For the first time in the history of the earth, a plant breathing like a human was captured on video


IMAGE: National Science Foundation












We all know that every organism created by nature performs the process of respiration. Almost every living thing around you must have seen you doing the process of respiration. You all know that the oxygen that we all breathe is released by trees, but do you know that trees also do respiration?? Have you ever seen a plant or any of its leaves breathe??? Didn't see it?? So just watch this amazing video showing a leaf exchanging carbon dioxide and water from the air. For the first time in the history of the earth, a plant has been captured on video breathing in the same way as a human being.

An incredible video shows biologists at the University of California San Diego breathing in real-time during one of their research projects. Biologists from the University of California, San Diego captured it during one of their research projects. These researchers discovered how plants use their stomata (small pores found on almost all plants) to exchange carbon dioxide and water with the air. This research was funded by the National Science Foundation. The scientists who made the video said it was a major breakthrough in their research project, which will impact the global food supply for the next century.

According to Julian Schoder, lead researcher, he hopes that using this method will improve the water use efficiency and carbon sequestration of plants from the air in the future. However, given the increasing concentration of carbon dioxide in the atmosphere, it seems complicated now.
However, researchers are now trying to translate their findings into usable tools for crop breeders and farmers.

When the stomata are open, the interior of the plant is exposed to other elements, and the plant's water is absorbed into the surrounding air, which can dry it out, said Jared Deshoff, a spokesman for the National Science Foundation. Therefore, it is necessary for plants to balance their carbon dioxide intake so that water vapor does not evaporate, depending on how long the stomata are open.

Due to the change in climate, the amount of carbon dioxide in the atmosphere and the temperature are continuously increasing due to the fact that the balance between the entry of carbon dioxide in plants and the process of water vapor formation has been disrupted, this research is also important for the purpose of controlling the process of stomata. .

If crops such as wheat, rice and maize are unable to achieve this balance, they are at greater risk of drying out. The discovery will give researchers the cues to initiate stomatal opening, which can balance the plant's uptake of carbon dioxide and loss of water.


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