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The evolution of autotrophy in relation to phosphorus requirement
John A. Raven
Research output
:
Contribution to journal
›
Article
›
peer-review
33
Citations (Scopus)
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Agriculture & Biology
algae
14%
Archaea
18%
autotrophs
61%
bacteria
19%
biomass
10%
carbon dioxide
41%
carbon dioxide fixation
20%
cells
5%
concentrating
40%
Crassulacean acid metabolism
47%
DNA
9%
esters
27%
eukaryotic cells
15%
galactolipids
24%
genes
6%
history
13%
inorganic carbon
69%
microorganisms
11%
molecular weight
21%
nucleic acids
16%
organisms
10%
orthophosphates
21%
phosphates
12%
phospholipids
43%
phosphorus
39%
proteins
12%
ribosomal RNA
12%
water
7%
water soluble phosphates
32%
water use efficiency
16%
Medicine & Life Sciences
Acids
26%
Archaea
21%
Autotrophic Processes
100%
Bacteria
24%
Biomass
21%
Carbon
52%
DNA
9%
Esters
36%
Eukaryota
18%
Galactolipids
31%
Genes
7%
Growth
17%
History
13%
Light
12%
Membranes
10%
Nucleic Acids
17%
Phosphates
46%
Phospholipids
47%
Phosphorus
56%
Proteins
13%
sulfolipids
32%
Water
35%