Titan's
liquid methane rain appears to play a major role in shaping its icy surface, and the downpours are much more common than researchers expected.
The organic - rich environment, coupled with
liquid methane rain, wowed astrobiologists, while the exotic surface fascinated geologists.
Not exact matches
Its thick, opaque orange atmosphere
rains liquid methane, which flows into lakes on the surface.
Imagine a world where the average daytime temperature is -179 °C, and torrential
rains of
liquid methane fall from the skies, forming vast but shallow pools that cover an area larger than the Great Lakes.
Research in the past several months has further fueled the excitement, yielding new hints of
liquid water on Enceladus and revealing ethane lakes and
methane rain on Titan.
Methane on Titan plays the role of water on Earth, complete with
liquid surface reservoirs, clouds and
rain — a full - fledged methalogical cycle.
Instead of water,
liquid methane falls as
rain, creates rivers that cut into the hydrocarbon - rich surface, which in turn make valleys, and flows into vast
liquid methane lakes.