Field guide · species

Sacred Lotus

Nelumbo nucifera Gaertn., 1788

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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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The sacred lotus is a perennial aquatic flowering plant rooted in muddy freshwater. Broad round leaves, solitary flowers and spreading rhizomes make it a distinctive water-garden plant.

Public research profile · final editorial review pending.

Tree of lifeScientific lineage
  1. LifeLife
  2. DomainEukaryota
  3. KingdomViridiplantae
  4. PhylumStreptophyta
  5. ClassMagnoliopsida
  6. OrderProteales
  7. FamilyNelumbonaceae
  8. GenusNelumbo
  9. SpeciesNelumbo nucifera
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. Viridiplantae kingdom
  4. Streptophyta phylum
  5. Streptophytina subphylum
  6. Embryophyta clade
  7. Tracheophyta clade
  8. Euphyllophyta clade
  9. Spermatophyta clade
  10. Magnoliopsida class
  11. Mesangiospermae clade
  12. Proteales order
  13. Nelumbonaceae family
  14. Nelumbo genus
  15. Nelumbo nucifera species
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Structure and identification

Rounded green to bluish-green leaves are carried on stalks. The familiar flowers can be pink and are borne singly.

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Habitat and range

Freshwater ponds and other still-water settings provide waterlogged soil in which the rhizomes grow. Strong light supports its photosynthetic foliage.

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Nutrition and metabolism

Like other green flowering plants, lotus obtains energy through photosynthesis rather than by absorbing food from mud. Roots supply water and minerals.

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Reproduction and life cycle

The plant can reproduce from seeds and spread vegetatively through rhizomes. A planted patch therefore need not consist of many independent seedlings.

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Geographic distribution

Native to Asia and northeastern Australia and cultivated widely beyond that region.

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Ecological role

Emergent foliage adds structure to shallow freshwater habitat. Its cultural importance and cultivated distribution should not be mistaken for evidence that it is native everywhere it grows.

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Distinctive adaptations

Underground rhizomes provide a persistent storage and growth organ beneath the seasonal leaves and flowers.

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Evidence

Sources

Connected life

No reviewed ecological connections in the collection yet.

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