Scripps marine biologist Grant Deane, a senior researcher at Soars, states: “It’s a mixture of chemistry, biology, and physics. “This is one of the things we have discovered over the last 15 years — this intricate web of communication on this delicate branch. And what happens there affects clouds, ice, weather, weather. We to be to understanding the boundaries and the function of the climate. ”
Soars allows marine experts to address the unprecedented impact on these species. To date, scientists have been able to use complex computer models to measure, say, the amount of CO2 Standards can change the chemistry of surface water. These examples are helpful, but their ideas are complex. Due to the limited computer power, these species cut the seas into pixels at a rate of tens to hundreds of kilometers. If scientists tried to use the centimeter scale, they would be waiting for results for a very long time. With Soars, marine experts can install equipment through tank walls and capture CO2 dimensions at a very good level.
Another method for scientists is to travel on a research ship – but it can cost more than $ 20,000 a day to operate a boat, while Soars costs $ 1,500 to $ 2,000 a day. Stokes and Deane think that, depending on the type of study, researchers may need the machine for several days to several months. The trial will be open to any researcher, at Scripps or elsewhere.
Short, simple experiments may include measuring how wind speed and wave size affect the amount of aerosols that fly over water. Or one might want to know how the “albedo” of the ocean changes, that is, the amount of energy released by the sun. As the sea forms waves, white hats return to the rear of the sunlight, while the calm, black waters are able to absorb more heat and heat.
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Long and arduous experiments may include the cultivation of microbes and plankton — small mint and floating mammals — as well as playing with water and air temperature to see how they perform. Or the researcher can fight CO2 fixed, existing here 420 million shares on Earth. “One of the first things we can do is release CO2 up to 600 ppm and see what it does for living things, ”says Deane.
What do all these experiments have in common? Control. Marine artists can learn the real sea as it is and now. With Soars, they will be able to make rapid progress in the tropics and CO2 milingo. “We can turn the tide and create a better idea of what the future holds,” says Stokes.