Answer:
Overfishing has caused the blue fin tuna’s population to <u>decrease rapidly</u>.
Answer:
B) Distinctly alkaline diagnostic horizons, thin profiles, lack of organic material, and dominance of sandy materials are features most closely associated with aridisols.
Explanation:
The aridisols are types of soils that are found predominantly in arid areas. They are soils that are not considered as fertile, and are near the bottom by quality of soils. These soils are lacking organic material, and also are very exposed to erosion, with the primary reason being the climate, as it doesn't allow for lot of vegetation to grow. The horizons of the aridisols are distinctly alkaline diagnostic ones, with the profiles being very thin and labile. The top layer of the soil is dominated by sandy material, which is a result of the extensive weathering and erosion in their surroundings, so the wind is mostly transporting small sandy grains and covers most of the area with them.
The answers are needed in tabulations for the first and second questions, the tables are attached below in the form of snips or screenshots. Kindly find them down.
<h3>How has Lagos developed and increased urbanization?</h3>
3. In one city, there are around 21 million people. Rapid growth, but at the cost that Lagos is already dealing with overcrowding issues.
There is widespread poverty, inadequate sanitation, pollution, and possibly the world's worst traffic. Worst of all, the worst may be yet to come.
Check out the link below to know more about Lagos;
brainly.com/question/2528043
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Answer:The line that followed was the expansion of the ocean floor.
Explanation:
This was included along with the continental deribva in the theory of plate tectonics.
Answer:
A drainage divide is a ridge that separates one watershed from another
Explanation:
A drainage divide is the natural feature that is dividing the watersheds, or rather it is a ridge of a mountain or hill that is dividing the waters. The drainage divides determine where the water will go, on which side, in which streams and rivers. Some of them are larger, some are smaller, but they all do the same job. Where the waters from a certain watershed will end up though depends on the topography of the terrain, which can make them the waters move in any direction, or better said from higher to lower places. This occasionally gives weird paths of the waters from some watershed, as the watershed can be very close to a big body of water, but the topography moves it away from it, and it ends up in a body of water hundreds or even thousands km away.
