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Participant: part of or influencing processes

Rhizobia

Appears in 12 processs and 33 steps. Everything below is linked: open a process to see it in context.

Top processes

Rhizobia-legume signalling and nodule formation

7 steps

Biological nitrogen fixation: nitrogenase, oxygen protection and regulation

6 steps

Nitrogen fixation supply-demand feedback

6 steps

Start: Nitrogen fixation supply-demand feedback
End: Nitrogen fixation supply-demand feedback
Low soil nitrogen gives nitrogen fixers a competitive advantage
and 3 more in this process

Biological nitrogen fixation: free-living and symbiotic

4 steps

Bacteria and archaea

3 steps

Nutrient availability and leaching

1 step

Biological N fixation adds new N

Show 6 more processes

Nitrogen cycling

1 step

Bacteria fix N2 into ammonium (biological nitrogen fixation)

Root exudate chemistry, fate and priming

1 step

Signalling compounds released: flavonoids, strigolactones, benzoxazinoids, coumarins

Biofilms and quorum signalling in soil microcolonies

1 step

Gram-negative cells make acyl-homoserine lactone (AHL) with LuxI-type synthases

Roots and rhizosphere

1 step

Rhizobia-legume signalling and nodule formation

Progressive nitrogen limitation under rising CO2

1 step

Extra nitrogen arrives by fixation or deposition

Terrestrial nutrient cycling

1 step

Nitrogen fixation supply-demand feedback

Often found with

Carbon 12 Legume roots 12 Nitrogen 10 Dinitrogen 9 Free-living diazotrophs 8 Ammonium 8 Legumes 6 Legume plant 5 Molybdenum 3 Frankia 3 Oxygen 3 Diazotrophs 3

Known by 719 participants and resources across the map.