|
mars |
10 |
|
mineralogy |
4 |
|
aboveground biomass estimation |
3 |
|
astrobiology |
3 |
|
geological processes |
3 |
|
infrared observations |
3 |
|
lidar point clouds |
3 |
|
mars, surface |
3 |
|
tree species identification |
3 |
|
urban forest |
3 |
|
urban vegetation |
3 |
|
water |
3 |
|
akaganeite |
2 |
|
allophane |
2 |
|
alteration |
2 |
|
aluminosilicate |
2 |
|
apollo basin |
2 |
|
arid-zone geomorphology |
2 |
|
brain terrain |
2 |
|
caldera |
2 |
|
canopy structure |
2 |
|
carbonate |
2 |
|
chang'e-6 |
2 |
|
clay minerals |
2 |
|
climate |
2 |
|
collapse |
2 |
|
data models |
2 |
|
deep plug-and-play prior |
2 |
|
eigenvalues and eigenfunctions |
2 |
|
hyperspectral image (hsi) |
2 |
|
hyperspectral imaging |
2 |
|
image fusion |
2 |
|
infrared |
2 |
|
ion-exchangeable rare earth element |
2 |
|
iron (oxyhydr)oxide |
2 |
|
lidar |
2 |
|
lunar farside volcanism |
2 |
|
lunar sample return |
2 |
|
moth pest |
2 |
|
ndvi |
2 |
|
noise measurement |
2 |
|
overstory and understory |
2 |
|
patterned ground |
2 |
|
phyllosilicates |
2 |
|
playas |
2 |
|
polygons |
2 |
|
pyroclastic |
2 |
|
qaidam basin |
2 |
|
ree-adsorbed clay minerals |
2 |
|
regolith-hosted ree deposits |
2 |
|
self-supervised learning |
2 |
|
south pole-aitken basin |
2 |
|
spectroscopy |
2 |
|
substitution |
2 |
|
sulfate weathering |
2 |
|
supervised learning |
2 |
|
typhoon |
2 |
|
unsupervised learning |
2 |
|
visible/near infrared reflectance (vnir) spectroscopy |
2 |
|
volcanism |
2 |
|
weathering |
2 |
|
abiogenesis |
1 |
|
absorption |
1 |
|
acid rock drainage |
1 |
|
acidity |
1 |
|
aeolian processes |
1 |
|
alunite |
1 |
|
alunite formation |
1 |
|
andalusia spain |
1 |
|
arizona |
1 |
|
astrology |
1 |
|
atmosphere |
1 |
|
basalt |
1 |
|
calibration |
1 |
|
central peak |
1 |
|
chemical weather |
1 |
|
chile |
1 |
|
chlorides |
1 |
|
chlorite |
1 |
|
clay |
1 |
|
clays |
1 |
|
co 2 |
1 |
|
color |
1 |
|
coordination |
1 |
|
core |
1 |
|
cratons |
1 |
|
crust |
1 |
|
crystal chemistry |
1 |
|
crystal structure |
1 |
|
deep groundwater |
1 |
|
detachment fault |
1 |
|
diagenesis (sea floor) |
1 |
|
dioctahedral phyllosilicates |
1 |
|
earth analogs |
1 |
|
emission spectroscopy |
1 |
|
experimental studies |
1 |
|
fe content |
1 |
|
fe oxides |
1 |
|
fe oxyhydroxides |
1 |
|
fe-bearing minerals |
1 |
|
ferric iron |
1 |
|
geochemistry |
1 |
|
geologic mapping |
1 |
|
global hydrology |
1 |
|
granite |
1 |
|
habitability |
1 |
|
hydrology |
1 |
|
hydrothermal processes and products |
1 |
|
hyspex |
1 |
|
impact crater |
1 |
|
infrared spectroscopy |
1 |
|
interstratified clays |
1 |
|
k-metasomatism |
1 |
|
kaolinite |
1 |
|
laboratory-based hyperspectral imaging |
1 |
|
landing site |
1 |
|
landing sites |
1 |
|
mantle |
1 |
|
mars 2020 |
1 |
|
mars science laboratory |
1 |
|
martian clays |
1 |
|
martian remote sensing |
1 |
|
martian rovers |
1 |
|
metalliferous sediments |
1 |
|
meteor impact |
1 |
|
meteorites |
1 |
|
meteoroid impacts |
1 |
|
minerals |
1 |
|
near-infrared |
1 |
|
noachian |
1 |
|
nontronite |
1 |
|
phyllosilicate |
1 |
|
planetary science |
1 |
|
playa |
1 |
|
polygonal feature |
1 |
|
porosity |
1 |
|
qidashan iron deposit |
1 |
|
quartz formation |
1 |
|
redox |
1 |
|
reflectivity |
1 |
|
remote sensing |
1 |
|
sediment |
1 |
|
sedimentary basins |
1 |
|
sediments |
1 |
|
shock metamorphism |
1 |
|
silica sinter |
1 |
|
spectral features extraction |
1 |
|
structural deformation |
1 |
|
submarine hydrothermal sites |
1 |
|
sulfate |
1 |
|
sulfur |
1 |
|
surface characteristics |
1 |
|
surface materials |
1 |
|
thermal infrared |
1 |
|
thermogravimetry |
1 |
|
trioctahedral phyllosilicates |
1 |
|
visible spectral range |
1 |
|
visible spectroscopy |
1 |
|
volcanic glass weathering |
1 |
|
xrd |
1 |
|
μ-ftir |
1 |
