  500,000 to 1 million satellites are expected in the next decades, primarily
to build internet constellations called megaconstellations. These
megaconstellations are disposable and will constantly re-enter and be replaced,
hence creating a layer of conductive particulate. Here it will be shown that
the mass of the conductive particles left behind from worldwide distribution of
re-entry satellites is already billions of times greater than the mass of the
Van Allen Belts. From a preliminary analysis, the Debye length in spaceflight
regions is significantly higher than non-spaceflight regions according to CCMC
ionosphere data. As the megaconstellations grow, the Debye length of the
satellite particulate may exceed that of the cislunar environment and create a
conductive layer around the earth worldwide. Thus, satellite reentries may
create a global band of plasma dust with a charge higher than the rest of the
magnetosphere. Therefore, perturbation of the magnetosphere from conductive
satellites and their plasma dust layer should be expected and should be a field
of intensive research. Human activity is not only impacting the atmosphere, it
is clearly impacting the ionosphere.
