n c b s d vermi nuv 2025 [vermicompost] 198038 1.757665 NA NA 198038 1.757665 NA NA 172234 1.773454 NA NA 66271 1.493866 NA NA 31964 1.746695 NA order (inferred) 18063 2 NA family (inferred) 8698 2 Yes genus 8698 2 Yes species Mycothermus thermophilus: heat-tolerant compost decomposer that breaks down cellulose and hemicellulose; may improve compost quality and mushroom production. 4248 2 Yes genus Chaetomium: decomposes organic matter, improves soil fertility, and may suppress plant pathogens; generally useful for compost and soil health. 4003 2 Yes species Chaetomium thermophilum: heat-tolerant decomposer that breaks down plant biomass and supports humus formation during composting. 2797 2 Yes genus Humicola: fungus that decomposes organic matter, supports nutrient cycling, promotes plant growth. 2607 2 Yes species Humicola nigrescens: soil decomposer that improves phosphorus availability, supports root growth, and may suppress soilborne pathogens. 168 2 Yes genus Humicola: fungus that decomposes organic matter, supports nutrient cycling, promotes plant growth. 22 2 Yes genus Humicola: fungus that decomposes organic matter, supports nutrient cycling, promotes plant growth. 1863 NA NA family (inferred) 148 NA NA family (inferred) 136 NA NA family (inferred) 136 NA NA family (inferred) 52 NA NA family (inferred) 52 NA NA family (inferred) 50 NA NA family (inferred) 50 NA NA family (inferred) 37 2 Yes genus 37 2 Yes species Thermothielavioides terrestris: plant-associated fungus isolated from a medicinal plant; compost or plant-growth benefits are not well documented. 34 NA NA family (inferred) 28 NA NA family (inferred) 6 NA NA family (inferred) 8840 NA NA order (inferred) 8840 NA NA order (inferred) 3106 0.3763547 NA order (inferred) 3045 0.3763547 Yes genus Podospora: dung and soil decomposer that supports nutrient cycling; some strains may promote plant growth and stress tolerance. 2472 0 No species No documented compost or plant-growth benefit. 47 2 Yes genus Podospora: dung and soil decomposer that supports nutrient cycling; some strains may promote plant growth and stress tolerance. 58 NA NA genus Cladorrhinum: soil fungus that promotes nutrient cycling, releases plant-available nitrogen and phosphorus, and may suppress root pathogens. 58 NA NA genus Cladorrhinum: soil fungus that promotes nutrient cycling, releases plant-available nitrogen and phosphorus, and may suppress root pathogens. 3 NA NA order (inferred) 3 NA NA order (inferred) 1723 2 NA family (inferred) 910 NA NA family (inferred) 654 2 Yes genus Zopfiella: decomposes organic matter, may suppress plant diseases, and is associated with healthier, carbon-rich soils. 50 2 Yes genus Zopfiella: decomposes organic matter, may suppress plant diseases, and is associated with healthier, carbon-rich soils. 159 NA NA family (inferred) 182 NA NA order (inferred) 182 NA NA order (inferred) 169 NA NA order (inferred) 39 2 NA order (inferred) 39 2 Yes genus Gelasinospora: saprobic decomposer that supports nutrient cycling and may help suppress plant diseases in soil. 7 NA NA order (inferred) 7 NA NA order (inferred) 7 NA NA order (inferred) 4 NA NA order (inferred) 4 NA NA order (inferred) 4 NA NA order (inferred) 22393 1.118252 NA order (inferred) 21618 1.118252 NA family (inferred) 11734 1.75473 Yes genus Scedosporium: stress-tolerant soil decomposer with pollutant-degrading ability; some species have opportunistic pathogen concerns. 1439 0 No species No documented compost or plant-growth benefit. 7809 0 Yes genus Enterocarpus: soil-associated fungus linked with healthier crop systems and pathogen-suppressive fungal communities. 7809 0 No species No documented compost or plant-growth benefit. 829 1.944511 Yes genus Cephalotrichum: decomposer of plant debris, straw, wood, and dung; supports nutrient recycling in soil and compost-like materials. 499 2 Yes species Cephalotrichum stemonitis: fungus that decomposes organic matter, promotes plant growth. 119 2 Yes genus Cephalotrichum: decomposer of plant debris, straw, wood, and dung; supports nutrient recycling in soil and compost-like materials. 64 2 Yes genus Cephalotrichum: decomposer of plant debris, straw, wood, and dung; supports nutrient recycling in soil and compost-like materials. 23 0 No species Cephalotrichum telluricum: fungus that decomposes organic matter, supports nutrient cycling. 549 1.712204 Yes genus 470 2 Yes genus 79 0 No species No documented compost or plant-growth benefit. 250 NA NA family (inferred) 250 NA NA family (inferred) 199 2 Yes genus 199 2 Yes species Petriella sordida: soil, dung, and compost fungus that decomposes organic matter and produces antifungal compounds. 151 1.735099 Yes genus Microascus: soil and plant-associated decomposer; some species are opportunistic pathogens, so benefits are context-dependent. 114 2 Yes genus Microascus: soil and plant-associated decomposer; some species are opportunistic pathogens, so benefits are context-dependent. 20 0 No species No documented compost or plant-growth benefit. 9 2 Yes genus Microascus: soil and plant-associated decomposer; some species are opportunistic pathogens, so benefits are context-dependent. 5 2 Yes genus Microascus: soil and plant-associated decomposer; some species are opportunistic pathogens, so benefits are context-dependent. 3 2 Yes genus Microascus: soil and plant-associated decomposer; some species are opportunistic pathogens, so benefits are context-dependent. 42 NA NA family (inferred) 37 NA NA family (inferred) 22 NA NA family (inferred) 14 0 No genus 14 0 No species Parascedosporium putredinis: fungus that decomposes organic matter. 13 NA NA family (inferred) 13 NA NA family (inferred) 6 NA NA family (inferred) 6 NA NA family (inferred) 277 NA NA order (inferred) 277 NA NA order (inferred) 277 NA NA order (inferred) 223 NA NA order (inferred) 223 NA NA order (inferred) 216 NA NA order (inferred) 119 NA NA order (inferred) 87 NA NA order (inferred) 87 NA NA order (inferred) 10 NA NA order (inferred) 59 NA NA order (inferred) 51 NA NA order (inferred) 51 NA NA order (inferred) 8 NA NA order (inferred) 8 NA NA order (inferred) 8572 1.951827 NA order (inferred) 3466 1.776722 NA family (inferred) 1847 NA NA family (inferred) 1173 NA NA family (inferred) 1173 NA NA family (inferred) 421 1.776722 Yes genus 99 2 Yes genus 42 0 No species Fusarium pseudensiforme: aggressive plant pathogen that produces phytotoxic metabolites and can severely inhibit germination and root growth. 41 2 Yes species Fusarium oxysporum: soil fungus with both harmless and pathogenic strains; some can promote growth, but many cause wilt diseases. 18 2 Yes genus 5 0 No species Fusarium tricinctum: mainly a crop pathogen, especially in cereals; no clear compost benefit documented. 13 NA NA family (inferred) 13 NA NA family (inferred) 6 NA NA family (inferred) 6 NA NA family (inferred) 3119 2 NA family (inferred) 3107 2 Yes genus Trichoderma: widely beneficial decomposer and biocontrol fungus that can promote roots, improve stress tolerance, and suppress plant pathogens. 1527 2 Yes genus Trichoderma: widely beneficial decomposer and biocontrol fungus that can promote roots, improve stress tolerance, and suppress plant pathogens. 1034 2 Yes genus Trichoderma: widely beneficial decomposer and biocontrol fungus that can promote roots, improve stress tolerance, and suppress plant pathogens. 141 2 Yes genus Trichoderma: widely beneficial decomposer and biocontrol fungus that can promote roots, improve stress tolerance, and suppress plant pathogens. 131 2 Yes genus Trichoderma: widely beneficial decomposer and biocontrol fungus that can promote roots, improve stress tolerance, and suppress plant pathogens. 82 2 Yes genus Trichoderma: widely beneficial decomposer and biocontrol fungus that can promote roots, improve stress tolerance, and suppress plant pathogens. 58 2 Yes genus Trichoderma: widely beneficial decomposer and biocontrol fungus that can promote roots, improve stress tolerance, and suppress plant pathogens. 5 2 Yes genus Trichoderma: widely beneficial decomposer and biocontrol fungus that can promote roots, improve stress tolerance, and suppress plant pathogens. 12 NA NA family (inferred) 553 NA NA order (inferred) 553 NA NA order (inferred) 540 NA NA order (inferred) 502 NA NA order (inferred) 502 NA NA order (inferred) 28 NA NA order (inferred) 10 NA NA order (inferred) 10 NA NA order (inferred) 218 NA NA order (inferred) 95 NA NA order (inferred) 45 NA NA order (inferred) 3 NA NA order (inferred) 51 NA NA order (inferred) 51 NA NA order (inferred) 48 NA NA order (inferred) 48 NA NA order (inferred) 24 NA NA order (inferred) 24 NA NA order (inferred) 210 0 NA order (inferred) 163 NA NA order (inferred) 163 NA NA order (inferred) 40 0 No genus 40 0 No genus 7 NA NA order (inferred) 7 NA NA order (inferred) 174 NA NA order (inferred) 169 NA NA order (inferred) 169 NA NA order (inferred) 5 NA NA order (inferred) 5 NA NA order (inferred) 128 NA NA order (inferred) 118 NA NA order (inferred) 118 NA NA order (inferred) 10 NA NA order (inferred) 10 NA NA order (inferred) 44 2 NA family (inferred) 44 2 Yes genus 44 2 Yes species Stachybotrys chartarum: cellulose-degrading fungus with possible waste-decomposition value, but also a plant, livestock, and human toxin concern. 43 NA NA order (inferred) 43 NA NA order (inferred) 43 NA NA order (inferred) 36 NA NA order (inferred) 36 NA NA order (inferred) 25 NA NA order (inferred) 25 NA NA order (inferred) 20 NA NA order (inferred) 5 NA NA order (inferred) 16 NA NA order (inferred) 16 NA NA order (inferred) 7 NA NA order (inferred) 5 NA NA order (inferred) 4 NA NA order (inferred) 1413 2 NA order (inferred) 1413 2 NA family (inferred) 1413 2 Yes genus 1243 2 Yes species Phialemonium atrogriseum: plant endophyte reported from tomato roots; possible protective role, but benefits are not well established. 170 2 Yes species Phialemonium inflatum: fungus that decomposes organic matter, promotes plant growth, may suppress pathogens. 981 2 NA NA 981 2 NA NA 897 2 Yes genus 412 2 Yes genus 395 2 Yes genus 27 2 Yes genus 7 2 Yes genus 61 NA NA NA 47 NA NA NA 23 NA NA NA 533 2 NA order (inferred) 525 2 NA family (inferred) 426 2 Yes genus Plectosphaerella: mixed-role genus; some species are plant pathogens, while others may support plant growth or pathogen suppression. 426 2 Yes species Plectosphaerella cucumerina: can reduce potato cyst nematodes and promote plant growth; also explored as a bioherbicide. 36 NA NA family (inferred) 36 NA NA family (inferred) 36 2 Yes genus 36 2 Yes species Gibellulopsis piscis: fungus that may suppress pathogens; plant-pathogen concern. 16 NA NA family (inferred) 16 NA NA family (inferred) 11 NA NA family (inferred) 11 NA NA family (inferred) 8 NA NA order (inferred) 8 NA NA order (inferred) 8 NA NA order (inferred) 162 NA NA NA 162 NA NA NA 118 NA NA NA 32 NA NA NA 12 NA NA NA 6 NA NA NA 102 NA NA NA 102 NA NA NA 96 NA NA NA 42 NA NA NA 6 NA NA NA 6 NA NA NA 95 NA NA NA 95 NA NA NA 95 NA NA NA 16 NA NA NA 16 NA NA NA 16 NA NA NA 16 NA NA NA 12 NA NA NA 12 NA NA NA 12 NA NA NA 12 NA NA NA 9 NA NA NA 9 NA NA NA 9 NA NA NA 4 NA NA NA 7 NA NA NA 7 NA NA NA 7 NA NA NA 7 NA NA NA 6 NA NA NA 6 NA NA NA 6 NA NA NA 6 2 NA order (inferred) 6 2 NA family (inferred) 6 2 Yes genus 6 2 Yes genus 55423 1.994639 NA NA 44347 1.993881 NA order (inferred) 41620 1.99428 NA family (inferred) 28232 2 Yes genus 11315 2 Yes species Penicillium polonicum: decomposes plant material and may suppress fungal pathogens through antifungal compounds and volatile metabolites. 3264 2 Yes genus 3107 2 Yes genus 1785 2 Yes genus 888 2 Yes genus 462 2 Yes genus 376 2 Yes genus 329 2 Yes genus 211 2 Yes genus 158 2 Yes genus 75 2 Yes genus 54 2 Yes species Penicillium brevicompactum: promotes plant growth, supports stress tolerance, and may suppress soilborne pathogens. 53 2 Yes genus 50 2 Yes genus 44 2 Yes genus 25 2 Yes genus 23 2 Yes genus 20 2 Yes genus 11 2 Yes genus 10 2 Yes genus 10 2 Yes genus 7 2 Yes genus 13374 1.982204 Yes genus Aspergillus: decomposes organic matter, improves nutrient availability, and may suppress pathogens; some species can produce mycotoxins. 12884 2 Yes species Aspergillus fumigatus: organic-matter decomposer but important opportunistic human pathogen; handle compost aerosols cautiously. 119 0 No species Aspergillus ruber: associated with deterioration of stored pea seeds; no compost or plant-growth benefit documented. 116 2 Yes genus Aspergillus: decomposes organic matter, improves nutrient availability, and may suppress pathogens; some species can produce mycotoxins. 68 2 Yes genus Aspergillus: decomposes organic matter, improves nutrient availability, and may suppress pathogens; some species can produce mycotoxins. 46 2 Yes genus Aspergillus: decomposes organic matter, improves nutrient availability, and may suppress pathogens; some species can produce mycotoxins. 45 2 Yes genus Aspergillus: decomposes organic matter, improves nutrient availability, and may suppress pathogens; some species can produce mycotoxins. 42 2 Yes species Aspergillus versicolor: may suppress plant pathogens and assist heavy-metal cleanup, though strain-specific toxin risks should be considered. 28 2 Yes genus Aspergillus: decomposes organic matter, improves nutrient availability, and may suppress pathogens; some species can produce mycotoxins. 14 2 Yes genus Aspergillus: decomposes organic matter, improves nutrient availability, and may suppress pathogens; some species can produce mycotoxins. 14 NA NA family (inferred) 2692 2 NA family (inferred) 984 2 Yes genus Talaromyces: beneficial soil fungus that promotes plant growth, improves nutrient access, and suppresses plant pathogens. 382 2 Yes genus Talaromyces: beneficial soil fungus that promotes plant growth, improves nutrient access, and suppresses plant pathogens. 269 2 Yes genus Talaromyces: beneficial soil fungus that promotes plant growth, improves nutrient access, and suppresses plant pathogens. 140 2 Yes genus Talaromyces: beneficial soil fungus that promotes plant growth, improves nutrient access, and suppresses plant pathogens. 27 2 Yes genus Talaromyces: beneficial soil fungus that promotes plant growth, improves nutrient access, and suppresses plant pathogens. 20 2 Yes genus Talaromyces: beneficial soil fungus that promotes plant growth, improves nutrient access, and suppresses plant pathogens. 15 2 Yes genus Talaromyces: beneficial soil fungus that promotes plant growth, improves nutrient access, and suppresses plant pathogens. 9 2 Yes genus Talaromyces: beneficial soil fungus that promotes plant growth, improves nutrient access, and suppresses plant pathogens. 957 NA NA family (inferred) 539 2 Yes genus Thermomyces: heat-tolerant fungus that supports plant stress tolerance and produces enzymes useful for breaking down plant fibers. 539 2 Yes species Thermomyces lanuginosus: heat-tolerant compost fungus that releases phosphorus and rapidly breaks down lignocellulosic plant material. 110 NA NA family (inferred) 110 NA NA family (inferred) 99 NA NA family (inferred) 58 NA NA family (inferred) 33 NA NA family (inferred) 8 NA NA family (inferred) 3 NA NA family (inferred) 3 NA NA family (inferred) 26 0 NA order (inferred) 13 0 Yes genus Paecilomyces: biocontrol fungus that may suppress nematodes, insects, and plant pathogens while promoting plant growth. 13 0 No species Paecilomyces fulvus: heat-tolerant spoilage fungus of processed plant products; some mycotoxin concerns, limited compost benefit. 13 NA NA order (inferred) 13 NA NA order (inferred) 9 NA NA order (inferred) 9 NA NA order (inferred) 6159 2 NA NA 6079 2 NA NA 6051 2 Yes genus Phialophora: some species reduce wheat disease severity and inhibit fungi; benefits appear strain-specific. 5983 2 Yes species Phialophora cyclaminis: produces antifungal activity; compost or plant-growth benefits are not well documented. 68 2 Yes genus Phialophora: some species reduce wheat disease severity and inhibit fungi; benefits appear strain-specific. 15 NA NA NA 15 NA NA NA 13 NA NA NA 10 NA NA NA 3 NA NA NA 64 NA NA NA 64 NA NA NA 64 NA NA NA 16 NA NA NA 16 NA NA NA 4906 2 NA order (inferred) 4846 NA NA family (inferred) 4846 NA NA family (inferred) 4846 NA NA family (inferred) 54 2 NA family (inferred) 54 2 Yes genus 35 2 Yes genus 6 NA NA order (inferred) 6 NA NA order (inferred) 7 NA NA NA 5 NA NA NA 5 NA NA NA 2 NA NA NA 2 NA NA NA 4 NA NA NA 4 NA NA NA 4 NA NA NA 4 NA NA NA 23788 2 NA NA 18197 NA NA order (inferred) 17269 NA NA family (inferred) 17262 NA NA genus 850 NA NA genus 73 NA NA genus 70 NA NA genus 29 NA NA genus 23 NA NA genus 8 NA NA genus 7 NA NA family (inferred) 619 NA NA order (inferred) 516 NA NA order (inferred) 63 NA NA order (inferred) 32 NA NA order (inferred) 6 NA NA order (inferred) 8 NA NA order (inferred) 199 NA NA order (inferred) 97 NA NA order (inferred) 97 NA NA order (inferred) 55 NA NA order (inferred) 55 NA NA order (inferred) 20 NA NA order (inferred) 18 NA NA order (inferred) 9 NA NA order (inferred) 75 NA NA order (inferred) 75 NA NA order (inferred) 12 NA NA order (inferred) 12 NA NA genus 12 NA NA genus 8 NA NA order (inferred) 8 NA NA order (inferred) 7 NA NA order (inferred) 7 NA NA order (inferred) 7 NA NA order (inferred) 5 NA NA order (inferred) 5 NA NA order (inferred) 3 NA NA order (inferred) 3 NA NA order (inferred) 3 NA NA order (inferred) 5574 2 NA NA 5469 2 NA family (inferred) 2375 2 Yes genus Pseudogymnoascus: cold-adapted decomposer likely involved in nutrient cycling in cold soils; compost benefits are unclear. 480 2 Yes species Pseudogymnoascus roseus: cold-adapted decomposer that breaks down plant debris and cellulose; not suited to warm composting. 2015 NA NA genus 73 NA NA genus 770 2 Yes genus Geomyces: cold-adapted soil decomposer that recycles organic matter and nutrients, especially in cold environments. 295 2 Yes genus Geomyces: cold-adapted soil decomposer that recycles organic matter and nutrients, especially in cold environments. 292 NA NA family (inferred) 292 NA NA family (inferred) 17 NA NA family (inferred) 105 NA NA NA 105 NA NA NA 17 NA NA NA 17 NA NA NA 17 NA NA NA 8519 2 NA NA 8519 2 NA NA 8519 2 NA NA 8382 2 Yes genus Arthrobotrys: nematode-trapping fungi that can protect roots from plant-parasitic nematodes and improve nutrient and water uptake. 8033 2 Yes species Arthrobotrys amerospora: nematode-trapping fungus with biocontrol potential, especially in organic-rich soils and compost substrates. 294 2 Yes genus Arthrobotrys: nematode-trapping fungi that can protect roots from plant-parasitic nematodes and improve nutrient and water uptake. 55 2 Yes genus Arthrobotrys: nematode-trapping fungi that can protect roots from plant-parasitic nematodes and improve nutrient and water uptake. 120 NA NA NA 17 NA NA NA 17 NA NA NA 8456 NA NA NA 8446 NA NA NA 8446 NA NA NA 8437 NA NA NA 8437 NA NA NA 9 NA NA NA 9 NA NA NA 10 NA NA NA 10 NA NA NA 10 NA NA NA 4214 NA NA NA 4214 NA NA NA 4214 NA NA NA 4214 NA NA NA 2463 NA NA NA 2463 NA NA NA 1910 NA NA NA 1074 NA NA NA 248 NA NA NA 836 NA NA NA 459 NA NA NA 447 NA NA NA 447 NA NA NA 12 NA NA NA 94 NA NA NA 43 NA NA NA 43 NA NA NA 37 NA NA NA 29 NA NA NA 8 NA NA NA 10 NA NA NA 10 NA NA NA 4 NA NA NA 1429 1.33913 NA NA 1429 1.33913 NA order (inferred) 493 2 NA family (inferred) 410 2 Yes genus 131 2 Yes species Geotrichum silvicola: helps wheat tolerate drought by improving biomass, water status, and stress-response balance. 117 2 Yes species Geotrichum candidum: may promote root growth, reduce plant stress, suppress pathogens, decompose organic matter, and aid bioremediation. 55 NA NA family (inferred) 55 NA NA family (inferred) 16 NA NA family (inferred) 12 NA NA family (inferred) 345 2 NA family (inferred) 251 NA NA family (inferred) 251 NA NA family (inferred) 51 2 Yes genus 24 2 Yes genus 21 2 Yes genus 6 2 Yes genus 41 NA NA family (inferred) 41 NA NA family (inferred) 2 NA NA family (inferred) 2 NA NA family (inferred) 275 0 NA family (inferred) 266 0 No genus No documented compost or plant-growth benefit. 266 0 No genus No documented compost or plant-growth benefit. 7 NA NA family (inferred) 7 NA NA family (inferred) 2 NA NA family (inferred) 2 NA NA family (inferred) 252 2 NA family (inferred) 127 NA NA family (inferred) 127 NA NA family (inferred) 73 2 Yes genus Debaryomyces: soil yeast with plant-growth traits, including phosphate solubilization, stress tolerance, and pathogen inhibition. 73 2 Yes species Debaryomyces prosopidis: mesquite-associated yeast with phosphate solubilization and auxin-production potential; field growth benefits remain uncertain. 52 NA NA family (inferred) 37 NA NA order (inferred) 37 NA NA order (inferred) 20 NA NA order (inferred) 20 NA NA order (inferred) 20 NA NA order (inferred) 5 2 NA family (inferred) 5 2 Yes genus Pichia: yeast group that can promote plant growth, improve nutrient cycling, and suppress pathogens; effects are strain-dependent. 5 2 Yes genus Pichia: yeast group that can promote plant growth, improve nutrient cycling, and suppress pathogens; effects are strain-dependent. 2 NA NA order (inferred) 2 NA NA order (inferred) 2 NA NA order (inferred) 949 2 NA NA 929 2 NA NA 282 NA NA NA 194 NA NA NA 138 NA NA NA 56 NA NA NA 74 NA NA NA 11 NA NA NA 11 NA NA NA 3 NA NA NA 269 2 NA NA 177 2 Yes genus Preussia: endophytic and dung-associated decomposer that may promote plant growth, stress tolerance, and pathogen suppression. 177 2 Yes genus Preussia: endophytic and dung-associated decomposer that may promote plant growth, stress tolerance, and pathogen suppression. 85 NA NA genus 85 NA NA species Westerdykella dispersa: found in soil, freshwater, marine sediments, rhizospheres, and plant tissues; specific compost benefits are unclear. 7 NA NA NA 7 NA NA NA 248 NA NA NA 248 NA NA NA 248 NA NA NA 58 NA NA NA 43 NA NA NA 43 NA NA NA 11 NA NA NA 4 NA NA NA 4 NA NA NA 29 NA NA NA 20 NA NA NA 17 NA NA NA 3 NA NA NA 9 NA NA NA 9 NA NA NA 16 NA NA NA 16 NA NA NA 16 NA NA NA 7 NA NA NA 7 NA NA NA 7 NA NA NA 7 NA NA NA 7 NA NA NA 7 NA NA NA 6 NA NA NA 6 NA NA NA 4 NA NA NA 4 NA NA NA 4 NA NA NA 3 NA NA NA 3 NA NA NA 9 NA NA NA 9 NA NA NA 9 NA NA NA 7 NA NA NA 7 NA NA NA 7 NA NA NA 7 NA NA NA 4 NA NA NA 4 NA NA NA 4 NA NA NA 722 NA NA NA 722 NA NA NA 722 NA NA NA 710 NA NA NA 710 NA NA NA 12 NA NA NA 12 NA NA NA 10889 1.362607 NA NA 6517 0.5030543 NA NA 5302 0 NA order (inferred) Agaricales: mushroom-forming fungi, including many gilled mushrooms; ecological roles vary from decomposers to mycorrhizal partners. 2098 0 NA family (inferred) 2079 0 No genus Coprinopsis: no documented plant-growth benefit; some species are decomposers of dung or organic residues. 2076 0 No genus Coprinopsis: no documented plant-growth benefit; some species are decomposers of dung or organic residues. 3 0 No genus Coprinopsis: no documented plant-growth benefit; some species are decomposers of dung or organic residues. 15 NA NA family (inferred) 11 NA NA family (inferred) 4 0 No genus Coprinellus: plant-growth benefits are unclear; many species are decomposers of dung, wood, or organic residues. 4 0 No genus Coprinellus: plant-growth benefits are unclear; many species are decomposers of dung, wood, or organic residues. 1699 NA NA order (inferred) Agaricales: mushroom-forming fungi, including many gilled mushrooms; ecological roles vary from decomposers to mycorrhizal partners. 1691 NA NA order (inferred) Agaricales: mushroom-forming fungi, including many gilled mushrooms; ecological roles vary from decomposers to mycorrhizal partners. 8 NA NA order (inferred) Agaricales: mushroom-forming fungi, including many gilled mushrooms; ecological roles vary from decomposers to mycorrhizal partners. 8 NA NA order (inferred) Agaricales: mushroom-forming fungi, including many gilled mushrooms; ecological roles vary from decomposers to mycorrhizal partners. 1436 NA NA order (inferred) Agaricales: mushroom-forming fungi, including many gilled mushrooms; ecological roles vary from decomposers to mycorrhizal partners. 1436 NA NA order (inferred) Agaricales: mushroom-forming fungi, including many gilled mushrooms; ecological roles vary from decomposers to mycorrhizal partners. 23 NA NA order (inferred) Agaricales: mushroom-forming fungi, including many gilled mushrooms; ecological roles vary from decomposers to mycorrhizal partners. 23 NA NA order (inferred) Agaricales: mushroom-forming fungi, including many gilled mushrooms; ecological roles vary from decomposers to mycorrhizal partners. 17 NA NA order (inferred) Agaricales: mushroom-forming fungi, including many gilled mushrooms; ecological roles vary from decomposers to mycorrhizal partners. 17 NA NA order (inferred) Agaricales: mushroom-forming fungi, including many gilled mushrooms; ecological roles vary from decomposers to mycorrhizal partners. 17 NA NA order (inferred) Agaricales: mushroom-forming fungi, including many gilled mushrooms; ecological roles vary from decomposers to mycorrhizal partners. 11 NA NA order (inferred) Agaricales: mushroom-forming fungi, including many gilled mushrooms; ecological roles vary from decomposers to mycorrhizal partners. 11 NA NA order (inferred) Agaricales: mushroom-forming fungi, including many gilled mushrooms; ecological roles vary from decomposers to mycorrhizal partners. 7 NA NA order (inferred) Agaricales: mushroom-forming fungi, including many gilled mushrooms; ecological roles vary from decomposers to mycorrhizal partners. 7 NA NA order (inferred) Agaricales: mushroom-forming fungi, including many gilled mushrooms; ecological roles vary from decomposers to mycorrhizal partners. 6 NA NA order (inferred) Agaricales: mushroom-forming fungi, including many gilled mushrooms; ecological roles vary from decomposers to mycorrhizal partners. 6 NA NA order (inferred) Agaricales: mushroom-forming fungi, including many gilled mushrooms; ecological roles vary from decomposers to mycorrhizal partners. 6 NA NA order (inferred) Agaricales: mushroom-forming fungi, including many gilled mushrooms; ecological roles vary from decomposers to mycorrhizal partners. 5 NA NA order (inferred) Agaricales: mushroom-forming fungi, including many gilled mushrooms; ecological roles vary from decomposers to mycorrhizal partners. 5 NA NA order (inferred) Agaricales: mushroom-forming fungi, including many gilled mushrooms; ecological roles vary from decomposers to mycorrhizal partners. 5 NA NA order (inferred) Agaricales: mushroom-forming fungi, including many gilled mushrooms; ecological roles vary from decomposers to mycorrhizal partners. 700 2 Yes order (inferred) Sebacinales: diverse mycorrhizal fungi; some members strongly promote plant growth and stress tolerance. 691 2 Yes order (inferred) Sebacinales: diverse mycorrhizal fungi; some members strongly promote plant growth and stress tolerance. 691 2 Yes order (inferred) Sebacinales: diverse mycorrhizal fungi; some members strongly promote plant growth and stress tolerance. 5 2 Yes order (inferred) Sebacinales: diverse mycorrhizal fungi; some members strongly promote plant growth and stress tolerance. 5 2 Yes order (inferred) Sebacinales: diverse mycorrhizal fungi; some members strongly promote plant growth and stress tolerance. 5 2 Yes order (inferred) Sebacinales: diverse mycorrhizal fungi; some members strongly promote plant growth and stress tolerance. 4 2 Yes family (inferred) Sebacinaceae: ectomycorrhizal fungi associated with forest trees; some members may also behave as saprophytes or parasites. 4 2 Yes family (inferred) Sebacinaceae: ectomycorrhizal fungi associated with forest trees; some members may also behave as saprophytes or parasites. 370 NA NA NA 370 NA NA NA 370 NA NA NA 89 NA NA NA 42 NA NA NA 42 NA NA NA 42 NA NA NA 24 NA NA NA 24 NA NA NA 14 NA NA NA 8 NA NA NA 8 NA NA NA 6 NA NA NA 9 NA NA NA 9 NA NA NA 9 NA NA NA 52 NA NA NA 52 NA NA NA 52 NA NA NA 52 NA NA NA 4 NA NA NA 4 NA NA NA 4 NA NA NA 4 NA NA NA 3629 2 NA NA 3391 2 NA order (inferred) 3391 2 NA family (inferred) 3391 2 Yes genus 192 NA NA NA 172 NA NA NA 172 NA NA NA 172 NA NA NA 20 NA NA NA 20 NA NA NA 38 NA NA NA 38 NA NA NA 38 NA NA NA 8 NA NA NA 8 NA NA NA 8 NA NA NA 647 2 NA NA 244 2 NA NA 229 NA NA NA 229 NA NA NA 229 NA NA NA 8 2 NA NA 8 2 Yes genus Cryptococcus: soil yeasts that may promote plant growth and metal remediation; some species have pathogen concerns. 7 NA NA NA 4 NA NA NA 4 NA NA NA 3 NA NA NA 224 2 NA order (inferred) 212 2 NA family (inferred) 212 2 Yes genus Solicoccozyma: soil yeast that decomposes lignocellulosic residues and may promote plant growth through hormone production. 203 2 Yes genus Solicoccozyma: soil yeast that decomposes lignocellulosic residues and may promote plant growth through hormone production. 9 2 Yes species Solicoccozyma terrea: soil yeast that promotes root development through IAA, volatile compounds, and ACC deaminase activity. 12 NA NA order (inferred) 6 NA NA order (inferred) 6 NA NA order (inferred) 6 NA NA order (inferred) 6 NA NA order (inferred) 142 2 NA NA 142 2 NA family (inferred) 142 2 Yes genus Apiotrichum: soil and plant-associated yeast linked with healthy roots and possible pathogen antagonism. 81 2 Yes genus Apiotrichum: soil and plant-associated yeast linked with healthy roots and possible pathogen antagonism. 37 NA NA NA 37 NA NA NA 21 NA NA NA 21 NA NA NA 11 NA NA NA 8 NA NA NA 3 NA NA NA 5 NA NA NA 5 NA NA NA 42 NA NA NA 42 NA NA NA 42 NA NA NA 42 NA NA NA 40 NA NA NA 40 NA NA NA 40 NA NA NA 40 NA NA NA 33 NA NA NA 7 NA NA NA 9 NA NA NA 9 NA NA NA 9 NA NA NA 9 NA NA NA 9 NA NA NA 5 NA NA NA 5 NA NA NA 5 NA NA NA 5 NA NA NA 5 NA NA NA 7717 NA NA NA 7717 NA NA NA 7717 NA NA NA 7717 NA NA NA 7717 NA NA NA 4112 2 NA NA 4112 2 NA NA 4112 2 NA order (inferred) 4034 2 NA family (inferred) 3033 2 Yes genus Mortierella: soil decomposer that improves nutrient availability, supports plant growth, and contributes to healthy soil structure. 2100 2 Yes genus Mortierella: soil decomposer that improves nutrient availability, supports plant growth, and contributes to healthy soil structure. 171 2 Yes genus Mortierella: soil decomposer that improves nutrient availability, supports plant growth, and contributes to healthy soil structure. 112 2 Yes genus Mortierella: soil decomposer that improves nutrient availability, supports plant growth, and contributes to healthy soil structure. 30 2 Yes genus Mortierella: soil decomposer that improves nutrient availability, supports plant growth, and contributes to healthy soil structure. 13 2 Yes genus Mortierella: soil decomposer that improves nutrient availability, supports plant growth, and contributes to healthy soil structure. 13 2 Yes genus Mortierella: soil decomposer that improves nutrient availability, supports plant growth, and contributes to healthy soil structure. 3 2 Yes genus Mortierella: soil decomposer that improves nutrient availability, supports plant growth, and contributes to healthy soil structure. 415 2 Yes genus 175 2 Yes species Linnemannia hyalina: cold-adapted endophyte that supports plant nitrogen use, growth, stress tolerance, and defense. 162 2 Yes genus 78 2 Yes genus 273 NA NA family (inferred) 273 NA NA family (inferred) 258 NA NA family (inferred) 55 NA NA family (inferred) 49 NA NA family (inferred) 78 NA NA order (inferred) 78 NA NA order (inferred) 1424 NA NA NA 920 NA NA NA 920 NA NA NA 920 NA NA NA 915 NA NA NA 915 NA NA NA 5 NA NA NA 302 NA NA NA 302 NA NA NA 302 NA NA NA 302 NA NA NA 202 NA NA NA 87 NA NA NA 45 NA NA NA 45 NA NA NA 42 NA NA NA 42 NA NA NA 42 NA NA NA 58 NA NA NA 55 NA NA NA 55 NA NA NA 55 NA NA NA 3 NA NA NA 3 NA NA NA 49 NA NA NA 49 NA NA NA 49 NA NA NA 6 NA NA NA 6 NA NA NA 6 NA NA NA 2 NA NA NA 2 NA NA NA 2 NA NA NA 456 NA NA NA 456 NA NA NA 456 NA NA NA 456 NA NA NA 456 NA NA NA 456 NA NA NA 418 2 NA NA 299 NA NA NA 283 NA NA NA 283 NA NA NA 283 NA NA NA 268 NA NA NA 16 NA NA NA 16 NA NA NA 16 NA NA NA 119 2 NA NA 117 2 NA order (inferred) 109 2 NA family (inferred) 109 2 Yes genus 57 2 Yes species Mucor racemosus: supports plant growth, phosphorus cycling, and bioremediation of hydrocarbons and heavy metals. 21 2 Yes species Mucor circinelloides: promotes plant growth, improves nutrient availability, suppresses Fusarium wilt, and may aid metal cleanup. 19 2 Yes genus 10 2 Yes genus 2 2 Yes genus 8 NA NA order (inferred) 8 NA NA order (inferred) 8 NA NA order (inferred) 2 NA NA NA 2 NA NA NA 2 NA NA NA 2 NA NA NA 412 NA NA NA 192 NA NA NA 192 NA NA order (inferred) This group: primarily decomposers in soil and water, though some members may be parasitic. 187 NA NA order (inferred) This group: primarily decomposers in soil and water, though some members may be parasitic. 187 NA NA order (inferred) This group: primarily decomposers in soil and water, though some members may be parasitic. 187 NA NA order (inferred) This group: primarily decomposers in soil and water, though some members may be parasitic. 5 NA NA order (inferred) This group: primarily decomposers in soil and water, though some members may be parasitic. 5 NA NA order (inferred) This group: primarily decomposers in soil and water, though some members may be parasitic. 106 NA NA NA 106 NA NA NA 106 NA NA NA 106 NA NA NA 53 NA NA NA 53 NA NA NA 27 NA NA NA 27 NA NA NA 22 NA NA NA 22 NA NA NA 22 NA NA NA 4 NA NA NA 4 NA NA NA 4 NA NA NA 52 NA NA NA 52 NA NA NA 52 NA NA NA 52 NA NA NA 52 NA NA NA 9 NA NA NA 9 NA NA NA 9 NA NA NA 9 NA NA NA 9 NA NA NA 243 NA NA NA 135 NA NA NA 85 NA NA NA 85 NA NA NA 85 NA NA NA 85 NA NA NA 26 NA NA NA 26 NA NA NA 26 NA NA NA 24 NA NA NA 24 NA NA NA 24 NA NA NA 24 NA NA NA 71 NA NA NA 71 NA NA NA 71 NA NA NA 71 NA NA NA 37 NA NA NA 37 NA NA NA 37 NA NA NA 37 NA NA NA 37 NA NA NA 76 NA NA NA 76 NA NA NA 76 NA NA NA 69 NA NA NA 69 NA NA NA 7 NA NA NA 7 NA NA NA 7 NA NA NA 34 NA NA NA 34 NA NA NA 34 NA NA NA 34 NA NA NA 34 NA NA NA 23 NA NA NA 23 NA NA NA 23 NA NA NA 23 NA NA NA 23 NA NA NA 23 NA NA NA