinant types.
<em>The correct options are </em><em>a</em><em> and </em><em>d</em><em>.</em>
<em />
So in this scenario, we have to consider two things: the plants are super different from each other. Some plants have huge leaves, others have tiny ones-- some plants have really long roots, others barely have them; it is because of these differences that the some plants survive better than others.
Say that at the start, plants are thriving like crazy-- I mean they're everywhere man.
But afterwards, this huge environmental change occurs.
Plants that have bigger leaves lose more water due to a greater rate of transpiration. Plants with shorter roots can't reach the water deep in the soil.
Plants with smaller leaves, and waxier cuticles could protect their water more. Plants with longer roots could get more water.
Basically, all plants that have good traits for drier environments tend to survive more.
Because they tend to survive more-- they could make more baby plants (i.e. greater rate of reproduction)
Because they could make more baby plants, the overall newer generation of plants will have more of these hardy, dry-environment adapted plant traits (i.e. phenotype).
