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Microbotryum marginale is reported for the first time on Bistorta plumosa, based on a collection from the Yukon coast, Canadian Arctic, at 68°55'N. This locality is a new northern limit for M. marginale in North America.

The group of seed-destroying Microbotryum species on caryophyllaceous hosts includes ten species, among which only M. alsines, on Stellaria nitens from USA, is known on Stellaria. Recently, a specimen of Stellaria media from Greece, infected by a seed-destroying Microbotryum species, was found in a phanerogams herbarium. Based on distinct morphology and phylogenetic evidence, this fungus was considered to represent an unknown species which is described and illustrated as Microbotryum graecum. It can be distinguished from M. alsines by having smaller spores, fewer meshes per spore diameter, a different spore ornamentation, wider meshes, and higher spore wall muri.

Two new species of Ustanciosporium, U. bulbostylidis-truncatae and U. bulbostylidis-coniferae, are described and illustrated. These are the first records of species of this genus on hosts in Bulbostylis (Cyperaceae). Both species are known only from their type localities, in the savannas of Suriname (Sipaliwini Savanna Nature Reserve, for U. bulbostylidis-truncatae) and Guyana (near Manari, for U. bulbostylidis-coniferae). Ustanciosporium bulbostylidis-truncatae is distinguished from U. bulbostylidis-coniferae by having smaller spores, (9.5–)10–12.5(–13.5) μm long vs. (12–)12.5–15.5(–16.5) μm long for U. bulbostylidis-coniferae, and thinner spore wall, 0.5–0.9(–1.2) μm thick vs. 0.6–1.7(–2.0) μm thick for U. bulbostylidis-coniferae.

The first Red List assessment of lichenized fungi reported from Bulgaria is presented. The IUCN Red List criteria were applied to 138 species to assess their current extinction risk and to highlight the main threats for them. Our results revealed that six species are Regionally Extinct (RE), 23 species are Critically Endangered (CR), 20 species are Endangered (EN), 13 species are Vulnerable (VU), 11 species are Near Threatened (NT), 58 species are Least Concern (LC), and seven species are Data Deficient (DD). The most important floristic regions for lichen conservation are the Pirin Mts (26 species), the Balkan Range (25), the Rila Mts (25), the Rhodopes (20), Mt. Vitosha (16), Mt. Strandzha (16), and the Black Sea coast (15). The main threats are development of tourism and recreation activities that destroy habitats (60 species affected), air pollution (55), climate change (53), development of tourism and recreation areas (41), harvesting trees and other woody vegetation (unintentional effects) (27), ecosystem modifications that convert or degrade habitats (18), and development of housing and urban areas (14). The information provided in this Red List will assist to further develop the national conservation strategy for Bulgaria.

A checklist of all taxa of lichenized and lichenicolous fungi recorded from Bulgaria is presented. The lichen biota as currently known includes 1137 taxa (1115 species, 5 subspecies, and 17 varieties) of lichenized fungi, 46 species of lichenicolous fungi, and 28 non-lichenized fungi traditionally included in lichenological literature. Lepra corallina is reported for the first time from Bulgaria. An index of synonyms based on literature records from Bulgaria is appended. It includes 1761 infrageneric names.

The genus Restiosporium consists of 21 species on hosts in the Restionaceae. It was known only from Australia and New Zealand. Restiosporium is reported here for the first time outside Australasia, based on a specimen of R. spathacei on Dapsilanthus disjunctus from Thailand. A description and illustrations are provided for this smut fungus. Dapsilanthus disjunctus is a new host plant for Restiosporium spathacei.

Two poorly known smut fungi are recorded for the first time from Africa: Tilletia brachypodii-ramosi on Brachypodium retusum (from Morocco) and Ustilago constantineanui on Sporobolus schoenoides (from Algeria). Descriptions and illustrations are provided for these taxa.

Two generic names, Meira and Acaromyces, and nineteen species names of basidiomycetous yeasts, earlier proposed and invalidly published, are validated.

Bauerago (with B. abstrusa on Juncus as the type species) is a small genus in the Microbotryales. Its species infect plants belonging to three, monocotyledonous families, Commelinaceae (Commelina and Tinantia), Juncaceae (Juncus and Luzula), and Cyperaceae (Cyperus). There are four Bauerago species on hosts in the Commelinaceae (three species on Commelina and one on Tinantia). Bauerago commelinae on Commelina communis was studied by molecular and morphological methods. Phylogenetic analyses using rDNA (ITS, LSU, and SSU) sequences indicate that B. commelinae does not cluster with other species of Bauerago on Juncaceae. For accommodation of this smut fungus in the Microbotryaceae, a new genus, Kalmanago, is introduced, with four new combinations: Kalmanago commelinae (Kom.) Denchev et al., K. combensis (Vánky) T. Denchev et al., K. boliviana (M. Piepenbr.) T. Denchev et al., and K. tinantiae (J.C. Lindq.) T. Denchev et al. A lectotype is designated for K. commelinae.

Two smut fungi, Bauerago vuyckii on Luzula alpina and Moreaua kochiana on Schoenus nigricans and Schoenus ×scheuchzeri, are reported for the first time from Austria. Luzula alpina is a new host association for Bauerago vuyckii. Descriptions and illustrations are provided for these taxa.

Additional records to three Tilletia species are reported from Africa: T. oplismeni-cristati on Acroceras calcicola from Madagascar, T. vittata on Oplismenus burmannii from Senegal, and T. perotidis on Perotis patens from Madagascar. Acroceras calcicola is a new host association for T. oplismeni-cristati, currently known only on species of Oplismenus. Descriptions, illustrations, and taxonomic notes are provided for these taxa.

Juncorrhiza aschersoniana, known only from Europe, Central America (Costa Rica), and New Zealand, is reported for the first time from South America (from Bolivia).

Thecaphora thlaspeos, known only from Europe and East Asia (South Korea), is reported for the first time from Africa (from Algeria), on a new host plant, Arabis pubescens.

A type specimen of Bauerago capensis, a smut fungus endemic to the Cape Floristic Region, is re-examined and designated as a lectotype. An emended description of that species and for the first time, illustrations of the spores in SEM are presented.

Microbotryum polygoni-alati, known only from India and China, is reported for the first time from Africa (from Ethiopia).

Anthracocystis compacta, known only from the type collection from Senegal, is reported from a second locality, from Mali.

Haradaea moenchiae-manticae is reported for the first time from the Iberian Peninsula (from Spain), on Moenchia erecta subsp. erecta, and from Africa (from Morocco and Algeria), on a new host plant, M. erecta subsp. octandra.

Anthracoidea melanostachyae, previously known from Iran and Tajikistan on Carex melanostachya, is reported from Armenia and Azerbaijan on the same host plant, and from a new Tajik locality, on a new host plant, C. songorica.

Four species of smut fungi are reported for the first time from the following areas: Melanopsichium pennsylvanicum from Egypt and Madagascar, Sporisorium foveolati from the Canary Islands and Somalia, Sporisorium lanigeri from Somalia, on a new host, Cymbopogon pospischilii, and Urocystis corsica from the Canary Islands. Echinochloa stagnina is a new host of Ustilago trichophora in Africa (based on a record from Zambia).

This checklist contains 252 species of myxomycetes recognized as occurring in Turkey. The names are arranged alphabetically. For each species, references are cited. An index of synonyms, based on literature records from Turkey, is appended.

Tilletia lolioli, previously known only from Lebanon and Iran, is reported from Armenia.

Leucocintractia scleriae is reported for the first time from Japan.

Langdonia aristidae is reported for the first time from Madagascar, on a new host plant, Aristida tenuissima.

Sporisorium nyassae is reported for the first time from Togo and Benin. Hyparrhenia nyassae and H. diplandra var. mutica are recorded as new host plants of Sporisorium nyassae. Based on the current revision, Sporisorium barcinonense is removed from the list of smut fungi in Togo. Cintractia limitata is reported for the first time from Benin. All species of smut fungi known from Togo and Benin and their host plants are listed.

Two new Entyloma species, E. castillejae on Castilleja (Orobanchaceae) and E. violae on Viola (Violaceae), are described and illustrated from the USA.

This study endeavors to clarify the taxonomy of Anthracoidea species occurring in East Asia. Being a cosmopolitan genus, more widely distributed in temperate and subarctic regions of the Northern Hemisphere, Anthracoidea is insufficiently studied in East Asia, particularly in Japan and Korea. A comprehensive account of the species composition and distribution of the Anthracoidea species in Japan is presented herein. Further, information about the Anthracoidea species in the Kuriles, Sakhalin, and Korean Peninsula is also provided. Three new smut fungi are described and illustrated as follows: Anthracoidea caricis-grallatoriae on Carex grallatoria from Japan, Anthracoidea lanceolatae on Carex lanceolata from South Korea, and Anthracoidea pseudomichelii on Carex michelii from Central Europe. For Cintractia japonica on ‘Carex capillacea’, a new combination, Anthracoidea japonica, is proposed. Anthracoidea grallatoriae Vánky is a superfluous name and a synonym of A. japonica. The existence of the type specimen of Cintractia subglobosa S. Ito makes the lectotypification of C. subglobosa redundant. Similarly, a lectotype of Cintractia variabilis S. Ito is also made redundant. Based on a comparative morphological investigation, 20 Anthracoidea species were established in Japan, all of them on host plants of Carex. In addition to Anthracoidea caricis-grallatoriae, six other species, A. capillaris, A. humilis, A. irregularis, A. karii, A. michelii, and A. sempervirentis, are reported for the first time from Japan. Eight plant species are reported as new hosts of Anthracoidea species in Japan: Carex gmelinii with Anthracoidea buxbaumii; Carex foliosissima, C. mitrata, C. morrowii, C. nervata, and C. subebracteata with Anthracoidea caryophylleae; Carex fernaldiana and C. tenuinervis with Anthracoidea microsora. Ten fungus-host combinations, Anthracoidea capillaris on Carex tenuiformis, A. caryophylleae on Carex leucochlora, A. caryophylleae on Carex mitrata, A. caryophylleae on Carex foliosissima, A. caryophylleae on Carex morrowii, A. humilis on Carex lanceolata, A. karii on Carex omiana var. monticola, A. microsora on Carex fernaldiana, A. microsora on Carex tenuinervis, and A. sempervirentis on Carex makinoensis, are new for science. Additional distribution records are given for some Anthracoidea species hitherto known from Japan. The genus Anthracoidea is recorded for the first time from the Korean Peninsula, with three species from South Korea: A. caryophylleae on Carex leucochlora, A. lanceolatae on Carex lanceolata, and A. siderostictae on Carex siderosticta. Two species, Anthracoidea caryophylleae and A. variabilis, are reported for the first time from the Kuriles. Anthracoidea variabilis is a new species for Russia. Three species, Anthracoidea globularis, A. heterospora, and A. paniceae, are reported for the first time from Sakhalin. The study further found that four fungus-host combinations had been wrongly recorded in the literature, specifically, Carex cespitosa is not a host of Anthracoidea variabilis; Carex foliosissima and C. conica are not hosts of Anthracoidea microsora; and Carex tarumensis is not a host of Anthracoidea buxbaumii.

A new family, Erratomycetaceae, is described as distinct from Tilletiaceae based on host specialization, morphological features of the sori and spores, and results of published molecular phylogenetic analyses. Eight invalidly published names of Indian smut fungi are discussed. Four of these are considered to apply to distinct species and their names are validated as Eballistra punensis, Anthracocystis kolhapurensis, Sporisorium mahabaleshwarense, and Sporisorium lohagadense. The remaining names are recognized as synonyms of validly published names. A new name, Anthracocystis guoae, is proposed to replace Sporisorium apludae-muticae L. Guo (non Anthracocystis apludae-muticae (A.R. Patil et al.) McTaggart & R.G. Shivas).