Why should society think about changes that may be associated with natural changes that can be associated with some activities, especially the fuel of the fuel?
Well, we get all kinds of ocean benefits. Episode stability is perhaps the most important. What we are doing in our laboratory is to try to try to answer how to respond to the animals instead of changing the ocean height, but in oxygen and temperature at such oxygen and temperature as well There is a change that can change the quality. Now we are aware of recent technologies due to some technologies developed here in MBARI that we see the ocean's ocean at high and more and more in the open ocean. And consider where it is most of Bayeta that we depend on fishing that is on the beach, we need to understand how to change these animals. .
We have created a hungry simulator so that we can change the healthy conditions of temperature, oxygen, and water without any change and control the conditions of the animals so that they can be in their terms of physiology or in their terms. Be able to perform Talk with other species. Other things in our laboratory that were working, here are developing free sea CO2 optimization systems, FOCE is terminated as part of some other help in the MBR, and we Install this year to install this year. Allows us to capture small chamber mesoscope
We can change more quickly for more than a long time so that we try for the month and estimate how the entire communities or species allegations will respond to ocean ache changes. For example, sand dab, you eat something. A local restaurant, staying with the beach, and we are concentrating on the sandboxes that they are enduring long-term changes in the ocean ache while still living in a relatively natural environment. Here is the MBIO. With Antarctic in many settings around the world, in coral reefs in Australia, we can understand how the sea change change can affect the real community, nature of the species living in the ocean,
But there is a small chamber around them that is a little richer rich, to see how its acidity affects their talks between their performance and species. We know that there is some ability to adapt to all biology, the real question is not that they can customize it. It is, whether they are running through our CO2 emissions, and they will be able to adapt rapidly and more to maintain the speed of environmental change. And this is one of the biggest challenges for the science community in the next hundred years. In terms of their adaptation to future environmental systems, what will be done to do this? Do they now work for what we do, have the ability to work and provide all the benefits of dependence? technology
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