Iron-bearing minerals are a major component of planetary surfaces, and many can be
identified by their characteristic absorption bands in the near-infrared (NIR). Here we …

In this investigation a deep learning terrain classification system, the “Novelty or Anomaly
Hunter–HiRISE”(NOAH-H), was used to classify High Resolution Imaging Science …

Although most of the large volcanic landforms on Mars have been extensively studied, this is
not the case for kilometer-sized landforms whose origin remains uncertain and which might …

In the coastal areas of southeastern China, high temperatures and humidity in the summer
and microfreezing in the winter, as well as a high concentration of salt spray in the …

Abstract The Compact Reconnaissance Imaging Spectrometer for Mars (CRISM) has proven
instrumental in the mineralogical analysis of the Martian surface. An essential tool for …

The availability of various spectral libraries for CRISM (Compact Reconnaissance Imaging
Spectrometer for Mars) data on NASA PDS (Planetary Data System) hugely facilitated the …

Planetary dune field properties and their bulk bedform morphologies relate to regional wind
patterns, sediment supply, climate, and topography. On Mars, major occurrences of spatially …

Here were report on a laboratory study aiming to reproduce specificities of near-Earth
Asteroid. We study how the elevated surface temperature, their surface roughness (rock or …

Spectroscopy in planetary science often provides the only information regarding the
compositional and mineralogical make up of planetary surfaces. The methods employed …

Beidellites may exist on Mars and represent intermediate alteration products; their presence
would indicate different alteration environments than previously identified because …