Answer:
warm temperature
Explanation:
<em>I cannot see the choices in your image. I can only see choice A, which is "soil."</em>
"Abiotic factors" are part of the ecosystem that don't have life. However, they have an<em> impact </em>on the<u> life of the</u><u> biotic factors</u><u> </u><em><u>(living organisms)</u></em><u> in the environment.</u> Examples of abiotic factors are:<em> sunlight, temperature, climate, soil, humidity, wind, etc. </em>
"Boreal forests" are abundant on the Earth's Northern Hemisphere. The climate here is generally cold, which doesn't allow some trees to survive. It is totally opposite to the warm temperature and high humidity that you can feel in the<em> "tropical forests." </em>Such factors allow many plants and animals to survive.
Clearly, the boreal forests lack the "warm temperature" that the tropical forests have.
It depends whether that mutant gene is dominant or not
Species that have a greater gene pool are scientifically proven to survive better than those that have a smaller gene pool. This is because the species has diversity in the genes allowing them to be able to adapt to different situations. The smaller gene pool has less diversity meaning that it cannot adapt as easily. So, the answer is most likely D. Species A will most likely go extinct and species B will continue to thrive.
Answer:
The correct option is c. The sensors for the arterial baroreceptor reflex are located in carotid sinus and aortic arch.
Explanation:
Baroreceptors are primary sensors (or mechanosensitive nerve endings) that detect distention in vascular walls and are stimulated by mechanical deformations during blood vessel stretching. They are located in the carotid sinus and the aortic arch. The stretching the vessel walls at any of these locations causes vasodilation and bradycardia. The baroreceptors detect the stretching of the vessels due to changes in blood pressure, through them a more efficient control of blood pressure is achieved.
Answer:
They are a membrane bound clusters or set of starch grains just like amyloplasts in plant cells. They acts like a gravity sensors. Starch statoliths are the main components which are found in root tips at cells. They are very much close to the vascular bundles in shoots. Statoliths pressurize on the membrane systems which are located inside the cell eg endoplasmic reticulum which results in differential growth.
