Senin, 04 Maret 2013

Who Is The Biggest Contributor To Oxygen Actually To Earth?

Already read the questions above? well if you've read, please answer. Who the hell is willing--willing to provide Oxygen for humans.meritorious really right?

If you answer: Trees

Answer: sorry.still wrong..the tree is one contributor to oxygen, but only by 20% for the Earth. the tree is useful for mitigation (reducing) carbon dioxide on Earth. so to reduce the impact of global warming, so that his tanamlah CO2 trees can be utilized by the tree. because the value of the reasonable CO2 is 0.1% on this earth, but by 2013 is the levels of CO2 in the Earth's atmosphere have reached 0.3% bro!!

So the correct answer is:

You know who it is?
Yep the answer is Plankton. In particular is Phytoplankton

Plankton drifting organisms that live in any pelagic zone (upper part) of the ocean, sea and fresh water bodies. Plankton is widely regarded as one of the most important organisms in the world, due to the provision of food for aquatic life.

For most sea creatures, their main food is plankton. Plankton consist of the remains of marine animals and plants. Small size only. Although including a kind of living things, the plankton does not have the strength to fight the current, tide or wind drifts.

Plankton living on the coast where he got the Lunchbox mineral salts and sufficient sunlight. It's important to allow it to continue to live. Given the plankton food fish, it is not surprising if there are a lot of fish on the coast. That is why the activity of catching fish actively running in the area.

In addition to the remains of animals, plankton also created from plants. If viewed using a microscope, constituents of plants can be seen in the plankton algae. Some of the sea creatures eat plankton are like rocks, shells, and whales.

Plankton are organisms that contribute 80% oxygen needs on Earth. with its ability to produce berespisari-gelembun oxygen bubbles in the sea, the oxygen in the air and be spared the gas we can enjoy now

Scientists from the United States to find plankton indirectly could create a cloud that can withstand the most harmful rays of the Sun. So plankton could help slow the Earth's warming process.

Dierdre Toole of the Woods Hole institution of Oceanography (WHOI) and David Siegel of the University of California, Santa Barbara (UCSB) is two researchers.

The research was funded by NASA are revealed when the sun shines on the sea, the top layer of the Ocean (about 25 metres from the sea surface) to heat up, and cause a high enough temperature difference with marine layer below it. The upper and lower layers are separate and not mutually well mixed.

Plankton living in the top layer, but the nutrients needed by the plankton, there is more in the lower layer of the ocean. Therefore, the plankton is experiencing malnutrition.

As a result of malnutrition conditions coupled with the hot water temperature, plankton experiencing stress and thus more vulnerable to ultraviolet light that can ruin it.

Because it is vulnerable to ultraviolet rays, plankton tries to protect themselves by producing substances dimethylsulfoniopropionate (DMSP), which serves to strengthen the walls of their cells.

This substance breaks down into the water if will be astringent dimethylsulfide (DMS). DMS then detached itself from sea level into the air.

In the atmosphere, DMS reacts with oxygen forming a kind of sulfur components. Sulfur components were then attached to each other DMS and form small particles such as dust. Small particles are then allows water vapor from the ocean to condense and form clouds.

So, indirectly, the plankton helps create clouds. Clouds that form causes the less ultraviolet light reaching the surface of the sea, so that any disturbance of the plankton free from ultraviolet rays.

This process has actually been a few years studied in the laboratory by scientists, but the process of nature is new this time can be learned.

Clouds caused by plankton, believed to slow down the process of warming the Earth, and has the effect of taking action against the Earth's climate. However, to prove this, advanced research remains to be done that thoroughly.

A study conducted in the Sargasso Sea, off the coast of Bermuda also found surprisingly that particles can be unraveled with the DMS itself in the air after three to five days. Whereas, carbon dioxide in the air, can endure for decades.



Weird, Strange, Unique, Amazing, Unbelievable, Awesome, Everything is here



Weird, Strange, Unique, Amazing, Unbelievable, Awesome, Everything is here

Title Post: Who Is The Biggest Contributor To Oxygen Actually To Earth?
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