Answer:
As the erosion happens often, there is a principal way of solving or reducing the erosion, like sea wall.
Sea walls should be formed in places where erosion hits. They serve to stop the water and return it to the sea.
Explanation:
People are the main reason for erosions. They are using explosions for fishing and that is how they are degrading the coastline.
Other ways of stoping the erosion are sand, vegetations, sandbags, etc.
Answer:
Depends on temperature
Explanation:
If the volume of a container is increased, so does the temperature.
If the volume of a container is decreased, so does the temperature.
<span> In the U.S, the Jet stream is what pushes fronts across the nation. Since the Jet stream usually runs from west to east, that is why weather fronts travel in that direction. But, sometimes the jet streat does not run west to east. Right now, on the east coast, it is running from south to north, and that is why the northern portions of the east coast are being hit with a lot of rain since a weather front is running from south to north. Also, in some cases, you can get a backboor front, which means it is running from east to west. But, for the most part, fronts will travel from west to east in the U.S.
With hurricanes, it depends on where it forms. Hurricanes that started near the Cape Verde Islands will travel from east to west because of the winds coming off the west coast of Africa, and in that part of the world, trade winds tend to travel from east to west. In the gulf of mexico, winds tend to blow from south to north, but if a hurricane forms there, it can go in any direction, so that is why all the gulf states can get hit by a hurricane at anytime when one forms or goes into the gulf of mexico. </span>Because they start in the tropics where the prevailing winds are out of the east. The basic flow of winds in the North Atlantic in hurricane season is clockwise. So that's why the East Coast regularly gets pasted by hurricanes--the weather systems are set up like an automatic pitching machine
Im pretty sure its A since B sounds more like a girl's period rather than sperm production.
Indeed, there are several alleles, providing protection against malaria, including allele of sickle-cell anemia (hemoglobin S), alpha- and beta-thalassemia, hemoglobin C and hemoglobin E. There are visible signs of strong selection pressure. First, abundance alleles suggests that the selection of supports almost any shape adaptation to the disease. Secondly, the pressure is so strong that despite the fact that almost all of these adaptations is very costly to their media, they are still maintained by selection.
