The topics of lofted dust, ejected atomic and molecular species, and plasma interactions at
the Moon have made revolutionary strides since the last 'New Views of the Moon'review in …

Sodium and, in a lesser way, potassium atomic components of surface-bounded exospheres
are among the brightest elements that can be observed from the Earth in our Solar System …

The Moon has a tenuous atmosphere produced by space weathering. The short-lived nature
of the atoms surrounding the Moon necessitates continuous replenishment from lunar …

We use a dynamical model to characterize the monthly and yearly variations of the lunar
meteoroid environment for meteoroids originating from short and long‐period comets and …

Extrasolar satellites are generally too small to be detected by nominal searches. By analogy
to the most active body in the solar system, Io, we describe how sodium (Na i) and …

Airless bodies are directly exposed to ambient plasma and meteoroid fluxes, making them
characteristically different from bodies whose dense atmospheres protect their surfaces from …

Physical conditions in the near-surface layer of the Moon are overviewed. This medium is
formed in the course of the permanent micrometeoroid bombardment of the lunar regolith …

The Moon is continually bombarded by interplanetary meteoroids. While many of the
meteoroid sources are near the ecliptic plane, a significant population of high‐inclination …

This manuscript represents a review on progress made over the past decade concerning our
understanding of meteoroid bombardment on airless solar system bodies as one of the …

Global exosphere models of alkali gases surrounding Mercury and the Moon assume that
the primary effect of the porous soil is to reduce the effective desorption rates. We …