Linked from

The 80 pages that link to Mycorrhiza, each with the reason it gives.

• Quercus albaRelated: Root-associated fungi help white oak acquire nutrients and water from forest soils.

• Amanita muscariaRelated: Amanita muscaria forms these partnerships with trees, exchanging nutrients for plant-derived carbon.

• Amanita phalloidesRelated: The death cap forms root partnerships that help explain its association with trees and its spread.

• Quercus rubraRelated: Root-associated fungi help red oaks acquire nutrients and water.

• Temperate coniferous forestRelated: Root-associated fungi help conifers acquire nutrients and water from forest soils.

• Ulmus americanaRelated: Root-associated fungi can influence the elm's uptake of water and nutrients.

• Boletus edulisRelated: The fungus forms root partnerships with trees rather than growing independently in soil.

• ChanterelleRelated: Many Cantharellus species exchange nutrients with the roots of living trees.

• EndodermisRelated: Fungal nutrient delivery can alter how substances reach and cross root tissues, including the endodermis.

• LingonberryRelated: Like many plants in Ericaceae, lingonberry forms partnerships with root-associated fungi.

• Picea abiesRelated: Root-associated fungi help spruce acquire nutrients and water from forest soils.

• Allium ursinumRelated: Fungal root associations help explain nutrient exchange in the woodland soils where it grows.

• AzaleaRelated: These root partnerships are common in Ericaceae and aid nutrient uptake in poor soils.

• Betula pendulaRelated: Root-associated fungi help birches acquire nutrients and water from soil.

• Borneo lowland rain forestsRelated: Root–fungus partnerships help trees acquire nutrients from forest soils.

• LycopodiaceaeRelated: Many Lycopodiaceae gametophytes rely on fungal partners for nutrition, especially underground.

• Morchella esculentaRelated: Morel ecology may involve interactions with plants, though its precise life strategy varies.

• Picea engelmanniiRelated: Root-fungus partnerships help spruce acquire nutrients in mountain soils.

• Pinus sylvestrisRelated: Scots pine depends on root-associated fungi for nutrient uptake in many soils.

• Plant litterRelated: Litter breakdown releases nutrients that can become available to mycorrhizal plants.

• Evolution of fungiRelated: Root partnerships helped fungi exploit land plants and shape terrestrial ecosystems.

• Flora of the MediterraneanRelated: Root partnerships can improve nutrient and water acquisition in poor soils.

• Fungal StructuresRelated: Its structures extend fungal growth into roots and connect it with plant tissues.

• MucoromycotinaNarrower topic: Root symbioses in Endogonales belong to the wider phenomenon of mycorrhiza.

• Nothofagus fuscaRelated: Root-associated fungi help southern beeches acquire nutrients.

• OphioglossidaeRelated: Fungal associations support the subterranean development of many ophioglossid gametophytes.

• Pinus pinasterRelated: Root-associated fungi help maritime pine acquire water and nutrients in nutrient-poor soils.

• PotorooRelated: Fungal spores eaten by potoroos can help sustain plant-root partnerships after dispersal.

• Quercus virginianaRelated: Root-associated fungi can improve the tree’s acquisition of water and mineral nutrients.

• Ulmus laevisRelated: Root-associated fungi support nutrient uptake in this tree, as in many forest plants.