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High-temperature life without photosynthesis as a model for Mars
Everett L. Shock
Research output
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Contribution to journal
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Article
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peer-review
60
Scopus citations
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Physics & Astronomy
photosynthesis
100%
mars
88%
productivity
35%
hydrothermal systems
27%
geochemistry
24%
inorganic compounds
22%
energy
22%
organic compounds
18%
microorganisms
18%
thermodynamic equilibrium
16%
organisms
16%
biology
16%
planets
13%
synthesis
10%
fluids
8%
temperature
4%
Earth & Environmental Sciences
photosynthesis
72%
Mars
69%
energy
36%
productivity
20%
inorganic compound
19%
early Earth
19%
hydrothermal system
16%
hydrothermal fluid
15%
planet
13%
organic compound
13%
geochemistry
12%
thermodynamics
11%
microorganism
11%
seawater
10%
organism
10%
calculation
8%
need
8%
temperature
5%
Agriculture & Biology
photosynthesis
57%
energy
44%
temperature
30%
geochemistry
24%
inorganic compounds
21%
primary productivity
17%
organic compounds
16%
thermodynamics
16%
genetic relationships
14%
seawater
13%
fluids
11%
Biological Sciences
10%
microorganisms
9%
organisms
8%
synthesis
8%
Chemical Compounds
Photosynthesis
85%
Energy
35%
Metabolic
24%
Geochemistry
21%
Thermodynamics
9%
Mixture
6%
Surface
4%