These particles may owe
their high ice nucleation onsets to their large sizes.
Not exact matches
Just as the same genes that allow Deinococcus to thrive on the ground may give it the ability to survive at
high altitudes, the
ice -
nucleation gene may originally have given syringae and bacteria like it an advantage other than rainmaking.
Microbes like syringae may also exploit
ice nucleation to parachute down in raindrops or snowflakes, ensuring they do not remain stuck at
high altitudes when swept up by storms.
Snow from artificial
ice nucleation at
higher temperatures is almost always «heavy wet snow».
... Estimated average INAS densities are
high for
ice -
nucleation active bacteria at
high subzero temperatures.