Amazon Forest Is Flourishing Because Of Sahara Desert
The Amazon rainforest is partly fertilized by the Sahara desert, the driest and driest desert region in the world, researchers say in a new report that shows how different parts of the planet are interconnected in deep and surprising ways. Scientists have just discovered the first direct evidence of a link between the desert and the Amazon, one of the largest rainforests on earth.
Scientists believe the main source of phosphorus in the Amazon is dust that was piled up from the Bodele Depression in Chad. In addition to preserving Amazon rainforests, the same Sahara dust also affects other parts of the world, such as tropical rainforests in South America, Africa, and the Middle East, according to a new study by researchers at the University of California, San Diego School of Natural Resources and Environmental Sciences. The dust that fertilizes the Amazon rainforest comes from two different sources: the Sahara and other desert regions in Africa.
The Amazon rainforest is located in the northeast of South America and is a dense, humid jungle, while the Sahara is the almost continuous band of sand that spreads across the northern part of Africa. To the south, it borders the Sahel, one of the largest and most diverse desert regions in the world, and to the north, the Bodele Depression in Chad. One example is the book "The Book of Genesis" by Isaac Asimov, a great-grandson of Isaac Newton.
This great desert is a belt of scorching drought stretching from the Sahara to the Arabian Peninsula and deep into Central Asia and beyond.
The Sahara is dwarfed by the cold tundra of Antarctica and the Arctic Circle, but it is also so dry that it is almost as large as the United States. Antarctica is the driest place on the planet, with 0.4% of the Earth's surface covered in ice. The Atacama Desert in Chile is known as "the drier place" on earth, and deserts around the world get no more than 10 inches of rain in 39 tons (10 years).
Other deserts, such as the Sonoran Desert in Arizona, receive almost the maximum annual rainfall of any desert and host some of the world's most productive forests, such as the Sahara Desert and the Amazon.
The Amazon jungle, also called Amazon, is the Amazon biome, a wet deciduous forest covering an area of about 3.2 million square kilometers and covering most of the Amazon basin in South America. The Amazon rainforest is a tropical rainforest with a total area of more than 2.4 million hectares, which is between 1,000 and 2,500 km2 and covers a total of about 4.6 million cubic kilometers. It is also the largest rainforest in the world and home to the largest number of plant and animal species in the world. It is also the most productive forest in North America and the second largest in Latin America after the Sahara.
Looking at the data, it becomes clear that the Great Basin is a cool rather than a hot desert. This means that the desert gets only about half of what the rainforest gets in the Sahara climate graph. The savannah is the gentle grassland scattered across the desert biome, and organisms living in deserts are adapted to an extremely dry climate. Normally deserts get a much drier climate than tropical rainforests and desert biomes.
At the end of the last Ice Age, the Sahara was much hotter and drier than today, covering the largest and hottest desert in the world. Back then, it was also the vast desert world that occupied roughly the same area as the United States, including Alaska, Hawaii, and China in terms of land area.
While the actual climate of the Thar desert can vary quite a bit, Sukkur is 145 miles away. The Arabian Desert stretches over 22 latitudes from 12 to 34 in the north and is considered a tropical desert, as a large part of it is located north of the Cancer Circle.
The Kalahari has higher rainfall than the Namib, but only a small amount of rainfall is expected. Another possibility that causes this variation is the presence of the Sahara in the southern part of South Africa and the Amazon rainforest. In 2010, the Amazon rainforests experienced the highest rainfall of any tropical forest in North America, more than twice the average rainfall for the entire year. Beyond the Sahara is a town called Tidikelt, which has not received a drop of rain in ten years.
The diatom rain fertilizes the Amazon forest with phosphorus and replenishes vital minerals that had spilled out in recent years. The Rio Negro tributary, an Amazon rainforest, crosses the Sahara and reaches South Africa and the Kalahari, where it dries up and decomposes deadwood, which releases greenhouse gases.
Sahara dust, which in turn feeds the Amazon rainforest and replaces nutrients lost there, according to the scientists who are studying the process. Sahara dust helps the Amazon soil, phosphorous dust blows from the Sahara wind into the Atlantic and contributes to the prosperity of the rainforests. The researchers explain that there is information on Amazon Rainforest.org as they try to figure out how everyone can help.
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