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This study was conducted on specimens of macrofungi collected from Isparta Province between 2005 and 2008; in addition, Trichophaea woolhopeia (Cooke & W. Phillips) Boud. is given as a new record from Muğla Province. After fieldwork and laboratory studies, 129 taxa belonging to 36 families and 2 divisions were identified from Isparta Province. Five...
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This study was conducted on specimens of macrofungi collected from
Muğla province between 2005-2011. After field and laboratory studies, 211 taxa
belonging to 47 families and 2 classes were identified. Five of them—Cortinarius
biformis, Cortinarius percomis, Cortinarius renidens, Geastrum lageniforme, Hebeloma
aestivale—represent new records for Tu...
22nd Exhibition of Fungi of the Białowieża Forest was held on September 16-18, 2016 in Białowieża.
Sporocarps of over 200 species of macrofungi were presented. The Exhibition was accompanied by
many educational events, organised by the staff of the Education Centre of the Białowieski National Park.
This paper presents the list of fungi presented at...
Citations
... Taxonomic monographs and other taxonomic studies of Agaricus species are mostly from America, Australia, Europe, India and New Zealand. However, many studies have been carried out in Türkiye for the last ten years (Güngör et al., 2015;Uzun et al., 2017;Işık et al., 2019;Keleş, 2019;Acar et al., 2020;Çağli and Öztürk, 2020;Işık, 2020;Sadullahoğlu and Uzun, 2020;Sesli et al., 2020;Uzun et al., 2020;Yeşil et al., 2020;Çevik et al., 2021;Kaşık et al., 2022;Solak and Türkoğlu, 2022). This work is licensed under a Creative Commons Attribution 4.0 International License Accordingly, the total number of species in our country is presently 45. ...
The Agaricaceae is a monophyletic group of saprotrophic fungi distributed worldwide. The family exhibits considerable variations such as spore color and structure of pileus covering in morphology. Agaricus is the type genus of the family containing both edible and poisonous species, with more than 500 species worldwide. This genus includes many species that are considerably important as food and medicine so takes attention of scientists in the fields of medicine, biochemistry and food science. This study aims to describe and introduce a new record, Agaricus micromegethus, for the Turkish mycobiota based on macro- and micromorphology. An illustrated description of the species is provided.
... Trabzon (Sesli and Moreau, 2015;Uzun and Kaya, 2022 (Pilát, 1937);??? (Abatay, 1984); ??? (Öder, 1988); Adıyaman (Kaya et al., 2004;Kaya, 2005); Adana (IĢıloğlu and Öder, 1995;Doğan and Kurt, 2016); Antalya (Gezer, 2000;Öztürk et al., 2003;Solak et al., 2014a); Aydın (Allı et al., 2007); Balıkesir (AĢkun and IĢıloğlu, 1997;AltuntaĢ et al., 2017); Bingöl (Uzun et al., 2009); Bolu (Servi et al., 2010); Burdur (Solak et al., 2013); Çanakkale (Solak et al., 2003); Denizli (Köse et al., 2006;Gezer et al., 2007a,b;2008;2011a,b;Türkoğlu et al., 2007;Türkoğlu, 2008;KaĢık et al., 2013); Erzurum (Demirel et al., 2003); EskiĢehir (Köstekci et al., 2005); Gaziantep (Kaya, 2009a;Kaya et al., 2012Kaya et al., , 2014Uzun et al., 2015); Hatay ; Isparta (Güngör et al., 2015b); Ġzmir (Solak et al., 1999); KahramanmaraĢ (Kaya, 2006); Karaman ; Kayseri (KaĢık et al., 2002Türkoğlu and Gezer, 2006); Kilis (Solak et al., 2014b); Konya (Afyon, 1996a,b;1997a,b;2000); Kütahya (Allı et al., 2017b); Mersin (IĢıloğlu and Watling, 1992;Doğan et al., 2010Doğan et al., , 2012Güngör et al., 2015a); Muğla (IĢıloğlu and Watling, 1992;IĢıloğlu, 2001;Tırpan et al., 2018); ġanlıurfa (Kaya, 2015); Tokat (Türkekul and Sesli, 2003); UĢak . Öder, 1995;Güngör et al., 2015a;Doğan and Kurt, 2016); Ankara (Öztürk et al., 2017); Antalya Solak et al., 2014a); Artvin ; Aydın (Allı et al., 2007); Balıkesir (Yılmaz and IĢıloğlu, 2002); Bingöl ; Bolu (Yağız et al., 2006a); Burdur (Solak et al., 2013); Bursa (Solak and Gücin, 1992); Denizli (Köse et al., 2006;Gezer et al., 2007a,b;2008;2011b;Türkoğlu et al., 2007;Türkoğlu, 2008;KaĢık et al., 2013); Erzurum (Altan et al., 1986); EskiĢehir (Köstekci et al., 2005); Gaziantep ; GümüĢhane (Uzun et al., 2006); Hatay ; Isparta (Güngör et al., 2015b); Karabük (Yağız et al., 2005); Karaman Doğan and Öztürk, 2006); Kars (Demirel and Uzun, 1996); Kastamonu (Yağız et al., 2006b); Kilis (Solak et al., 2014b); Konya (Afyon, 1997a;AktaĢ et al., 2003;KaĢık et al., 2010); Kütahya (Allı et al., 2017); Manisa (Gücin and Öner, 1982;Yılmaz et al., 1997); Mersin, Muğla (IĢıloğlu and Watling, 1992); Mersin (Doğan et al., 2007(Doğan et al., , 2012; Muğla (IĢıloğlu, 2001;Tırpan et al., 2018); Ġzmir (Solak et al., 1999); Osmaniye (Solak et al., 2011) (Pilát, 1937). ...
... Trabzon (Sesli and Moreau, 2015;Uzun and Kaya, 2022 (Pilát, 1937);??? (Abatay, 1984); ??? (Öder, 1988); Adıyaman (Kaya et al., 2004;Kaya, 2005); Adana (IĢıloğlu and Öder, 1995;Doğan and Kurt, 2016); Antalya (Gezer, 2000;Öztürk et al., 2003;Solak et al., 2014a); Aydın (Allı et al., 2007); Balıkesir (AĢkun and IĢıloğlu, 1997;AltuntaĢ et al., 2017); Bingöl (Uzun et al., 2009); Bolu (Servi et al., 2010); Burdur (Solak et al., 2013); Çanakkale (Solak et al., 2003); Denizli (Köse et al., 2006;Gezer et al., 2007a,b;2008;2011a,b;Türkoğlu et al., 2007;Türkoğlu, 2008;KaĢık et al., 2013); Erzurum (Demirel et al., 2003); EskiĢehir (Köstekci et al., 2005); Gaziantep (Kaya, 2009a;Kaya et al., 2012Kaya et al., , 2014Uzun et al., 2015); Hatay ; Isparta (Güngör et al., 2015b); Ġzmir (Solak et al., 1999); KahramanmaraĢ (Kaya, 2006); Karaman ; Kayseri (KaĢık et al., 2002Türkoğlu and Gezer, 2006); Kilis (Solak et al., 2014b); Konya (Afyon, 1996a,b;1997a,b;2000); Kütahya (Allı et al., 2017b); Mersin (IĢıloğlu and Watling, 1992;Doğan et al., 2010Doğan et al., , 2012Güngör et al., 2015a); Muğla (IĢıloğlu and Watling, 1992;IĢıloğlu, 2001;Tırpan et al., 2018); ġanlıurfa (Kaya, 2015); Tokat (Türkekul and Sesli, 2003); UĢak . Öder, 1995;Güngör et al., 2015a;Doğan and Kurt, 2016); Ankara (Öztürk et al., 2017); Antalya Solak et al., 2014a); Artvin ; Aydın (Allı et al., 2007); Balıkesir (Yılmaz and IĢıloğlu, 2002); Bingöl ; Bolu (Yağız et al., 2006a); Burdur (Solak et al., 2013); Bursa (Solak and Gücin, 1992); Denizli (Köse et al., 2006;Gezer et al., 2007a,b;2008;2011b;Türkoğlu et al., 2007;Türkoğlu, 2008;KaĢık et al., 2013); Erzurum (Altan et al., 1986); EskiĢehir (Köstekci et al., 2005); Gaziantep ; GümüĢhane (Uzun et al., 2006); Hatay ; Isparta (Güngör et al., 2015b); Karabük (Yağız et al., 2005); Karaman Doğan and Öztürk, 2006); Kars (Demirel and Uzun, 1996); Kastamonu (Yağız et al., 2006b); Kilis (Solak et al., 2014b); Konya (Afyon, 1997a;AktaĢ et al., 2003;KaĢık et al., 2010); Kütahya (Allı et al., 2017); Manisa (Gücin and Öner, 1982;Yılmaz et al., 1997); Mersin, Muğla (IĢıloğlu and Watling, 1992); Mersin (Doğan et al., 2007(Doğan et al., , 2012; Muğla (IĢıloğlu, 2001;Tırpan et al., 2018); Ġzmir (Solak et al., 1999); Osmaniye (Solak et al., 2011) (Pilát, 1937). (Pilát, 1937). ...
Based on the available literature on Turkish higher fungi, a list of 58 hypogeous or semi-hypogeous basidiomycetous species were compiled. The taxa are distributed in 23 genera, 18 families and 6 orders within Agaricomycetes. Among the compiled taxa, Rhizopogon luteolus and R. roseolus were found to have widest distribution while 40 of them have been reported from only one locality.
... Twenty-eight Hebeloma species have been recorded from Turkey (Sesli & Denchev 2014;Güngör & al. 2015;Sesli & al. 2015Sesli & al. , 2018Doğan & Kurt 2016;Dizkirici & al. 2019). investigated seven Turkish specimens (representing six species, including H. celatum and H. subtortum) using molecular data but did not provide morphological details; subsequently Dizkirici & al. (2019) provided detailed descriptions of Turkish H. subtortum. ...
Hebeloma excedens and H. geminatum are reported as new records and H. celatum is confirmed for the Turkish mycota, on the basis of morphological and phylogenetic data. Morphological descriptions, illustrations, and comparisons with closely related taxa are provided.
... The literature (Sesli & Denchev 2014;Akata & al. 2015;Güngör & al. 2015;Sesli & al. , 2016Sesli 2018;Sesli & Liimatainen 2018;Acar & Kalmer 2018;Kalmer & al. 2019) has reported 116 Cortinarius species from Turkey. ...
Three Cortinarius species, C. barbatus , C. osmophorus, and C . Saturninus, have been identified as new records for the Turkish mycota based on macro- and micromorphological characters, and their identifications were supported by molecular (rDNA ITS) phylogenetic data. The Turkish specimens are illustrated, and their diagnostic characters are compared with published descriptions of the same species and related taxa.
... , Güngör et al. (2014), Sesli and Kobayashi, (2014), Solak et al. (2014a), Solak et al. (2014b), Şen et al. (2014), Türkoğlu and Castellano, (2014), Acar et al. (2015), Çolak et al. (2015), Demirel et al. (2015), Doğan and Akata, (2015), Güngör et al. (2015a), Güngör et al. (2015b), Türkoğlu et al. (2015), Sesli et al. (2015), Uzun et al. (2015), Karacan et al. (2015), Kaya, (2015), , Kaya et al. (2015), Akata et al. (2016), Akçay and Uzun, (2016 ...
Karabük İli Yenice İlçesi ve çevresindeki farklı lokalitelerden 2012-2014 yılları arasında yapılan çalışmalarda 215 takson belirlenmiştir. Arazi ve laboratuar çalışmaları sonucunda; Ascomycota bölümünden 11 familya, 22 cinse ait 32 takson, Basidiomycota bölümünden 44 familya, 101 cinse ait 183 takson tespit edilmiştir. Literatür çalışmaları sonucunda Hygrocybe substrangulata (P.D. Orton) P.D. Orton & Watling ve Hygrophorus atramentosus (Alb. & Schwein.) H. Haas & R. Haller Aar. ex Bon türleri Türkiye için yeni kayıt olarak belirlenmiştir.
... The literature (Sesli & Denchev 2014;Akata & al. 2015;Güngör & al. 2015;Sesli & al. , 2016Sesli 2018;Sesli & Liimatainen 2018;Acar & Kalmer 2018;Kalmer & al. 2019) has reported 116 Cortinarius species from Turkey. ...
Three Cortinarius species, C. barbatus, C. osmophorus, and C. Saturninus, have been identified as new records for the Turkish mycota based on macro-and micromorphological characters, and their identifications were supported by molecular (rDNA ITS) phylogenetic data. The Turkish specimens are illustrated, and their diagnostic characters are compared with published descriptions of the same species and related taxa.
... Cortinarius species have been previously recorded in Turkey (Sesli & Denchev 2014;Akata & al. 2015;Güngör & al. 2015;Sesli & al. 2015Sesli & al. , 2016Sesli 2018;Sesli & Liimatainen 2018;Kalmer & al. 2019). Our research provides the first identification of C. rapaceoides in Turkey with detailed description of morphological characteristics and evidence at the molecular level. ...
A macrofungus collected from Akbelen village in Tokat has been identified based on molecular evidence and morphology as Cortinarius rapaceoides, a new record from Turkey. Sequence data generated from the nuclear ribosomal internal transcribed spacer and ribosomal large subunit regions were deposited in GenBank and used to determine phylogenetic relationships within Cortinarius subg . Phlegmacium . A morphological description, illustrations, and phylogeny of the Turkish C. rapaceoides are provided.
... Almost 2.400 macrofungi growing in Turkey were listed by Sesli and Denchev (2014) and Solak et al. (2015). After these checklists some local studies (Kaşık et al., 2013;Demirel and Kocak 2014;Acar et al., 2015;Demirel et al., 2015;Güngör et al., 2015;Uzun et al., 2015;Demirel et al., 2016;Acar and Uzun 2016;Akçay and Uzun 2016;Kaya et al., 2016;Sesli et al., 2016;Türkekul and Işık, 2016;Akata and Uzun 2017;Sesli and Vizzini, 2017;Demirel et al., 2017, Kaşık et al., 2017Uzun et al., 2017) were also presented and some new records Işık and Türkekul, 2018;Kaya and Uzun, 2018;Akçay et al., 2018) were also presented. ...
Two basidiomycetous taxa, Conocybe velutipes (Velen.) Hauskn. & Svrček and Entoloma ameides (Berk. & Broome) Sacc, were collected from Muradiye district of Van province and reported for the first time from Turkey. The macroscopic and microscopic features of the species were described briefly and the photographs related to their macro and micromorphologies were provided. Özet: İki basidiyomiset taksonu olan Conocybe velutipes (Velen.) Hauskn. & Svrček ve Entoloma ameides (Berk. & Broome) Sacc, Van ilinin Muradiye ilçesinden toplanmış ve Türkiye'den ilk kez rapor edilmiştir. Türlerin makroskobik ve mikroskobik özellikleri kısaca betimlenmiş ve makro ve mikromorfolojilerine ilişkin fotoğrafları verilmiştir.
... Though 50 members of the genus have so far been reported from Turkey (Sesli and Denchev, 2014;Güngör et al., 2014Güngör et al., , 2015Demirel and Koçak, 2016), the current checklists (Sesli and Denchev, 2014;Solak et al., 2015) and the latest contributions (Işık and Türkekul, 2017;Kaşık et al., 2017;Öztürk et al., 2017;Uzun and Acar, 2018;Sadullahoğlu and Demirel, 2018;Sesli, 2018;Keleş, 2019;Acar et al., 2019;Özkazanç and Yeşilbaş Keleş, 2019;Türkekul and Işık, 2019) indicate that Psathyrella typhae has not been reported before. ...
... Sesli and Denchev (2014) and Solak et al. (2015) list 47 Psathyrella species occurring in Turkey. Later on three species, P. sacchariolens Enderle, P. canoceps were also added to this list by Güngör et al. (2014Güngör et al. ( , 2015 and Demirel and Koçak (2016) respectively. With the addition of P. typhae, the current taxa number of the genus Psathyrella in Turkey increased to 51. ...
The basidiomycete species Psathyrella typhae (Kalchbr.) A.Pearson & Dennis, was given as new record for Turkey. A brief description of the species is provided together with its photographs related to its macro and micromorphology.
... About 5000 published Cortinarius names are observed in Index Fungorum (CABI Bioscience Databases, http://www.indexfungorum.org) and 116 of them have only been identified up to now in Turkey, (Sesli and Denchev, 2014;Akata et al., 2015;Güngör et al., 2015;Sesli and Moreau, 2015;Sesli et al., 2015;Sesli et al., 2016;Sesli, 2018;Sesli and Liimatainen, 2018). ...
Cortinarius caerulescens (Schaeff.) Fr. was given as a new record for the Turkish macromycota from Şemdinli district of Hakkari province, Turkey. Short description of the newly reported species was given together with its photographs related to macro and micromorphologies and described briefly. In addition to macro/micro characters, DNA sequences of nrDNA ITS (Internal Transcribed spacer) and LSU (D1/D2, Large subunit) regions were used to support the recognition of the studied specimen as a new record.
