William C. Feldman

TL;DR: Dawn's results confirm predictions that Vesta differentiated and support its identification as the parent body of the HEDs, and present the mineralogical characterization of Vesta, revealing that this asteroid underwent a complex magmatic evolution that led to a differentiated crust and mantle.

TL;DR: Measurements of Ceres indicate widespread ammoniated phyllosilicates across the surface, but no detectable water ice, which suggests that material from the outer Solar System was incorporated into Ceres, either during its formation at great heliocentric distance or by incorporation of material transported into the main asteroid belt.

TL;DR: Improved versions of Lunar Prospector thermal and epithermal neutron data were studied to help discriminate between potential delivery and retention mechanisms for hydrogen on the Moon as mentioned in this paper, and they concluded that a significant portion of the enhanced hydrogen near both poles is most likely in the form of water molecules.

TL;DR: Nuclear spectroscopy data acquired by NASA’s Dawn mission determined the concentrations of elemental hydrogen, iron, and potassium on Ceres, and show that surface materials were processed by the action of water within the interior, confirming theoretical predictions that ice can survive for billions of years just beneath the surface.

TL;DR: MESSENGER images confirm that lobate scarps are the dominant tectonic landform and record global contraction associated with cooling of the planet and the total contractional strain is at least one-third greater than inferred from Mariner 10 images.