Field guide · species

Common Earthworm

Lumbricus terrestris Linnaeus, 1758

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The authority credits the formal scientific description of the name. A year records publication of that description.

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This large earthworm maintains deep burrows and pulls surface litter into the soil. Its activity mixes organic material with mineral soil and creates channels used by air and water.

Public research profile · final editorial review pending.

Tree of lifeScientific lineage
  1. LifeLife
  2. DomainEukaryota
  3. KingdomAnimalia
  4. PhylumAnnelida
  5. ClassClitellata
  6. OrderCrassiclitellata
  7. FamilyLumbricidae
  8. GenusLumbricus
  9. SpeciesLumbricus terrestris
Advanced classification

Complete source lineage, including intermediate ranks. The standard view uses Life and the eight principal ranks.

  1. cellular organisms cellular root
  2. Eukaryota domain
  3. Opisthokonta clade
  4. Metazoa kingdom
  5. Eumetazoa clade
  6. Bilateria clade
  7. Protostomia clade
  8. Spiralia clade
  9. Lophotrochozoa clade
  10. Annelida phylum
  11. Clitellata class
  12. Oligochaeta subclass
  13. Crassiclitellata order
  14. Lumbricina suborder
  15. Lumbricidae family
  16. Lumbricinae subfamily
  17. Lumbricus genus
  18. Lumbricus terrestris complex no rank
  19. Lumbricus terrestris species
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Physical traits

A segmented, elongated body carries small bristles used in movement. Mature worms have a distinct clitellum associated with reproduction.

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Habitat and range

Moist soils with access to surface organic material support its burrowing and feeding habits.

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Diet and nutrition

Surface leaf litter is an important resource. Laboratory observations of seedling damage do not make living plants its normal replacement for litter.

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Behavior and activity

Worms commonly forage near their burrow entrance and withdraw into the soil when disturbed.

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Reproduction and life cycle

Individuals are hermaphrodites that exchange sperm. Fertilized eggs develop in cocoons produced through the clitellum.

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Geographic distribution

Native to parts of Europe, the species has been transported elsewhere. Introduced earthworms can alter ecosystems that developed without them.

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Ecological role

Burrowing and litter incorporation modify soil structure and nutrient cycling; these effects depend on the receiving ecosystem.

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Distinctive adaptations

Muscular segments and bristles provide traction, while moist skin enables gas exchange.

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Conservation

The ecological effects of an introduced population differ from conservation concerns in its native range. This account assigns no formal threat category.

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Evidence

Sources

Connected life

No reviewed ecological connections in the collection yet.

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