Linked from

The 21 pages that link to Rhizobium, each with the reason it gives.

• NitrogenRelated: Its partnership with legumes provides a classic example of biological nitrogen acquisition.

• FabaceaeRelated: These bacteria are common partners in the root nodules of legumes.

• Root noduleRelated: These bacteria inhabit many legume nodules and reduce atmospheric nitrogen there.

• NitrogenaseRelated: Rhizobium uses nitrogenase inside root nodules to supply fixed nitrogen to its plant host.

• AlfalfaRelated: These bacteria occupy alfalfa root nodules and convert atmospheric nitrogen into usable compounds.

• PeaRelated: Related bacteria inhabit pea nodules and provide fixed nitrogen to the plant.

• CowpeaRelated: These bacteria can supply cowpea with biologically fixed nitrogen.

• CloverRelated: These bacteria supply clover with biologically available nitrogen in root nodules.

• Pigeon peaRelated: These bacteria can colonize pigeon pea roots and supply fixed nitrogen.

• Green beanRelated: These bacteria enable nitrogen fixation in common bean root nodules.

• Snap peaRelated: These bacteria can form root nodules on pea plants.

• FabalesRelated: These bacteria commonly inhabit root nodules of Fabales' legume members.

• LablabRelated: These bacteria can inhabit Lablab root nodules and supply usable nitrogen.

• LupinusRelated: Related bacteria supply fixed nitrogen in lupin root nodules.

• Vigna mungoRelated: Rhizobium strains can nodulate Vigna mungo roots and support its nitrogen nutrition.