Linked from

The 31 pages that link to Symbiosis, each with the reason it gives.

• RuminantNarrower topic: Ruminants and rumen microbes exchange habitat and food-derived energy.

• MutualismNarrower topic: Mutualism is one possible outcome of a symbiotic association.

• LichenNarrower topic: Lichen is a distinctive symbiosis, though its partners' interests and benefits can vary.

• ParasitismNarrower topic: Parasitism is one outcome within the broader range of close species associations.

• AnglerfishNarrower topic: Bacteria living in some anglerfish lures provide light in exchange for a habitat and resources.

• ChemosynthesisNarrower topic: Chemosynthetic microbes often provide food to animals through intimate symbioses.

• ForaminiferaRelated: Some large benthic foraminifera host photosynthetic algae within their cells.

• ParasiteNarrower topic: Parasitism is one kind of long-term interspecific association.

• EndosymbiosisNarrower topic: Endosymbiosis is a form of symbiosis defined by one partner living inside another.

• Foregut fermentationNarrower topic: Foregut fermenters depend on microbes that receive habitat and food in return for digestive work.

• Lynn MargulisNarrower topic: Margulis made symbiosis central to explaining major evolutionary transitions.

• AquaponicsRelated: The system connects animal waste production, microbial processing, and plant nutrient uptake.

• FrankiaNarrower topic: The Frankia–plant association is a nitrogen-fixing symbiosis.

• Marine ecologyRelated: Marine symbioses include partnerships that affect nutrition, protection, and habitat formation.

• LophiiformesNarrower topic: The luminous organs of some anglerfish depend on bacterial partners.

• MixotrophyRelated: Some mixotrophs acquire photosynthetic partners or plastids through close associations.

• SorediumNarrower topic: Soredia contrast with fungal-only spores because they disperse a symbiotic association.

• Bacterial bioluminescenceNarrower topic: Many familiar cases of bacterial light occur within partnerships, unlike free-living emission.

• EscaNarrower topic: Light-producing bacteria can live in association with an anglerfish’s esca.

• AzollaNarrower topic: Azolla and its cyanobacterium depend on a long-established partnership within leaf cavities.

• Black seadevilNarrower topic: Bioluminescent anglerfish lures can involve symbiotic light-producing bacteria.

• Porcelain crabRelated: Some species live in close association with corals or other host organisms.

• SymbiogenesisNarrower topic: Symbiogenesis is an evolutionary outcome of some long-lasting symbiotic associations.

• Kiwa hirsutaRelated: The crab's relationship with bacteria is studied as a possible nutritional partnership.

• RhizobiaNarrower topic: Rhizobial life in nodules is a specialized plant–microbe symbiosis.

• Alnus rubraNarrower topic: The alder–Frankia relationship is a symbiosis between a tree and bacteria.

• AnomalopidaeRelated: Their light organs house luminous bacteria in a close biological partnership.

• Giant clamNarrower topic: The clam’s association with algae is a mutually beneficial form of symbiosis.

• Parmotrema perlatumNarrower topic: The fungus and photosynthetic partner persist together in this lichen.

• RiftiaNarrower topic: Riftia’s dependence on internal bacteria is a striking case of symbiosis.

• TrichoplaxRelated: Bacteria associated with Trichoplax can affect its biology and laboratory culture.