Review
Journal of Threatened Taxa | www.threatenedtaxa.org | 26 August 2015 | 7(10): 7625–7640
Mushroom diversity of Konkan region of Maharashtra, India
Pramod Borkar 1, Anila Doshi 2 & Sudhir Navathe 3
1,3
Department of Plant Pathology, Dr. B.S. Konkan Krishi Vidyapeeth (Agricultural University), Dapoli, Maharashtra
415712, India
2
Maharana Pratap University of Agriculture and Technology, Udaipur, Rajasthan 313001, India
1
pramodgb@gmail.com (corresponding author), 2 anila_doshi@yahoo.co.in, 3 sudhir.agro123@gmail.com
ISSN 0974-7907 (Online)
ISSN 0974-7893 (Print)
OPEN ACCESS
Abstract: The forays conducted in the diverse habitats of the Konkan region of Maharashtra for four consecuive monsoon seasons during
2008–2012, revealed the occurrence of 29 mushrooms. Among the collected mushrooms, six belonged to the family Agaricaceae, ive to
Lyophyllaceae, two each to Pleurotaceae, Hygrophoraceae, Marasmiaceae and Tricholomataceae; one each to Phallaceae, Physalacriaceae,
Xylariaceae, Tremellaceae, Sclerodermataceae, Decrymycetaceae, Cantharellaceae, Entolomaceae, Plutaceae and Ganodermataceae. The
morphology of Tremella, Dictyophora, Daldinia, Pisolithus and Calocera were quite disinct and interesing.
Keywords: Agariaceae, Lyophyllaceae, macrofungi, morpho-taxonomy, mushroom diversity, Western Ghats.
Hygrocybe miniata
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DOI: htp://dx.doi.org/10.11609/JoTT.o4283.7625-40
Editor: R.K. Verma, Tropical Forest Research Insitute, Jabalpur, India.
Date of publicaion: 26 August 2015 (online & print)
Manuscript details: Ms # o4283 | Received 08 December 2014 | Final received 13 July 2015 | Finally accepted 30 July 2015
Citaion: Borkar, P., A. Doshi & S. Navathe (2015). Mushroom diversity of Konkan region of Maharashtra, India. Journal of Threatened Taxa 7(10): 7625–7640;
htp://dx.doi.org/10.11609/JoTT.o4283.7625-40
Copyright: © Borkar et al. et al. 2015. Creaive Commons Atribuion 4.0 Internaional License. JoTT allows unrestricted use of this aricle in any medium, reproducion and distribuion by providing adequate credit to the authors and the source of publicaion.
Funding: None.
Compeing interests: The authors declare no compeing interests.
Author Details: Pramod Borkar Assistant Professor, his basic research area is mushroom diversity, domesicaion of edible mushroom species, Diseases of
planaion and horicultural crops. He is acive member of Mushroom society of India, Indian Mycological society, Indian phytopathological society. He is acive
in extension work of various culivaion technologies edible mushroom, management of disease, integrated disease management technologies. Dr. Anila Doshi
Professor and Head, has worked as Mycologist; All India coordinated Research Project on Mushrooms for more than two decades. During this period she ideniied
and documented about 200 wild mushrooms from Rajasthan. She was awarded the Best Teacher Award by MPUAT. She is acive member of Mushroom society of
India, and Indian Society of Mycology and Plant Pathology. Sudhir Navathe B.Sc. in agriculture and M.Sc. plant pathology, is awarded with Hexamer Gold medal
in plant pathology by Dr. Balasaheb Sawant Konkan Krishi Vidyapeeth and INSPIRE RESEACH FELLOWSHIP 2014-15 by Deparment of Science and Technology,
Govt. of India. He started his research career with research in culivaion technology of milky white mushroom and oyster mushrooms with innovaive techniques,
and mushroom biodiversity; further working on various aspects in phytopathology and molecular plant pathology.
Author Contribuion: PB and SN contributed in surveying, collecion, ideniicaion and microscopic characterizaion of mushrooms and preparaion of manuscript.
AD contributed to the speciic ideniicaion of mushrooms, conirming the names of mushrooms and guidance during this research work.
Acknowledgements: Authors are thankful to the Department of Plant Pathology Dr. Balasaheb Sawant Konkan Krishi Vidyapeeth (Agricultural University) Dapoli,
Maharashtra; Department of Plant Pathology, Maharana Pratap University of Agriculture and Technology, Udaipur Rajasthan necessary for research facility and
database.
7625
Mushroom diversity of Konkan region
Borkar et al.
INTRODUCTION
The macrofungal diversity is depleing fast due
to deforestaion, urbanizaion, climate change and
unsystemaic exploitaion through collecion of wild
mushrooms. This situaion demands an urgent need
to collect, document and conserve this group. Most
macrofungi are cosmopolitan, occurring both in tropical
and temperate regions. They occur seasonally all over
the world in various habitats such as humus rich soils,
decaying plant liter and wood logs in forests as well as
in meadows and even in sandy and other soils. Some
species, paricularly mycorrhizal mushrooms are on the
verge of exincion.
India, being one of the top 10 mega diverse naions of
the world, has ample species of wild mushrooms which
occur mainly during the rainy season. The diversity
of geographical, ecological and climaic condiions
prevailing in India has made this country a natural habitat
for a large number of fungal species. Six regions, viz.,
Eastern Himalayan, northwest Himalayan, Indo Gangeic
Plain, Western Ghats, southern India and Rajasthan have
been explored by a number of workers throughout the
country as hot spots of mushroom diversity, since 1825.
The work on collecion and taxonomic studies of
mushrooms in Maharashtra started as late as 1974.
Prof. A.V. Sathe and his team recorded 75 species
distributed in 43 genera from the collecions made from
the states of Maharashtra, Karnataka and Kerala during
1978–1980. This collecion was documented in the form
of a monograph on Agaricales. As far as the collecion
of macrofungi from Maharashtra is concerned, mostly
it remained conined to western Maharashtra. Very
few mushrooms viz., Fistulina hepaica, Entyloma
achrospora, E. strictus, Rhodophyllus achrosporus and
R. overeemi were recorded from the Konkan region,
is a narrow strip of 720km comprising four districts,
viz.: Thane, Raigad, Ratnagiri and Sindhudurg. On the
eastern side of the region lies the Sahyadri mountain
range which is a part of the Western Ghats. The Sahyadri
mountain range is bestowed with rich lora and fauna.
MATERIALS AND METHODS
Mushrooms from four districts of Konkan region viz.,
Thane, Raigad, Ratnagiri and Sindhudurg were collected
for four consecuive monsoon seasons in the years from
2008 to 2012. Selected spots included Amboli, an area
with well-known high alitude biodiversity, sea shore
area like Murud, horicultural plantaions with mango,
7626
cashew, coconut and arecanut at Wakavali, Kelshi,
Inampangari, lateriic soil vegetaion in Sindhudurg
District comprising places like Kudal, Malvan, Pandur,
Koloshi and Kanakvali and black soil area such as Wada
and Palghar in Thane District and thick forest areas in
Rajapur, Lanja, Sangameshwar, Ratnagiri, Chiplun and
Dapoli tahasils. Ideniicaion of the collected mushroom
specimens was done on the basis of their macroscopic
(morphological) and microscopic characters.
For
recording ield observaions, a pro-forma was prepared
(as per George Mimes “Principles of Mushroom
Ideniicaion) (Tibuhwa et al. 2010). At the ime of
collecion of mushrooms, date of collecion, locality and
habitat were recorded. Every specimen was recorded
with a collecion number. Descripions are based on
fresh collecions made from Konkan regions. Microscopic
observaions were made from free hand secions
mounted in lectophenol coton blue. All collecions
studied are deposited at the Mycological Herbarium of
Department of Plant Pathology, Dr. B.S. Konkan Krishi
Vidyapeeth Dapoli, Ratnagiri, Maharashtra, India.
RESULTS
Twenty-nine mushrooms from diferent families were
collected during these surveys (Table 1; Images 1–19).
The mushrooms collected from diferent locaions
in Konkan region (Appendix 1 and 2) include: Agaricu
splacomyces, Lepiota spp., Pleurotus spp., Marasmius
haematocephalus, Lepista nuda, Tremella fuciformis,
Pisolithus inctorius, Armillaria tebescens and
Calocera cornea. Termitomyces heimii, T. microcarpus,
Leucocoprinus birnbaumii, Pleurotus pulmonarius,
Dictyophora duplicata and Entoloma roseolavum.
The mushrooms, viz., Agaricustri sulphuratus,
Daldinia concentrica and Pleutus cervinus, were
found to occur only in Ratnagiri District and all the
collected mushrooms occur in Ratnagiri District. The
morphological descripion of these mushrooms is as
follows:
Armillaria tabescens (Scop.) Emel. (Physalacriaceae)
(Image 1)
Synnonym: Clitocybe tabescens (Scop.) Bres
Habitat: Growing on bamboo roots, cespitose
clusters.
Pileus: Bright yellow ochraceous brown in age, 6cm
in diameter, glabrous, convex to shield shaped with
enire to undulate margin.
Sipe: Equal, eccentric, concolorous with pileus
Journal of Threatened Taxa | www.threatenedtaxa.org | 26 August 2015 | 7(10): 7625–7640
Mushroom diversity of Konkan region
Borkar et al.
Table 1. Occurrence of naturally growing mushroom lora in four districts of Konkan
Scieniic name
2008
2009
2010
2011
2012
Si
Rt
Rg
Th
Si
Rt
Rg
Th
Si
Rt
Rg
Th
Si
Rt
Rg
Th
Si
Rt
Rg
Th
1
Armillaria tabescens
O
O
-
O
O
O
-
O
O
O
-
O
O
O
-
O
O
O
O
O
2
Agaricus arvensis
-
-
-
-
-
O
O
O
O
O
O
O
-
O
O
O
O
O
-
-
3
Agaricus placomyces
O
O
O
-
O
O
O
-
O
O
O
-
O
O
O
-
-
-
-
-
4
Agaricus trisulphuratus
-
O
-
-
-
O
-
-
-
O
-
-
-
O
-
-
O
O
-
-
5
Calocera cornea
-
O
-
-
O
O
-
-
O
O
-
O
O
O
O
-
O
O
-
O
6
Clitocybe spp.
-
-
-
-
O
O
O
O
O
O
O
O
O
O
O
O
-
O
-
-
O
7
Creterellus tubaeformis
-
O
-
-
O
O
O
O
8
Daldinia concentrica
-
-
-
-
-
-
-
-
O
-
-
-
-
-
-
-
O
O
-
O
-
O
O
O
-
O
O
-
-
-
9
Dyciophora duplicate
O
O
-
-
O
O
-
-
O
O
-
-
O
O
-
-
O
O
-
-
10
Enoloma roseolavum
-
O
-
-
O
O
-
-
O
O
-
-
O
O
-
-
O
O
-
-
11
Ganoderma lucidum
O
O
O
O
O
O
O
O
O
O
O
O
O
O
-
-
O
O
O
-
12
Hygrocybe Conica
-
O
-
-
O
O
O
O
O
O
-
-
O
O
O
O
O
O
-
O
13
Hygrocybe miniata
O
O
O
O
O
O
O
O
O
O
O
O
O
O
O
O
O
O
O
O
14
Lepiota spp.
-
O
-
-
O
O
-
-
O
O
-
O
O
O
-
-
O
O
-
O
15
Lepista nuda
-
-
-
-
O
O
-
O
O
O
-
O
O
O
-
O
O
O
O
-
16
Leucocoprinus birnbaumii
-
-
-
O
-
-
-
-
-
-
-
-
-
-
-
-
O
O
O
O
17
Macrolepiota procera
-
-
-
-
O
O
O
O
O
O
O
O
O
O
O
O
O
O
O
O
18
Maramiallus ramealis
-
-
-
-
O
O
O
O
O
O
O
O
O
O
O
O
-
O
O
O
19
Marasmus haematocephlous
O
O
-
O
O
O
-
O
O
O
-
O
O
O
-
O
O
O
O
O
20
Pisolithus inctorius
O
O
-
-
O
O
O
-
O
O
O
-
O
O
O
-
O
O
-
-
21
Pleurotus ostreatus
-
-
-
-
O
O
-
O
O
O
-
O
O
O
-
O
O
O
O
O
-
O
22
Pleurotus pulmonarius
-
-
-
-
O
O
O
O
O
O
O
O
O
O
O
O
O
O
23
Pluteus cervinus
-
-
-
-
-
O
-
-
-
O
-
-
O
O
-
O
O
O
O
24
Termitomyces clypeatus
-
-
-
-
O
O
O
O
O
O
O
O
O
O
O
O
O
O
O
O
25
Termitomyces heimii
O
O
O
O
O
O
O
O
O
O
O
O
O
O
O
O
-
O
O
O
26
Termitomyces logiradicata
-
-
-
-
O
O
-
-
O
O
-
-
O
O
-
-
-
O
-
-
27
Termitomyces microcarpus
-
-
-
-
O
O
-
-
O
O
-
-
O
O
-
-
O
O
O
-
28
Termitomyces umkowaani
-
-
-
-
O
O
-
O
O
O
-
O
O
O
-
O
O
O
O
O
29
Tremella fuciformis
O
O
O
O
O
O
O
O
O
O
O
O
O
O
O
O
O
O
O
O
Si - Sindhudurg; Rt - Ratnagiri; Rg - Raigad; Th - Thane; O - Observed; - Not observed
ibrous and hollow in the centre; 5.5cm length and 2cm
in width.
Lamellae: Yellow then dicoloured, close, adnate.
Spore print was white, annulus and volva not observed.
Microscopic features: Spores hyaline, globose, thin
walled and measured 5μm. Basidia measured 10x2.50
μm, cysidia measured 17.50x5 μm.
Agaricus arvensis Schaef (Agaricaceae) (Image 2)
Habitat: Growing in decaying plant liter of perennials.
Pileus: Fleshy, 15–16 cm in diameter, buf brown
with brown spot in centre, glabrous, convex in shape
becoming plano-convex in age with enire margin.
Sipe: Concolorous with pileus, equal, slightly swollen
at the base, ibrous, leshy in texture, measuring: 10–12
cm in length and 2-3 cm in width.
Lamellae: Crowded, free, light brown iniially,
becoming pinkish in age. Spore print dark brown.
Annulus present, persising like frill; volva absent.
Microscopic features: Spores dark brown, oval to
ellipsoid, thin walled measuring 7x2.5 µm. Basidia
measured 12.5x5 µm while cysidia not observed.
Agaricus placomyces Peck. (Agaricaceae)
Habitat: Solitary or in cespitose clusters, in plant
debris.
Journal of Threatened Taxa | www.threatenedtaxa.org | 26 August 2015 | 7(10): 7625–7640
7627
Mushroom diversity of Konkan region
Borkar et al.
© Pramod Borkar
Image 1. Armillaria tabescens
© Pramod Borkar
Image 2. Agaricus arvensis
Pileus: Diameter 10cm, buf white with prominent
central dark brown spot and conspicuous brown to black
squamules, granulose, convex with enire margin.
Sipe: Buf white, ibrous, equal throughout the
length but with abruptly bulbous base measuring 7–8
cm in length and 3cm in width.
Lamellae: pink, free, crowded. Spore print pinkish.
Annulus: membranous, veil present iniially rupturing
at maturity andvolva absent. Mushroom with strong
odour of turpenine (phenolic compounds).
Microscopic features: Spores brown, ellipsoid
5x2.5µm (L X B). Basidia measuring 15x5 µm, cysidia
not observed.
Agaricus trisulphuratus Berk. (Agaricaceae)
Habitat: Growing in soil, solitary. Also found on the
roots of members of Palmaceae (coconut and arecanut).
Pileus: Diameter 2.5–3 cm, bright orange, ibrillose
(locculose), with imbricate, appressed squamules,
convex, with crenate margin.
Sipe: Concolorous with pileus, equal, hollow
measuring 4–5.5 cm in length and 2.5–3 mm in width.
Lamellae: Pale pinkish, crowded, freely atached.
Spore print: dark brown. Annulus, present; volva, absent.
Microscopic features: Spores dark brown, oval to
ellipsoid, measuring 5x2.5µm. Basidia: 12.5x2.5µm.
Cysidia not observed.
Calocera cornea (Batsch.) Fr. (Decrymycetaceae) (Image
3)
Habitat: Lignicolous on dead, decaying bark less
wood logs. Caespitose, gregarious
Fruit body: Small, bright yellow coloured fruit
bodies, forked in the upright top porion. About 2–3 or
someimes up to 8cm in length. Gelainous but irm.
Microscopic features: Spores hyaline or white, oval
7628
© Pramod Borkar
Image 3. Calocera cornea
to cylindrical measured 5x2.5 μm. Basidia measured
30x5μm while cysidia not observed.
Clitocybe sp. Fr. (Tricholomataceae)
Habitat: On decaying wood logs.
Pileus: Infundibuliform, granulose to ibrillose scaly
creamy measured 4.5–6.1 cm in diameter with undulate
margin.
Sipe: Thin, papery with lemon smell, cylindrical and
concolorous with pileus, leshy with 3.2cm in length.
Lamellae: Crowded, decurrent and concolorous with
pileus. Spore print was creamy white annulus and volva
not observed.
Microscopic Features: Spores hyaline cylidrical to
allantoid; measuring 8.13x2.5 µm basidia measured
7.5x1.25 µm while, cysidia not observed.
Craterellus tubaeformis (Fr.) Quel. (Cantharellaceae)
(Image 4a,b)
Habitat: In plant debris of perennials.
Pileus:1.5–2.5cm in diameter, yellow with brown to
black iny spots, ibrillose surface umblicate to convex
with crenate margin.
Sipe: Equal when young, broadening apically in age,
twisted and slightly latened at the base; Yellowishgreen, hollow measured 7–9 cm in length and 1.5mm
in width.
Lamellae: Distant, adnexed to decurrent, creamy.
Spore print was white; annulus and volva not observed.
Microscopic features: Spores hyaline, globose to
sub-globous, measuring 3.75x2.5 μm. Basidia measured
20x2.5 μm while cysidia not observed.
Daldinia concentrica (Bolton) Ces. & De Not.
(Xylariaceae) (Ascomycota)
Habitat: Gregarious on dead wood.
Journal of Threatened Taxa | www.threatenedtaxa.org | 26 August 2015 | 7(10): 7625–7640
Mushroom diversity of Konkan region
a
© Pramod Borkar
Borkar et al.
b
© Pramod Borkar
Image 4a,b. Craterellus tubaeformis
Fruit body: Pale violet to light purple colored, nearly
spherical, tuber like, hard. Surface smooth on upper
side, rough and tanned black on underside. About 7cm
in diameter; black, concentric, zonate rings in transverse
secion. Spore print was black.
Microscopic features: Spores amber in colour,
subglobose and measured 5x2.5 µm.
Dictyophora duplicata (Bosc.) E. Fish (Phallaceae)
(Image 5)
Fruit body: Fruit body developing from a white egg.
Head, dark brown, bell shaped, 2.5–3 cm. Atached
to the hollow stem at centre by an indusium (skirt like
membranous outer growth) resembling a net. Indusium,
4.5–6 cm, white iniially, turning brown in age. Sipe,
white hollow, 15–20 cm long, composed of sponge like
issues. Ater emergence of fruit body, the egg porion
remains atached at the sipe base as volva. Flies are
atracted due to the strong unpleasant odour of the
fruiing body.
Microscopic features: Spores hyaline, ellipsoid to
cylindrical and measured 2.5x1.25 µm.
Entoloma roseolavum Noordeloose. (Entolomaceae)
(Image 6)
Habitat: Roots of perennial plants.
Pileus: 3–4 cm in diameter, creamy white, glabrous,
depressed with enire to undulate margin.
Sipe: Equal to tapered, concolorous with the cap,
hollow; 3–5 cm in length and 1cm in width.
Lamellae: Crowded, free, concolorous with pileus;
spore print was pinkish-brown. Annulus and volva not
observed.
Microscopic features: Spores hyaline, angular, mostly
pentagonal measuring 7.5μm; basidia measured 20x7.5
μm while cysidia measured 25x11.25 μm.
© Pramod Borkar
Image 5. Dictyophora duplicata
Ganoderma
lucidum
(Curis)
P.
Karst.
(Ganodermataceae) (Image 7)
Habitat: Growing on decaying wood logs of perennials
like mango, areca nut etc.
Pileus: 25–27 cm in diameter or more, white iniially,
then forming zonate rings of reddish-brown to dark
brown, glabrous iniially then becoming rough and
corky, depressed, hemispherical, fan shaped brackets
with undulate margin.
Sipe: Present in young fruit bodies growing in
associaion with plant roots. Absent on stems. White
iniially, shiny red turning brown with age, hard, corky;
4–5 cm in length and 1.5–2 cm in width when present.
Lamellae: Absent. Spores released through poroid
lower surface. Spore print was light brown to pink.
Annulus and volva were absent.
Microscopic features: Spores rusty brown, oval,
truncated, double walled, with a row of pillars between
the walls and measured 7.5x6.25 μm. Basidia and
cysidia not observed.
Hygrocybe conica (Schaef.) P. Kumm. (Hygrophoraceae)
(Image 8)
Habitat: Plant debris of perennials.
Pileus: Red to maroon, 5cm in diameter, striate to
plicate with small dark spots; conical spliing at maturity,
margins eroded with striaions at rim of pileus.
Sipe: Cylindrical iniially yellow then becoming
concolorous with pileus with longitudinal groves along
the total length. Fibrous with hollow centre measured
4-6cm in length and 1.8–2.1 cm in width.
Lamellae: Subdistant, adnexed, creamy iniially black
at maturity. Spore print was white. Annulus and volva
not observed.
Microscopic features: Spores hyaline, globose,
apiculate, measuring 5.63μm. Basidia measured 10x5
Journal of Threatened Taxa | www.threatenedtaxa.org | 26 August 2015 | 7(10): 7625–7640
7629
Mushroom diversity of Konkan region
Borkar et al.
© Pramod Borkar
Image 6. Entoloma roseolavum
© Pramod Borkar
Image 7. Ganoderma lucidum
μm while cysidia not observed.
Hygrocybe miniata (Fr.) P. Kumm. (Hygrophoraceae)
(Image 9a,b)
Habitat: Decaying plant liter of perennials. Solitary
or cespitose, gregarious.
Pileus: 1.5–3.5 cm indiameter, scarlet, shiny;
glabrous, umblicate with depressed centre, remaining
surface plane with deniculate margin.
Sipe: Equal, yellow, hollow measured 3.5–4 cm in
length and 2–3 mm in width.
Lamellae: Distant adnate and yellowish to creamy.
Spore print was white. Annulus and volva not observed.
Microscopic features: Spores hyaline, globose,
measuring 8.75μm. Basidia measured 42.5x5 μm and
cysidia not observed.
Lepiota spp. (Agaricaceae) (Image 10)
Habitat: Plant debris. Solitary or gregarious in
pastures.
Pileus: 13–15cm in diameter, white to buf, with
prominent brown spot in centre, Squarrose with distant
squamules all over the surface; hemispherical, becoming
a
© Pramod Borkar
b
Image 8. Hygrocybe conica
convex to planoconvex in age, slightly umbonate, eroded
margins with remnants of veil.
Sipe: Equal, concolorous with pileus, ibrous, more
than 30cm in length and 2.5–3.5 cm in width.
Lamellae: Crowded free and creamy white in colour.
Spore print was white. Annulus was present, covering
the gills completely, then tearing of and persising like a
frill at maturity and volva absent.
Microscopic features: Spores hyaline, ellipsoid
to oval, thick walled measured 5x3.75 μm; basidia
measured 5x2.5 μm while cysidia measured 8–10x4.5
μm.
Lepista nuda (Bull.) Cooke (Tricholomataceae) (Image
11)
Habitat: Growing on coconut roots, soil in banana
plantaion.
Pileus: Violet, and shiny when young discoloured
gradually and 5–5.5 cm in diameter. Glabrous, umblicate
with enire to undulate margin.
Sipe: Cylindrical, concolorous with pileus, leshy
4.5–5.5 cm in length and 2–2.5 cm in width.
© Pramod Borkar
Image 9a,b. Hygrocybe miniata
7630
© Pramod Borkar
© Pramod Borkar
Image 10. Lepiota spp.
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Mushroom diversity of Konkan region
Borkar et al.
© Pramod Borkar
Image 11. Lepista nuda
© Pramod Borkar
Image 12. Leucocoprinus brinbaumii
Lamellae: Crowded, adnexed to decurrent and violet.
Spore print pinkish; annulus and volva absent.
Microscopic features: Spores hyaline, globose
to ellipsoid measured 5x2.5 µm; basidia measured
23.75x2.5 µm while cysidia not observed.
Leucocoprinus brinbaumii (Corda) Singer (Agaricaceae)
(Image 12)
Habitat: Growing in coco peat.
Pileus: Lemon yellow, 3–4 cm in diameter, ibrillose,
striate to plicate, conic, with a blunt umbo becoming
convex in age, with a crenate, striate to sulcate margin.
Sipe: Concolorous with pileus, equal, slightly broad
at the base, hollow, 3–4 cm in length and 1–1.5 mm in
width.
Lamellae: Concolorous with pileus, free. Spore print
white. Annulus present, moving freely all along the sipe
length and volva absent.
Microscopic features: Spores hyaline, ellipsoid 5x2.5
µm. Basidia and cysidia not observed
Macrolepiota procera (Scop.) Singer (Agaricaceae)
Habitat: Solitary, in woods.
Pileus: Fleshy, buf to light brown, 13.5cm in diameter,
squarrose with dark brown shaggy scales, campanulate
becoming convex in age with rimose margin.
Sipe: Light brown with prominent brown scales,
cylindrical, ibrous, hollow measuring 16.5–18 cm in
length and 1.5–1.8 cm in width.
Lamellae: White iniially becoming dirty yellow at
maturity, close, free. Spore print white. Annulus moving
freely along the sipe and volva absent.
Microscopic features: Spores hyaline, broadly
ellipsoid to oval, apiculate measured 9.25x5 µm, basidia
admeasuring 17.5x2.5µm while cysidia measured
© Pramod Borkar
Image 13. Pleurotus ostreatus
26.25x10 µm.
Marasmiellus ramealis Bull. Fr. (Marasmiaceae)
Habitat: Gregarious on dead, decaying coconut
stump.
Pileus: White turning dirty light brown with age, 3–4
cm in diameter, glabrous to membranous, convex to
umblicate with undulaing margin.
Sipe: Equal, concolorous with cap, hollow measuring
1.5–2 cm in length and 0.5mm in width.
Lamellae: Distant, adnate and white in colour. Spore
Print was white. Annulus and volva not observed.
Microscopic features: Spores hyaline, ellipsoid to
cylindrical, measuring 12.5x5.5 μm. Basidia measured
27.5 x 2.5μm while cysidia not observed.
Marasmius haematocephalus f. haematocephalus
(Mont.) Fr. (Marasmiaceae)
Habitat: Hidden in grass, gregarious.
Pileus: Reddish-brown to maroon, 3–4 cm in diameter,
striate to plicate, convex with crenulate margin.
Sipe: Filiform, hollow, more or less equal, frequently
undulate; the base slightly swollen, dark coloured than
the pileus, hard, ibrous measured 4.2cm in length and
2–3 mm in width.
Lamellae: Distant, adnexed and creamy, purplish in
colour. Spore print was white, annulus and volva absent.
Microscopic features: Spores hyaline, spherical
to globose, measuring 11.25μm. Basidia measured
18.75x2.50 μm while cysidia measured 20x5 μm.
Pisolithus inctorius (Fr.) Pilat. (Sclerodermataceae)
Habitat: Growing on leaf liter of Acacia mangium
plantaion and forming mycorrhizal associaion with
Acacia roots.
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7631
Mushroom diversity of Konkan region
Borkar et al.
© Pramod Borkar
Pluteus cervinus (Schaef.) P. Kumm. (Plutaceae)
Habitat: Soil.
Pileus: Dark brown to grey brown, 7.5cm in diameter;
surface glabrous iniially, striate in age; umblicate with
undulaing margin.
Sipe: Bulbous and radicaing below soil level, brown
leshy measuring 16.1cm in length and 3–3.5 cm in
width.
Lamellae: Close, free and white. Spore print was
white. Annulus and volva not observed.
Microscopic features: Spores hyaline globose to
sub-globose, apiculate and measured 12.5μm. Basidia
measured 27.5x10 μm while cysidia measured 20x12.5
μm.
Image 14. Termitomycs clypeatus
Fruit body: Ball shaped, 20cm wide. Peridium
whiish to yellowish-brown, fragile, thin, smooth
exposing cinnamon coloured spore mass on rupturing.
Stem about, 2–3 cm. Gleba composed of white to
yellowish brown caviies developing in dark brown to
black gelainous matrix.
Microscopic features: Spores hyaline, spherical to
circular and measured 5.0μm
Pleurotus ostreatus (Jack.) P. Kumm., Family
Pleurotaceae (Image 13)
Habitat: On decaying wood logs, dead cactus.
Pileus: Beige white, 5–7 cm in diameter, glabrous and
depressed; typical oyster shape with undulate margin,
basidioma dimidiate.
Sipe: Rudimentary.
Lamellae: Concolorous with pileus, close, decurrent.
Spore print was white, annulus and volva not observed.
Microscopic features: Spores hyaline, subglobose
to ellipsoid, measured 5x2.5 μm. Basidia measured
18.75x2.5 μm, cysidia not observed.
Pleurotus pulmonarius (Fr.) Quel. Champ. (Pleurotaceae)
Habitat: Lignicolous, on dead wood.
Pileus: Light brown, 3.5–4.5cm in diameter, glabrous,
convex, becoming depressed (typical oyster shaped) in
age with enire margin.
Sipe: Equal, central, white. Fleshy 2.5–2.7cm in
length and 2mm in width.
Lamellae: close decurrent, white. Spore print was
white. Annulus and volva not observed.
7632
Microscopic features: Spores hyaline, ellipsoid
to cylindrical measured 7x2.5 μm. Basidia measured
20x5μm, cysidia measured 25x5 μm.
Termitomycs clypeatus R. Heim (Lyophyllaceae) (Image
14)
Habitat: In soil, gregarious.
Pileus: 3.5–5.7 cm in diameter, greyish to brown,
conical with spiniform perforatorium, spliing at the
margins with age.
Sipe: long, equal, concolorous with pileus, hollow,
12–15 cm in length and 2–3 cm wide. Lamellae, sub
distant, free, light brown with brown spore print.
Microscopic features: Basidia measured 14x2.5 µm,
while cysidia were not observed. Basidiospores were
hyaline, cylindrical measuring 7.5x2.5 µm.
Termitomyces heimii Natarajan (Lyophyllaceae) (Image
15)
Habitat: Gregarious, cespitose on a termitorium soil.
Pileus: 7cm in diameter, white, glabrous, convex to
planoconvex with eroded margin.
Sipe: White equal and leshy measuring 18cm in
length and 2cm in width. Lamellae, white, crowded and
free. Spore print pink, with a brownish inge. Annulus
present, volva absent.
Microscopic features: Spores hyaline, ellipsoid, thin
walled measuring 7.50x5 µm. Basidia measured 15x3.75
µm and cysidia 22.5x7.50 µm.
Termitomyces longiradicatus Sathe & Daniel
(Lyophyllaceae) (Image 16a,b)
Habitat: In soil Solitary or gregarious.
Pileus: 6cm in diameter white in colour Surface
granulose, campanulate in shape when young becoming
planoconvex at maturity. Perforatorium mammiform,
Journal of Threatened Taxa | www.threatenedtaxa.org | 26 August 2015 | 7(10): 7625–7640
Mushroom diversity of Konkan region
© Pramod Borkar
Borkar et al.
© Pramod Borkar
Image 15. Termitomyces heimii
margin crenulated, spliing at maturity.
Sipe: White, ibrous Equal above ground;
pseudorrhiza long below soil level, 19–20 cm in length
3cm above ground and more than 16cm below ground
and 3.5cm in width.
Lamellae: white, crowded with free atachment.
Spore print brownish to pink. Annulus present and volva
not observed.
Microscopic features: Spores hyaline, sub-globose,
thin walled measuring 5x3.75 µm. Basidia measured
12.5x5 µm cysidia 17.5x5 µm.
Termitomyces microcarpus (Berk. & Broome) R. Heim
(Lyophyllaceae) (Image 17)
Habitat: On decaying plant liter in soil, gregarious.
Pileus: 2cm in diameter, white, glabrous iniially
convex in shape becoming planocovex in age. Margins
eroded.
Sipe: Concolorous with pileus, equal, hollow
measuring 4.3–5.1 cm in length and 2mm in width.
Lamellae: Concolorous with pileus, sub-distant and
free, spore print pink. Annulus and volva not observed.
Microscopic features: The basidia measured 15x5
µm and the measurement of cysidia was 25x6.25
µm, annulus and volva absent, basidiospores, hyaline,
globose or reniform measuring 5x2.5 µm.
Termitomyces umkowaani (Cooke & Massee)
(Lyophyllaceae) (Image 18)
Habitat: In soil, solitary.
Pileus: 7cm in diameter, light brown, perforatorium
spiniform. Surface, glabrous, shiny, due to oily layer on
whole surface. Campanulate to conical in shape which
becomes convex in age with crenate margins.
Sipe: Radicate in shape, 7.5cm in length and 4cm
in width, swollen near the base white and leshy.
Pseudorrhiza, dark brown, radicaing below the ground.
a
© Pramod Borkar
b
Image 16a,b. Termitomyces longiradicatus
Lamellae, crowded white and freely atached. Spore
print pink. Annulus and volva absent.
Microscopic features: Spores light brown, globose
to oval, thin walled with an apical pore, measuring
7.5x5µm. Basidia 22.5x5 µm and cysidia 20.75x9.25
µm.
Tremella fuciformis Berk. (Tremellaceae) (Image 19)
Habitat: Gregarious on wild dead wood of mango,
acacia.
Fruit body: Fruit body composed of gelainous,
translucent whiish, irm, graceful lobes 1–1.5 cm wide,
3.5–5 cm in length. Each lobe dichotomously branched
in apical region. Surface smooth, shiny.
Microscopic features: Spores hyaline, spherical to
globose measured 5.75µm while basidia cysidia not
observed.
DISCUSSION
Forays conducted in diferent habitats of Konkan
region of Maharashtra during monsoon seasons
of 2008, 2009, 2010, 2011 and 2012 revealed the
repeated occurrence of 30 macrofungi in the region.
These macrofungi were ideniied on the basis of their
morphological characters described by earlier scienists.
Kuo (2004) has described Armillaria tabescens
whereas; Gerault (2005) has considered A. tabescens
synonymous to Clitocyb etabescenes. Burdsall & Volk
(1993) menioned that in A. tabescens the annulus is
lacking and the mushroom occurs in caespitose clusters.
Tsykun et al. (2010) have described morphology of A.
tabescens. On comparing the morphological descripion
of the collected specimen with the descripion of
previous workers the mushroom was ideniied as A.
tabescens.
Journal of Threatened Taxa | www.threatenedtaxa.org | 26 August 2015 | 7(10): 7625–7640
7633
Mushroom diversity of Konkan region
Borkar et al.
© Pramod Borkar
Image 17. Termitomyces microcarpus
© Pramod Borkar
Image 18. Termitomyces umkowaani
The family Agaricaceae is the largest mushroom
family with most of the members in the genus Agaricus.
Many Indian mycologists have reported diferent species
of this genus from diferent states of the country (Pegler
1977; Sathe & Rahalkar 1978; Sathe & Deshpande 1979;
Sathe 1979; Sathe & Kulkarni 1987; Saini et al. 1988; Nag
et al. 1991; Devi 1995; Lakhanpal 1995; Saini & Atri 1995;
Verma et al. 1995). Pail et al. (1995) reported that, 41
species of this genus were recorded from Maharashtra.
Purkayastha & Chandra (1976) described four species of
Agaricus viz.: A. arvensis, A. campestris, A. sylvaicus,
and A. trisulphuratus from West Bengal. The members of
the genus recorded from Rajasthan include, A. abruptus,
A. arvensis, A. campestris, A. bisporus, A. bitorquis, A.
placomyces, A. silvaicus and A. silvicola (Doshi & Sharma
1997). Morphological characters of the three species
of this genus collected during the present research are
discussed here. As per Nair (1990), A. arvensis has subglobose, silky pileus with velar remains at margin. The
pileus latens in age. The gills are crowded, free, white
when young turning blackish-brown with age. Sipe is
cylindrical to club-shaped, thick, white, smooth, and
stout with a large annulus. The descripion was matched
as given on the website of Mycoweb (www.mycoweb.
com) and by Kuo (2007). The second mushroom
belonging to the genus Agaricus and collected from
Konkan was A. placomyces. This mushroom was earlier
reported from Kerala, northwestern Himalaya and
Rajasthan (Devi 1995; Lakhanpal 1995; Doshi & Sharma
1997) and Kuo (2007). The morphological characters of
the collected specimen matched with those reported
by earlier workers. Phonolic odor of the fruit body was
the most striking character. The collected specimen
was therefore, ideniied as A. placomyces. The
morphological characters of A. trisulphuratus were also
in conformity with those reported by earlier workers
7634
© Pramod Borkar
Image 19. Tremella fuciformis
(Saini et al. 1991; Kumar & Sharma 2009).
The macrofungus Calocera cornea was reported
from India by Verma et al. (1995) from northeastern
Hills. Recently, it has been reported from Coromandel
Coast of Tamil Nadu by Mani & Kumerasen (2009). As
per the descripion given by Kuo (2008), the fruit body is
cylindrical with rounded to sharpened ips occasionally
shallowly forked near the ip. Orange to yellow. In the
current study the specimen was collected from bark
less stem of perennial plant. The fruit body was forked,
bright yellow coloured and gelainous. Gibson (2007) in
his key to club shaped fungi in Paciic North West (South
Vancouver Island, Canada) has described the sporocarp
of this mushroom as cylindrical forked structure fruiing
on bark less hard wood. The morphological features
of collected specimen were in concurrence with the
descripion given by other workers.
One mushroom of the genus Clitocybe was reported
by Sathe et al. (1980). Their descripion of the
mushroom states, pileus 1–4 cm in diameter, apricot
yellow in colour, margin wavy, and centrally depressed
becoming deeply infundibuliform. The mushroom was
found on dead coconut stump. These characters match
with collected features of Clitocybe.
The mushroom Creterellus tubaeformis was
reported by diferent workers under diferent names.
In some reports it has been menioned as Cantherellus
cantharalloids.
It is also reported as Merulius
cantharalloides. The mushroom was always found in the
decaying plant liter of trees like Terminalia ellipica and
T. paniculata, in close proximity of Hygrocybe miniata.
Castellano et al. (2003) reported that cysidia are absent
in this fungus, spore print white to creamy white. Kuo
(2008) has menioned that this fungus is oten saprobic
or mycorrhizal. Growing alone or gregariously. Spore
print white to buf yellowish in colour. Corner (1966),
Journal of Threatened Taxa | www.threatenedtaxa.org | 26 August 2015 | 7(10): 7625–7640
Mushroom diversity of Konkan region
in his monograph of Cantharelloid fungi, described this
mushroom with similar morphology under the name
Canthrallus tubaeformis. The morphological features
of collected mushroom are in concurrence with those
reported in reviewed literature.
The genus Daldinia was monographed by Child in
1932 (Alexopoulos et al. 2004). The fruit bodies are
found on dead wood (Lee 2004). The morphology
of collected specimen was the same as described in
reviewed literature.
Change & Miles (2004) have reported that the pileus
of Dictyophora duplicata is 2–4 cm long. The hymenium
is atached to the surface of the pileus. Sipe is cylindrical
in shape, hollow, white, with spongy texture and the
skirt opens when fruit body is mature. The openings of
the indusium are rounded, ellipsoidal or polyhedral. The
long skirted species is D. indusiata and short skirted is
D. duplicata. The volva is formed from the universal veil
which ruptured by the emergence of the stalk and pileus.
Spores are circular to ellipsoidal. Anonymous (2004) has
reported that the fruit body arises from a sub-spherical
to ovoid egg. Outer surface of the cap is covered with
brownish, slimy mass. The fruit body has strong ofensive
odor (www.mycobank.org/mycologytaxo.aspx). Kuo
(2011) also reported similar observaions. In India, this
mushroom was reported earlier by Devi (1995) and
Doshi & Sharma (1997). The morphological characters
of collected specimen of Dictyophora duplicata were
in total agreement with those described by previous
workers.
Doshi & Sharma (1997) reported Entoloma
nidorosum from Udaipur while Sathe & Kulkarni (1980)
reported E. achrospora and E. strictus from Sawantwadi
(Konkan). Most striking feature of this fungus was its
angular basidiospores, mostly pentagonal measuring
7.5µm. Noordeloos (2004) has described the general
characterisics of the members of the genus Entoloma.
He has classiied the angular spores observed in diferent
species into four categories such as isodiametrical (5
angled), heterodimetrical (6 angled), subisodiametrical
(7 angled) and star shaped or cruciform. Manimohan
et al. (2006) have provided a key to Entoloma species
occurring in Kerala. Noordeloos & Morozova (2010) have
described E. roseofulvum. These morphological details
are mostly in agreement with those of the collected
specimen. Therefore, the fungus was ideniied as
Entoloma roseolavum.
Review of literature revealed that the genus
Ganoderma has a worldwide distribuion. It grows on
a numerous perennials, coniferous and palmaceous
hosts. Some Ganoderma species are wood roing
Borkar et al.
fungi, many are pathogenic to economically important
crops causing root and stem rots. In forest ecosystem
they play an important role in breakdown of lignin
of woody plants. Ganoderma is the largest genus in
order Apphyllophorales with more than 300 species.
In 1881, Karsten established the genus with the type
species G. lucidum and a number of species has been
described in the genus thereater. Diferent taxonomic
characters were used for ideniicaion by various
authors like Murill, Atkinson, Coleman, Corner, Steyaert
etc. Moncalvo & Ryvarden (1977), published a world
list of Ganoderma species (Bhosle et al. 2010). Fiteen
species of Ganoderma were reported from Western
parts of Maharashtra by Bhosle et al. (2010), with the
help of a key prepared to difereniate the species on the
basis of morphological characters. Tiwari et al. (2005)
has provided a taxonomic overview of Ganoderma and
described nine species on 91 hosts from India. Later on
they described 17 species of the genus from central India
with photographs and host details (Tiwari et al. 2013).
The basidiocarps were designated as laccate and sipiate
for G. lucidum complex and non laccate and generally
asipiate for G. applanatum complex. Muthelo (2009)
followed Adaskaveg and Gilbertson’s key considering
context colour and basidiospores size to difereniate
the species of Ganoderma. Bhosale et al. (2010)
described G. lucidum. Muthelo (2009) stated that the
context colour of G. lucidum is tan to brown. Petersen
(1983) reported that Ganoderma can be recognized by
the shiny orange red wax crust and presence of sipe.
Perennial trees such as Ain (Terminalia ellipica)
and Kinjal (T. paniculata) are of common occurrence
in all the forests of the Konkan region. In decaying
plant liter of these trees, Hygrocybe miniata was
repeatedly observed during the present study. The
other member of this genus collected during the surveys
was Hygrocybe conica. But it occurs in forests as well as
in open ields. The reports of occurrence of both these
members of Hygrophoraceae and their morphological
features are discussed here. Doshi & Sharma (1997)
reported four species of the genus Hygrocybe, viz., H.
eburnea, H. russula, H. sulphureus and H. benzoninum
from Rajasthan. H. ceracae, H. indica, Hygrophorus
partensis were reported from Maharashtra (Pail et al.
1995). Verma et al. (1995) also reported H. miniata from
northeastern hills of India. The species of this genus
occurring in northwestern Himalaya were, H. conica, H.
miniata, H. psitacina and H. calopus (Lakhanpal 1995).
Natarajan (1995) reported H. ceracae, H. chlorophena,
H. fornicate H. miniata and H. wesii from southern India
while Devi (1995) reported H. calypraeformis, H. conicus,
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7635
Mushroom diversity of Konkan region
Borkar et al.
and H. puncia from Kerala. The morphological features
of the collected macrofungi are in agreement with those
described earlier. The fungus was therefore, ideniied
as Hygrocybe miniata (Fr.) Kummer. Morphological
features of the collected fungus Hygrocybe conica
are in conformity with those described on authenic
macrofungi websites.
A single member of the genus Lepiota was collected
during present studies. Metzler & Van (1992) menioned
that the diversity of Lepiota extends to edibility as
well as morphological features. Large sized species of
the genus are oten robust, creamy to white with very
noiceable scales or patches on cap that do not wash
of. The presence of scales or patches on cap is one of
the best disinguishing features. Eight species of the
genus Lepiota were reported by Devi (1995). Pail et al.
(1995) menioned eleven species of the genus recorded
from Maharashtra. Many other workers have reported
Lepiotas from diferent states of the country (Natarajan
1995; Raique & Patel 1995; Saini & Atri 1995; Verma et
al. 1995). The morphology of the collected fungus was
in concurrence with the descripion in earlier reports.
The pileus, lamellae and sipe of Lepista nuda
were violet in colour and this was a very peculiar
characterisic of this mushroom. Mirko (1975) described
the morphological features of this fungus as, fruit body
amethyst purple when young. Colour of cap and gills
disappears with age and changes into cloudy purple or
beige brown. Flesh has a pleasant smell. Purple colour
of the sipe is retained for long ime and this fungus was
earlier reported by Sathe & Deshpande (1980) from
Panchagani, Maharashtra as Lepista nudoidea. Oten
slightly bulbous at the base, bluish-lilac. Flesh thick,
bluish-lilac. Gills crowded, bluish-lilac (htp://www.
rogersmushrooms.com) or in fairy rings under a variety
of hardwoods and conifers (htp://www.mykoweb.com/
CAF/species/Clitocybe_nuda.htm). On the basis of
comparison between the morphological characters of
the collected specimen with the descripion in reviewed
literature, the fungus is ideniied as Lepista nuda.
Singer (1986) recognized 13 species in genus
Leucocoprinus while Wasser (1993) menioned 18
species. According to recent literature (Kirk et al. 2008)
there are 40 species in this genus. Manjula (1983) listed
ive species from India, Natarajan et al. (2005) listed
six species, and Kumar & Manimohan (2009) reported
a new species from Kerala State. Only one species has
been reported from Karnataka (Pushpa & Purushothama
2011) with conical pileus becoming campanulate with
age, membranous; surface yellow, loccose squamulose;
plicate striate, with velar remains.
7636
Members of the genus Macrolepiota are of
worldwide occurrence. Like many other countries
this mushroom was reported by a number of workers
from India. Collected specimen of Macrolepiota is in
agreement with the descripion reported by Nair (1990).
Tsykun et al. (2010) described Marasmius ramealis
with the following characters. Conical to hemispherical
when young, convex to conical later and having
ochraceous yellow to brown. Lamellae with adnate to
decurrent atachment; sipe; without annulas, cylindrical
slightly broad at the base. The morphological features
of the collected specimen are in conformity with those
described Wannathes et al. (2009) and Antonin &
Buyck (2006). Five species of Marasmius including M.
haematocephalus were reported from Maharashtra
(Pail et al. 1995). On the website of Rogers mushrooms,
the descripion of M. ramealis says that the cap is convex
to latened, centrally depressed, whiish pink in colour,
membranous and wrinkled. Gills are distant, white to
pinkish and the spore print is white. All these characters
are matched with collected specimens of M. ramealis.
During the forays it was observed that at some
locaions the fruit bodies of Pisolithus inctorius were
larger than those normally observed. Someimes
these fruit bodies grow on the underground roots of
Acacia plants along the roadside and during the period
development, they grow out by breaking the soil
surface or even the tar roads and hence locally called
as bhuiphoda (land breaker). The review of literature
revealed that, this fungus is in mycorrhizal associaion
with the roots of the members of families such Fabaceae
and Myrtaceae. On the basis of morphological and
cultural studies and polypepides analysis of 100
specimens, Burgess et al. (1995) described the variaion
in basidiome and basidiospore morphology of P.
inctorius isolates mycorrhizal with Eucalyptus, Pinus
casuarhina and Acacia. The morphological characters
of the basidiome of the collected specimen were in
concurrence with those menioned by Burgess et
al. (1995) but the basidiospores were smaller in size
then the four ranges menioned by them. So also the
spines on the basidiospores were not observed under
100X. This points out that the species collected in
the present study was diferent than those studied by
Burgess et al. (1995), Razzaq & Shahzad (2004) for the
irst ime reported occurrence P. inctorius in Eucalyptus
plantaions in sandy soils of Karachi in summer season.
The morphological descripion of collected fungi was in
agreement with that reported by earlier workers. On
this basis the fungus was ideniied as P. inctorius. The
occurrence of this fungus in Maharashtra was reported
Journal of Threatened Taxa | www.threatenedtaxa.org | 26 August 2015 | 7(10): 7625–7640
Mushroom diversity of Konkan region
by Pande (1972). Recently, it was reported by Mani &
Kumaresen (2009) from Tamil Nadu, by Hedawoo (2010)
from Amaravai region and by Karwa & Rai (2010) from
Melghat region of Maharashtra.
The genus Pleurotus is a vast genus comprising about
766 species (www.indexfungorum.org/names/Names.
asp). The species in this genus are diicult to difereniate
taxonomically because of the variability in fruit body
morphology. Several species have been described under
more than one name all over the world (Buchanan 2001).
The morphology of three species of Pleurotus collected
during the present study is discussed below. The sipe of
P. pulmonarius is typically eccentric than lateral while in
P. ostreatus it is more lateral than eccentric (Buchanan
2003). All the two species of Pleurotus collected during
the present study were morphologically diferent. The
basidiocarp of P. ostreatus was asipiate, dimidiated
and nearly white. The pileus of P. pulmonarius was light
brown with small sipe. Many workers in the country
had reported diferent species of Pleurotus (Singh 1977;
Devi 1995; Pail et al. 1995; Verma et al. 1995; Doshi
& Sharma 1997; Tani et al. 2011). Two species of the
genus Pluteus, viz., P. aricapillus and P. salmoneus
were reported by Sathe et al. (1980) from Maharashtra.
The former was recorded in Pune while the later was
observed at Castle Rock. In respect of P. aricapillus,
Sathe et al. (1980) reported that the mushroom is
commonly known under the name P. cervinus all over
the world. Further they have menioned that it is an
edible mushroom. Natarajan & Raman (1980) reported
Pluteus from southern India. The morphology of
collected mushroom in respect of colour, shape and
surface of the pileus, gill atachment, and sipe was in
conformity with the descripion menioned above. On
the basis of morphological characters it was ideniied as
Pluteus cervinus.
Most of the recorded species of the genus
Termitomyces genus all over the world occur mainly
in Asian and African countries. All the species of this
genus are reported to be in symbioic associaion
with termites and hence the genus is named as
Termitomyces. Some of the members grow on epigeous
termite mounds while others grow on the termitoria
formed very deep below the soil level. In case of such
mushrooms the pseudorrhiza (root like structure of the
mushroom fruit body) is quite long. The lateriic soils
of Konkan region are conducive for growth of termites.
As a result, all the dried plant liter in fruit orchards and
plantaions is atacked by termites. Someimes the
termites grow on the trunks of live plants. During the
present invesigaion, ive species of the genus were
Borkar et al.
collected from all the four districts of the Konkan region.
Several species viz., T. albuminosa T. carilagineous T.
clypeatus T. mammiformis T. microcarpus T. poonensis T.
robustus T. eurrhizus, T. heimii, T. radicatus, T. robustus
and T. siatus T. indicus, T. rabuorii, T. microcarpus f.
santalensis, T. letestui, (Sathe et al. 1980; Nair 1990;
Devi 1995; Natarajan 1995; Saini & Atri 1995; Doshi &
Sharma 1997; Verma et al. 1995; Purkayastha & Chandra
1985; Tani et al. 2011) had been reported from India.
Tang et al. (2005) reported that a total of 68 species
of this genus have been recorded worldwide. Macromorphological characterisics of Termitomyces provide
more reliable taxonomic informaion to delineate most
of the species in the genus than micro-morphology. The
micro-morphology is less informaive and ambiguously
used by many workers (Tibuhwa et al. 2010). In his
monograph on the genus Termitomyces, Heim (1977)
has given a detailed account of the species of this genus
occurring all over the world. A key to the species of
Termitomyces from India by Vrinda & Pradeep (2009)
includes morphological characters of sixteen previously
reported species as well as a lesser known species,
T. sagiiformis. According to the key, the mushroom
with straw coloured to brownish pileus, pointed
perforatorium, black pseudorrhiza and absence of
annulus is T. umkowaani. Morphological features of the
collected specimen matched with that of Sathe & Daniel
(1980). They have also menioned that T. longiradicatus
is closer to T. heimii but difers in having long radicaing
sipe. The fungus was therefore, ideniied as T.
longiradicata. T. heimii was irst described by Natarajan
(1979) the morphological features of the specimen
recorded in the present study are in conformity with
those given by Natarajan (1979) and Sathe & Daniel
(1980). According to Vrinda & Pradeep (2009), T.
longiradicatus is a synonym of T. hemii. In the present
study, the pileus of T. longiradicata was granulose and
that T. heimii was glabrous. So also the sipe length of T.
longiradicata was less above ground and pseudorrhiza
was long. In T. hemii the sipe was 18cm above the soil.
Due to this diference in morphological characters of both
these mushrooms, it is appropriate to consider them as
separate species. T. microcarpus was reported by most
of the workers in the country. Nair (1980) described this
mushroom as per the key given by Vrinda & Pradeep
(2009). Kesel (2011) menioned that, the fruit body of
T. microcarpus has very small cap and the pseudorhiza
is absent. Tibuhwa et al. (2010) reported that the pileus
of T. microcarpus is white, small, sipe, white, annulus
and pseudorhiza absent. Atri et al. (1995) described
this fungus with 1cm broad, yellowish-white pileus,
Journal of Threatened Taxa | www.threatenedtaxa.org | 26 August 2015 | 7(10): 7625–7640
7637
Mushroom diversity of Konkan region
Borkar et al.
lamellae subdistant, and spore print light orange. The
morphological characters of the fungus collected during
present study are in concurrence with those described
by earlier workers. The ith species of the genus
Termitomyces collected from the Konkan region was T.
clypeatus. Nair (1980), in his descripion of this species,
menioned that the pileus is conical at irst with strongly
spiniform perforatorium, expanding with age. As per
Froslev (2000) the perforatorium of this mushroom is
strongly spiniform. The perforatorium of T. clypeatus
is grayish to buf brown paling towards margin, stem
white pseudorhiza present, annulus absent (Tibuhwa et
al. 2010). Perforatorium spiniform with grayish brown
pileus (Kesel 2011). According to Wei et al. (2006) the
spiniform perforatorium, smooth and non-annulate
sipe surface, and pale sipe and pseudorhiza indicate
that it is a collecion of T. clypeatus. Furthermore, the
microscopic characters of the type, e.g., size and form
of basidiospores, basidia and cysidia, are in agreement
with that of T. clypeatus. Hence the fungus described
by Zang (1981) as Sinotermitomyces taiwanensis is T.
clypeatus. Considering all the morphological characters
described by previous workers and comparing them
with the morphology of the collected specimen, this
fungus was ideniied as T. clypeatus Heim.
Chang & Miles (2004) described two types of fruiing
bodies in Tremella fuciformis. The nut gall type has folds
or lobes and the other type looks like a cock’s comb. As
per Kuo (2008), the fruit body is composed of graceful
lobes, transparent, whiish, up to 7cm across and 4cm
high and shiny. Anonymous (2000) described the fruit
body as a basidiocarp with lobes which were forked with
incised crenate margin gelainous, irm and up to 5cm
in height. The spores are ellipsoid, smooth and hyaline.
The basidiocarps are cespitose (www.mycobank.org).
The collected mushroom was ideniied as T. fuciformis
on comparing the characters of collected specimens
with the descripion given by previous workers.
The present study does not include all the macrofungi
occurring in the region. It is just an efort to peep into
the hidden treasure of these colorful and fascinaing
fungi.
CONCLUSIONS
Forays conducted during monsoon of 2008, 2009,
2010, 2011 and 2012 revealed the presence of 29
mushrooms belonging to diferent families. Among
these, six species of Agaricaceae and six of Lyophyllaceae
from one-third of the total collecion.
7638
The noteworthy outcome of the present study
was the occurrence of ive species of Termitomyces,
Pleurotus pulmonarius, Lepista nuda, Tremella
fuciformis, Dictyophora duplicata and Pluteus cervinus
which are edible and Tremella is a medicinally important
mushroom. There is a vast scope for documentaion of
macrofungi from this region in future.
REFERENCES
Alexopoulos, C.J., C.W. Mims & M. Blackwell (2004). Introductory
Mycology. John Wiley & Sons. (Asia) Pte. Ltd., 808pp.
Antonin, V. & B. Buyck (2006). Marasmius (Basidiomycota,
Marasmiaceae) in Madagascar and the Mascarenes. Fungal
Diversity 23: 17–50.
Atri, N.S., S.S. Saini & G. Kaur (1995). Studies on north Indian Agarics:
The Genus Termitomyces. Mushroom Research 4: 7–10.
Bhosale, S., K. Ranadive, G. Bapat, S. Garad, G. Deshpande & J. Vaidya
(2010). Taxonomy and Diversity of Ganoderma from western parts
of Maharashtra (India). Mycosphere 1(3): 249–262.
Buchanan, P.K. (2003). Ideniicaion, Names and Nomenclature
of Common Edible Mushrooms. Proceedings of 2ndInternaional
Conference on Mushroom Biology and Mushroom Producion,
Green Books.
Burdsall H.H. Jr. & T.J. Volk (1993). The state of taxonomy of the genus
Armillaria. Macilvainea 11(1): 4–12.
Burgess T., N. Malajczuke & B. Dell (1995). Variaion in Pisolithus based
on Basidiome and Basidiospore Morphology, Culture Characterisics
and Analysis of Polypepides Using 1D-SDS-PAGE. Mycological
Research 99(1): 1–13.
Castellano, M.A., E. Cazares, B. Fondric & T. Dreisbach (2003). General
Technical Report, USDA, 53–58pp.
Chang, S.T. & P.G. Miles (2004). Mushroom: Culivaion, Nutriional
Value, Medicinal Efect and Environmental Impact. (2nd ediion). CRC
press New York, xx+451pp.
Corner E.J.H. (1966). A Monograph of Cantharelloid Fungi. Oxford
University Press, 255pp.
Devi, B. (1995). Mushroom Flora of Kerala, pp. 277–316. In: Chadha,
K.L. & S.R. Sharma (eds.). Advances in Horiculture Vol. 13 Mushroom. Malhotra Publishing House, New Delhi.
Doshi A. & M. Sharma (2011). Biodiversity and Coservaion of
Mushrooms in Rajasthan. In: Kannian, S., T. Marimuthu & K. Lenin
(eds.). Diversity and Producion of Edible Mushrooms. Associated
Publishing Company, India, vii+184pp.
Doshi A. & S.S. Sharma (1997). Wild Mushrooms of Rajasthan, pp.
105–127. In: Rai, R.D., B.L. Dhar & R.N. Verma (eds.). Advances in
Mushroom Biology and Producion. Mushroom Society of India,
N.R.C.M., Chambaghat, Solan (HP), India.
Doshi A. & S.S. Sharma (1990). A new mushroom Termitomyces
eurhizusfrom Rajasthan. Indian Journal of Mycology and Plant
Pathology 20: 279.
Doshi A., A. Trivedi & S.S. Sharma (1994). Fleshy Fungi from Rajasthan.
Abstract of Paper Presented in Naional Symposium on Mushroom
held at Solan.
Froslev, T. (2000). htp:// www.mycokey.com/burkinaFaso/
Termitomyces.html.
Gibson I., (2007). Trial Field Key to Club Shaped Fungi in Paciic North
West. Paciic North West Key Council Publicaion.
Harsha N.S.K. & K. Joshi (2008). Mushroom: The Vegetable of Future.
htp://www.nistads.res.in/indiasnt2008/t6rural/t6rur12.htm.
Hedawoo, G.B. (2010). Wild mushroom lora from Amaravai region,
Maharashtra, India. Journal of Mycology and Plant Pathology 40(3):
441–444.
Heim, R. (1977). Termites et Champignons: Les Champignons
Journal of Threatened Taxa | www.threatenedtaxa.org | 26 August 2015 | 7(10): 7625–7640
Mushroom diversity of Konkan region
Termitophiles d’ Afrique Noire et d’ Asie Meridionle. Societe Des
Ediions Boubee, Paris.
Karwa, A. & M.K. Rai (2010). Hitherto Unreported Agaricus species of
Central India. Nusantara Bioscience 2(3): 141–145.
Kesel, A. de (2011). Provisional Macroscopic Key to the Edible
Mushrooms of Tropical Africa. MycoAfrica 4(1): 1–8.
Kirk P.M., P.F. Cannon, D.W. Minter & J.A. Stalpers (2008). Dicionary
of the Fungi (10th ed.), Wallingford, CABI p.374
Kumar, T.K.A. & P. Manimohan (2009). The genera Leucoagaricus and
Leucocoprinus (Agaricales, Basidiomycota) in Kerala State, India.
Mycotaxon (108):385-428; htp://dx.doi.org/10.5248/108.385
Kumar, S. & Y.P. Sharma (2009). Macrofungi of Jammu Province (J & K)
India. Indian Journal of Forestry 32(1): 113–118.
Kuo (2004). htp://www.mushroomexpert.com/armillaria_tabescens.
html
Kuo (2007). htp://www.mushroomexpert.com/agaricus_arvensis.
html
Kuo (2008). htp://www.mushroomexpert.com/phallus_duplicatus.
html
Kuo (2008). htp://www.mushroomexpert.com/tremella_fuciformis.
html
Kuo (2008). htp://www.mushroomexpert.com/calocera_cornea.html
Kuo (2008). htp://www.mushroomexpert.com/craterellus_
tubaeformis.html
Lakhanpal, T.N. (1995). Mushroom Flora of North West Himalayas,
pp. 351–373. In: Chadha, K.L. & S.R. Sharma (eds.). Advances in
Horiculture, Vol. 13 - Mushroom. Malhotra Publishing House, New
Delhi.
Lee, S.Y. (2004). Ultra structural descripion of some wood degrading
fungi at light microscope and scanning electron microscopic Levels.
Korean Journal of Electron Microscopy 34(4): 271–276.
Mani, S. & V. Kumaresan (2009). Occurrence of macrofungi on
the Coromandel coast of Tamil Nadu, southern India. Journal of
Threatened Taxa 1(1): 54–57; htp://dx.doi.org/10.11609/JoTT.
o1773.54-57
Manimohan, P., M.E. Noordeloos & A.M. Dhanya (2006). Studies on
the Genus Entoloma (Basidiomycets, Agaricales) in Kerala State,
India. Persoonia 19(1): 45–93.
Manjula, B. (1983). A revised list of Agaricoid and Boletoid
Basidiomycetes from India and Nepal. Proceedings of Indian
Academy of Science (Plant Science) 92(2): 81–213.
Metzler, G. & M. Van (1992). Texas Mushrooms: A Field Guide.
University of Texas Press.
Mirko, S. (1975). A Colour Guide to familiar Mushrooms and Fungi.
Octopus Books, London, 126pp.
Muthelo, V.G. (2009). Ideniicaion of Ganoderma Species Causing
Root Rot Disease of Jackaranda in Pretoria. MSc Dissertaion for
M.S. in Microbiology and Plant pathology, University of Pretoria.
Nair, M.C. (1990). Mushrooms, Technical Bullein - 17. Kerala
Agricultural University, 139pp.
Natarajan, K. (1995). Mushroom lora of south India (except Kerala),
pp. 387–397. In: Chadha, K.L. & S.R. Sharma (eds.). Advances in
Horiculture, Vol. 13 - Mushroom. Malhotra Publishing House, New
Delhi.
Natarajan, K. & N. Raman (1980). South Indian Agaricales - IX. Sydowia
33: 225–235.
Natarajan, K. (1979). South Indian Agaricales V: Termitomyces heimii.
Mycologia 71(4): 853–855.
Natarajan, K., V. Kumaresan & K. Narayanan (2005). A check list of
Indian Agarics and Boletes (1984–2002). Kavaka (33): 61–128.
Noordeloos, M.E. & O.V. Morozova (2010). New and Noteworthy
Entoloma Species from the Primorsky Territory Russian Far East.
Mycotaxon 112: 231–255.
Noordeloos, M.E. (2004). www.entoloma.nl./html/eninrtoeng.html
Pail, B.D., S.W. Jadhav & A.V. Sathe (1995). Mushroom lora of
Maharashtra, pp. 351–373. In: Chadha, K.L. & S.R. Sharma (eds.).
Advances in Horiculture, Vol. 13 - Mushroom. Malhotra Publishing
House, New Delhi.
Pegler, D.N., (1977). A Preliminary Agaric Flora of Africa. Her Majesty’s
Borkar et al.
Staionary Oice, London, 615pp, 131 igs.
Petersen, J. E., (1983). Ganoderma in northern Europe. Denmark og.
Europae Swampe 7: 1–11.
Purkayastha, R.P. & A. Chandra (1985). Indian Edible Mushrooms
Firma K. M. Private Ltd., Calcuta, India.
Pushpa, H. & K.B. Purushothama (2011). Leucocoprinus Pat.
(Agaricaceae, Agaricales, Basidiomycota) in Bangaluru, Karnataka
State, India. World Applied Science Journal 14(3): 470–475.
Razzaq, A. & S. Shahzad (2004). Pisolithus inctorius, A New Record
from Pakistan. Pakistan Journal of Botany 36 (2): 449–451.
Saini, S.S., N.S. Atri & M.S. Bhupal (1988). North Indian Agaricales - V.
Indian Phytopathology 41(4): 622–625.
Saini, S.S. & N.S. Atri (1995). Mushroom Flora of Punjab, pp. 375–386.
In: Chadha, K.L. & S.R. Sharma (eds.). Advances in Horiculture, Vol.
13 - Mushroom. Malhotra Publishing House, New Delhi.
Saini, S.S., N.S. Atri & A.K. Gupta (1991). Addiional Studies on
North West Indian Agarics. Proceedings of Naional Mushroom
Symposium. Thiruananthapuram, Kerala, 7–12pp.
Sathe, A.V. & S.M. Kulkarni (1987). A check list of wild edible
mushrooms from south west India, pp. 411–413. In: Kaul, T.N. &
B.M. Kapur (eds.). Indian Mushroom Science, II. Regional Research
laboratory, Jammu, India.
Sathe, A.V. & S.R. Rahalkar (1978). Agaricales from South West India.
Biovigyanam 3: 119–121.
Sathe, A.V. (1979). Agaricology in India - a review of work on Indian
Agricales. Biovigyanam 5: 125–130.
Sathe, A.V. & S. Deshpande (1979). Agaricales of Maharashtra, pp.
82–88. In: Chatopadhyay, S.B. & N. Samajpai (eds.). Advances in
Mycology and Plant Pathology. Oxford and IBH Publishing Co. New
Delhi, India.
Sathe, A.V., S. Deshpande, S.M. Kulkarni & J. Daniel (1980). Agaricales
of South West India, Series - I. Monograph-I, Maharashtra
Associaion for Culivaion of Science, Research Insitute, Pune,
India.
Sharma, S.S., A. Doshi & A. Trivedi (1992). Edible Fleshy Fungi from
Rajasthan. Mushroom Research 1: 141.
Sharma, S.S. & A. Doshi (1990). Some Unreported Hosts of Pleurotus
Species. Mushroom Informaion, 4pp.
Singer, R., (1986). The Agaricales in Modern Taxonomy - 4th Ediion.
Sven Koeltz Scieniic Books, Koenigstein, Germany, 981pp.
Singh, R.D. (1977). Edible leshy fungi in Rajasthan. Indian J.of Mycol.
&Pl. Path. 78.
Tang, B.H., T.Z. Wei & Y.J. Yao (2005). Type Rivision of Three
Termitomyces species from India. Mycotaxon 94: 93–102.
Tani, B., L. Gurung & G.C. Sarma (2011). Wild Edible Fungal resources
Used by Ethnic Tribes of Nagaland, India. Indian Journal of Tradiional
Knowledge 10(3): 512–515.
Tiwari, C.K., N. Sharma & R.K. Verma (2005). Taxonomic over view of
Ganoderma lucidum with special reference to Indian species. Indian
Journal of Tropical Biodiversity 13: 57–72.
Tiwari, C.K., J. Parihar, R.K. Verma & U. Prakasham (2013). Atlas of
Wood Decaying Fungi of Central India. Tropical Forest Research
Insitute, Jabalpur, MP, 166p.
Tibuhwa, D.D., A.K. Kivaisi & F.S.S. Magingo (2010). Uility of
macro-morphological characters used in classifying the species of
termitomyces. Tanzania Journal of Science 36: 31–45.
Tsykun, T., D. Rigling, V.I. Nikolaychuk & S. Prospero (2010).
Ideniicaion and Characterizaion of Armillaria tabescens from the
Transcarpathia of Ukraine. Science Bullein of Uzhgorod University
(Ser.Biol.) 29: 195–203.
Verma, R.N., G.B. Singh & S.M. Singh (1995). Mushroom Flora of
North Eastern Hills, pp. 329–350. Chadha, K.L. & S.R. Sharma (eds.).
Advances in Horiculture - Vol. 13, Mushroom. Malhotra Publishing
House, New Delhi.
Vrinda, K.B. & C.K. Pradeep (2009). Termitomyces sagiiformis- A
lesser Known Edible Mushroom from Western Ghats. Mushroom
Research 18(1): 33–36.
Wannathes, N., D.E. Desjardin, K.D. Hyde, B.A. Perry & S. Lumyong
(2009). A monograph of Marasmius (Basidiomycota) from north
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Mushroom diversity of Konkan region
Borkar et al.
Appendix 1. List of mushrooms described
Appendix 2. List of localiies tapped with laitude and longitude.
Locality
Lat. and Long.
1
Alore
17045’N & 73005’E
Agaricaceae
2
Amboli
17057′52″N 73023′50″E
Agaricus trisulphuratus Berk.,
Agaricaceae
3
Anjarle
17.850N & & 73.090E
4
Armillaria tabescens (Scop.) Emel
Physalacriaceae
4
Chiplun
15057′45″N & 73059′52″E
5
Calocera cornea (Batsch.)Fr.
Decrymycetaceae
5
Dapoli
17045′32″N & 73011′8″E
6
Clitocybe spp. Fr.
Tricholomataceae.
6
Devrukh
17046’45”N & 7307’9”E
7
Craterellus tubaeformis (Fr.) Quel.
Cantharellaceae
7
Enampangari
17044’39”N & 73017’13”E
8
Daldinia concentrica (Bolton) Ces. & De
Not.
Xylariaceae
8
Guhagar
16.850N & 73.550E
9
Dictyophora duplicata. (Bosc.) E. Fish
Harne
16.000N & 73.750E
9
Phallaceae
10
Entoloma roseolavum Noordeloose
Entolomaceae
Jamsande
17.1870N & 73.5530E
10
11
Kanakvali
Ganoderma lucidum (Curis.) P. Karst.
Ganodermataceae
17003′54″N 73036′57″E
11
12
Kolad
Hygrocybe conica (Schaef.) P. Kumm
Hygrophoraceae
16059’54”N & 73041’48”E
12
13
Koloshi
Hygrocybe miniata (Fr.) P. Kumm
Hygrophoraceae
1700’41”N & 73029’33”E
13
14
Kudal,
Lepiota spp. (Pers.) Gray
17043’58”N & 73015’39”E
14
Agaricaceae
15
Lanja
16.000N & 73.6870E
15
Lepista nuda (Bull.) Cooke
Tricholomataceae
16
Mahad
16
16.050N & 73.460E
Leucocoprinus brinbaumii (Corda) Singer
Agaricaceae
17
Malvan,
1604’7”N & 73042’33”E
17
Macrolepiota procera (Scop.) Singer
Agaricaceae
18
Murud
16023’33”N & 73038’29”E
18
Marasmiellus ramealis Bull. Fr.
Marasmiaceae
19
Palghar
16.2850N & 73.680E
19
Marasmius haematocephalus f.
haematocephalus (Mont.) Fr.
Marasmiaceae
20
Pali
19039’9”N & 7308’48”E
20
Pisolithus inctorius (Fr.) Pilat
Sclerodermataceae
21
Pandur
19.690N & 72.760E
21
Pleurotus ostreatus (Jack.) P. Kumm.
Pleurotaceae
22
Pedhambe
16.670N & 73.520E
22
Pleurotus pulmonarius (Fr.) Quel. Champ
Pleurotaceae.
23
Poynad
17.530N & 73.520E
23
Pluteus cervinus (Schaef.) P. Kumm.
Plutaceae
24
Prabhanwalli
17.470N & 73.20E
24
Termitomyces heimii Natarajan
Termitomyces longiradicatus Sathe &
Daniel
Termitomyces microcarpous (Berk. &
Broome)
Lyophyllaceae
25
Rajapur
16051’32”N 73042’6”E
Lyophyllaceae
26
Sakharpa
16024’5”N & 73025’51”E
Lyophyllaceae
27
Sangameshwar
15.850N & 73.630E
28
Sawantwadi
17024′54.5″N & 73032′19.3″E
27
Termitomyces umkowaani (Cooke &
Massee)
Lyophyllaceae
29
Sawarde
17.470N & 73.620E
28
Termitomycs clypeatus R. Heim
Lyophyllaceae
30
Shrivardhan
18.0830N & 73.4170E
29
Tremella fuciformis Berk.
Tremellaceae
31
Umberghar
18024’0” N & 73012’0”E
32
Vengurle
18040’58”N & 72059’26”E
33
Wada
18.030N & 73.010E
34
Wakavali
17028′51.1″N & 73035′20.4″E
Species
Family
1
Agaricus arvensis Schaef
Agaricaceae
2
Agaricus placomyces Peck.,
3
25
26
Thailand based on morphological and molecular (ITS sequences)
Data. Fungal Diversity 37: 209–306.
Wasser, S.P. (1993). Tribes Cystodermateae and Leucocoprineae Sing.
of the CIS and Balic States. Libri Botanici 9: 1–105.
Wei, T.Z., B.H. Tang, Y.J. Yao & D.N. Pelger (2006). A Rivision of
Sinotermitomyces, an synonym of Termitomyces. Fungal Diversity
21: 225–237.
Zang, M. (1981). Sinotermitomyces, a new genus of Amanitaceae from
Yunnan, China. Mycotaxon 13: 171–174.
Threatened Taxa
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Journal of Threatened Taxa | www.threatenedtaxa.org | 26 August 2015 | 7(10): 7625–7640