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The spatial distribution of rocks on mars
Philip Christensen
Earth and Space Exploration, School of (SESE)
Sustainability Initiative
Physics
Research output
:
Contribution to journal
›
Article
›
peer-review
178
Scopus citations
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Physics & Astronomy
mars
100%
rocks
81%
spatial distribution
74%
inertia
23%
radar measurement
18%
fines
17%
radar
12%
dust storms
10%
coverings
10%
dust
10%
continuous wave radar
9%
roughness
9%
Doppler radar
9%
radar tracking
9%
slopes
9%
volcanology
8%
fallout
8%
spectral signatures
8%
longitude
7%
Earth mantle
7%
thermal emission
6%
emissivity
6%
sands
6%
ice
5%
field of view
5%
deposits
5%
signatures
4%
absorption spectra
4%
reflectance
4%
temperature
3%
water
3%
polarization
3%
scattering
3%
energy
1%
Earth & Environmental Sciences
Mars
78%
spatial distribution
58%
rock
41%
inertia
25%
radar
17%
roughness
10%
dust
8%
eolian process
7%
eolian deposit
7%
material
7%
Doppler radar
7%
dust storm
7%
emissivity
6%
field of view
6%
fallout
6%
reflectivity
5%
longitude
5%
polarization
5%
scattering
4%
temperature
4%
mantle
4%
distribution
4%
ice
4%
sand
3%
basin
3%
energy
2%
water
1%
effect
1%