... needs for a crew of four astronauts, while using the resources available onboard the spacecraft – waste gases CO2 and H2. Practically all of the water needed can be recycled. When it comes to LEO missions, a solution like this...
... first abiotic method identified to produce this result is when a star's ultraviolet (UV) light splits apart carbon dioxide (CO2) molecules, freeing some of the oxygen atoms to form into O2, the kind of oxygen present in Earth's atmosphere. Because...
... transport and the storage of nutrients. As they ran their reactions, Krishnamurthy and team found that in addition to CO2, the chemistry also produced these much needed amino acids. The researchers think that as biological molecules...
... life as we know it. On Earth organisms such as algae, plants and trees convert molecules such as carbon dioxide (CO2) into oxygen (O2) – molecular oxygen, O2, and atomic oxygen, O, are both referred to as oxygen – in a process called photosynthesis...
... amount of moist convection circulating the planet. Also unlike Earth, the atmosphere’s main component, carbon dioxide (CO2), preferentially condenses on the Martian polar regions and in the middle atmosphere. Overall, the data gleaned so far...
... astronomers use to identify molecules, especially planetary atmospheric ones such as methane, carbon monoxide (CO), and carbon dioxide (CO2). With the aid of JWST and ground-based spectrometers and given the tenacity of both a simple cellular...