Skip to main content
nitrosobacteria

nitrosobacteria

9.1
Soil bacteria that change ammonia into nitrites during the nitrogen cycle
  • noun
  • /naɪtroʊsəˈbæktɪəriə/
  • Specialized
translation icon : nitrosobacterias
  • Nitrosobacteria play an essential role in soil by converting ammonia into nitrites during the nitrification process.

Examples

  • Without nitrosobacteria, the natural recycling of nitrogen in ecosystems would be disrupted.

  • Scientists discovered a high concentration of nitrosobacteria in the forest soil sample.

  • The presence of nitrosobacteria is crucial for healthy soil.

  • Can nitrosobacteria help improve soil fertility?

  • Nitrosobacteria are vital to the nitrogen cycle as they convert ammonia into nitrites in the soil.

  • Researchers found that nitrosobacteria enhance soil health by facilitating the nitrification process.

  • The abundance of nitrosobacteria in agricultural fields improves the availability of nutrients for plants.

Synonyms

nitrous bacteria
vsnitrosobacteria
  • Specialized
7.8

Soil bacteria that change ammonia into nitrite to help make nutrients for plants

is the same concept named generally rather than a specific genus
nitrous bacterium
vsnitrosobacteria
  • Specialized
8.1

A bacterium that turns ammonia in soil into nitrites

is the general group term referring to such soil organisms
nitrite bacterium
vsnitrosobacteria
  • Specialized
6.8

A tiny living thing that turns ammonia into nitrite in soil or water

is a general name focusing on the organisms rather than the process
Nitrosomonas
vsnitrosobacteria
  • Specialized
9.5

Small soil bacteria that change ammonia into nitrites

is the broader group term not limited to one genus

Surface Forms

Morphology

nitrosobacteria = bacteria (semi-transparent) = nitroso + bacteria

The combining form 'nitroso' is a technical chemical element (not a standalone common word) so general learners may not infer the precise biochemical meaning, though 'bacteria' is clear.

Etymology

Nitrosobacteria comes from nitroso, linked to the chemical 'nitrogen', and bacteria, meaning 'tiny living things' or 'germs'. So, it names soil bacteria that act on nitrogen and turn ammonia into nitrites.