Linked from

The 17 pages that link to Ascomycota, each with the reason it gives.

• MycorrhizaRelated: Several ascomycete fungi form mycorrhizal partnerships, including associations with orchids and trees.

• LichenNarrower topic: Most lichen-forming fungi belong to this phylum.

• BasidiomycotaCompared with: Ascomycota is the other large Dikarya phylum, distinguished by spores formed inside asci.

• Fungal taxonomyBroader topic: Its defining reproductive structures anchor a vast, diverse fungal lineage.

• HymeniumCompared with: Its members can also have hymenia, but their fertile cells differ from typical mushroom basidia.

• AscusNarrower topic: The ascus is the defining sexual structure of this fungal group.

• MycobiontRelated: Most described lichen-forming fungi belong to this phylum.

• ApotheciumNarrower topic: Apothecia are one of the main fruiting-body forms among its members.

• ChytridiomycotaCompared with: Its typical reproductive structures contrast with chytrid zoospores and sporangia.

• Fruticose lichenNarrower topic: Most lichen-forming fungi, including many fruticose species, belong to this phylum.

• PenicilliumNarrower topic: Penicillium is classified among these fungi, despite often reproducing asexually.

• ParmeliaceaeNarrower topic: Parmeliaceae is nested within this fungal phylum.

• MorchellaNarrower topic: Morchella belongs to this phylum and forms its spores in asci.

• Neurospora crassaNarrower topic: Its sexual spores develop in asci, placing the fungus among the ascomycetes.

• LecanoralesNarrower topic: Lecanorales belongs to this phylum of fungi.

• CordycepsNarrower topic: Cordyceps is classified among these spore-producing fungi.

• EntorrhizomycetesCompared with: Its defining spore structures distinguish this major lineage from entorrhizomycetes.