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TYPES OF
FRUITING BODIES
IN FUNGI
Prepared by,
Anakha Mariya Jacob
21PBOT2476
What is a Fungal Fruiting body?
Formed by aggregation of
vegetative mycelium.
Produce meiospore, mitospore or
perennating vegetative structures.
Cells totipotent except
for meiocytes.
Fruit body morphogenesis
characteristic for a species.
Intrinsic and extrinsic factors affect
morphogenesis.
Compartmentalization of
morphogenesis into subroutines.
Directional control of
morphogenesis-positive
(https:teara.govt.nz/en/interactive/11546/fungal-fruiting-body)
Diversity of fruiting body
Fruiting bodies- an overview
KINGDOM FUNGI
DIVISION MYXOMYCOTA
CLASS ACRASIOMYCETES
CLASS HYDROMYXOMYCETES
CLASS MYXOMYCETES
CLASS
PLASMODIOPHOROMYCETES
DIVISION EUMYCOTA
SUBDIVISION
MASTIGOMYCOTINA
SUBDIVISION ZYGOMYCOTINA
SUBDIVISION ASCOMYCOTINA
SUBDIVISION
BASIDIOMYCOTINA
SPOROCARPS & SOROCARPS
SORUS
SPORANGIA, AETHALIA, PSEUDOAETHALIUM
& PLASMODIOCARP
CYSTOSORUS
CLASS HEMIASCOMYCETES
CLASS LOCULOASCOMYCETES
CLASS PLECTOMYCETES
CLASS LABOULBENIOMYCETES
CLASS PYRENOMYCETES
CLASS DISCOMYCETES
ASCOSTROMA
CLEISTOTHECIUM
PERITHECIUM
PERITHECIUM
APOTHECIUM
BASIDIOCARP
SPORANGIUM, CONIDIA
SPORANGIUM
FRUITING BODIES IN
MYXOMYCOTA
Acrasiomycete
s
• 1.1 Protostelidae
• Slender, tubular stalk with single
spherical spore- sporocarp
• 1.2 Acrasidae
• Branched chains of spores-
sorocarp
(https://th.bing.com/th/id/R.4a7070f1b7f8354e5ff2b3df2cb749b7?rik=xbL%2bCrdypxjhKw&riu=http%3a%2f%2fupload.wikimedia.org%2fwikipedia%2fcommons%2fthumb%2f8
%2f86%2fAcrasis_rosea_31095.jpg%2f440px-Acrasis_rosea_31095.jpg&ehk=1gKIF8WakxiMqooQwU8qLx2gisf%2fyXc7vOMgKw%2bXCm8%3d&risl=&pid=ImgRaw&r=0)
Protostelidae
A] Proteostelium mycophaga
B] Nematostelium ovatum
C] Ceratiomyxella tahitiensis
D] Soliformovum expulsum
E) Soliformovum irregularis
F) Cavostelium apophysatum
G) Schizoplasmodiopsis amoeboidea
H) Tychosporium acutostipes
I) Clastostelium recurvatum
J) Protosporangium articulatum
K) Protosteliopsis fimicola
M) Endostelium zonatum.​​
(https://www.researchgate.net/profile/Matthew-Brown-19/publication/26767597/figure/fig5/AS:669588517814294@1536653751757/Protosteloid-Fruiting-
Bodies-Brightfield-light-micrographs-of-standing-protosteloid.ppm)
Dictyostelidae
Dictyostelium discoideum D. purpureum
D. mucoroides
D. rosarium
D. minutum
Polysphondylium pallidum P. violaceum Actyostelium sp.
P. tenuissimum
D. aureo-stipes D. polycephalum
(http://cosmos-kyoto.net/csm/photos2/DmL2s.jpeg)
Non-dictyostelid Sorocarps
5 types-
1. Amoebozoa
2. Excavata
3. Opisthokonta
4. Rhizaria
5. Stramenopiles
Amoebozoa: Copromyxidae
A-E] Copromyxa protea. A] Complex branching sorocarp growing off of cow dung. B] Simple columnar sorocarp fruiting on an agar culture dish.
C] Sorocysts (spores), with one empty sorocyst wall. D] Limax-type monopodial amoeba. E] Thick-walled sphaerocyst. F-G] Copromyxella spicata,
redrawn from Raper et al. (1977). f Delicate interlaced sorocarps. g Limax-type amoeba.
Excavata:
Acrasidae
Complex sorocarp A]Acrasis kona
B] Acrasis rosea
C] Acrasis takarsan
D] Simple sorocarp of Acrasis helenhemmesae
E] Sorocarp with globose sorus of ''Pocheina'' rosea
F] Simple sorocarp of Allovahlkampfia spelaea
G] Spore of Acrasis sp. with characteristic areolate
structures (hila)
H] Limax-type amoeba of Acrasis sp.
I] Cysts of Acrasis sp.
J] Spores of Allovahlkampfia spelaea with out the
characteristic hila seen in Acrasis and Pocheina.
K] Limax-type amoeba of Allovahlkampfia spelaea
Opisthokonta: Fonticulaceae & Rhizaria: Guttulinopsidae
A] Sorocarp of Fonticula alba.
B-C] Amoebae of Fonticula alba with filose
pseudopodia, amoebae are near a fungal
hypha.
D]Two sorocarps of Guttulinopsis vulgaris
fruiting near each other off of cow dung.
E] Single sorocarp fruiting on cow dung.
F] Spore of Guttulinopsis with a
characteristic collapsed morphology.
G] Flabellate amoeba of Guttulinopsis
vulgaris. H] Sorocarp of Sorodiplophrys
stercorea with a globose deep golden sorus.
I] Spores of Sorodiplophrys stercorea.
J] Amoeba of Sorodiplophrys stercorea with
two filose pesudopodial extensions
extending from either pole.
Stramenopiles: Sordiplophrys
(https://www.researchgate.net/publication/296194815_Sorodiplophrys_stercorea_Another_Novel_Lineage_of_Sorocarpic_Multicellularity)
Photomicrogra
hs of
Sorodiplophrys
stercorea
(A) Sorocarp
(B) Sorocysts
(C and D)
Amoeba
(E) Amoebae
showing
anastomosing
pseudopodia
Hydromyxomycetes
• Labryinthulales- sporangia
containing numerous round
cysts.
• Thraustochytridae-
globose, colourless sporangium
without a basal bud.
Myxomycetes
6 orders-
Ceratiomyxales,
Echinosteliales,
Liceales,
Trichiales,
Stemonitales &
Physarales
5 types of fruiting
bodies-
Sporangium,
plasmodiocarp,
aethalium,
pseudoaethalium
& exosporous
Ceratiomyxales-
exosporous
Sporangium,
Plasmodiocarp,
Aethalium &
Pseudoaethalium
are endosporous.
1. Sporangium
• In heterothalic myxomycetes, 7 parts.
• Hypothallus: Membranous, transparent, composed of Calcium carbonate.
May not be prominent in all species.
Didymium squamulosum
(https://granadanatural.com/imagenes/mixomicetes_fichas/didymium_sc
uamulosum--tizna-wl1-dsc_0241.jpg)
Arcyria denudata
(https://img.fotocommunity.com/arcyria-denudata-60534c31-b535-41d8-a34e-
fb7753af79eb.jpg?height=1080)
• Stalk/ Stipe: Support & elevate the spores above the substratum. Hollow or filled with some material.
Badhamia dubia
(https://www.mycodb.fr/photos/Badhamia_dubia_2012_iegm_1.jpg)
Comatricha tenerrima
(https://th.bing.com/th/id/R.627a8d1ad5f8c4095c3a45dad3861c2c?rik=%2bTWMRD2
76PS%2fzw&riu=http%3a%2f%2fwaarnemingen.paddestoelenkartering.nl%2fsubpages
%2ffotomap%2fComten15_1.jpg&ehk=Rh%2bgopMoDfi45DJ0f66aZT2znLpRXIZclQmB
%2bdRviCw%3d&risl=&pid=ImgRaw&r=0)
Comatricha nigra
(https://th.bing.com/th/id/R.763afb840d9ba34ca4998081cb38b2ca?rik=JgT8qPDfOZ
OBKQ&riu=http%3a%2f%2fmecklenburg-vorpommern.pilze-
deutschland.de%2fmedia%2fCACHE%2fimages%2f48c37f7f03a79fa40e5d1e7c82e83
04b.jpg&ehk=vvxwXEU33bAU8D59v2%2f1mo5egF1bw29UKA2jfdpb5Fo%3d&risl=&p
id=ImgRaw&r=0)
(https://myxomycetes.net/content/Species%20galleries-M-
T/Section-
3/Stemonitis%20flavogenita/Stemonitis%20flavogenita_03.jpg)
S. flavogenita
(https://th.bing.com/th/id/R.9c82ce46de6a6407acdf5af708b2ef5d?rik=oHSryerNj1k2Dg&riu=htt
p%3a%2f%2fmyxomycetes.net%2fcontent%2fSpecies+galleries-M-T%2fSection-
3%2fStemonitis+herbatica%2fStemonitis+herbatica_02.jpg&ehk=o8)Vc7%2b5FOBWy%2b9%2bH
wH%2fkrb0glCRLbS9wLAUKwJD1T2c%3d&risl=&pid=ImgRaw&r=0
Stemonitis herbatica
• Columella: Extension of stalk into the sporangium. May serve as a
supporting structure for the capillitium.
• Pseudocolumella: Ressemble columella but do not attach to the stalk. Found only in
the Order Physarales..
(https://live.staticflickr.com/713/22709487042_1234a969f6.jpg)
Craterium leucocephalum
• Capillitium: System of threadlike elements found within the spore mass of
fruiting body.
Badhamioid capillitium & Physaroid capillitium.
(https://medcraveonline.com/JBMOA/images/JBMOA-07-00260-g008.png)
Hemitrichia montana
(https://i.ytimg.com/vi/p3goJl_grFU/maxresdefault.jpg)
Fuligo septica
Click to add text
Willkommlangea reticulata
Lycogala epidendrum
• Pseudocapillitium: Ocuur in pseudoaethalia and aethalia of produced
by some Liceales. Individual structures are uniform.
Highly variable in size & shape.
(https://ultimate-mushroom.com/uploads/posts/2020-10/1602918879_lycogala-
epidendrum-2.jpg)
Amaurochaete atra
(https://th.bing.com/th/id/R.9aba7b6e7186a58fa13e90798dcc15fe?rik=Knwcp%2faJHjnl4g&riu=
http%3a%2f%2fmyxomycetes.net%2fcontent%2fSpecies-galleries-A-C%2fsection-
1%2fAmaurochaete+atra%2fAmaurochaete+atra_101.jpg&ehk=lb7trj3qd8QMajBs7%2bxZlQS8hJ
YGw71TGcy4A41TAa8%3d&risl=&pid=ImgRaw&r=0)
• Spores: microscopic, haploid
Mostly spherical
Size and colour varying
Free or aggregated into clusters
Asperulate, verrucose, echinate and reticulate
In Badhamia sp. and Dianema corticatum spore balls are present.
Dianema depressum
(https://www.naturamediterraneo.com/Public/data9/Zissis%20Antonopoulos/201621420554_2.jpg)
Physarum pusillum
(https://th.bing.com/th/id/R.6363d13f7b19d80d070f27b0349c19d5?rik=Igb3Lcw%2bO8mg2
g&riu=http%3a%2f%2fwww.hiddenforest.co.nz%2fslime%2ffamily%2fphysaraceae%2fimag
es%2fphysa17s.jpg&ehk=4iEP%2bjjLTPVIX1prvUXP3j4EOPdngt1dmWIreNVlWD4%3d&risl=&
pid=ImgRaw&r=0)
(https://th.bing.com/th/id/R.e11e9b321df5d4b3d1777ca1c2860354?rik
=Y%2fsz8IhgbqpqiQ&riu=http%3a%2f%2fmycologie.gmv.pagesperso-
orange.fr%2fPHOTOS%2fMyxomycetes%2fMyxomycetes_tableau%2fim
ages_Myxomycetes%2fimages%2fstemonitis-axifera-
spores.jpg&ehk=gBscxBcogjLNchV9ViCyaIpLKs86f057w1u6UiQScIc%3d
&risl=&pid=ImgRaw&r=0)
Stemonitis sp.
• Peridium: Encloses the spores in the endosporous myxomycetes.
Sometimes brilliantly coloured
Some irridescent or infused with Calcium carbonate
Peridium Species
Single layered & persistent Perichaena microspora
Double layered & persistent P. depressa
Triple layered & persistent Physarum bogoriense
Membranous & evanescent Macbrideola, Stemonitis
(https://th.bing.com/th/id/R.4ac2047cd5213fee75f35fef97d48e00?rik
=weV%2bmhdLsp3%2bqw&riu=http%3a%2f%2fwww.discoverlife.org
%2fIM%2fI_UARK%2f0004%2f320%2fPerichaena_microspora%2cI_UA
RK403.jpg&ehk=Iww4UfuTRKZdcZtTWDLUGpz19aRnAW2nDKhfYEygn
Wg%3d&risl=&pid=ImgRaw&r=0)
Perichaena microspora Perichaena depressa
(https://th.bing.com/th/id/R.e3f385ffd3c063745edb8ef7fcaa6d5a?rik=nlKax9PVnMYqCA&
riu=http%3a%2f%2fwww.natur.vulkanland.at%2fdb%2fuploads%2f_thumbnails%2f700%2f
16052013094836_420_art_521_per+depressa+5427+4+-
+kopie.jpg&ehk=jev0muar%2fewCuJ%2bN%2b1YxA08vdc%2bzK1w0lKU8HYvqeks%3d&risl
=&pid=ImgRaw&r=0)
(https://myxomycetes.net/content/Species%20galleries-D-L/section-
1/Diderma%20radiatum%20(kalkrosett)/Diderma%20radiatum_06.jpg)
Diderma radiatum
• Cortex: Thick covering surrounding the mass of spores in aethalia.
May be calcareous
Arcyria minuta
(https://th.bing.com/th/id/R.8b55f1ceb588040469fd22a650a03814?rik=NyubgM5PMxdvPw&riu=http%3a%2f
%2fwww.argazkik.com%2fGaleriak%2fMixoak%2fArgazkiak%2fArcyria+minuta1.jpg&ehk=2BrUv0MIboDEV1mZ
bPYh%2bRBw9HnJksi0c9bFexCkkXg%3d&risl=&pid=ImgRaw&r=0)
Cribraria piriformis
(https://th.bing.com/th/id/R.a0b171d1d0a0fc7efbc5daea032fb362?rik=9Ae
ywzkAoXUfZg&riu=http%3a%2f%2fmyxomycetes.net%2fcontent%2fSpecies-
galleries-A-C%2fSection-
4%2fCribraria+piriformis%2fCribraria+piriformis_03.jpg&ehk=Atvociy5qUBN
MFne14Xyj9ylb8fSqNCY8s%2bisvW0MJw%3d&risl=&pid=ImgRaw&r=0)
2. Plasmodiocarp
• Forms a network over the substratum
• Sessile
• Retains the shape of plasmodium at the time
of fruiting.
• Hypothallus, peridium and capillitia present.
Hemitrichia serpula
(https://img.fotocommunity.com/hemitrichia-serpula-9f138958-d71c-4e36-b89e-e8deebf78a6b.jpg?height=1080)
Click to add text
3. Aethalia
• Mass of fused sporangia.
• Massive, generally cushion
• shaped.
• Entire body is enclosed in
• peridium.
• Shows no traces of internal
• Sporangial walls.
• Hypothallus, peridial cortex, capillita & pseudocapillitia present
Lycogala epidendrum Reticularia lycoperdon
(https://live.staticflickr.com/2942/33367012764_19fc187916_b.jpg)
(https://www.naturephoto-cz.com/photos/maly/lycogala-epidendrum-xxx376.jpg)
4. Pseudoaethalia
• Sporangia crowded together but not fuses.
• Individual sporangia are clearaly visible.
• Formed on common hypothallus.
Tubifera corymbosa T. vanderheuliae
(https://sarahlloydmyxos.files.wordpress.com/2019/08/tubifera-vanderheuliae-0423.jpg)
5. Exosporous
• Produces spores on the surface of sporophores.
• In sporophores amorphous vacuolated material form pillar like to coralloid structures on which
spores are borne.
(https://th.bing.com/th/id/R.7069b19dbb99ed3bc6e9a809be26ec9a?rik=q9epz93b%2fnlcbg&riu=http%3a
%2f%2fmushroomobserver.org%2fimages%2forig%2f409591.jpg&ehk=lVuORV9D%2bJFjufVb0YO2pgyzN4kL
ARSRzEF1zaJZUy8%3d&risl=1&pid=ImgRaw&r=0)
Ceratiomyxa fruiticulosa
3 Subclasses of Myxomycetes
Ceratiomyxomycetidae Myxogastromycetidae Stemonitomycetidae
Spores borne singly at the tips
of sporophores
• Sporophore
development subhypothallic
• Peridium continuous with
the stalk and hypothallus.
• Spores pallid, bright-
coloured, ferruginous
• Sporophore
development epihypothallic
• Spores violet-brown, lilac,
ferruginous or pallid
• Lime if present absent on
capillitium
PLASMODIOPHOROMYCETES
• Sporosorous/ cystosorus
• Contain resting spores
• Remain dormant for 8 years.
• Resting spores are haploid.
(https://www.researchgate.net/profile/Hanna_Friberg/publication/30072729/figure/download/fig1/AS:30995391190220
8@1450910179105/SEM-photo-of-Plasmodiophora-brassicae-resting-spores-in-infected-roots-of-Brassica-rapa.png)
FRUITING BODIES IN
DIVISION EUMYCOTA
SUBDIVISION
MASTIGOMYCOTINA
• Divided into 3 classes- Chytridiomycetes,
Hyphochytridiomycetes, oomycetes
1. CHYTRIDIOMYCETES
Two types of sporangia- mitosporangia &
meiosporangia
Mitosporangia/ Zoosporangia
Thin walled, colourless, multinucleate
Contain diploid nuclei
Produce opisthocont zoospore/ mitozoospore
(https://th.bing.com/th/id/OIP.xO_gqy7GI-7FIkHt8eSf2AHaJm?pid=ImgDet&rs=1)
Meiosporangium
• Thick walled and pitted
• Reddish brown in colour
• Multinucleate, diploid contents
• Resting/ resistant sporangia
• Uniflagellate, uninucleate, haploid, opisthocont zoospores, slightly smaller
than the mitozoospores- meiozoospores/ gonozoospores.
(https://live.staticflickr.com/7420/10680489734_7386039b9c_b.jpg) (https://gd.eppo.int/media/data/taxon/S/SYNCEN/pics/1024x0/1585.jpg)
2. OOMYCETES
• Classified into 4 orders:
1. Saprolegniales- sporangia producing zoospores
2. Peronosporales- Sporangia under wet conditions produce zoospores
Under dry conditions,
Sporangium gets
detached
Functions as a
conidiosporangia,
producing a germ
tube.
Form a new
mycelium
Morphotaxonomic and phylogenetic analysis of Saprolegnia ferax from India - Scientific Figure on ResearchGate. Available from:
https://www.researchgate.net/figure/Saprolegnia-ferax-NFCCI-4174-A-Colonies-on-incubated-natural-substrate-showing_fig1_326347352 [accessed 9 Jan, 2022]
Saprolengia sp.
A) A branched zoosporangium. B) Encysted zoospores within sporangium
producing germ tubes, E) Numerous zoosporangia. F) Branched, cylindrical and
clavate, hyaline zoosporangia. G) Cylindrical, solitary zoosporangium. H) Simple
filamentous zoosporangium with dispersed encysted zoospores..
Pythium sp.
(https://th.bing.com/th/id/R.9f3efa0623c321dab1675427dc765667?rik=jgldt%2fikCplCZQ&riu=htt
p%3a%2f%2fwww.zor.zut.edu.pl%2fSkrypt-web%2fimages%2fPythium-sporangia-
r_jpg.jpg&ehk=oJL87ByjTbe9vioscC9cVCi9he14RIDu25BErNJZ9es%3d&risl=&pid=ImgRaw&r=0&sre
s=1&sresct=1)
Sclerospora sp.
(https://www.researchgate.net/publication/336747917/figur
e/fig4/AS:817222696054786@1571852482998/Confocal-
laser-scanning-microscopy-of-sporulation-of-Sclerospora-
graminicola-showing.jpg)
(https://www.sciencesource.com/Doc/TR1_WATERMARKED/8/2/7/6/SS2820252.jpg?d6364
4868212)
(https://th.bing.com/th/id/R.6c8dbe2862e4f32256060499d92a74f1?
rik=5kaFNw4m2K50FQ&riu=http%3a%2f%2fwww.discoverlife.org%2f
mp%2f20p%3fimg%3dI_MWS76147%26res%3dmx&ehk=x11LVqZ5Oy
wsKnsZRYOgjUYDOADwF3o%2b%2f5LK3kv78gg%3d&risl=&pid=ImgR
aw&r=0)
(https://gd.eppo.int/media/data/taxon/P/PLASHA/pics/1024
x0/3834.jpg)
Albugo sp. Pernospora sp.
Plasmopara halstedii
(https://www.researchgate.net/profile/Kurt_Mendgen/publication/7415711/figure/fig1/AS:930242285805568@1598798452061/3-Sporangia-of-Pythium-
phragmitis-consisting-of-irregularly-lobulate-inflated.ppm)
Pythium phragmitis
SUBDIVISION ZYGOMYCOTINA
• Divided into 2 classes- Zygomycetes, Trichomycetes
• Zygomycetes: Sporangiola, conidia & merosporangia
https://www.researchgate.net/publication/338242269/figure/fig2/AS:841982318493696@1577755636264/Morphology-of-Mucor-
abundans-NNIBRFG6649-A-Colony-on-potato-dextrose-agar-B-D.jpg
Mucor heterogamus Mucor mucedo
(https://www.123pilzsuche.de/daten/details/Murcor_mucedo.jpg)
(https://www.123pilzsuche.de/daten/details/Murcor_mucedo.jpg
Rhizopus microsporus
(https://www.natur.cuni.cz/biologie/botanika/veda-a-vyzkum/atlas-zygomycetu/seznam/absidia-
glauca-hagem/absidia-glauca-ccf-2842-vetveni/@@images/51f4392d-2c45-446f-9baa-
6d0e9a96576c.jpeg)
Absidia glauca Syzygites sp.
(https://zygomycetes.org/images/224.jpg)
Pilobolus klienni
(https://th.bing.com/th/id/R.1be03d4f5d7e431
3a0ce54939b57a3b0?rik=Sz%2bp0alQZa1zrg&ri
u=http%3a%2f%2fwww.mykologie.net%2fimag
es%2fhouby2%2fPilobulus+kleinii2.jpg&ehk=Uc
kbzjDERmqHTs%2fGro9pcINlzAFZLO4T%2b2s0e
0HxA3k%3d&risl=&pid=ImgRaw&r=0)
Pilaria anomala
(https://th.bing.com/th/id/R.1873c2223436f0b998411c4c0c8b1a33?rik=6NCAsMxmA7dCCw&riu=http%3a%2f%2fwww.smn
f.fr%2fwp-
content%2fPhotos_SMNF%2fPhotos_SMNF_P%2fPhotos_P3%2fPilaira_anomala_PA1.jpg&ehk=nHoasaWy%2bKR%2bH1hS6
ADe1tk2vk3Za82K8EJ06QyTIwE%3d&risl=&pid=ImgRaw&r=0)
Thamnidium elegans
(https://atrium.lib.uoguelph.ca/xmlui/bitstream/handle/10214/5594/Thamnidium_elegans_lateral_sporangiole
s.jpg?sequence=1&isAllowed=y)
(https://www.natur.cuni.cz/biologie/botanika/veda-a-vyzkum/atlas-
zygomycetu/seznam/chaetocladium-brefeldii-tiegh.-g.-le-
monn/chaetocladium-brefeldii-ccf-3856-celkovy-pohled/image)
Chaetocladium brefeldii
Syncephalastrum racemosum
(https://images.fineartamerica.com/images-medium-large-5/3-
syncephalastrum-racemosum-fungal-pathogen-dennis-kunkel-
microscopyscience-photo-library.jpg)
Choanephora cucurbitarium
(https://th.bing.com/th/id/R.6fe31dd5ca2a32d5b43f55cba
5cfebb0?rik=kALpmBIHXfQQtQ&riu=http%3a%2f%2fzygom
ycetes.org%2fimages%2f29.jpg&ehk=gGc9smJ6gyulThHM3
EnEjST5O4%2bLvS5i5avXorGvrZM%3d&risl=&pid=ImgRaw&
r=0)
Cunninghamella bertholletiae
(https://th.bing.com/th/id/R.4c345d6b0e035595a7f50f7e4f
89418b?rik=x%2bcTzVTBAUuPpg&riu=http%3a%2f%2f3.bp.
blogspot.com%2f-
FrHUUYXlFoQ%2fVH9raspwVOI%2fAAAAAAAAESo%2fRdfO
MLYLNLE%2fs1600%2fPA130040.JPG&ehk=%2fgoUE0UQkJjP
THfFIbwN3wVH5)XTyDWHaSazd3zkMh9M%3d&risl=&pid=I
mgRaw&r=0
Mortierella sp.
(https://www.bcrc.firdi.org.tw/fungi/showImage.jsp?id=IM20
1505260356)
(https://drfungus.org/wp-
content/uploads/2017/02/basi1_l1.jpg)
Endomophthora coronata
(https://th.bing.com/th/id/R.ba028d6a6c3937de83997ee210d8a22f?rik=w4QRvAW2oKpN
OQ&riu=http%3a%2f%2fc1.staticflickr.com%2f5%2f4093%2f4879522298_4a4f737738_n.jp
g&ehk=NZF6N3NqWPLKb3PwZxGXsuyzwQWNdaOYwSDtYIl9LoM%3d&risl=&pid=ImgRaw
&r=0)
SUBDIVISION ASCOMYCOTINA
• Ascocarps except in Hemiascomycetes.
• Divided into 6 classes
Class Ascocarp
Hemiascomycetes No ascocarp
Loculoascomycetes ascostroma
Plectomycetes cleistothecium
Laboulbeniomycetes perithecium
Pyrenomycetes perithecium
Discomycetes Apothecium
(https://th.bing.com/th/id/R.31c81fdd6dcf03e42c58977526448f4e?rik=l7w0saXlVXrDpA&riu=http%3a%2f%2f1.bp.blogspot.com%2f-
A4w209ljL5M%2fTutErYmcU-
I%2fAAAAAAAAARs%2fGaEmLvwjdsc%2fs1600%2fAscomycetes.jpg&ehk=hL5JaJvXqnU%2bGXeHm3GVndKv6kw%2bAbA1WRmMHD6Gnrk%3d&ri
sl=&pid=ImgRaw&r=0)
1.Plectomycetes
• Cleistothecium
• Ascocarps are rudimentary
• Erysiphales-One to several club shaped
asci disharge ascospores violently
• Eurotiales- Ascocarps variable in form.
Asci are small & globose. Ascospores
not discharged violently
(https://th.bing.com/th/id/R.4a826bf1fd746ff6aa0de54f3c91175e?rik=gG123WZr0Nofyg&riu=http%3a%2f%2fbotit.botany.wisc.edu%2fResources%2fToms+Fungi%2fAscomycota
%2fPlectomycetes%2fErysiphe_cleistothecium_I_tjv.jpg&ehk=X19Oke%2f9%2fmdlJzhtB42oLee4SkqyEykHWekbKOz%2fMvk%3d&risl=&pid=ImgRaw&r=0&sres=1&sresct=1)
Erysiphales
• Cleistothecia are brown, globose without ostiole
• Contain one to several asci
• Discharge spores explosively
• Peridium- 4-6 layered, darkly pigmented
• Immmature ascocarp, centrum pseudoparenchymatous
• Receptive hyphae, thickwalled appendages present.
Erysiphae graminis
(https://th.bing.com/th/id/R.4a826bf1fd746ff6aa0de54f3c91175e?rik=gG123WZr0Nofyg&riu=http%3a%2f%2fbotit.botany.wis
c.edu%2fResources%2fToms+Fungi%2fAscomycota%2fPlectomycetes%2fErysiphe_cleistothecium_I_tjv.jpg&ehk=X19Oke%2f9
%2fmdlJzhtB42oLee4SkqyEykHWekbKOz%2fMvk%3d&risl=&pid=ImgRaw&r=0&sres=1&sresct=1)
(https://svampe.databasen.org/uploads/2018-9321620_HktK0NT8X.JPG)
E. polygonii
E. flexuso
(https://th.bing.com/th/id/OIP.7K-bJlOvrmyS37gD9f-
kYgAAAA?pid=ImgDet&rs=1)
Shaerotheca sp.
(https://th.bing.com/th/id/R.c3accfac003678b7749161a7b88342bf?r
ik=e%2bCC7LN2H33EFw&riu=http%3a%2f%2fweb2.mendelu.cz%2faf
_291_projekty2%2fvseo%2ffiles%2f9%2f2297.jpg&ehk=bguMP5V2Cf
K2vvWEO%2fFCEFnh4IqQqqIX3DnOj1w4CNU%3d&risl=&pid=ImgRa
w&r=0)
Podoshaera clandestina
(https://th.bing.com/th/id/R.282e88c32d39a613d3ffe8895dae0646?rik=yMvsVxzeQhq5JQ&riu=http
%3a%2f%2fwww.outerhebridesfungi.co.uk%2fimages%2fspecies%2fPodosphaera+clandestina+17.jp
g&ehk=Gch9pIeKnpcRgiIS5zSPGtKqiHX21gNEkhLIxH%2bSlbk%3d&risl=&pid=ImgRaw&r=0)
Phyllactinia guttata
(https://th.bing.com/th/id/OIP.UvuMxuhG3g0_Rt9lo6dVUgHaE8?pid=ImgDet&rs=1)
Eurotiales
• Gymnoascaceae & Eurotiaceae
• Gymnoascaceae: Partially enclosed
by peridium.
• Lack ostioles and paraphyses.
• Asci sessile, thin-walled, quickly
evanescent.
Gymnothecium in Gymnoascus sp.
(https://th.bing.com/th/id/R.7b5bff6c799f3663841c85a12cf6242d?rik=Q3%2fAPlcZfq8bxw&ri
u=http%3a%2f%2fistudy.pk%2fwp-
content%2fuploads%2f2016%2f11%2fgymnothecium.jpg&ehk=sMmhVE%2bG%2b997QRmHn
FCRhzRjioufWlgmatWU0foUw3c%3d&risl=&pid=ImgRaw&r=0)
Eurotiaceae
• Perfect state and imperfect state fruiting bodies are seen.
Byssochlamys fulva. a. Conidiophores; b. conidia; c. asci and
ascospores. — Byssochlamys nivea. d. Conidiophores; e. conidia; f.
ascospores. — Byssochlamys verrucosa. g, h. Conidiophores and
conidia; i. asci and ascospores
(https://www.researchgate.net/profile/Jos-
Houbraken/publication/41669957/figure/fig8/AS:202806708445196@1425364295560/B
yssochlamys-fulva-a-Conidiophores-b-conidia-c-asci-and-ascospores-Byssochlamys.png)
(https://www.researchgate.net/profile/Joao-Siqueira-
2/publication/320988664/figure/fig2/AS:716475170054149@1547832400597/Morphological-
features-of-Aspergillus-microperforatus-sp-nov-UTHSCSA-DI16-407.jpg)
Aspergillus microperforatus- k, l, ascoma; m, n, asci; o, p,
ascospores; q, r, s, conidial heads; t, u, conidia.
Eurotium repens (Aspergillus repens anamorfo) and
Eurotium rubrum
(https://www.researchgate.net/profile/Antonio_Santos42/publication/275406642/figure/fig4/AS:391987644
649478@1470468545943/Figura-6-Eurotium-repens-Aspergillus-repens-anamorfo-y-de-Eurotium-
rubrum.png)
(http://www.ambmuggia.it/forum/uploads/post-3-1095168015.jpg)
E. repens
(http://1.bp.blogspot.com/-
PwmMNoFI7tY/UnJ8cCil2rI/AAAAAAAAI7k/D1_cAqJSaSk/s400/08-
+E_herbariorum+400X.jpg)
Eurotium herbariorum
(https://d3i71xaburhd42.cloudfront.net/4fdd6fd61421e3cb877
060577a944cecd3cd1b28/9-Figure2-1.png)
Emericella nidulans
Penicillium purpurogenum
(https://irp-cdn.multiscreensite.com/e37bab9d/dms3rep/multi/tablet/Penicillium_purpurogenum-
640x440.dm.crop_0_0_640_440_EjdM.jpg)
Asexual form ( Penicillium dangeardii ), sexual form ( Talaromyces flavus ): ascocarp
and asci containing ascospores
(https://www.researchgate.net/profile/Ali-Reza-Niazmand/publication/274374450/figure/fig4/AS:294840823762954@1447306938229/Asexual-form-Penicillium-
dangeardii-sexual-form-Talaromyces-flavus-ascocarp-and.png)
2. Pyrenomycetes
• Perfect state fruiting body-
Perithecium & imperfect state
fruiting body- conidia
• Ostiole, lined by periphyses
• Occur singly or in clustered on or
within stroma.
• Have unitunicate asci.
(https://live.staticflickr.com/3261/2404297009_4a5b021010_b.jpg)
(https://www.researchgate.net/profile/Thomas-
Harrington/publication/7182802/figure/fig5/AS:394501769187334@1471067959765/25-Ceratocystis-
populicola-17-Perithecium-18-Ostiolar-hyphae-19-Ascospores-20.png)
Ceratocystis populicola. 17. Perithecium. 18. Ostiolar hyphae.
19. Ascospores. 20. Flask-shaped endoconidiophore and
cylindrical endoconidia. 21. Cylindrical and doliiform
endoconidia. 22. Wide-mouth endoconidiophore with
emerging doliiform endoconidia. 23. melanized doliiform
endoconidia, most mature conidium at right. 24. Melanized
doliiform endoconidia attached to wide-mouth
endoconidiophore. 25. Aleurioconidium
https://www.researchgate.net/profile/Douglas-
Mcnew/publication/318833506/figure/fig5/AS:670383753682957@1536843350565/e-Perithecia-
ascospores-and-conidia-of-Ceratocystis-uchidae-ex-holotype-C1714-CBS.png
Ceratocystis uchidae (ex-holotype, C1714, CBS 115164). A:
Perithecium. B: Pyriform base of perithecium with swelling at
perithecial neck. C: Divergent ostiolar hyphae with ascospores
emerging through the mouth of the neck. D: Hat-shaped
ascospores in side and top view. E: Deep-seated phialide on a
short conidiophore producing cylindrical conidia. F: Chain of
cylindrical conidia. G: Chain of thick-walled, pigmented conidia
(aleurioconidia) produced basipetally from a conidiogenous cell.
Podospora appendiculata. (A) Perithecium (bar = 150 μm), (B) rigid, hyaline-
tipped perithecial hairs (bar = 10 μm). Podospora australis. (C) Ascus with
four mature ascospores (bar = 25 μm). Podospora communis. (D) Perithecium
(bar = 100 μm), (E) mature ascus (bar = 10 μm), (F) ascospore (bar = 12.5 μm).
Podospora curvicolla. (G) Ascospore (bar = 7.5 μm), (H) perithecium (bar =
100 μm), (I) immature ascus (bar = 35 μm), (J) mature ascus (bar = 35 μm).
(https://www.researchgate.net/profile/Roger-
Melo/publication/282505555/figure/fig1/AS:280872990330882@1443976747438/Podospora-appendiculata-A-
Perithecium-bar-150-mm-B-rigid-hyaline-tipped.png)
(https://th.bing.com/th/id/R.64a77c9bde9a6e329d8124ffe2b736f4?rik=
3abg8%2fjmsp9DGA&riu=http%3a%2f%2fclassconnection.s3.amazonaw
s.com%2f485%2fflashcards%2f1275485%2fjpg%2fsordaria_(lab0135949
7220240.jpg&ehk=0XU9ciOov08qjShjwGUh%2bW8desgNdaPfKIGxuYpa
w58%3d&risl=&pid=ImgRaw&r=00
Neurospora sp.
Chaetomium globosum A. Colony on CMA after seven days, B.
Mature perithecium, C. Ascomatal hairs, D, E. Asci, F. Ascospores.
(https://www.researchgate.net/profile/Shiva-
Aaghdam/publication/319772371/figure/fig3/AS:5389030408
06912@1505495905896/Chaetomium-globosum-isolate-
SA13-A-Colony-on-CMA-after-seven-days-B-Mature.png)
(https://th.bing.com/th/id/R.1eb511241fa60f5bd1b16bea9a3271f9?rik=nTBt%2blkRcT8AlA&riu=http%
3a%2f%2fbotit.botany.wisc.edu%2ftoms_fungi%2fimages%2fxypericl.jpg&ehk=nUaa43WndAmWNpA
OjV3prxrc6fDVMHklTEScMlYCtXc%3d&risl=&pid=ImgRaw&r=0)
Xylaria polymorpha Daldinia pyrenaica: A. stromatal habit, B. Stroma in
longitudinal section showing internal concentric zones and
perithecial layer, C. Perithecial layer, D. Stromatal surface,
with stromatal pigments in 10% KOH, E. Ascus with an
amyloid apical ring, F. Ascospores in 10% KOH, showing
dehiscing perispore, G. Ascospores in water with germ-
slits
(https://www.researchgate.net/profile/Mohammad-Javad-
Pourmoghaddam/publication/303790622/figure/fig4/AS:369139836309507@1465021203817/Daldi
nia-pyrenaica-A-stromatal-habit-B-Stroma-in-longitudinal-section-showing.png)
(https://www.researchgate.net/profile/Priscila-
Chaverri/publication/225290850/figure/fig23/AS:268035143499776@1440915966386/Nectria-nigrescens-on-natural-
substrata-A-teleomorph-and-anamorph-B-F-teleomorph-G-T.png)
Nectria nigrescens A.
Perithecia (black arrows)
and astipitate sporodochia
(white arrows) on natural
substrata; B. Perithecia on
natural substrata; C.
Median section of
perithecia; D. Median
section of perithecial wall;
E. Ascus; F. Ascospores; G–
K. Long and short stipitate
sporodochia; L. Median
section of long stipitate
sporodochium; M. Edge of
long stipitate
sporodochium; N. Median
section of short stipitate
sporodochium; O. Edge of
short stipitate
sporodochium; P–S.
Acropleurogenous
conidiophores and
acropleurogenously
developing phialides on
natural substrata; T.
Conidia on natural
substrata.
(https://i.pinimg.com/736x/23/6d/7b/236d7b13ba01cabee
db9322949a7ddaa--wicked-plants.jpg)
(https://th.bing.com/th/id/R.46d5783dde1bcafd281ced76f85
dca14?rik=26JyGwapdpUNtA&riu=http%3a%2f%2fpflanzenkr
ankheiten.ch%2fimages%2ffuttergraeser%2fClaviceps_purpu
rea%2fHauptfruchtform%2fbecssg_images%2fC_Claviceps_p
urpurea_523_348_95.jpg&ehk=zrEd%2fo%2fwkbuGczcJ2okRk
YFVRenNbVawqy3%2fj%2bZ4vp4%3d&risl=&pid=ImgRaw&r=
0&sres=1&sresct=1)
Claviceps purpurea
https://img.fotocommunity.com/cordyceps-militaris-4052ceec-f226-47a2-986e-
1d576a938ede.jpg?height=1080
Cordyceps militaris
(https://th.bing.com/th/id/R.7654da9c8dc376440e798c0c08a66752?rik=Y%2bUVnotUXOLiwQ
&riu=http%3a%2f%2fwww.amfb.eu%2fMyco%2fMicromycetes%2fPagesAscos%2fImagesAscos
%2fEpichloe-
typhinaPerithecesML.jpg&ehk=nGc0Bdn%2fDGqNj07WQOC9TOLgmHzdhK1eBaTzfIt2t8I%3d&ri
sl=&pid=ImgRaw&r=0)
Epichloe typhina
(https://www.pharmanatur.com/Mycologie/Clavic
ipitaceae/Epichloe%20typhina%203.jpg)
3. Discomycetes
• Apothecium
• Cup-shaped/ saucer-shaped
• Hymenium usually freely
exposed, except in
hypogaeous Discomycetes
Apothecium of Sclerotinia sulcata
(https://www.researchgate.net/profile/Carmen-
Puia/publication/268816084/figure/fig2/AS:392247901212674@147
0530595253/The-Botrytis-cinerea-Pers-sporulation-conidiophores-
and-conidia_Q640.jpg)
(https://www.mykoweb.com/CAF/photos/large/Sclerotini
a_sulcata_MGW1580a.jpg)
Botrytis cinerea
Cladonia pyxidata
(https://live.staticflickr.com/2830/33509386
894_7f172348fa_b.jpg)
Ascobolus carbonarius
(https://www.biolib.cz/IMG/GAL/138704.jpg)
Hypogaeous Discomycetes
• Form subterranean fruit bodies
• Fruit bodies have a strong
smell and flavour.
• Outer peridium, gleba & veins
Tuber rufum
(https://www.trufamania.com/trufas/Tuber%20rufum04.jpg)
Elaphomyces granulatus
(https://th.bing.com/th/id/R.cafc8d4db28bc5156cc3258734e
410c6?rik=7WK9BYqOl%2fRWcg&riu=http%3a%2f%2fgribi.ne
t.ua%2fwp-
content%2fuploads%2f2016%2f12%2fElaphomyces-
granulatus1.jpg&ehk=yZeVdbaXuGKkpaYXC9RsoWaEYQ7eLcE
aJGeKNxMZJNA%3d&risl=&pid=ImgRaw&r=0)
4. Loculoascomycetes
• Ascostroma/ Pseudothecia
• Ascus bitunicate
Ascomata on host
substrate. b. Close up of
ascoma .c . Section of
ascoma. d. Close up of the
peridium. e. Cellular, hyaline,
septate, broad
pseudoparaphyses. f-h. Asci
with short, broad pedicel
bearing 8 ascospores i-l.
Mature and immature
ascospores with
mucilaginous
sheath. Stemphylium sp. m-
p. Conidiophores with pale
to mid dark or olivaceous
brown, smooth conidia.
(https://www.facesoffungi.org/wp-content/uploads/2015/05/Fig.-22-
Pleospora-herbarum-.jpg)
Pleospora sp.
Sporormia fimetaria
(https://th.bing.com/th/id/OIP.d9IcamCV1aLH6dLXxbGeMAHaFj?pid=ImgDet&rs=1)
SUBDIVISION
BASIDIOMYCOTINA
• Basidiocarp
• Spores exogenous on sterigmata
• Typically 4 spores in a basidium
• Holobasidium, tuning fork type of
basidium & Heterobasidium/
Phragmobasidium
• Basidiocarps absent in Teliomycetes.
1. Teliomycetes
• Thick walled teliospore and metabasidium give rise to 4 or more
sporidia
• Uredinales- 4 sporidia formed on metabasidium
Ustilaginales- indefinite sporidia
Ustilago sp.
(https://i.pinimg.com/originals/fb/47/21/fb47213cfa2b50f0e
d4929a4e71a0357.jpg)
Tilletia puccinelliae
(https://www.researchgate.net/profile/Xiaodong-Bao-
3/publication/44650579/figure/fig3/AS:601760041295879@1520482182411/Til
letia-puccinelliae-WSP-71469-holotype-a-Teliospores-plane-view-b-
Teliospores.png)
2. Hymenomycetes
• Toadstools, bracket fungi, jelly clubs etc.
• Basidiocarp gymnocarpous or semiangiocarpous
• Holobasidiomycetidae & Phragmobasidiomycetidae
(https://ultimate-mushroom.com/uploads/posts/2020-
10/1601544907_agaricus-arvensis-3.jpg)
(https://atrium.lib.uoguelph.ca/xmlui/bitstream/handl
e/10214/6837/Agaricus_micrograph_wedge_shaped_g
ill.jpg?sequence=1&isAllowed=y)
(https://www.inds.co.uk/wp-
content/uploads/2015/09/MSFU0226_tn.jpg)
(https://th.bing.com/th/id/R.4e32ddec1fcce9d765303519a2521ae8?rik=5WqbXp1yzkIyNA&riu=http%3a%2f%2finstr
uct.uwo.ca%2fbiology%2fkim%2fImage35.gif&ehk=%2fk%2fsMQrAIQ%2fI1iDmd6GuRmRAPXLB90RA2czHNCFl1FE%3
d&risl=&pid=ImgRaw&r=0)
Clavaria vermicularis
Polyporus squamosus
(https://www.biolib.cz/IMG/GAL/BIG/116183.jpg)
(https://th.bing.com/th/id/R.baa3ba062e02e1fdfe7609caafbb5cf
6?rik=9wZBNj8VnfABYw&riu=http%3a%2f%2fwww.mycofiel.nl%
2fdetail%2fclavaria+vermicularis01.jpg&ehk=hwe03ljxhbDC0qKd
SLSaZn1Ak%2b8iBUDreK8hQ0OI4wY%3d&risl=&pid=ImgRaw&r=
0)
Dacrymyces chrysopermus
(https://th.bing.com/th/id/R.ef29d1bd3f1c47ba5680aac4360c9
9ec?rik=f9SRAz5uaDvnRg&riu=http%3a%2f%2f10000thingsofthe
pnw.com%2fwp-
content%2fuploads%2f2021%2f01%2f3B7A65D9-26FE-44BC-
8257-A4AFA44D484A-
scaled.jpeg&ehk=LVET%2fxny%2bB1tx4AJ%2furtrnWquqhDoGJB
ShoqKF99d0g%3d&risl=&pid=ImgRaw&r=0)
Russula ochroleuca
(https://th.bing.com/th/id/R.acb8f7a84532ef946a04669d2a2
17ba2?rik=aLf1AR7ocvZDEg&riu=http%3a%2f%2fwikigrib.ru%
2fimg-gribs%2fsyroejka-ohristaya%2fRussula-
ochroleuca_03.jpg&ehk=WlobuNnGNqDs%2fpw%2bvp%2fIi8
PWHIviAxxq%2bkUX90gprf4%3d&risl=&pid=ImgRaw&r=0)
Phragmobasidiomycetidae
(https://live.staticflickr.com/1314/1037749838_ddfffde602_b.jpg)
Tremella frondosa Auricularia auricula
(https://th.bing.com/th/id/R.631d361b95ebe8710e57eb7ce76bfa7b?rik=o6kByclKJLJ0zg&ri
u=http%3a%2f%2fwww.bio-foto.com%2falbums%2fhouby%2fAuricularia-auricula-judae-
0040.jpg&ehk=9wt%2f%2bNHcukoJvM17tWeNEnIePQnhZPrnY7gX64PkA0Q%3d&risl=&pid=I
mgRaw&r=0)
3. Gasteromycetes
• Produce statismospores.
• Basidiocarp typically angiocarpous
• Holobasidia
(https://live.staticflickr.com/5764/23755637259_607fd38f4a
_b.jpg)
Lycoperdon pyriforme Cyathus striatus
(https://mushroomobserver.org/images/1280/1072106.jpg)
Calvatia cyathiformis
(https://th.bing.com/th/id/R.a97ccf4dfd2e3792918a1fb398f3115a?rik=b
eQ2R%2fcEb3p0Fg&riu=http%3a%2f%2fwww.mushroomexpert.com%2fi
mages%2fkuo2%2fcalvatia_cyathiformis_02.jpg&ehk=iMlEZ%2feNy7kvx
dcSJby3y8gaGcZvHofpB0lCzRSKHKA%3d&risl=&pid=ImgRaw&r=0)
Geastrum sp.
Scleroderma verrucosum
(https://wikigrib.ru/img-gribs/lozhnodozhdevik-
borodavchatyj/Scleroderma-verrucosum-01.jpg)
Phallus impudicus
(https://i.pinimg.com/originals/02/fe/04/02fe04baea0f124b1
1494fca1c5f52a4.jpg)
SUBDIVISION DEUTEROMYCOTINA
• Imperfect state fruiting bodies- conidia
• Vary in complexity
• Macronematous, Micronematous, mononematous & synnematous
• Colour of the conidiophore and conidia are important in classification
• Hyphomycetes- conidiophores bearing conidia
• Coelomycetes- spores in pycnidia or acervuli
Doratomyces stemonitis
(https://th.bing.com/th/id/OIP.QkDqs7GhSADq3w1RxBMsHwHaE
7?pid=ImgDet&rs=1)
Tubercularia vulgaris
(https://live.staticflickr.com/8239/8561987065_7e5514f7c0_c.jpg)
Phoma betae
(Https://www.researchgate.net/profile/Deanna_Sutton/publi
cation/13302312/figure/fig6/AS:282000859648004@1444245
652187/Phoma-species-showing-thin-walled-pycnidia-as-
well-as-an-alternari-oid-intercalary.png)
Colletotrichum deformis
(https://www.researchgate.net/profile/Abdul_Rehman2
9/publication/267800057/figure/download/fig4/AS:670
484039491593@1536867260386/a-A-group-of-acervuli-
of-Colletotrichum-dematium-isolated-from-statice-
infected-plants.png)
Nectria cinnabaria Colletotrichum graminicola
Conidia of Helicoon rhiconis
(https://th.bing.com/th/id/OIP.XgJxnR1pH1osoX4_i0BrcAHaHX?pid=ImgDet&rs=1)
(https://th.bing.com/th/id/R.dd9f7971f501994efe26f3626e7232f
d?rik=sQX2RL4TvJSPWQ&riu=http%3a%2f%2fwww.mykoweb.co
m%2fCAF%2fphotos%2flarge%2fNectria_cinnabarina(mgw-
01).jpg&ehk=TqOvIR4IYIiB2QXyIdisYuf1hxSY0tFnJM0oZxo3qz4%3
d&risl=&pid=ImgRaw&r=0)
(https://bugwoodcloud.org/images/768x512/1570307.jpg)
References
• Ursula Kües, Weeradej Khonsuntia, and Shanta Subba. "Complex Fungi." Fungal biology reviews, v. 32,.4 pp. 205-218. doi: 10.1016/j.fbr.2018.08.001
• Halbwachs, Hans & Simmel, Josef & Bässler, Claus. (2016). Tales and mysteries of fungal fruiting: How morphological and physiological traits affect a pileate
lifestyle. Fungal Biology Reviews. 30. 36-61. 10.1016/j.fbr.2016.04.002.
• "Fruiting bodies." American Heritage® Dictionary of the English Language, Fifth Edition. 2011. Houghton Mifflin Harcourt Publishing Company 2 Jan. 2022
https://www.thefreedictionary.com/Fruiting+bodies
• Alexopoulos, C. J, Mims, C. W & Blackwell, M. Introductory Mycology.fourth edition., Wiley, 2014.
• Mehrotra, R.S & Aneja, K. R. An Introduction to Mycology. Wiley Eastern Limited, 1990.
• Webster, John. Introduction to fungi. Second Edition.Cambridge University Press, 1999.
• Sharma, O.P. Textbook of Fungi. Tata McGraw-Hill Publishing Company Limited, 1989.
• Dube, H. C. An Introduction to Fungi. Second Revised Edition. Vikas Publishing House Pvt Ltd, 1990.
• Vashishta, B.R & Sinha, A. K. Botany for Degree Students. S. Chand & Company Pvt Ltd, 2014.
• Moore, David & Gange, Alan & Gange, Edward & Boddy, Lynne. (2008). Chapter 5 Fruit bodies: Their production and development in relation to environment.
British Mycological Society Symposia Series. 28. 79-103. 10.1016/S0275-0287(08)80007-0.
• Shadwick, Lora & Spiegel, Frederick & Shadwick, John & Brown, Matthew & Silberman, Jeffrey. (2009). Eumycetozoa = Amoebozoa? SSUrDNA Phylogeny of
Protosteloid Slime Molds and Its Significance for the Amoebozoan Supergroup. PloS one. 4. e6754. 10.1371/journal.pone.0006754.
Thankyou

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