Answer:
The major difference in the two process of ossification lies in the type of bones formed, base material of bone formation and speed
Explanation:
The major difference between intramembranous ossification and Endochondral Ossification are as follows –
a) Intramembranous ossification forms bones that are soft, spongy and compact while endochondral ossification does not actually form bone. It produces and refines cartilages
b) In the Intramembranous ossification bones are formed by refining sheets of undifferentiated connective tissue i.e mesenchymal while endochondral ossification refines the hyaline cartilage
c) The process of intramembranous ossification is slower than that of endochondral ossification.
Answer:
d. ocean circulation patterns are affected by global cooling
Explanation:
According to current studies, during glacial periods the change of ocean circulation and the increase of its productivity contributed to the reduction of atmospheric CO2 levels. As a result, this reduction influenced the cooling of the poles and the expansion of the Antarctic ice sheets in the Cenozoic period. Therefore <em>the change in ocean circulation</em> influences the <em>cooling of the earth.</em>
<span>In biology a population refers to all of the
animals of the same species (or kind) living in one area. For example in
a forest ecosystem you might have a population of wolves, a population of rabbits and a population of beetles. A community refers to all of the different populations living in that specific area.</span>
Answer:
In the process of photosynthesis, trees tend to take up carbon dioxide and water and convert it into oxygen and glucose. In this way, trees help in reducing the amount of carbon dioxide from the air which is otherwise a source of global warming. The process of photosynthesis also yields oxygen which is beneficial for life on earth.
The trees also store carbon inside them hence, reducing global warming. The more the trees, the more will be the chances of carbon being reduced from the atmosphere and being stored in the trees.
Plant processes like transpiration help to lower the temperature around them. Hence, more the trees, lesser will be the rise in temperature.
