Not exact matches
«Our
results clearly show that migration routes and
patterns are
dynamic and change when the environment surrounding the geese changes,» says Professor Jesper Madsen, Department of Bioscience, Aarhus University, one of the participants in the international study.
Extreme conditions of solar wind, UV flux and surface temperature, in combination with
patterns of plasma precipitation to the surface guided by Mercury's magnetic field,
result in a
dynamic exosphere configuration.
Finally, the surfaces are scored with a needle
resulting in highly detailed, tightly wrought
patterning, and a
dynamic excavation of these underlying layers.