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| Zygomycota | |
|---|---|
| Name | Zygomycota |
| Regnum | Fungi |
Zygomycota Zygomycota were historically recognized as a phylum of fungi notable for forming zygospores during sexual reproduction and for containing mold species associated with soil and decaying organic matter, and have been subject to extensive taxonomic revision involving researchers from institutions such as Smithsonian Institution, Royal Botanic Gardens, Kew, Natural History Museum, London, Max Planck Society, and University of California, Berkeley; contemporary syntheses draw on data produced by laboratories at Harvard University, Stanford University, University of Oxford, University of Cambridge, and Princeton University, while major fungal collections at New York Botanical Garden and Botanical Research Institute of Texas preserve reference material.
Historically treated as a single phylum, Zygomycota were split after molecular phylogenetic studies led by teams at National Center for Biotechnology Information, European Molecular Biology Laboratory, Wellcome Trust Sanger Institute, Broad Institute, and researchers affiliated with American Society for Microbiology into several clades now recognized as Mucoromycotina, Zoopagomycotina, and Entomophthoromycotina, with taxonomic frameworks debated in publications from Nature, Science, Mycologia, Proceedings of the National Academy of Sciences, and PLoS Biology; working groups convened at meetings of the International Mycological Association and committees of the International Code of Nomenclature for algae, fungi, and plants produced consensus proposals adopted by herbarium curators at Kew Gardens and by curators at Field Museum of Natural History.
Members traditionally described under this group exhibit coenocytic hyphae and produce resilient sexual structures called zygospores in processes studied in laboratory strains maintained at Centers for Disease Control and Prevention, Institut Pasteur, Johns Hopkins University, Mayo Clinic, and university culture collections such as the American Type Culture Collection; classical morphological descriptions appear in monographs from Alexander Fleming-era collections and were refined in keys published by authors associated with Royal Society and British Mycological Society. Life cycles involve asexual sporangia and sexual zygosporangia, with gametangial fusion and plasmogamy characterized in experimental systems used by investigators at University of Wisconsin–Madison, University of Michigan, University of Chicago, and Yale University.
Species classified historically in this assemblage occupy saprotrophic niches in temperate and tropical soils, plant litter, dung, and on foodstuffs, with ecological surveys conducted by teams from United States Department of Agriculture, Food and Agriculture Organization, World Health Organization, Conservation International, and Smithsonian Tropical Research Institute revealing biogeographic patterns across continents including records curated by museums like the Natural History Museum of Los Angeles County and field stations at Montreal Botanical Garden; some lineages form facultative associations with plant roots, analogous in ecological importance to research programs at International Rice Research Institute and CIP (International Potato Center).
Metabolic traits historically attributed to this group include rapid carbohydrate metabolism, lipase activity, and production of extracellular enzymes studied in industrial projects at DuPont, DSM-Firmenich, BASF, and academic labs at MIT, California Institute of Technology, ETH Zurich, and University of Tokyo; osmotic regulation and stress responses were characterized using methods developed at Max Planck Institute for Developmental Biology and biochemical assays standardized by societies such as American Chemical Society and Royal Society of Chemistry.
Taxa formerly placed here include species important in food spoilage, fermentation, and biotechnology exploited by companies like Kerry Group and research collaborations funded by Bill & Melinda Gates Foundation for enzyme discovery, and agents of opportunistic human infection documented in clinical series from Cleveland Clinic, Mayo Clinic, Massachusetts General Hospital, Johns Hopkins Hospital and reported to public health agencies including Centers for Disease Control and Prevention and European Centre for Disease Prevention and Control; agricultural impacts have been assessed in studies supported by United States Department of Agriculture and International Maize and Wheat Improvement Center with mitigation strategies developed in extension programs at University of Florida and Iowa State University.
Fossil evidence relevant to early diverging fungal lineages has been interpreted in works by paleomycologists at Smithsonian Institution and universities including University of Edinburgh and University of Glasgow and documented in journals such as Geology and Paleobiology; phylogenomic analyses incorporating data from projects at Joint Genome Institute, Ensembl Genomes, GenBank, and collaborative consortia like the Earth BioGenome Project have reshaped views of divergence times and relationships among early terrestrial fungi.
Molecular genetics of taxa once grouped in this assemblage have been investigated using genome sequencing and transcriptomics performed by centers such as the Broad Institute, Wellcome Sanger Institute, DOE Joint Genome Institute, and university sequencing cores at University of California, Davis and University of Washington; comparative genomics papers in Genome Research, Nature Communications, and BMC Genomics integrate data sets from culture collections like the Fungal Biodiversity Center (CBS) and collaborative networks including the Global Biodiversity Information Facility and have informed functional studies conducted by labs at University of British Columbia, Monash University, Seoul National University, and University of São Paulo.