Секретний зброя океану: бактерії перетворюють CO2 на камінь — англійською (B2)

Deep within the dark, freezing waters of the Atlantic Ocean, scientists have made a discovery that could significantly alter our approach to climate change. They have identified a rare species of bacteria with a truly remarkable metabolic capability: these microorganisms can consume carbon dioxide (CO2) from their environment and chemically transform it into solid stone. While the vast majority of living organisms release CO2 as a byproduct of respiration, these unique bacteria perform a reverse function. They capture dissolved greenhouse gases and, through a rapid biochemical process known as "biomineralization," convert them into inert minerals like calcium carbonate. Crucially, this biological conversion occurs at a pace that far exceeds natural geological timelines, which typically span thousands of years. "This discovery represents a potential paradigm shift for carbon sequestration technology," explains Dr. Elena Vance, the lead oceanographer behind the study. "Nature has effectively provided us with a self-replicating biological factory capable of permanently anchoring carbon in the seabed safely and efficiently." Current research is focused on the feasibility of scaling this natural phenomenon. By cultivating these bacteria in specialized "bio-reefs" located near high-emission industrial zones or carbon-dense ocean currents, scientists hope to remove millions of tons of pollutants from the atmosphere annually. This finding underscores the profound and often overlooked complexity of marine ecosystems in regulating the Earth's delicate climate balance. As global temperatures continue to rise, these microscopic allies may prove to be our most defense.