Humidity and moisture sensing is becoming increasingly important in industry and through a
wide spectrum of applications and a review of research activity in the field across a range of …

Mars is the nearest planet that potentially harbors life and that can be explored by humans,
so its history of water is of considerable importance. Water was abundant on early Mars but …

Samples from the Rocknest aeolian deposit were heated to~ 835° C under helium flow and
evolved gases analyzed by Curiosity's Sample Analysis at Mars instrument suite. H2O, SO2 …

We measured maps of atmospheric water (H2O) and its deuterated form (HDO) across the
martian globe, showing strong isotopic anomalies and a significant high …

Isotopic ratios and, in particular, the water D/H ratio are powerful tracers of the evolution and
transport of water on Mars. From measurements performed with ExoMars/NOMAD, we …

The deuterium-to-hydrogen (D/H) ratio in strongly bound water or hydroxyl groups in ancient
martian clays retains the imprint of the water of formation of these minerals. Curiosity's …

Fluvial landforms on Mars suggest that it was once warm enough to maintain persistent
liquid water on its surface. The transition to the present cold and dry Mars is closely linked to …

The complex seasonal, dust, and atmospheric circulation patterns at Mars affect the
abundance and spatial extent of water and its photo-dissociated atomic byproduct H. Recent …

Abstract The Sample Analysis at Mars (SAM) instrument on the Mars Science Laboratory
(MSL) rover Curiosity detected evolved gases during thermal analysis of soil samples from …

We developed a modern methodology to retrieve water (H2O) and deuterated water (HDO)
in planetary and cometary atmospheres, and constructed an accurate spectral database that …