Editing Phylogenetics (section)

=== Biodiversity ===
Phylogenetic analysis has also been applied to biodiversity studies within the fungi family. Phylogenetic analysis helps understand the evolutionary history of various groups of organisms, identify relationships between different species, and predict future evolutionary changes. Emerging imagery systems and new analysis techniques allow for the discovery of more genetic relationships in biodiverse fields, which can aid in conservation efforts by identifying rare species that could benefit ecosystems globally.
[[File:Fig. S6. Phylogenetic subtree of P4ATPase in Fungi. Blue- Ascomycota; Red- Basidiomycota; Green- Zygomycota; Cyan- Chytridiomycota; Orange- Entomophthoromycota; Pink- Mucoromycota and Purple- Glomeromycota..jpg|thumb|405x405px|Phylogenetic Subtree of fungi containing different biodiverse sections of the fungi group.|center]]