autotrophy
processes by which organisms use simple inorganic substances as nutrient sources
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autotrophy
Summary
autotrophy ranks in the top 2% of general entities by monthly Wikipedia readership (1 views/month).[1]
Key Facts
- autotrophy's subclass of is recorded as nutrition[2].
- autotrophy's opposite of is recorded as heterotrophic nutrition[3].
- autotrophy's MeSH descriptor ID is recorded as D052818[4].
- autotrophy's BNCF Thesaurus ID is recorded as 31374[5].
- autotrophy's MeSH tree code is recorded as G02.111.071[6].
- autotrophy's MeSH tree code is recorded as G03.087[7].
- autotrophy's used by is recorded as autotroph[8].
- autotrophy's Google Knowledge Graph ID is recorded as /g/1hc0glnst[9].
- autotrophy's UMLS CUI is recorded as C1157851[10].
- autotrophy's Encyclopædia Universalis ID is recorded as autotrophie-et-heterotrophie[11].
- autotrophy's Online PWN Encyclopedia ID is recorded as 3872636[12].
- autotrophy's Vikidia article ID is recorded as fr:Autotrophie[13].
- autotrophy's Arab Encyclopedia concept ID is recorded as 149[14].
Why It Matters
autotrophy ranks in the top 2% of general entities by monthly Wikipedia readership (1 views/month).[1] autotrophy has Wikipedia articles in 8 language editions, a strong signal of global cultural recognition.[15] autotrophy is known by 28 alternative names across languages and contexts.[16]