... rover, but there is no direct disagreement between missions as the TGO data cannot account for large plumes of methane, only smaller amounts. “In fact, we’re actively working on coordinating measurements with other missions,” clarifies Kevin...
... carbonate into the stratosphere and will use the SCoPEx balloon to double back to observe the resulting plume. Injecting aerosols into the stratosphere to combat a warming climate does not come without risks, naturally. Scientists...
... or exogenic delivery by micro-meteoroids and/or asteroids that contain chlorine. Chlorine-based salts have been detected in plumes of Enceladus, another of Saturn’s icy moons, a finding which led to the suggestion that the 500 kilometre-wide...
... from Enceladus’ ocean at 400 metres per second (800 miles per hour). The material, which forms a plume that extends hundreds of kilometres into space, was a mixture of water and simple organic chemicals and pointed...
... four main sections: the first on the geophysics, geology and geochemistry of Enceladus, the second on its famous plumes, the third on the other icy moons and the fourth on astrobiology and possible exploration of Enceladus. Why...
...” from the site if its predicted position is too close to a hazardous area. During this maneuver, the exhaust plumes from the spacecraft’s thrusters could potentially disturb the surface of the site, due to the asteroid’s microgravity...