... time in history it was a success! Brassica turned out to be more tolerant to higher ethylene concentrations in the station’s atmosphere and it produced viable seeds both in the first space generation and in re-seeding of those seeds in the space...
... phytoplankton die, sink and are buried in ocean sediments. This process provides a long-term sink for atmospheric carbon dioxide. Nevertheless, the process is complex as rates of carbon fixation by phytoplankton vary with species assemblages and...
...of a coronal mass ejection - a magnetic bubble of hot solar atmosphere thrust from the Sun into the solar wind. CMEs are emitted ... on the way. NASA, US National Oceanic and Atmospheric Administration (NOAA) and scientists around the globe have looked...
... within the Gaia of the planet’s atmosphere out of the atmosphere and into space. This includes things like... space effectively, and take some of the heat out of the planet’s atmosphere by using it properly and efficiently. We must face the fact that ...
..., such as atomic oxygen and molecular nitrogen. It will then be able to provide a map of the Earth to reveal how atmospheric composition changes by location and how these neutral gases shape ionospheric conditions. "For years, we've studied Earth...
... of the coronal heating begins. “This is the first combined simultaneous dataset that covers the entire solar atmosphere (photosphere, chromosphere, transition region and corona) at sub-arcsecond resolution,” said principal investigator for IRIS and...