Linked from

The 11 pages that link to Ectomycorrhiza, each with the reason it gives.

• MycorrhizaBroader topic: Its mantle and intercellular network show a contrasting architecture for root–fungus exchange.

• QuercusRelated: Quercus roots commonly form these partnerships with soil fungi.

• Common mycorrhizal networkBroader topic: Ectomycorrhizal fungi form the extensive hyphal networks that link forest trees underground.

• PiceaBroader topic: Many spruce-associated fungi form this particular kind of root partnership.

• NothofagusRelated: Fungal partners help southern beeches acquire nutrients from forest soils.

• Boletus edulisBroader topic: This is the root-partnership form made by Boletus edulis.

• Fraser firRelated: Root-associated fungi help Fraser fir obtain nutrients in the thin, acidic soils of mountain forests.

• MorchellaCompared with: Unlike many woodland fungi, Morchella is not generally classified as an ectomycorrhizal genus.

• Nothofagus menziesiiRelated: Silver beech roots form these partnerships with forest fungi.

• Cantharellus cibariusRelated: Its underground mycelium forms nutrient-exchanging partnerships with trees.

• Fagus sylvaticaRelated: Beech roots partner with ectomycorrhizal fungi to acquire nutrients from forest soils.