Scientists’ exploration of dark oxygen in deep ocean developed phenomenon of new life

 Dark oxygen is the global supportive exploration in the realm of marine science which beats the phenomenon of the traditional notion of oxygen that can be uniquely dependent on sunlight and photosynthesis. Dark oxygen can miraculously support life in deep-sea environments, especially when sunlight is not available.

According to marine Scientists, 'dark oxygen' is produced from metals on the sea bed which negate the theory of photosynthesis in which light is required to release oxygen. The process of producing dark oxygen is akin to electrolysis, where metallic nodules on the ocean bed produce electric charges that break water molecules into oxygen and hydrogen. The process of producing dark oxygen released from Polymetallic nodules that are similar to lumps of coal and composed of metals like manganese, iron, cobalt, nickel, copper, and lithium. These nodules can generate oxygen through electrochemical activity in dark aquatic environments.

 

Important exploration of dark oxygen released on-sea floor without sunlight, offers numerous plus points for aquatic environments. It shields sea life and ecosystem as well as widens the knowledge of oxygen production mechanisms.  Discovery of dark oxygen opens avenues for energy production and resource mining.

The major downside of the "dark oxygen" is threatening to deep-sea ecosystems due to mining activities. The extraction of polymetallic nodules may have a disparaging impact on the unique organisms in ocean environments and possibly upset carbon cycling and storage.

Final word:

Dark oxygen is the great innovation in advanced marine researches which is produced at ocean rock bottom without sunlight. It challenges the conventional procedure of producing oxygen in presence of light, called photosynthesis process. Discovery of dark oxygen may be a blessing for future energy production and supporting aquatic environments. Still research is at an embryonic stage and several critics raise concern that dark oxygen may threaten the ecosystem. 

Important note: Above article is based on environmental inputs. Any resemblance is just a coincidence. Readers must refer to academic papers to expand their knowledge. Writer is not responsible for any disagreement.