Persoonia 33, 2014: 98 –140
www.ingentaconnect.com/content/nhn/pimj
RESEARCH ARTICLE
http://dx.doi.org/10.3767/003158514X684681
The largest type study of Agaricales species to date:
bringing identification and nomenclature of Phlegmacium
(Cortinarius) into the DNA era
K. Liimatainen1, T. Niskanen 1, B. Dima!, I. Kytövuori 2, J.F. Ammirati 3, T.G. Frøslev 4
Key words
Basidiomycota
diversity
DNA barcoding
ITS
taxonomy
typification
Abstract Cortinarius is a species-rich and morphologically challenging genus with a cosmopolitan distribution.
Many names have not been used consistently and in some instances the same species has been described two or
more times under separate names. This study focuses on subg. Phlegmacium as traditionally defined and includes
species from boreal and temperate areas of the northern hemisphere. Our goals for this project were to: i) study
type material to determine which species already have been described; ii) stabilize the use of Friesian and other
older names by choosing a neo- or epitype; iii) describe new species that were discovered during the process of
studying specimens; and iv) establish an accurate ITS barcoding database for Phlegmacium species. A total of 236
types representing 154 species were studied. Of these 114 species are described only once whereas 40 species
had one ore more synonyms. Of the names studied only 61 were currently represented in GenBank. Neotypes are
proposed for 21 species, and epitypes are designated for three species. In addition, 20 new species are described
and six new combinations made. As a consequence ITS barcodes for 175 Cortinarius species are released.
Article info Received: 2 July 2013; Accepted: 24 February 2014; Published: 8 September 2014.
INTRODUCTION
Studies using DNA sequence data have shown that the diversity
of fungi far exceeds earlier expectations with many common
species of macrofungi still to be described and named (Schmit
& Mueller 2007). In addition, it is not always easy to determine
which species have been described and which are new to
science, unless the type specimens of existing names can be
carefully studied, including DNA sequencing.
For many species of macrofungi the names have been difficult
or even impossible to interpret. The most difficult ones are the
older names with brief descriptions and usually without type
material. But even if type material exists it can be very difficult
to be certain of the identification based only on morphology,
especially in challenging genera like Cortinarius where there
is considerable convergence in morphology, colouration, and
microscopic features. Furthermore, the literature is often difficult
to obtain, making it hard to get information on available names
and their application by earlier taxonomists. Consequently,
many names have not been used consistently and in some
cases the same species has been described two or more times
under separate names. In instances where there is no type
material available, a neotype (or a lectotype if collections of
the author are available) is required to stabilize the use of the
name. Finally, old type collections that are considered historical
materials may not be available for study or DNA sequencing
requiring the selection of an epitype.
1
2
3
4
Department of Biosciences, Plant Biology, P.O. Box 65, FI-00014 University
of Helsinki, Finland;
corresponding author e-mail: kare.liimatainen@helsinki.fi.
Botanical Museum, P.O. Box 7, FI-00014 University of Helsinki, Finland.
Department of Biology, Box 351800, University of Washington, Seattle, WA
98195-1800, USA.
Natural History Museum of Denmark, Center for Geogenetics, University
of Copenhagen, Øster Voldgade 5–7, 1350 Københaven K, Denmark.
The development of molecular techniques has provided a
more unambiguous tool to identify species. Currently the most
commonly used locus in species level taxonomy is the nuclear
ribosomal internal transcribed spacer (ITS), which has been
proposed as a universal barcode marker for fungi (Schoch et
al. 2012). The region is present in several chromosomes and
is arranged in tandem repeats that are thousands of copies
long (Burnett 2003). Due to the high copy number the region
usually is easy to amplify and sequence, even from very old
specimens (Larsson & Jacobsson 2004). In Cortinarius the
ITS was proposed as a species-identifier sequence already in
2007 by Frøslev et al. and in 2008 by Ortega et al. It has also
been shown that in the majority of the cases ITS is suitable for
species delimitation in Cortinarius. The results of the multi-gene
phylogenetic study based on ITS, rpb1, and rpb2 regions by
Frøslev et al. (2005) showed that inference from ITS alone is
indicative of the species level phylogenetic delimitations of
multi-gene analyses. Furthermore, the delimitations inferred
from ITS usually correlate with the morphospecies (Frøslev et
al. 2007, Ortega et al. 2008, Niskanen et al. 2012b).
Cortinarius is the largest genus of Agaricales with a cosmopolitan distribution and over 2 000 described species (Kirk et al.
2008). Cortinarius species are important ectomycorrhizal fungi
associated with different trees and shrubs, belonging to the
order Fagales, families Caesalpiniaceae, Cistaceae, Diptero
carpaceae, Myrtaceae, Pinaceae, Rhamnaceae, Rosaceae and
Salicaceae as well as a few herbaceous plants in the Cypera
ceae. Owing to their often narrow ecological preferences and
sensitivity to environmental change, many Cortinarius species
have been used as indicator species for valuable natural environments, e.g. in Sweden and Denmark (Vesterholt 1991, Hallingbäck & Aronsson 1998, Frøslev & Jeppesen 2011). Lately
it also was suggested that they have a key role in the carbon
cycling of boreal forests (Bödeker et al. 2011).
© 2014 Naturalis Biodiversity Center & Centraalbureau voor Schimmelcultures
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K. Liimatainen et al.: Identification and nomenclature of Phlegmacium
Many of the major studies in Cortinarius have dealt with North
American and especially European species, while the species
of southern hemisphere are somewhat less studied (Moser &
Horak 1975, Garnica et al. 2002, Cleland 1976 (1935), Gasparini & Soop 2008). In Europe the most extensive studies
have been done by Fries (e.g., 1821, 1836 –1838, 1851) from
Sweden, Henry (e.g., 1951, 1958, 1981, 1986) and Bidaud et al.
(e.g., 1992, 2010) from France, Moser (e.g. 1960, 1969 –1970,
1983) from Central Europe, Høiland (1984), Brandrud (e.g.,
1996, 1998), Brandrud et al. (e.g., 1990, 2012) and Niskanen
et al. (e.g., 2009, 2011a, 2013a) mainly from northern Europe,
Frøslev et al. (e.g., 2006, 2007) from northern and Central Europe, Orton (1955, 1958) from Great Britain, and Ortega et al.
(2008) and Suárez-Santiago et al. (2009) from mediterranean
area. Selected papers of some of the major contributors to
Cortinarius systematics in North America include Peck (1873;
also see Gilbertson 1962), Kauffman (1918, 1923, 1932), Smith
(1939, 1942, 1944), Ammirati (1972), Ammirati et al. (2013),
Garnica et al. (2009), Liu et al. (1997), Moser & Ammirati (1996,
1999), Moser et al. (1995), Bojantchev (2011a, b) and Niskanen
et al. (2013b, c).
Very little is known about the distribution of Cortinarius species
on a larger scale or the differences in the species composition between the continents, although species in the southern
hemisphere are distinct from those in the northern hemisphere
(Peintner et al. 2004, Garnica et al. 2005). However, recent
molecular studies on Cortinarius have shed some light on these
questions for North America and Europe (Moser & Peintner
2002, Matheny & Ammirati 2006, Garnica et al. 2009, 2011, Harrower et al. 2011, Ammirati et al. 2013, Niskanen et al. 2011b,
2012c, 2013b, c). These studies show several patterns of species distributions. There are species common to North America
and Europe, especially those species from more northern and
montane conifer forests, i.e. Cortinarius aureofulvus M.M.
Moser s.auct., C. napus Fr. and C. pinophilus Soop, but also
endemic species occur both in western North America, eastern
North America and Europe, i.e. C. elegantiooccidentalis Garnica & Ammirati in western North America, C. hesleri Ammirati,
Niskanen, Liimat. & Matheny in eastern North America and
C. puniceus P.D. Orton in Europe. Cortinarius species composition is somewhat similar between eastern North America and
Europe, but there appears to be less similarity between Europe
and western North America.
Different infrageneric classification systems have been proposed for Cortinarius, i.e. Brandrud et al. (1990) divided the
genus in four subgenera: Cortinarius, Myxacium, Phlegmacium
and Telamonia. Recent molecular analyses have shown that
Cortinarius is monophyletic, but also that many of the infrageneric groups such as subg. Phlegmacium are not monophyletic (Peintner et al. 2004, Garnica et al. 2005). Nonetheless,
several authors have treated subg. Phlegmacium in similar
ways (Moser 1983, Bidaud et al. 1994, Brandrud et al. 2012)
including in it species with viscid to glutinous pileus and dry,
often bulbous stipe, or dry-capped, stout species with a yellow
KOH reaction, i.e. the species of sect. Phlegmacioides (Niskanen et al. 2012a).
Molecular techniques have been in use for more than a decade,
and the sequencing of ITS regions even from older Cortinarius
specimens is possible. Furthermore, type studies are essential
for a stable and consistent application of names in Cortinarius
where currently a large percentage of the Cortinarius sequences
are incorrectly named or without a name in the public sequence
databases (e.g., Niskanen et al. 2011a). While several papers
present sequences for individuals or groups of species, for
example Garnica et al. (2009) and Niskanen et al. (2011a), the
only large study is that of Frøslev et al. (2007) where 52 types
of Cortinarius sect. Calochroi were sequenced. The present
99
study focuses on Cortinarius subg. Phlegmacium as traditionally defined and includes species from boreal and temperate
areas of the northern hemisphere. Our goals for this project
are to: i) study type material to determine which taxa have
already been described; ii) stabilize the use of Friesian and
other older names by choosing a neo- or epitype; iii) describe
new species that were discovered during the process of studying specimens; and iv) establish an accurate ITS barcoding
database for Phlegmacium species.
MATERIALS AND METHODS
Taxon sampling
The type specimens of species of subg. Phlegmacium published
over many years by J.F. Ammirati, A. Bidaud, T.E. Brandrud,
G. Chevassut, J. Favre, R. Henry, P.A. Karsten, C.H. Kauffman,
R. Kühner, K.H. McKnight, M.M. Moser, P. Moënne-Loccoz,
P. Reumaux, A.H. Smith and H.D. Thiers were sampled as well
as relevant collections published and illustrated in Brandrud et
al. (1990, 1992, 1994, 1998). The species of sections Calochroi,
Fulvi and Riederi described from Europe were generally excluded. The first two have been treated by Frøslev et al. (e.g.,
2007) and the latter will be treated by Brandrud et al. in the near
future. In some instances type material could not be acquired
from herbaria, for example, the Cortinarius type collections of
C.H. Peck were only recently available on loan from the New
York State Museum and will be included in a later study.
Our aim was to have at least two sequences per species
in our study. Therefore, in addition to sequences from type
specimens, either our own unpublished sequences or additional
sequences retrieved from the sequence databases GenBank
and UNITE were included. Unpublished sequences were also
supplied by D. Bojantchev, K. Hughes and A. Taylor. Information on the sequences of type specimens is available in Table 1
and information on other sequences included in the phylogenetic analysis is available in Table 2. Herbarium acronyms
follow Index Herbariorum (Thiers 2013).
Molecular analyses
DNA was extracted from a few milligrams of dried material
(a piece of lamella) with the NucleoSpin Plant kit (MachereyNagel, Düren, Germany), or with various CTAB protocols in
Brandrud’s and Frøslev’s specimens (see Frøslev et al. 2005,
2007). Primers ITS 1F and ITS 4 (White et al. 1990, Gardes
& Bruns 1993) were used to amplify ITS regions. The same
primer pairs were used in direct sequencing. For problematic
material the primer combinations ITS 1F/ITS 2 and ITS 3/ITS 4
were also used. PCR amplifications were performed in a 25
µL reaction mix with about 70 ng extracted DNA, 1 U Phusion
High-Fidelity DNA polymerase and 1× HF buffer (Finnzymes),
200 mM of each dNTP and 0.5 μM of each primer. The PCR
reactions were run on a MBS 0.2 G Thermal Cycler (Thermo
Hybaid) with the following settings: denaturation for 30 s at
98 °C, followed by 35 cycles of denaturation for 10 s at 98 °C,
annealing for 30 s at 50 °C and extension for 30 s at 72 °C. The
PCR products were purified using an ExoSAP-IT purification kit
(Amersham Biosciences). Sequencing was performed on both
strands using a BigDye Terminator v. 1.1 Sequencing kit (Applied Biosystems). Reactions were performed in 10 µL with 1 µL
of PCR product, 1.3 mM of primer (ITS 1F or ITS 4), 1 µL 5X
sequencing buffer, and 1 µL of Terminator Ready Reaction Mix.
Reactions were run for 1 min at 96 °C, followed by 30 cycles of
30 s at 96 °C, 15 s at 50 °C and 4 min at 60 °C. Unincorporated
dye terminators and primers were removed by Sephadex G-50
DNA Grade Fine (Amersham Biosciences) purification system,
(text continues on p. 117)
Species
Voucher
Herb.
Locality
Ecology
Current name
Collection
date
Collector
100
Table 1 Type specimens studied. Sequences of the type materials of C. caesiocinctus, C. cobaltinus, C. gracilior, C. mahiquesii, C. norrlandicus and C. vancampiae retrieved from the GenBank or UNITE. Short ITS sequences
excluded from the analysis marked with *.
GenBank
number
C. acidophilus Brandrud 1997 (holotype)
TEB61-79
O
Norway, Oppl, Lunner, Østäsen
In forest of Picea abies
C. pseudonaevosus Rob. Henry 1957
01.08.1979
T.E. Brandrud
KF732241
C. acystidiosus Thiers 1960 (holotype)*
1902
MICH
USA, Texas, San Jacinto Co., Sam
Houston National Forest, Coldspring
In pine-hardwood forest
C. acystidiosus Thiers 1960
23.05.1953
H.D. Thiers
KF732242
C. aggregatus Kauffman 1918*
MICH10311
MICH
USA, Michigan, Jackson,
Vandercook Park, Jackson
In low woods
C. aggregatus Kauffman 1918
09.09.1907
C.H. Kauffman
KF732243
C. albescens A.H. Sm. 1944 (holotype)
17522
MICH
USA, Washington, Olympic National
Park, Olympic Hot Springs
Under conifers
C. albescens A.H. Sm. 1944
02.10.1941
A.H. Smith
KF732244
C. albofragrans Ammirati & M.M. Moser
1997 (holotype)
95/595
IB
USA, California, Del Norte Co.,
Highway 199, Danger Point
Under Quercus, also evergreen oaks (Q. vacci C. albofragrans Ammirati & M.M. Moser
niifolia, Q. chrysolepis, Lithocarpus densi
1997
flora) with some Pseudotsuga menziesii
20.11.1996
M. Moser
KF732245
C. alnobetulae Kühner 1989 (syntype)
53-6
G
France
Under Alnus viridis
C. alnobetulae Kühner 1989
Unknown
Unknown
KF732246
C. alticaudus Reumaux 2008 (holotype)
PML1632
PC
France, Lozère, bois de la Sagne
In Pinus forest
C. alticaudus Reumaux 2008
30.10.1989
P. Reumaux
KF732247
C. amarocaerulescens Bidaud 2009 (holotype)
AB99-11-362
PC
France, Loire, Montbrison
In mixed forest
C. infractus (Pers.: Fr.) Fr. 1838
09.11.1999
A. Bidaud
KF732248
C. amnicola A.H. Sm. 1942 (holotype)
15381
MICH
USA, Michigan, Ann Arbor
Under butternut, walnut, and bassword on
low ground along streams
C. amnicola A.H. Sm. 1942
15.09.1940
A.H. Smith
KF732249
C. anfractoides Rob. Henry & Trescol 1987
(holotype)*
RH1898
PC
France
In frondose forest under Quercus ilex
C. anfractoides Rob. Henry & Trescol
1987
11.1984
G. Chevassut &
F. Trescol
KF732250
C. anfractoides var. cinereoclarus Bidaud 2009
(holotype)
AB08-09-155
PC
France, Ain, Cerin
In calcareous deciduous forest
C. persoonianus Bidaud 2009
07.09.2008
A. Bidaud
KF732251
KF732252
C. arenicola A.H. Sm. 1942 (holotype)
15315
MICH
USA, Michigan, Waterloo, Waterloo Project Under Sassafras in dry sandy open woods
C. arenicola A.H. Sm. 1942
12.09.1940
A.H. Smith
C. arenisilvae (Brandrud) Brandrud 2012
(holotype)
CFP461b
S
Sweden, Ång, Graninge, Viksmon
In boreal coniferous forest with Pinus and
Picea on sandy soil
C. arenisilvae (Brandrud) Brandrud
2012
25.08.1986
T.E. Brandrud et al. KF732253
C. argutipes Bidaud & Reumaux 1996
(holotype)*
713
G
France, Creuse
Under Fagus on acid soil
C. chromataphilus Rob. Henry 1989
15.10.1987
D. Brion
KF732254
C. atrochalybaeus M.M. Moser & Ammirati
2000 (holotype)
95/630
IB
USA, California, Del Norte Co., Highway
199, Smith River Middle Fork, Danger
Point
Under Lithocarpus densiflora, Arbutus
menziesii, Quercus vacciniifolius and
Q. chrysolepis on calcareous soil
C. atrochalybaeus M.M. Moser &
Ammirati 2000
29.11.1995
J. Ammirati
KF732255
C. aurantionapus Bidaud & Reumaux 2006
(holotype)*
PML4893
PC
France, Drôme, Romeyer
Under Picea and Pinus sylvestris on
calcareous soil
C. talus Fr. 1838
09.10.1992
J. Garin
KF732256
C. aurantionapus var. similis Moënne-Locc.
2006 (holotype)
PML883
PC
France, Haute-Savoie, Avernioz
Under Picea on calcareous soil
C. talimultiformis Kytöv., Liimat., Niskanen, A.F.S. Taylor & Sesli sp. nov.
06.06.1988
P. Moënne-Loccoz KF732257
AB05-11-404
PC
France, Ardèche, Lagorce
Under Quercus ilex on calcareous soil
C. aurantiopallidus Bidaud 2006
11.11.2005
A. Bidaud
KF732258
53/10
IB
Germany, Schwenningen
In coniferous forest
C. badiolatus (M.M. Moser) M.M. Moser
1967
28.08.1953
H. Haas
KF732259
C. balteatialutaceus Kytöv., Liimat. &
Niskanen sp. nov. (holotype)
IK09-751
H
Sweden, Jmt, Frostviken, Jormlien,
Säterklumpen
In Betula forest with solitary Picea
C. balteatialutaceus Kytöv., Liimat. &
Niskanen sp. nov.
09.07.2009
P. & I. Kytövuori
KF732586
C. balteatibulbosus Kytöv., Niskanen, Liimat.,
Bojantchev & A.F.S. Taylor sp. nov. (holotype)
IK98-1624
(H6033539)
H
Finland, U, Espoo, Nuuksio, Pirttimäki
In half-open cut meadow
C. balteatibulbosus Kytöv., Niskanen,
04.09.1998
Liimat., Bojantchev & A.F.S. Taylor sp. nov.
I. Kytövuori
KF732589
C. balteaticlavatus Kytöv., Liimat. & Niskanen
sp. nov. (holotype)
IK96-595
(H6032412)
H
Finland, PH, Virrat, Hauhuu, Sikosaari,
Salmela
On the grassy roadside with young Picea,
Betula, Populus tremula, Alnus incana and
Salix spp.
C. balteaticlavatus Kytöv., Liimat. &
Niskanen sp. nov.
23.08.1996
I. Kytövuori
KF732596
C. balteatoalbus Rob. Henry 1985 (isotype)*
RH82.98
PC
France
In submontane Picea forest
C. balteatoalbus Rob. Henry 1985
Unknown
Unknown
KF732260
C. balteatotomentosus Rob. Henry ex
Rob. Henry 1985 (holotype)
RH306
PC
France, Doubs, Boujaille
In montane forest (mostly) of Picea abies
C. balteatus (Fr.) Fr. 1838
Unknown
Unknown
KF732261
C. balteatus (Fr.) Fr. 1838 (neotype)
CFP940
S
Sweden, Ång, Säbrå, Överdal
Under Picea in cultivated area
C. balteatus (Fr.) Fr. 1838
03.08.1990
T.E. Brandrud et al. KF732262
C. balteatus var. praestantoides Reumaux
1996 (holotype)
760
G
France, Ile-de-France, Forêt de
Rambouillet, Etang d’Or
In shrubs in Quercus forest
C. flavescentipes Reumaux 1996
23.10.1982
P. Reumaux
KF732263
C. barrentium Poirier & Reumaux 1993
(holotype)*
2398
G
France, Loiret, Arboretum des Barres
Under conifers
C. barrentium Poirier & Reumaux 1993
13.11.1991
J. Poirier
KF732264
Persoonia – Volume 33, 2014
C. aurantiopallidus Bidaud 2006 (holotype)
C. badiolatus (M.M. Moser) M.M. Moser
1967 (holotype)*
45385
MICH
USA, Idaho, Seven Devils Mts, Heaven’s
Gate Ridge
Under conifers
C. bigelowii Thiers & A.H. Sm. 1969
26.07.1954
H.E. Bigelow
KF732265
C. boreicyanites Kytöv., Liimat., Niskanen &
A.F.S. Taylor sp. nov. (holotype)
CFP931
S
Sweden, Jmt, Ragunda, Böle
In birch forest on rich ground (Betula, Picea)
C. boreicyanites Kytöv., Liimat.,
Niskanen & A.F.S. Taylor sp. nov.
07.24.1990
T.E. Brandrud et al. KF732296
C. boreidionysae Kytöv., Liimat., Niskanen &
Dima sp. nov. (holotype)
IK97-1220
H
Finland, PeP, Tervola, Peura, Raemäki
In grass-herb-spruce forest with springfed depressions, on calcareous ground
C. boreidionysae Kytöv., Liimat.,
Niskanen & Dima sp. nov.
11.09.1997
I. Kytövuori
KF732488
C. borgsjoeensis Brandrud 1992 (isotype)
CFP728
S
Sweden, Jmt, Ragunda, Kullstabodarna
In herbaceous spruce forest
C. borgsjoeensis Brandrud 1992
31.08.1988
T.E. Brandrud et al. KF732266
C. brunneiaurantius Kytöv., Liimat. &
Niskanen sp. nov. (holotype)
JV17979
(H6032422)
H
Finland, V, Turku, Ruissalo, Kansanpuisto
Tilia alley, also Quercus robur nearby, on
clayey-mull soil
C. brunneiaurantius Kytöv., Liimat. &
Niskanen sp. nov.
22.09.2001
J. Vauras
KF732600
C. brunneolividus Bidaud 1996 (holotype)
3734
G
France, Isère, Optevoz
In calcareous deciduous forest of Quercus
and Carpinus
C. brunneolividus Bidaud 1996
14.09.1993
C. Blanc
KF732268
C. brunneoviolaceus Bidaud 1996 (holotype)
2951
G
France, Isère, Arzay
Under Castanea on acid soil
C. brunneolividus Bidaud 1996
01.10.1992
A. Bidaud
KF732269
C. cacodes M.M. Moser & Ammirati 2000
(holotype)
91/618
IB
USA, California, Mendocino, Russian
Gulch State Park
In mixed coniferous forest with Tsuga,
Pseudotsuga, Abies
C. cacodes M.M. Moser & Ammirati
2000
30.11.1991
M. Moser
KF732270
C. caerulescens (Schaeff.) Fr. 1838 (epitype)
CFP853
S
Belgium, Brabant, Tervuren
In beech forest on calcareous ground
C. caerulescens (Schaeff.) Fr. 1838
23.09.1989
T.E. Brandrud et al. KF732271
C. caesiocinctus Kühner 1989 (holotype)
57-13
G
France, Haute-Savoie, Le Môle
In mixed forest with Fagus and Picea
C. caesiocinctus Kühner 1989
30.08.1957
R. Kühner
DQ663239
C. caesiocolor Kytöv., Liimat. & Niskanen
sp. nov. (holotype)
IK00-029
H
Finland, U, Lohja, Jalassaari,
Tamminiemi, by a track
With Betula, Populus tremula, Quercus, Corylus C. caesiocolor Kytöv., Liimat.
and Salix caprea, on calcareous ground
& Niskanen sp. nov.
27.08.2000
I. Kytövuori
KF732603
C. caesiophylloides Kytöv., Liimat., Niskanen,
Brandrud & Frøslev sp. nov. (holotype)
TN05-016
(H6029792)
H
Finland, ES, Joutsa, Koivuranta
In fairly young, mesic to damp, Picea abiesdominated forest with some Betula and
Pinus sylvestris
C. caesiophylloides Kytöv., Liimat.,
Niskanen, Brandrud & Frøslev sp. nov.
30.08.2005
K. Liimatainen &
T. Niskanen
KF732572
C. calojanthinus M.M. Moser & Ammirati
1999 (holotype)
97/220
IB
USA, Wyoming, Teton National Forest,
Calypso Creek, Flagstaff Road
In subalpine forest under Picea engelmannii,
Abies lasiocarpa
C. calojanthinus M.M. Moser & Ammirati
1999
21.08.1997
M. Moser &
J. Ammirati
KF732272
C. calyptratus A.H. Sm. 1939 (holotype)
8352
MICH
USA, California, Crescent City
Under mixed spruce and redwood, presumably also Lithocarpus and Quercus
C. calyptratus A.H. Sm. 1939
03.11.1937
A.H. Smith
KF732273
C. calyptrodermus A.H. Sm. 1942 (holotype)
15356
MICH
USA, Michigan, Sharron Hollow
In low woods of second growth oak and
basswood (Tilia) and various shrubs
C. calyptrodermus A.H. Sm. 1942
14.09.1940
A.H. Smith
KF732274
C. castaneicolor A.H. Sm. 1944 (holotype)
17926
MICH
USA, Washington, Olympic National
Park, Olympic Hot Springs
Under conifers
C. castaneicolor A.H. Sm. 1944
15.10.1941
A.H. Smith
KF732275
C. cephalixoides M.M. Moser & Thiers 1995
(holotype)
87/188
IB
USA, Wyoming, Teton National Forest,
Flagstaff Road
In subalpin forest under Picea engelmannii
C. cephalixoides M.M. Moser & Thiers
1995
09.08.1987
H.D. Thiers
KF732276
C. cephalixolargus Rob. Henry 1977 (holotype)
6048
PC
France, Bois de Dampierre
In mixed frondose forest under Fagus,
Quercus, Carpinus and Betula
C. largus Fr. 1838
Unknown
R. Henry
KF732277
C. chromataphilus Rob. Henry 1989 (holotype)
86.90
PC
France, Luxeuil
In mixed forest
C. chromataphilus Rob. Henry 1989
1986
Exposition
KF732278
C. cinctipes Bidaud, Eyssart. & Hermitte 2004
(holotype)
GE 02-100
PC
France, Var, Les Mayons
Under Quercus suber and Erica arborea
C. pseudocephalixus Bidaud &
Moënne-Locc. 2000
01.11.2002
J.-C. Hermitte
KF732279
C. citrinifolius A.H. Sm. 1939 (holotype)
3158
MICH
USA, Washington, Olympic National
Park, Boulder Creek
Under fir
C. citrinifolius A.H. Sm. 1939
15.10.1935
A.H. Smith
KF732280
C. citrinipedes A.H. Sm. 1942 (holotype)
15305
MICH
USA, Michigan, Ann Arbor
On humus in oak woods
C. citrinipedes A.H. Sm. 1942
11.09.1940
A.H. Smith
KF732281
C. citriolens Ammirati & M.M. Moser 1999
(holotype)
97/122
IB
USA, Wyoming, Teton National Forest
Flagstaff Creek
In subalpine forest under Picea engelmannii,
Abies lasiocarpa
C. citriolens Ammirati & M.M. Moser
1999
06.08.1997
M. Moser &
J. Ammirati
KF732282
C. claricolor (Fr.) Fr. 1838 (neotype)
CFP691
S
Sweden, Ång, Stigsjö, Uland,
Langmyrberget
In spruce forest with blueberry
C. claricolor (Fr.) Fr. 1838
09.08.1988
T.E. Brandrud et al. KF732283
C. clarobaltoides var. longispermus Reumaux
1996 (holotype)
833
G
France, Ile-de-France
Under conifers
C. clarobaltoides var. longispermus
Reumaux 1996
15.09.1987
M. Pelerin
K. Liimatainen et al.: Identification and nomenclature of Phlegmacium
C. bigelowii Thiers & A.H. Sm. 1969 (holotype)
KF732284
4038
G
France, Yonne, Forêt de Hervaux
In frondose forest
C. largus Fr. 1838
04.10.1994
Mlle Maité
KF732285
2932
G
France, Ardennes, Forêt de Belval
Under Quercus and Fagus on clayeycalcaerous soil
C. largus Fr. 1838
19.09.1992
P. Reumaux &
F. Reumaux
KF732286
C. cobaltinus Kytöv., Liimat. & Niskanen
2013 (holotype)
TN02-1012
(H6032404)
H
Finland, Ks, Kuusamo, Oulanka
National Park
In herb-rich Picea abies forest with some
Pinus, Betula and Populus on calcareous
ground
C. cobaltinus Kytöv., Liimat. & Niskanen
2013
22.09.2002
T. Niskanen,
I. Kytövuori &
K. Liimatainen
KF673470
C. collocandoides Reumaux 2009 (holotype)
PML5087
PC
France, Yvelines, étang d’Or,
Rambouillet
In mixed forest
C. collocandoides Reumaux 2009
27.10.1996
G. Redeuilh &
P. Reumaux
KF732287
C. concrescens Secr. ex Bidaud,
Moënne-Locc. & Reumaux 1996 (holotype)
3578
G
France, Haute-Savoie, Le Danay,
St-Jean-de-Sixt
Under Picea abies and Alnus viridis
C. balteatoalbus Rob. Henry 1985
10.10.1993
M. Mugnier
KF732288
101
C. clarus Reumaux 1996 (holotype)
C. claviceps Reumaux 1996 (holotype)
102
Table 1 (cont.).
Species
Voucher
Herb.
Locality
Ecology
Current name
Collection
date
Collector
GenBank
number
C. congeminus Moënne-Locc. & Reumaux
1995 (holotype)
3422
G
France, Ardennes, Forêt de Belval
In deciduous forest on clayey-calcareous soil
C. largus Fr. 1838
03.10.1992
P. Reumaux &
F. Reumaux
KF732289
C. corrugis A.H. Sm. 1944 (holotype)
16842
MICH
USA, Washington, Baker National Forest,
Anderson Lookout, Ermine Creek Trail
Under conifers
C. turmalis Fr. 1838
11.09.1941
A.H. Smith
KF732290
C. crassus Fr. 1838 (neotype)
CFP938
S
Sweden, Ång, Säbrä, Hårsta
In wet mixed forest with Sphagnum and Pinus,
Picea, Betula
C. crassus Fr. 1838
28.07.1990
T.E. Brandrud et al. KF732291
C. cremeiamarescens Kytöv., Liimat. &
Niskanen sp. nov. (holotype)
IK11-014
H
Sweden, Gtl, Alskog and När parish
Mesic to damp spruce forest with some
Pinus, Quercus and Corylus
C. cremeiamarescens Kytöv., Liimat. &
Niskanen sp. nov.
27.09.2011
I. Kytövuori
KF732493
C. crenulatus Rob. Henry ex Bidaud &
Reumaux 2006 (holotype)
PML4866
PC
France, Allier, Forêt de Tronçais
In deciduous forest
C. talus Fr. 1838
17.10.1992
F. Lopez
KF732292
C. cruentipellis Kytöv., Liimat., Niskanen &
Dima sp. nov. (holotype)
TN03-1451
H
Sweden, Öl, Långlöt, Åstad, Nitares
hägn
Grassy pasture with Corylus and
Juniperus
C. cruentipellis Kytöv., Liimat., Niskanen
& Dima sp. nov.
13.09.2003
I. Kytövuori,
K. Liimatainen &
T. Niskanen
KF732539
KF732293
C. cumatilis Fr. 1838 (neotype)
IK98-2164
H
Sweden, Nrk, Hidinge, Garphyttan
Spruce forest
C. cumatilis Fr. 1838
20.09.1998
I. Kytövuori
C. cupreorufus Brandrud 1994 (isotype)
CFP1038
S
Sweden, Upl, Älvkarleby, Billudden
In dry spruce forest on rich ground
C. cupreorufus Brandrud 1994
03.10.1990
T.E. Brandrud et al. KF732294
C. cupreoviolaceus Bidaud & Reumaux 1996
(holotype)
3426
G
France, Ardennes, Forêt de Belval
In deciduous forest on clayey-calcareous soil
C. largus Fr. 1838
27.09.1992
P. Reumaux &
F. Reumaux
KF732295
AT2005069
H
Sweden, Upl, Uppsala, Stadsskogen
In mixed forest
C. cyanites Fr. 1838
26.08.2005
A. Taylor
KF732355
RH8673
PC
France, Paris region
In frondose forest
C. delaportei Rob. Henry 1988
Unknown
A. Delaporte
KF732297
C. dionysae var. avellaneus Rob. Henry ex
Bidaud & Carteret 2008 (holotype)
AB97-10-361
PC
France, Ain, Champdor
In mixed calcareous forest
C. dionysae var. avellaneus Rob.
Henry ex Bidaud & Carteret 2008
21.10.1997
G. Chamonaz
KF732298
C. eliae Bidaud, Moënne-Locc. & Reumaux
1996 (holotype)
1032
G
France, Haute-Savoie, Vieugy
In herbaceous Quercus forest
C. eliae Bidaud, Moënne-Locc. &
Reumaux 1996
27.10.1988
P. Moënne-Loccoz KF732299
C. elotoides M.M. Moser & McKnight 1995
(holotype)
87/60
IB
USA, Wyoming, Teton National Forest,
Turpin Meadow
Under Picea pungens, P. engelmannii,
Pseudotsuga menziesii in subalpine forest
C. elotoides M.M. Moser & McKnight
1995
23.07.1987
Unknown
KF732300
C. eumarginatus Rob. Henry ex Bidaud,
Carteret & Reumaux 2009 (holotype)
AB07-10-175
PC
France, Ain, Chanay, col de Richemont
In coniferous forest
C. purpurascens Fr. 1838
16.10.2007
A. Bidaud
KF732301
C. evosmus Joachim ex Bidaud & Reumaux
2006 (holotype)*
PML4837
PC
France, Oise, Coye-la-Forêt
In deciduous forest on calcareous soil
C. evosmus Joachim ex Bidaud &
Reumaux 2006
20.10.1995
M. Diamond
KF732302
C. flavaurora M.M. Moser & McKnight 1995
(holotype)*
89/187
IB
USA, Wyoming, Teton National Forest,
Fourmile meadow
Under Picea engelmannii in subalpine forest
C. elotoides M.M. Moser & McKnight
1995
07.08.1989
Unknown
KF732303
C. flavescentipes Reumaux 1996 (holotype)
3606
G
France, Loiret, Forêt de Montargis
Under Quercus
C. flavescentipes Reumaux 1996
27.10.1993
Participants of
KF732304
mycological field
trip in Sully-sur-Loire
C. flavipallens Kytöv., Liimat. & Niskanen
sp. nov. (holotype)
IK08-1729
(H6032745)
H
Finland, Kn, Kajaani, Hietalahti
In fairly damp grass-herb-spruce
forest with Pinus, Betula and Populus
tremula, on calcareous ground
C. flavipallens Kytöv., Liimat. & Niskanen 13.09.2008
sp. nov.
I. Kytövuori
KF732554
C. flavivelatus Kytöv., Liimat. & Niskanen
sp. nov. (holotype)
IK98-885
H
Sweden, Nb, Pajala, Junosuando
In dryish Picea abies heath forest with
Pinus, Betula, and open meadows
C. flavivelatus Kytöv., Liimat. & Niskanen 15.08.1998
sp. nov.
I. Kytövuori
KF732528
C. flavobulbus Ammirati & M.M. Moser 1997
(holotype)
95/ 629
IB
USA, California, Del Norte Co.,
Highway 199, Danger Point
Under Quercus vacciniifolia and Q. garrayana
in rather dry habitats on basic soils
C. flavobulbus Ammirati & M.M. Moser
1997
29.11.1995
M. Moser
KF732305
C. foetens (M.M. Moser) M.M. Moser 1967
(holotype)
51/128
IB
Austria, Tyrol, Hötting-Innsbruck, Buchtal
In mixed deciduous forest under Fagus
C. foetens (M.M. Moser) M.M. Moser
1967
13.09.1951
M. Moser
KF732306
C. fraudulosus Britzelm. 1885 (neotype)
IK95-1852
S
Germany, Baden-Württemberg,
Freudenstadt, Heiligenbronn
In gently sloping grass-herb coniferous forest
(Abies alba, Picea abies, Fagus sylvatica) on
calcareous ground
C. fraudulosus Britzelm. 1885
05.10.1995
I. Kytövuori
KF732518
C. fraudulosus var. patrickensis M.M. Moser
2000 (holotype)
95/ 617
IB
USA, California, Humboldt Co., Trinidad,
Patrick’s Point State Park
Under Picea sitkensis and Pseudotsuga
menziesii
C. patrickensis (M.M. Moser) Niskanen,
Liimat., Kytöv., Bojantchev & Ammirati
comb. nov.
25.11.1995
M. Moser
KF732307
C. frondosophilus Bidaud 2001 (holotype)
PML4817
PC
France, Ain, Cerin
In deciduous forest on calcareous soil
C. platypus (M.M. Moser) M.M. Moser
1967
16.11.1997
A. Bidaud
KF732562
Persoonia – Volume 33, 2014
C. cyanites Fr. 1838 (neotype)
C. delaportei Rob. Henry 1988 (holotype)
91/ 682
IB
USA, California, Mendocino, Caspar Little
Lake Road
In coniferous forest with Pseudotsuga,
Tsuga and Sequoia
C. fuligineofolius (M.M. Moser) M.M.
Moser & Peintner 2002
06.12.1991
M. Moser
KF732308
C. fulmineus var. sulphureus Kauffman 1918
(lectotype)*
MICH10351
MICH
USA, Michigan, Washtenaw,
Ann Arbor
On the ground among humus, in frondose
or mixed wood
C. fulmineus var. sulphureus Kauffman
1918
03.10.1910
C.H. Kauffman
KF732309
C. gentianeus Bidaud 1993 (holotype)
2575
G
France, Ain, Lampnas
In calcareous Fagus forest with Betula
C. gentianeus Bidaud 1993
08.10.1991
M. Russi
KF732310
C. genuinus Rob. Henry ex Bidaud &
Carteret 2009 (holotype)
XC2005-132
PC
France, Seine-Maritime, Les Petites
Dalles, Valmont
In deciduous forest
C. collocandoides Reumaux 2009
02.09.2005
X. Carteret
KF732311
C. georgiolens Rob. Henry 1986 (holotype)*
RH3153
PC
France, Languedoc-Roussillon
In forest of Quercus ilex
C. georgiolens Rob. Henry 1986
Unknown
Unknown
KF732312
C. glaucocephalus M.M. Moser, Ammirati &
Halling 2000 (holotype)
95/ 679
IB
USA, California, Mendocino Co.,
Caspar Little Lake Rd.
In mixed forests with Tsuga, Pseudotsuga,
Pinus ponderosa, Abies and Arctostaphylos
manzanita
C. glaucocephalus M.M. Moser,
Ammirati & Halling 2000
07.12.1995
J. Ammirati &
M. Moser
KF732313
C. glaucopoides Kauffman 1923 (holotype)
MICH10358
KF732314
MICH
USA, Colorado, Grand, Leal
Under spruce and fir
C. glaucopus (Schaeff.: Fr.) Gray 1821
16.08.1917
C.H. Kauffman
C. glaucopus (Schaeff.: Fr.) Gray 1821 (neotype) CFP786
S
Sweden, Mpd, Alnö, Ås brygga
In dry spruce forest on calcareous ground
C. glaucopus (Schaeff.: Fr.) Gray 1821
21.09.1988
T.E. Brandrud et al. KF732315
C. glaucopus var. olivaceus f. ingratus
Moënne-Locc. 2008 (holotype)
PML762
PC
France, Haute-Savoie, forêt de la
Semine, Clarafond
In calcareous deciduous forest
C. scaurocaninus Chevassut & Rob.
Henry 1982
05.11.1987
P. Moënne-Loccoz KF732316
C. glaucopus var. subrubrovelatus Bidaud
2008 (holotype)
AB97-11-431
PC
France, Ain, Farges, in mixed forest with
Populus tremula, Corylus sativa, Fagus
sylvatica, Abies alba
In deciduous forest
C. subrubrovelatus (Bidaud) Kytöv.,
Liimat., Niskanen & Dima comb. nov.
01.11.1997
A. Bidaud
KF732317
C. gracilior (Jul. Schäff. ex M.M. Moser)
M.M. Moser 1967 (holotype)
58/ 73
IB
Germany, Baden-Württemberg,
Randengebiet near Zollhaus
In Fagus forest on calcareous soil
C. gracilior (Jul. Schäff. ex M.M. Moser)
M.M. Moser 1967
09.10.1958
M. Moser
UDB001082
C. gratus Reumaux 2008 (holotype)
PML85
PC
France, Haute-Savoie, forêt de la
Mandallaz, Choisy
In deciduous forest under Fagus
C. leonicolor Reumaux 2001
27.09.1986
P. Moënne-Loccoz KF732318
C. griseocoeruleus Ammirati & M.M. Moser
1997 (holotype)
95/ 685
IB
USA, California, Mendocino Co., about
8 km east of Mendocino on road 408
Under Lithocarpus densiflora Moser 1997
C. griseocoeruleus Ammirati & M.M.
08.12.1995
M. Moser
KF732319
KF732320
C. herculeolens Bidaud 1996 (holotype)*
3700
G
France, Montbrison, Loire
Under Quercus petraea on basaltic soil
C. chromataphilus Rob. Henry 1989
11.11.1992
A. Bidaud
C. herpeticus Fr. 1838 (neotype)
CFP936
S
Sweden, Ång, Säbrå, Hällenyland
Under Picea on cultivated area
C. herpeticus Fr. 1838
20.07.1990
T.E. Brandrud et al. KF732321
C. hysginicolor Bidaud 1995 (holotype)*
2955
G
France, Ain, Innimont
In young herbaceus, calcareous Picea forest
C. badiolatus (M.M. Moser) M.M. Moser
1967
03.10.1992
A. Bidaud
KF732322
C. immixtus Kauffman 1932 (holotype)*
MICH10365
MICH
USA, Washington, Mason, Lake Cushman, Under fir and hemlock
Olympic Mountains
C. immixtus Kauffman 1932
20.10.1915
C.H. Kauffman
KF732323
C. inamoenus (J. Favre) Quadr. 1985
(holotype)*
13522
G
Switzerland
C. rosargutus Chevassut & Rob. Henry
1978
Unknown
J. Favre
KF732324
In subalpine coniferous forest on calcareous
ground
C. infractus (Pers.: Fr.) Fr. 1838 (neotype)
CFP495
S
Sweden, Boh, Tossene, Anneröd
In beech forest, on medium rich ground
C. infractus (Pers.: Fr.) Fr. 1838
15.09.1986
T.E. Brandrud et al. KF732325
C. infractus var. aeruginosus Rob. Henry ex
Reumaux 2009
XC2006-66
PC
France, Seine-et-Marne, forêt de
Villefermoy
In deciduous forest on clayey-calcareous
soil
C. infractus (Pers.: Fr.) Fr. 1838
11.10.2006
R. Chalange
KF732326
C. infractus var. flavus M.M. Moser 1999
(holotype)*
97/169
IB
USA, Wyoming, Shoshone National
Forest, Brooks Lodge
In coniferous forest under Picea
engelmannii and Abies lasiocarpa
C. infractiflavus (M.M. Moser) Kytöv.,
12.08.1997
Niskanen, Liimat., Bojantchev & Ammirati
stat. nov. & nom. nov.
M. Moser
KF732327
C. josephii Reumaux 2006 (holotype)
PML5193
PC
France, Ardennes, forêt d’Elan
In calcareous deciduous forest
C. gracilior (Jul. Schäff. ex M.M. Moser)
M.M. Moser 1967
P. Reumaux
KF732328
08.10.1999
RH3880
PC
France, Haut-Doubs, L’Hôpital du Grosbois In submontane, calcareous Carpinus forest
C. juxtadibaphus Rob. Henry 1983
1950
Unknown
KF732329
1965/0042
IB
Austria, Tyrol, Oetztal, Untergurgl
Under Alnus viridis
C. kuehneri M.M. Moser 1974
03.09.1965
M. Moser
KF732330
C. kytoevuorii Niskanen & Liimat. sp. nov.
(holotype)
TN05-158,
H6029355
H
Finland, Ks, Kuusamo, Oulanka,
Ampumavaara
In old, grass-herb Picea abies forest with some C. kytoevuorii Niskanen & Liimat. sp. nov. 17.09.2005
Betula, Pinus sylvestris and Populus tremula,
on calcareous ground
K. Liimatainen &
T. Niskanen
KF732529
C. laetargutus Chevassut & Rob. Henry 1978
(holotype)
RH70405
PC
France, Mont Aigoual
In mixed forest of Picea and Fagus
C. crassus Fr. 1838
29.09.1975
Mme Moutet
KF732331
C. largoides Rob. Henry ex Bidaud, Carteret
& Reumaux 2009 (holotype)
PML2336
PC
France, Ain, bois de la Morgne, Ordonnaz
In deciduous forest
C. subpurpurascens (Batsch) Fr. 1838
06.10.1991
A. Bidaud
KF732332
C. largus Fr. 1838 (neotype)
TN08-060
(H6001957)
H
Finland, V, Turku, Ruissalo
In deciduous forest of Quercus robur, Corylus
avellana and some Betula on mull soil
C. largus Fr. 1838
03.09.2008
K. Liimatainen &
T. Niskanen
AB859985
C. largusiellus Reumaux 1996 (holotype)
3411
G
France, Ardennes, Forêt de Boult
Under deciduous trees (Betula, Carpinus)
on clayey-calcareous soil
C. largus Fr. 1838
09.10.1992
P. Reumaux
KF732334
C. latoclaricolor Rob. Henry 1989 (holotype)
RH1199
PC
France
In Picea forest
C. badiolatus (M.M. Moser) M.M. Moser
1967
Unknown
Unknown
KF732335
103
C. juxtadibaphus Rob. Henry 1983 (holotype)
C. kuehneri M.M. Moser 1974 (holotype)
K. Liimatainen et al.: Identification and nomenclature of Phlegmacium
C. fuligineofolius (M.M. Moser) M.M. Moser &
Peintner 2002 (holotype)
104
Table 1 (cont.).
Species
Voucher
C. lemanicus A. Favre & Vialard 2000
(holotype)
452177
C. leonicolor Reumaux 2001 (holotype)
4739
Herb.
Locality
Ecology
Current name
Collection
date
Collector
GenBank
number
G
France, Savoy, Thonon-les-Bains,
Margencel
Under Pinus and Picea on calcareous soil
C. delaportei Rob. Henry 1988
06.11.1999
A. Favre,
J. Vialard
KF732336
PC
France, Ardennes, bois du Vivier
In clayey-calcareous deciduous forest under
Quercus and Carpinus
C. leonicolor Reumaux 2001
04.10.1992
P. Reumaux
KF732337
C. lilacinicolor Reumaux 1996 (holotype)
3512
G
France, Ardennes, La Croix-aux-Bois
In deciduous forest on clayey-calcareous soil
C. largus Fr. 1838
16.09.1979
P. Reumaux
KF732338
C. lintrisporus Reumaux 1997 (holotype)
2935
G
France, Ardennes, Mont Dieu
In clayey-calcareous deciduous forest
(Carpinus, Betula)
C. largus Fr. 1838
23.09.1992
P. Reumaux
KF732339
C. lividoviolaceus Rob. Henry 1987 (paratype)*
RH2932
PC
France
In frondose woodland
C. largus Fr. 1838
1969
Unknown
KF732340
C. luteiaureus Kytöv., Liimat. & Niskanen
sp. nov. (holotype)
IK07-247b
(H6033617)
H
Finland, OP, Kiiminki, Juuvansydänmaa
In grass-herb Picea abies forest with some
Betula, Populus tremula and Pinus, on
calcareous ground
C. luteiaureus Kytöv., Liimat. &
Niskanen sp. nov.
17.08.2007
I. Kytövuori
KF732568
C. luteoarmillatus A.H. Sm. 1942 (holotype)*
15360
MICH
USA, Michigan, Sharron Hollow
On muck soil in low woods
C. luteoarmillatus A.H. Sm. 1942
14.09.1940
A.H. Smith
KF732341
C. luteobrunnescens A.H. Sm. 1944
(holotype)
17785
MICH
USA, Washington, Olympic National
Park, Olympic Hot Springs
Under conifers
C. luteobrunnescens A.H. Sm. 1944
11.10.1941
D.E. Stunz &
A.H. Smith
KF732342
C. luteocingulatus Bidaud & Fillion 1992
(holotype)*
AB91-10-260
G
France, Haute-Savoie, Forêt de la
Semine
Under Quercus and Carpinus on
clayey, slightly acid soil
C. luteocingulatus Bidaud & Fillion 1992
10.1991
Unknown
KF732343
C. luteovaginans Bidaud & Faurite-Gendron
2006 (holotype)
AB03-11-73
PC
France, Ardèche, Saint-Alban-surSampzon
In deciduous forest under Quercus ilex and
Q. humilis
C. aurantiopallidus Bidaud 2006
05.11.2003
A. Faurite-Gendron KF732344
C. maculatipes Bidaud 1996 (holotype)
2845
G
France, Savoie, Les Arcs
In subalpine zone under Picea abies and
Alnus viridis
C. pseudonaevosus Rob. Henry 1957
13.08.1992
P.A. Moreau
KF732345
C. maculatocaespitosus Bidaud 2009 (holotype) AB08-10-302
PC
France, Ain, Cerin
In calcareous deciduous forest
C. maculatocaespitosus Bidaud 2009
11.10.2008
A. Bidaud
KF732346
C. mahiquesii Vila, A. Ortega & Suár.-Sant.
2008 (holotype)
GDA54298
GDA
Spain, Catalonia, Perafita
Under Cistus monspeliensis, on acid soil
C. mahiquesii Vila, A. Ortega &
Suár.-Sant. 2008
18.01.2008
J. Vila,
X. Llimona
FM202139
C. melleicarneus Kytöv., Liimat., Niskanen &
Brandrud sp. nov. (holotype)
IK01-053
H
Estonia, Hiiumaa, Sarve, Soonlepa
In deciduous forest (Corylus, Quercus)
with some Pinus on calcareous ground
C. melleicarneus Kytöv., Liimat.,
Niskanen & Brandrud sp. nov.
16.09.2001
I. Kytövuori
KF732577
C. mendax Bidaud, Mahiques & Reumaux
2011 (holotype)
AB07-10-162
PC
France, Ain, col de Richemont, Chanay
In mixed forest under Betula and Picea
C. mendax Bidaud, Mahiques &
Reumaux 2011
12.10.2007
E. Bidaud &
R. Fillion
KF732401
C. metarius Kauffman 1921 (holotype)
MICH10374
MICH
USA, Colorado, Grand, Leal
Under spruce and fir
C. metarius Kauffman 1921
29.08.1917
C.H. Kauffman
KF732347
C. misermontii Chevassut & Rob. Henry
1986 (holotype)
RH84.134
PC
France, Montpellier
Under Quercus ilex
C. misermontii Chevassut &
Rob. Henry 1986
12.1984
G. Chevassut
KF732348
C. montanus Kauffman 1932 (holotype)
MICH10377
MICH
USA, Oregon, Clackamas, Mt Hood,
near Welches Post Office
In hemlock and cedar forest
C. montanus Kauffman 1932
03.10.1922
C.H. Kauffman
KF732349
C. multiformis Fr. 1838 (neotype)
CFP445
S
Sweden, Ång, Häggdånger, Sjö
In spruce forest with blueberry
C. multiformis Fr. 1838
21.08.1986
T.E. Brandrud et al. KF732350
C. multiformis var. caesiophyllus
Moënne-Locc. 2006 (holotype)
PML882
PC
France, Savoie, Arith
Under Picea on calcareous soil
C. caesiolamellatus (Bidaud) Kytöv.,
Liimat., Niskanen, Brandrud, Frøslev &
A.F.S. Taylor comb. nov.
03.06.1988
P. Moënne-Loccoz KF732351
3582
G
France, Haute-Savoie, Quintal
Under Picea on calcareous soil
C. variecolor (Pers.: Fr.) Fr. 1838
11.10.1993
P. Moënne-Loccoz KF732352
17451
MICH
USA, Washington, Olympic National
Park, Olympic Hot Springs
Under conifers, pine, Douglas fir and
mountain hemlock
C. occidentalis A.H. Sm. 1939
30.09.1941
A.H. Smith
KF732353
C. myrtilliphilus Kytöv., Liimat., Niskanen &
Brandrud sp. nov. (holotype)
IK97-1469
(H6032751)
H
Finland, Kn, Suomussalmi, Suolijärvi
In gently sloping, partly swampy, grassherb spruce forest with some Pinus,
Betula, Populus, Alnus incana and Salix spp.
C. myrtilliphilus Kytöv., Liimat.,
Niskanen & Brandrud sp. nov.
14.09.1997
I. Kytövuori
KF732605
C. neotriumphans Bidaud, Moënne-Locc. &
Reumaux 2000 (holotype)
PML209
G
France, Haute-Savoie, Semnoz
Under Picea on calcareous soil
C. neotriumphans Bidaud, MoënneLocc. & Reumaux 2000
18.09.1985
P. Moënne-Loccoz KF732354
C. norrlandicus Brandrud 1989 (isotype)
CFP526
S
Sweden, Ång, Häggdånger, Torrom
High herbaceous spruce forest on rich ground
C. norrlandicus Brandrud
22.09.1986
T.E. Brandrud
DQ117928
C. obsoletus Kühner 1955 (syntype)
Sa-52-66
(G00262069)
G
France, Haute-Savoie, Samoëns
Under Fagus
C. obsoletus Kühner 1955
22.09.1952
R. Kühner
KF732628
C. obsoletus Kühner 1955 (syntype)
Sa-52-91
(G00262070)
G
France, Haute-Savoie, Samoëns
Under Fagus and Quercus among moss
and grass
C. obsoletus Kühner 1955
27.09.1952
R. Kühner
KF732356
C. occidentalis A.H. Sm. 1939 (holotype)
8654
MICH
USA, California, Trinidad
Under redwood
C. occidentalis A.H. Sm. 1939
12.11.1937
A.H. Smith
KF732357
Persoonia – Volume 33, 2014
C. muricinicolor Moënne-Locc. 1996 (holotype)
C. mutabilis A.H. Sm. 1944 (holotype)
3591
G
France, Ile-de-France, région de
Versailles
In calcareous deciduous forest
C. largus Fr. 1838
C. ochraceobrunneus Rob. Henry ex Bidaud,
Moënne-Locc. & Reumaux 2000 (holotype)
4027
G
France, Haute-Savoie, Bois de Vorcier
In mixed forest dominated by Picea
C. ochribubalinus Kytöv., Liimat. & Niskanen
sp. nov. (holotype)
IK93-641,
H6032734
H
Finland, U, Espoo, Nuuksio
C. ochroclarus Rob. Henry ex Rob. Henry
1996 (holotype)*
2792
G
C. ochropudorinus Rob. Henry ex Bidaud &
Reumaux 2006 (holotype)
PML2339
C. olidoamarus var. valentinus Mahiques &
A. Favre 1999 (holotype)
M. Cerutti
KF732358
C. ochraceobrunneus Rob. Henry ex
05.11.1995
Bidaud, Moënne-Locc. & Reumaux 2000
H. Debauvais
KF732359
In fairly rich grass-herb forest with Populus
tremula, Betula, Alnus incana, Quercus,
Corylus, Prunus padus, Salix spp., and
some old pines and young spruces
C. ochribubalinus Kytöv., Liimat. &
Niskanen sp. nov.
02.09.1993
I. Kytövuori
KF732530
France, Haute-Savoie, Forêt de la
Semine
In deciduous forest mixed with some
Picea on clayey-calcareous soil
C. ochroclarus Rob. Henry ex
Rob. Henry 1996
11.07.1992
R. Fillion
KF732360
PC
France, Ain, Meyriat
In deciduous forest
C. talus Fr. 1838
09.10.1991
A. Bidaud
KF732361
452173
G
Spain, Valencia
Under Quercus suber
C. olidoamarus var. valentinus
Mahiques & A. Favre 1999
26.10.1996
Unknown
KF732362
C. oliveopetasatus M.M. Moser 2000 (holotype) 95/ 360
IB
USA, Oregon, Wasco Co., Mt Hood,
Clear Creek Camp Ground
In mixed coniferous forest (Abies, Picea,
Pinus, Tsuga, Pseudotsuga, Larix)
C. oliveopetasatus M.M. Moser 2000
25.10.1995
M. Moser
KF732363
C. olympianus A.H. Sm. 1939 (holotype)
MICH
USA, Washington, Olympic Mountains,
Olympic Hot Springs, Boulder Creek
Under fir
C. olympianus A.H. Sm. 1939
19.10.1935
A.H. Smith
KF732364
KF732365
3242
14.10.1993
C. ophiopus Peck 1878 (part of type)*
s.n.
PC
USA, Maryland
Among fallen leaves in woods
C. ophiopus Peck 1878
September
Unknown
C. oregonensis A.H. Sm. 1939 (holotype)
3557
MICH
USA, Oregon, Florence, Lake Tahkenitch
Under spruce
C. oregonensis A.H. Sm. 1939
19.11.1935
A.H. Smith
KF732366
C. orichalceus var. olympianus A.H. Sm.
1944 (holotype)
17513
MICH
USA, Washington, Olympic National Park,
Olympic Hot Springs
Under conifers
C. pseudocupreorufus (A.H. Sm.) Nis02.10.1941
kanen, Liimat. & Ammirati stat. nov. & nom. nov.
A.H. Smith
KF732367
C. orichalceus var. olympianus f. luteifolius
A.H. Sm. 1944 (holotype)
16970
MICH
USA, Washington, Olympic Mts,
Lake Angeles
Under conifers
C. luteicolor (A.H. Sm.) Ammirati, Bojant- 19.09.1941
chev, Niskanen & Liimat. stat. nov. & nom. nov.
A.H. Smith
KF732368
C. orichalceus var. xanthocephalus
A.H. Sm. 1944 (holotype)*
17514
MICH
USA, Washington, Olympic National
Park, Olympic Hot Springs
Under conifers
C. orichalceus var. xanthocephalus
A.H. Sm. 1944
02.10.1941
A.H. Smith
KF732369
C. pallidifolius A.H. Sm. 1939 (holotype)
3244
MICH
USA, Washington, Olympic Mountains,
Olympic Hot Springs
Under fir
C. pallidifolius A.H. Sm. 1939
19.10.1935
A.H. Smith
KF732370
C. pallidirimosus Kytöv., Liimat. & Niskanen
sp. nov. (holotype)
IK95-585,
H6035694
H
Finland, InL, Utsjoki, Kevo, Tsieskuljohka
In mesic heath forest with Betula and
Pinus, some moist depressions
C. pallidirimosus Kytöv., Liimat. &
Niskanen sp. nov.
17.08.1995
I. Kytövuori
KF732578
C. pansa (Fr.) Sacc. 1887 (neotype)
IK90-1826
H
Finland, V, Kemiö, Pederså
At small, abandoned limestone quarries,
spruce heath forest, roadside
C. pansa (Fr.) Sacc. 1887
21.09.1990
I. Kytövuori
KF732522
T.E. Brandrud et al. KF732371
C. papulosus Fr. 1838 (neotype)*
CFP344
S
Sweden, Mpd, Alnö, Ås
In spruce forest on calcareous ground
C. papulosus Fr. 1838
07.09.1985
C. paracrassus Reumaux 1995*
3522
G
France, Ile-de-France, Fontainebleau
In calcareous deciduous forest
C. largus Fr. 1838
07.10.1979
N. Martelli
KF732372
C. paracyanopus Moënne-Locc. & Reumaux
1996 (holotype)
3510
G
France, Ardennes, Bois du Mont Dieu
Under Carpinus and Betula, on clayeycalcareous soil
C. largus Fr. 1838
25.09.1980
P. Reumaux
KF732373
C. parafulmineus Rob. Henry 1993
2384
G
France, Drôme, Romeyer
In montane forest of Fagus and Abies,
on calcareous ground
C. parafulmineus Rob. Henry 1993
02.11.1991
A. Bidaud &
P. Reumaux
KF732552
C. parargutus Bidaud, Moënne-Locc. &
Reumaux 1999 (holotype)
1144
G
France, Ile-de-France
In deciduous forest
C. pardinus Reumaux 1995
24.08.1987
J. Poirier
KF732374
C. pardinus Reumaux 1995 (holotype)
3432
G
France, Ardennes, Forêt de Belval
In deciduous forest on clayey-calcareous soil
C. pardinus Reumaux 1995
27.09.1992
P. Reumaux &
F. Reumaux
KF732375
C. parolivascens Moënne-Locc. & Reumaux
2009 (holotype)
PML29
PC
France, Haute-Savoie, plateau des
Glières
Under Pinus among Sphagnum
C. scaurus (Fr.: Fr.) Fr. 1838
08.09.1984
R. Baubet
KF732377
C. patibilis Brandrud & Melot 1983 (holotype)*
213-78
O
Norway, Akh, Nannestad, Hornsjøen
In oligotrophic Picea abies forest
C. patibilis Brandrud & Melot 1983
10.08.1978
T.E. Brandrud
KF732378
C. patibilis var. scoticus Brandrud 1997
(holotype)*
TEB161-83
E
Scotland, Perthshire, Calvine, Struan
Wood
In subalpine zone under Betula pubescens
C. largus Fr. 1838
22.09.1983
T.E. Brandrud
KF732379
C. percomis Fr. 1838 (neotype)
TN08-041
H
Finland, V, Karjaa, Kohagen
In herb-rich Picea abies forest with some
Corylus avellana, Quercus robur, Betula and
Populus tremula
C. percomis Fr. 1838
02.09.2008
K. Liimatainen &
T. Niskanen
KF732380
C. perpallens Chevassut & Rob. Henry 1978
(holotype)
RH3928
PC
France, Mont Aigoual
Under Picea and Fagus
C. perpallens Chevassut & Rob. Henry
1978
28.10.1973
Unknown
KF732381
AB97-11-496
PC
France, Ain, Cerin
In grassy meadow
C. persoonianus Bidaud 2009
16.11.1997
A. Bidaud
KF732382
RH2046
PC
France, Jura, Forêt de Chaux
In frondose forest with Quercus and Fagus
C. crassus Fr. 1838
07.1965
R. Henry
KF732383
C. pini Brandrud 1996 (isotype)
CFP394
S
Norway, Oppl, Østre Toten, Balke
In coniferous forest on calcareous ground
C. pini Brandrud 1996
25.09.1985
T.E. Brandrud et al. KF732384
C. piriodolens Moënne-Locc. 1996 (holotype)
642
G
France, Haute-Savoie, Plateau de Solaison In young calcareous Picea forest
C. variecolor (Pers.: Fr.) Fr. 1838
01.09.1987
R. Baubet
KF732385
105
C. persoonianus Bidaud 2009 (holotype)*
C. phylladus Rob. Henry 1983 (holotype)*
K. Liimatainen et al.: Identification and nomenclature of Phlegmacium
C. occultus Moënne-Locc. & Reumaux 1996
(holotype)
106
Table 1 (cont.).
Species
Voucher
Herb.
Locality
Ecology
Current name
Collection
date
Collector
GenBank
number
C. platypus (M.M. Moser) M.M. Moser
1967 (holotype)
58/64
(19580064)
IB
Germany, Baden-Württemberg,
Inzigkofen
In Fagus forest on calcareous soil
C. platypus (M.M. Moser) M.M. Moser
1967
09.10.1948
M.M. Moser
KF732563
KF732386
C. ponderosus A.H. Sm. 1939 (holotype)
9273
MICH
USA, Oregon, Cave City
Under Pinus ponderosa and Quercus spp.
C. ponderosus A.H. Sm. 1939
01.12.1937
A.H. Smith
C. porphyropus (Alb. & Schwein.) Fr.
1838 (neotype)
CFP717
S
Sweden, Jmt, Ragunda, Ragunda
In birch forest on rich ground
C. porphyropus (Alb. & Schwein.)
Fr. 1838
20.08.1988
T.E. Brandrud et al. KF732387
C. porphyropus var. porphyrophorus
Reumaux 2009 (holotype)
PML5086
PC
France, Ardennes, La Croix-aux-Bois
In deciduous forest
C. porphyropus (Alb. & Schwein.)
Fr. 1838
06.10.1995
P. Reumaux
KF732388
C. praestans (Cordier) Gillet 1874 (epitype)
IK94-1861
H
France, Ain, communen d’Echallan
In Fagus forest with Picea
C. praestans (Cordier) Gillet 1874
27.10.1994
I. Kytövuori
KF732389
C. psalliotoides Chevassut & Rob. Henry
1978 (holotype)*
RH3154
PC
France, St. Mitre-les-Remparts
Under Quercus ilex
C. psalliotoides Chevassut &
Rob. Henry 1978
22.11.1970
Unknown
KF732390
C. pseudocephalixus Bidaud &
Moënne-Locc. 2000 (holotype)*
4446
G
France, Drôme, Forêt de Romeyer
In mixed calcareous forest
C. pseudocephalixus Bidaud &
Moënne-Locc. 2000
02.11.1991
A. Bidaud
KF732392
C. pseudocyanites var. paucus Reumaux
2005 (holotype)
PML5261
PC
France, Val-de-Marne, bois d’Ivry
In deciduous forest
C. cyanites Fr. 1838
17.10.1998
A. Bardet &
R. Bardet
KF732393
C. pseudogracilior Reumaux 2006 (holotype)
PML4858
PC
France, Dordogne, Tursac
In calcareous deciduous forest
C. pseudogracilior Reumaux 2006
26.10.1997
P. Reumaux
KF732394
C. pseudolargus Rob. Henry 1987 (holotype)
RH70218
PC
France, Doubs
In frondose and coniferous forest
C. pseudonaevosus Rob. Henry 1957
Unknown
Unknown
KF732395
C. pseudominor Rob. Henry ex Reumaux
2006 (holotype)
PML4750
PC
France, Ardennes, Bois des Alleux
In deciduous forest on clayey-calcareous soil
C. talus Fr. 1838
27.09.1997
P. Reumaux
KF732396
KF732397
C. pseudonaevosus Rob. Henry 1957 (type)
RH162
PC
France
In montane Picea forest
C. pseudonaevosus Rob. Henry 1957
Unknown
Unknown
C. pseudonebularis Moënne-Locc. 1996
(holotype)
42
G
France, Haute-Savoie, Massif du Semnoz
In subalpine Picea forest
C. pseudonebularis Moënne-Locc. 1996
22.09.1985
P. Moënne-Loccoz KF732398
4401
G
France, Ain, Le Poizat
In coniferous forest on calcareous ground
C. varius (Schaeff.: Fr.) Fr. 1838
14.10.1995
P.A. Moreau
KF732399
4516
G
France, Ain, Innimont
In mixed forest
C. varius (Schaeff.: Fr.) Fr. 1838
08.10.1990
D. Mazuir
KF732400
C. pseudotalus Rob. Henry ex Bidaud &
Reumaux 2006 (holotype)
PML4859
PC
France, Seine-Maritime, Forêt de la
Londe-Rouvray
Under deciduous trees on calcareous soil
C. talus Fr. 1838
24.10.1997
J.-C. Malaval
KF732402
C. pseudoturmalis Bidaud & Moënne-Locc.
2010 (holotype)
PML3465
PC
France, Haute-Savoie, Thorens-Glières
In coniferous forest
C. claricolor (Fr.) Fr. 1838
29.07.1993
A. Faurite-Gendron KF732403
C. pseudovariegatus M.M Moser 1999
(holotype)
97/ 296
IB
USA, Wyoming, Shoshone National
Forest, Lake east of Two Ocean Mt
In subalpine forest under Picea
engelmannii, Pinus albicaulius
C. pseudovariegatus M.M Moser 1999
31.08.1997
M. Moser
KF732404
C. pseudovarius Moënne-Locc. & Reumaux
2000 (holotype)*
4391
G
France, Ile de France, Bois de Noisiel
In calcareous deciduous forest
C. luteocingulatus Bidaud & Fillion 1992
20.10.1996
G. Flantzer
KF732405
C. purpurascens Fr. 1838 (neotype)
IK98-2121
H
Sweden, Nrk, Hidinge, Garphyttans NP
In fairly rich spruce grass-herb forest with
Corylus, Populus tremula, Betula and Quercus
C. purpurascens Fr. 1838
20.09.1998
I. Kytövuori
KF732406
C. rapaceoides Bidaud, G. Riousset &
Riousset 2000 (holotype)
AB97-12-527
G
France, St. Rémy de Provence,
Bouches du Rhône
In deciduous forest
C. rapaceoides Bidaud, G. Riousset &
Riousset 2000
03.11.1997
G. Riousset &
L. Riousset
KF732407
C. reverendissimus Bidaud, Moënne-Locc. &
Reumaux 2000 (holotype)
4667
G
France, Haute-Loire, Forêt de Miaune
In mixed calcareous forest
C. reverendissimus Bidaud, MoënneLocc. & Reumaux 2000
16.10.1997
P. Chapon
KF732408
C. rexclaricolorum Bidaud, Carteret &
Reumaux 2010 (holotype)
AB04-09-163
PC
France, Ain, la Vèche, Chanay
In coniferous forest
C. rexclaricolorum Bidaud, Carteret &
Reumaux 2010
15.09.2004
A. Bidaud &
R. Fillion
KF732409
C. rioussetiae Chevassut & Rob. Henry 1986
(holotype)
RH84.70-78
PC
France, Gravesen
Under Populus alba
C. rioussetiae Chevassut & Rob. Henry
1986
10.1984
Mme. Riousset
KF732410
C. rosargutus Chevassut & Rob. Henry 1978
(holotype)
RH70477
PC
France, Haut-Doubs
Under conifers
C. rosargutus Chevassut & Rob. Henry
1978
Unknown
Unknown
KF732411
KF732412
C. rufior Reumaux 2000 (holotype)
1118
G
France, Haute Ardenne
In coniferous forest, under Picea
C. varius (Schaeff.: Fr.) Fr. 1838
08.11.1988
G. Flantzer
C. rufoallutus Rob. Henry ex Bidaud &
Reumaux 2006 (holotype)
PML635
PC
France, Haute-Savoie, Plateau de
Glières
Under Picea
C. rufoallutus Rob. Henry ex Bidaud &
Reumaux 2006
26.08.1987
P. Moënne-Loccoz KF732413
& J. Melot
C. rufoallutus var. caesiolamellatus Bidaud
2006 (holotype)
PML4905
PC
France, Ain, col des Bérentin
Under Picea on calcareous soil
C. caesiolamellatus (Bidaud) Kytöv.,
Liimat., Niskanen, Brandrud, Frøslev &
A.F.S. Taylor comb. nov.
03.10.1993
A. Bidaud
C. rufolatus Moënne-Locc. 1996 (holotype)
664
G
France, Haute-Savoie, Plateau de Glières
Under Picea abies
C. rufolatus Moënne-Locc. 1996
26.09.1987
P. Moënne-Loccoz KF732415
KF732414
Persoonia – Volume 33, 2014
C. pseudopansa Bidaud 2000 (holotype)
C. pseudopimus Rob. Henry ex
Rob. Henry 2000 (holotype)
CFP941
S
Sweden, Ång, Säbrä, Överdal
In dry spruce forest on rich ground
C. russus Fr. 1838
03.08.1990
T.E. Brandrud et al. KF732416
2954
G
France, Ile-de-France, Les Mureaux
On river sand-banks under deciduous trees
C. chromataphilus Rob. Henry 1989
01.10.1992
G. Redeuilh
KF732417
C. saginoides Bidaud & Reumaux 2000
(holotype)
1264
G
France, Ain, Forêt de Meyriat
In mixed forest
C. varius (Schaeff.: Fr.) Fr. 1838
22.10.1989
A. Bidaud &
P. Reumaux
KF732418
C. sannio M.M. Moser 1999 (holotype)
97/352
IB
USA, Wyoming, Teton National
Forest, Lost Lake
In subalpine coniferous forest under Picea
C. sannio M.M. Moser 1999
engelmannii, Abies lasiocarpa and Pinus albicaulis
10.09.1997
M. Moser
KF732420
C. saxamontanus Fogel 1995 (holotype)
F2535
MICH
USA, Nevada, White Pine Co.,
Whealer Peak Campground
Under Pinus spp. and Abies spp.
C. saxamontanus Fogel 1995
30.06.1981
R. Fogel
KF732421
C. scaurocaninus Chevassut & Rob. Henry
1982 (holotype)*
RH71678
PC
France, Montpellier
Under Quercus ilex
C. scaurocaninus Chevassut &
Rob. Henry 1982
04.11.1979
G. Chevassut
KF732422
C. scaurus (Fr.: Fr.) Fr. 1838 (neotype)
CFP1074
S
Switzerland, Bern, Fribourg, Rechthalten
In the border of a peatbog with Pinus strobus
C. scaurus (Fr.: Fr.) Fr. 1838
29.09.1991
T.E. Brandrud et al. KF732423
C. scaurus f. phaeophyllus M.M. Moser 2001
(holotype)
94/243
IB
Sweden, Sm, Femsjö, Stora Mosse,
Källanäset
On bare peat soil in a mire with
Pinus sylvestris
C. scaurus (Fr.: Fr.) Fr. 1838
13.09.1994
M. Moser
KF732424
C. scaurus subsp. violaceonitens Rob. Henry
1976 (holotype)
RH2190
PC
France
In forest with Fagus, Quercus and Carpinus
C. violaceonitens (Rob. Henry)
Moënne-Locc. 2009
Unknown
Unknown
KF732425
C. scaurus var. notandus Bidaud
2009 (holotype)
AB94-08-32
PC
France, Loire, Jeansagnière
In montane coniferous forest
C. scaurus (Fr.: Fr.) Fr. 1838
21.08.1994
A. Bidaud
KF732426
C. serariicolor Rob. Henry 1985 (holotype)*
RH1731
PC
France
In montane coniferous forest
C. papulosus Fr. 1838
Unknown
Unknown
KF732427
C. serarius Fr. 1838 (neotype)
CFP959
S
Sweden, Ång, Häggdånger, Torrom
In dry spruce forest on rich ground
C. serarius Fr. 1838
11.08.1990
Brandrud et al.
KF732428
C. sobrius P. Karst. 1890 (type)
PAK3235
H
Finland, EH, Mustiala, Tammela
In frondose forest
C. sobrius P. Karst. 1890
23.09.1890
P.A. Karsten
KF732429
C. sphagnetorum Bidaud 1996 (holotype)
3746
G
France, Savoie, Lac du Clou - Beaufortin
C. pseudonaevosus Rob. Henry 1957
31.08.1991
A. Bidaud
KF732430
C. splendens var. papillatosporus Bidaud &
Moënne-Locc. 2003 (holotype)
960
PC
France, Haute-Savoie, Les Puisots
In subalpine zone under Picea, among
Sphagnum and Vaccinium
In mixed forest
C. splendens var. papillatosporus
Bidaud & Moënne-Locc. 2003
25.09.1988
Exposotion of
Annecy
KF732431
C. squamosocephalus Bidaud, Moënne-Locc. & 99670
Reumaux 1999 (holotype)
PC
France, Ardennes, Bois de la Brouille
Under Quercus
C. squamosocephalus Bidaud,
Moënne-Locc. & Reumaux 1999
02.10.1998
P. Reumaux
KF732432
C. subaccedens Rob. Henry 1989 (holotype)*
RH3170
PC
France, Languedoc-RoussillonCévennes region
Under Quercus ilex
C. subaccedens Rob. Henry 1989
Unknown
Unknown
KF732433
C. subamaricatus Bidaud 2008 (holotype)
AB94-10-313
PC
France, Ain, Meyriat
In calcareous mixed forest of Fagus and
Abies
C. tirolianus Bidaud, Moënne-Locc. &
Reumaux 2005
16.10.1994
A. Bidaud
KF732434
C. subaustralis A.H. Sm. & Hesler 1944
(holotype)*
14336
MICH
USA, N.C., Great Smoky Mts
National Park, Indian Gap
In coniferous forest
C. crassus Fr. 1838
14.07.1942
L.R. Hesler
KF732435
C. subbalteatus Kühner 1955 (syntype)*
8-12
(G00262072)
G
France, Savoie, St-Bon, Praz
In Picea forest
C. balteatus (Fr.) Fr. 1838
10.09.1927
R. Kühner
KF732437
C. subcrassoides Moënne-Locc. & Remaux
1995 (holotype)
363
G
France, Savoie, Col des Saisies
In herbaceous Picea abies forest
C. pseudonaevosus Rob. Henry 1957
29.09.1986
R. Campia
KF732438
C. subcrassus Rob. Henry 1983 (holotype)*
RH71520
PC
France, Doubs, Seloncourt
Under conifers
C. crassus Fr. 1838
30.09.1979
KF732439
KF732440
C. subcyanites Bidaud 2005 (holotype)
PML5304
PC
France, Ain, Le Poizat
Under Picea
C. cyanites Fr. 1838
05.09.1999
From exhibition
of Seloncourt
A. Bidaud
C. subdecolorans M. Langl. & Reumaux
2000 (holotype)
4403
G
France, Marne, Bazancourt
In deciduous forest
C. subdecolorans M. Langl. & Reumaux
2000
20.10.1991
M. Langlois
KF732441
C. subdecoloratus Reumaux 2000 (holotype)
3951
G
France, Ardennes, Bois des Alleux
Under Betula
C. ochraceobrunneus Rob. Henry ex
30.10.1994
Bidaud, Moënne-Locc. & Reumaux 2000
G. Laffond &
P. Reumaux
KF732442
C. subfoetens M.M. Moser & McKnight
1995 (holotype)
89/307
IB
USA, Wyoming, Teton National
Forest, Fourmile meadow
Under Picea engelmannii
C. subfoetens M.M. Moser & McKnight
1995
21.08.1989
K.H. McKnight
KF732443
C. subfoetidus A.H. Sm. 1944 (holotype)
17778
MICH
USA, Washington, Olympic National
Park, Olympic Hot Springs
Under conifers
C. subfoetidus A.H. Sm. 1944
11.10.1941
A.H. Smith
KF732444
C. subfraudulosus Kytöv., Liimat. & Niskanen
sp. nov. (holotype)
IK11-006
H
Norway, Oppl, Lunner, Skøyenåsen
In Picea abies forest with Corylus on
calcareous ground
C. subfraudulosus Kytöv., Liimat. &
Niskanen sp. nov.
03.09.2011
I. Kytövuori
KF732564
KF732445
AB97-10-339
PC
France, Ain, Petaray, Aranc
In calcareous coniferous forest
C. subrugulosus Bidaud & Armada 2006
21.10.1997
A. Bidaud
PML5119
PC
France, Ardennes, bois de Toges
In deciduous forest
C. subpurpurascens (Batsch) Fr. 1838
06.10.1996
P. Reumaux
KF732446
C. sublilacinopes Bidaud, Moënne-Locc. &
Reumaux 2001 (holotype)
PML4819
PC
France, Seine-Maritime, La LondeRouvray
In calcareous deciduous forest
C. sublilacinopes Bidaud, Moënne-Locc.
& Reumaux 2001
24.10.1997
L.C. Malaval
KF732561
C. subolivascens A.H. Sm. 1944 (holotype)
14311
MICH
USA, Washington, Olympic National
Park, Deer Lake
Under conifers
C. subolivascens A.H. Sm. 1944
13.06.1939
A.H. Smith
KF732447
107
C. subfuligineus Bidaud 2008 (holotype)
C. subinops Reumaux 2009 (holotype)
K. Liimatainen et al.: Identification and nomenclature of Phlegmacium
C. russus Fr. 1838 (neotype)
C. sabuletorum Redeuilh & Reumaux 1995
(holotype)*
108
Table 1 (cont.).
Species
Voucher
Herb.
Locality
Ecology
Current name
Collection
date
Collector
GenBank
number
C. subopimus Bidaud 1995 (holotype)
3477
G
05.08.1993
A. Bidaud
KF732448
TN08-059
H
In herbaceous, calcareous Picea abies
forest near Alnus viridis
In deciduous forest of Quercus robur, Corylus
avellana and some Betula on mull soil
C. balteatus (Fr.) Fr. 1838
C. subpurpurascens (Batsch) Fr. 1838
(epitype)
France, Haute-Savoie, Plateau de
Dran, Les Glières
Finland, V, Turku
C. subpurpurascens (Batsch) Fr. 1838
03.09.2008
K. Liimatainen &
T. Niskanen
KF732449
C. subpurpureophyllus A.H. Sm. 1939 (holotype) 8164
MICH
USA, California, Crescent City
Under spruce
C. subpurpureophyllus A.H. Sm. 1939
28.10.1937
A.H. Smith
KF732450
C. subrugulosus Bidaud & Armada 2006
(holotype)
PC
France, Isère, Treminis
In coniferous forest on calcareous soil
C. subrugulosus Bidaud & Armada 2006
06.10.2005
A. Bidaud &
F. Armada
KF732451
AB05-10-263
C. subsolitarius A.H. Sm. 1942 (holotype)
15377
MICH
USA, Michigan, Ann Arbor
On humus in oak-hickory woods
C. subsolitarius A.H. Sm. 1942
11.09.1940
A.H. Smith
KF732452
C. subspadiceus Reumaux 1996 (holotype)
2780
G
France, Haute-Vienne, Limousin
Under Picea abies
C. largus Fr. 1838
15.10.1990
Taupenot
KF732453
C. subtortus (Pers.: Fr.) Fr. 1838 (neotype)
IK87-1510
S
18.09.1987
I. Kytövuori
KF732454
4663
G
In partly paludified spruce forest with
some other tree species
Under Quercus ilex on calcareous soil
C. subtortus (Pers.: Fr.) Fr. 1838
C. subvariiformis Bidaud 2000 (holotype)
Sweden, Sm, Hylte commune,
Femsjö parish
France, Bouches-du-Rhône,
St Rémy de Provence
C. luteocingulatus Bidaud & Fillion 1992
03.12.1997
G Riousset &
L. Riousset
KF732455
C. superbus A.H. Sm. 1944 (holotype)
17680
MICH
USA, Washington, Olympic National
Park, Olympic Hot Springs
On steep mountain slopes
C. superbus A.H. Sm. 1944
08.10.1941
A.H. Smith
KF732456
C. talimultiformis Kytöv., Liimat., Niskanen,
A.F.S. Taylor & Sesli sp. nov. (holotype)
AT2004096
UPS
Sweden, Upl, Hässelby Park
In mixed forest
C. talimultiformis Kytöv., Liimat.,
Niskanen, A.F.S. Taylor & Sesli sp. nov.
11.07.2004
A. Taylor
KF732583
C. talus Fr. 1838 (neotype)
CFP832
S
Sweden, Jmt, Ragunda, Ragunda
In birch forest on rich ground
(Betula, Populus, Pinus)
C. talus Fr. 1838
26.08.1989
T.E. Brandrud et al. KF732457
C. thalliopurpurascens Rob. Henry 1995
(isotype)
RH458677
PC
France, Jura, Bois Boucot
In deciduous forest mainly of Carpinus and
Fagus
C. herpeticus Fr. 1838
10.1986
Unknown
KF732458
C. tiliae Brandrud 1996 (holotype)
TEB141-85
O
Norway, Akh, Bærum, Løkkeåsen
In dry calcareous soil, under Tilia cordata
C. tiliae Brandrud 1996
28.08.1985
T.E. Brandrud
KF732459
C. tirolianus Bidaud, Moënne-Locc. &
Reumaux 2005 (holotype)
PML4341
PC
France, Jura, Moirans-en-Montagne
Under Picea
C. tirolianus Bidaud, Moënne-Locc. &
Reumaux 2005
15.09.1996
A. Dégrange
KF732460
C. triumphalis Bidaud, Moënne-Locc. &
Reumaux 2000 (holotype)
3950
G
France, Allier, Forêt des Colettes
In coniferous forest
C. triumphalis Bidaud, Moënne-Locc. &
Reumaux 2000
23.10.1992
R. Chalange
KF732462
C. turmalis Fr. 1838 (neotype)
CFP716
S
Sweden, Mpd, Borgsjö, Julåsen
In herbaceous spruce forest
C. turmalis Fr. 1838
20.08.1988
T.E. Brandrud et al. KF732464
C. vacciniophilus Brandrud 1997 (holotype)
TEB17-88
O
Norway, Oppl, Lunner, Søndre Oppdalen
In forest of Picea abies
C. pseudonaevosus Rob. Henry 1957
09.08.1988
T.E. Brandrud
KF732465
C. vancampiae Cons. 2000*
871
MCVE
Italy
C. vancampiae Cons. 2000
04.10.1995
G. Consiglio
JF907867
C. variecolor (Pers.: Fr.) Fr. 1838 (neotype)
CFP1021
S
Sweden, Gtl, Viklau, Tjakule
In mixed woodland with Abies alba and
Fagus sylvatica
In spruce forest on calcareous ground
C. variecolor (Pers.: Fr.) Fr. 1838
29.09.1990
T.E. Brandrud et al. KF732466
C. variipes Rob. Henry 1977 (holotype)
RH5026
PC
France, Ardennes
In montane coniferous forest
C. variipes Rob. Henry 1977
Unknown
P. Reumaux
KF732467
C. variosimilis M.M. Moser & Ammirati
1999 (holotype)*
89/493
IB
USA, Washington, Skagit Co.,
Trail to Easy Pass
In subalpine coniferous forest under
Picea engelmannii, Abies lasiocarpa
C. variosimilis M.M. Moser &
Ammirati 1999
12.09.1989
M. Moser
KF732468
CFP801
S
Sweden, Ång, Häggdånger, Torrom
In spruce forest on rich ground
C. varius (Schaeff.: Fr.) Fr. 1838
23.09.1988
T.E. Brandrud et al. KF732469
MICH10435
MICH
USA, Michigan, Washtenaw,
Cascade Glen, Ann Arbor
Among fallen leaves in mixed or frondose
woods
C. velicopius Kauffman 1918
29.09.1907
C.H. Kauffman
KF732470
C. veneris Bidaud, Moënne-Locc. & Reumaux
1996 (holotype)
2952
G
France, Haute-Loire, Dunières
Under Abies alba on granitic soil
C. flavescentipes Reumaux 1996
02.10.1992
B. Renon
KF732471
C. violaceomaculatus Brandrud 1997 (holotype) CFP1449
S
Sweden, Gtl, Bäl
In forest of Picea abies and Pinus sylvestris
on calcareous soil
C. violaceomaculatus Brandrud 1997
28.09.1993
T.E. Brandrud et al. KF732473
C. violaceorubens Moënne-Locc. & Reumaux
1990 (holotype)
PML005
G
France, Haute-Savoie, Pessière
plantée d’Avernioz
Under Picea in needle litter
C. violaceorubens Moënne-Locc. &
Reumaux 1990
21.06.1985
P. Moënne-Loccoz KF732474
C. virentophyllus Kauffman 1918 (holotype)
MICH10439
MICH
USA, Michigan, Washtenaw, German
Park Woods, SW of Ann Arbor
On the ground, among grasses in frondose
woods of oak, maple, etc.
C. virentophyllus Kauffman 1918
11.10.1912
C.H. Kauffman
KF732475
C. viridirubescens M.M. Moser & Ammirati
1997 (holotype)
95/ 688
IB
USA, California, Mendocino Co., on Forest Under Lithocarpus densiflora and
Road 408 about 8 miles from village
Quercus garrayana
C. viridirubescens M.M. Moser &
Ammirati 1997
08.12.1995
M. Moser
KF732476
C. vixolivascens Rob. Henry 1992 (holotype)
RH89.123
PC
France, Habsheim, Forêt de la Hardt
C. vixolivascens Rob. Henry 1992
1989
M.V. Rastetter
KF732477
In mixed deciduous forest with Carpinus, Acer,
Crataegus and Quercus on subcalcareous soil
C. volvatus A.H. Sm. 1939 (holotype)
8857
MICH
USA, California, Crescent City
Under spruce
C. volvatus A.H. Sm. 1939
18.11.1937
A.H. Smith
KF732478
C. wiebeae Thiers & A.H. Sm. 1969 (holotype)
8051
MICH
USA, Oregon, Mt Hood, Camas Corral
Under fir
C. wiebeae Thiers & A.H. Sm. 1969
08.06.1958
E. Wiebe
KF732479
Persoonia – Volume 33, 2014
C. varius (Schaeff.: Fr.) Fr. 1838 (neotype)
C. velicopius Kauffman 1918 (lectotype)*
K. Liimatainen et al.: Identification and nomenclature of Phlegmacium
109
Table 2 Cortinarius specimens other than types included in the phylogenetic analysis. Short sequences excluded from the analysis marked with *.
Species
Voucher
Herb.
Locality
GenBank
number
C. acystidiosus Thiers 1960
C. aggregatus Kauffman 1918*
C. alnobetulae Kühner 1989
C. alticaudus Reumaux 2008
C. arenisilvae (Brandrud) Brandrud 2012
C. argutus Fr. 1838 s. auct
C. argutus s. auct.
C. badiolatus (M.M. Moser) M.M. Moser 1967
C. balteatialutaceus Kytöv., Liimat. & Niskanen sp. nov.
C. balteatialutaceus*
C. balteatibulbosus Kytöv., Niskanen, Liimat., Bojantchev &
A.F.S. Taylor sp. nov.
C. balteatibulbosus*
C. balteatibulbosus
C. balteatibulbosus
C. balteatibulbosus
C. balteatibulbosus*
C. balteatibulbosus
C. balteatibulbosus
C. balteatibulbosus
C. balteatibulbosus*
C. balteaticlavatus Kytöv., Liimat. & Niskanen sp. nov.
C. balteaticlavatus
C. balteaticlavatus
C. balteatoalbus Rob. Henry 1985*
C. balteatoalbus
C. bigelowii Thiers & A.H. Sm. 1969
C. boreicyanites Kytöv., Liimat., Niskanen & A.F.S. Taylor sp. nov.
C. boreicyanites
C. boreidionysae Kytöv., Liimat., Niskanen & Dima sp. nov.
C. borgsjoeensis Brandrud 1992
C. brunneiaurantius Kytöv., Liimat. & Niskanen sp. nov.
C. brunneiaurantius
C. caerulescens (Schaeff.) Fr. 1838
C. caesiocinctus
C. caesiocolor Kytöv., Liimat. & Niskanen sp. nov.
C. caesiolamellatus (Bidaud) Kytöv., Liimat., Niskanen, Brandrud,
Frøslev & A.F.S. Taylor comb. nov.
C. caesiolamellatus
C. caesiolamellatus
C. caesiophylloides Kytöv., Liimat., Niskanen, Brandrud &
Frøslev sp. nov.
C. caesiophylloides
C. caesiophylloides
C. caesiophylloides
C. calojanthinus M.M. Moser & Ammirati 1999
C. calojanthinus
C. castaneicolor A.H. Sm. 1944
C. chromataphilus Rob. Henry 1989
C. citriolens Ammirati & M.M. Moser 1999
C. claricolor (Fr.) Fr. 1838
C. claricolor
C. cobaltinus Kytöv., Liimat. & Niskanen 2013
C. cobaltinus
C. cremeiamarescens Kytöv., Liimat. & Niskanen sp. nov.
C. cremeiamarescens
C. cremeiamarescens
C. cremeiamarescens
C. cruentipellis Kytöv., Liimat., Niskanen & Dima sp. nov.
C. cruentipellis
C. cruentipellis
C. cumatilis Fr. 1838
C. cumatilis
C. cupreorufus Brandrud 1994
C. cupreorufus
C. cupreorufus
C. cyanites Fr. 1838
C. cyanites
C. cyanites*
C. cyanites
C. dionysae Rob. Henry 1933 s. auct
C. dionysae s. auct
C. dionysae var. avellanus Rob. Henry ex Bidaud & Carteret 2008
C. eliae Bidaud, Moënne-Locc. & Reumaux 1996
C. elotoides M.M. Moser & McKnight 1995
C. evosmus Joachim ex Bidaud & Reumaux 2006
C. evosmus
C. flavipallens Kytöv., Liimat. & Niskanen sp. nov.
C. flavipallens
C. aff. flavipallens
C. flavobulbus Ammirati & M.M. Moser 1997
C. fraudulosus Britzelm. 1885
C. fraudulosus
C. fuligineofolius (M.M. Moser) M.M. Moser & Peintner 2002
C. fuligineofolius
C. gentianeus Bidaud 1993
C. gentianeus
C. gentianeus
C. gentianeus
C. gentianeus
CLO4681
TN10-179
JFA12247
IK09-1402b
IK95-341
O-60164
T44
IK98-1029
JV10452, TUR5282
JR100900
DBB33060
TENN
H
WTU
H
H
O
O
H
TUR
H
UC
USA
Canada, QC, Papineauville
Italy, Passo del Rolle
Finland, PK, Kesälahti
Finland, InL, Inari
Norway
Norway
Sweden, Nb, Pajala
Finland, InL, Utsjoki
Norway, S&F, Sogndal
Bulgaria, Saranzi
KF732419
KF732512
EU655672
KF732610
KF732611
AY669535
UDB000138
KF732612
KF732587
KF732588
KF732590
DBB36892
H6027358
IK93-639, H6032755
IK04-044
H6032413
AT2004091
AT2004045
AT2004088
AT2004127
IK95-382, H6032729
IK96-782, H6032415
IK08-584, H6033533
CFP1083
IK97-761b
OSC-81327
TN03-112
AT2010203
IK07-245
IK07-1029
IK93-644, H6032406
JV17979b, H6032422
UL98-88, TUB012146
IK97-1573
IK97-207, H6032730
TN09-201
UC
H
H
H
H
UPS
UPS
UPS
UPS
H
H
H
S
H
OSC
H
UPS
H
H
H
H
TUB
H
H
H
Sweden, Järfälla
Finland, V, Vihti
Finland, U, Espoo
Finland, U, Vantaa
Finland, U, Helsinki
Sweden, Upl, Berthåga graveyard
Sweden, Upl, Slottsbacken
Sweden, Upl, Stenhagen
Sweden, Upl, Berthåga graveyard
Finland, InL, Inari
Finland, ES, Mäntyharju
Finland, Ks, Taivalkoski Jurmu-Kurtti
France, Ain, Ordonnaz
Sweden, Jmt, Revsund
USA, OR, Klamath
Finland, PS, Kuopio
Great Britain, Scotland, Grampian
Finland, OP, Kiiminki
Finland, Ks, Salla
Finland, U, Espoo
Finland, V, Turku
Germany
Finland
Finland, U, Helsinki
USA, WA, Olympic peninsula
KF732591
KF732592
KF732593
KF732594
KF732595
UDB001132
UDB000711
UDB000715
UDB000722
KF732597
KF732598
KF732599
KF732613
KF732614
EU056976
KF732500
KF732501
KF732489
KF732615
KF732601
KF732602
AY174863
DQ663241
KF732604
KF732571
AT2005085
11841
IK92-3044
UPS
TUB
H
Sweden, Upl
Germany
Finland, SoL, Pelkosenniemi
UDB002202
AY669531
KF732573
IK08-1554
TF28
TF40
TN08-129
TSJ2003-005
SMI38
TUB 011862
19970154
TN07-138
TUB 011852
TSJ2006068
TF2006-103
IK00-027
TN06-273
OCS153F
clone AlASOILE08
IK01-055
IK98-2503
IK11-008
IK92-2927
H6016455
TN02-700
TN07-378
TN11-129
IK98-1476
AT2000154
AT2004139
AT2004089
TUB011450
TSJ2000-102
IK94-1745a
41098
CFP503
TSJ2004-014
TUB011399
H6032393
TK368
SMIA06
JFA11826
TU106876
19960696
19910576
19910682
IK11-015
IK97-1378
IK09-1525
CFP775
TUB011845
H
Finland, Kn, Paltamo
H
C
UBC
TUB
IB
H
TUB
C
C
H
H
UBC
Finland, V, Västanfjärd
Sweden, Vg
Canada, BC
Germany
USA, WY
Finland, Ks, Kuusamo
Germany
Norway, Oppl, Jevnaker
Norway, Oppl, Jevnaker
Finland, U, Siuntio
Finland, V, Parainen
Canada, BC
USA, AK
Estonia, Hiiumaa, Pühalepa
Sweden, Öl, Algutsrum
Norway, Akh, Asker
Finland, V, Lohja
Finland, U, Espoo
Finland, Ks
USA, WA, Olympic Peninsula
USA, AK, Fairbanks
Finland, U, Espoo
Sweden, Upl, Uppsala
Sweden, Upl, Uppsala
Sweden, Upl, Uppsala
Germany
Germany, Bayern
France, Ain, Oyonnax SE
France
Sweden, Vg
Denmark
Germany
Finland, LK, Parikkala
Finland, PeP, Tervola
Canada, BC
USA, CA, Del Norte
Estonia, Saare, Kihelkonna
Italy, Bozen
KF732574
KF732576
KF732575
KF732538
DQ663281
FJ157126
AY669550
AF325607
KF732616
AY669522
KF673471
KF673472
KF732494
KF732495
EF218754
JN889840
KF732540
KF732541
KF732542
KF732517
KF732643
KF732548
KF732549
KF732550
KF732502
KF732503
KF732391
UDB001154
AY174813
DQ083782
KF732606
KF732617
DQ663395
DQ663368
AY174815
KF732555
KF732556
FJ039640
EU057017
UDB011906
UDB001036
AF478578
AF478577
KF732496
KF732497
KF732498
KF732499
AY669519
H
H
H
H
H
H
H
H
H
UPS
UPS
UPS
TUB
C
H
PC
S
C
TUB
H
H
UBC
WTU
TU
IB
IB
IB
H
H
H
S
TUB
Sweden, Gtl, Alskog and När parish
Finland, Kn, Suomussalmi
Finland, ES, Kerimäki
Sweden, Dlr, Rättvik
Germany
110
Persoonia – Volume 33, 2014
Table 2 (cont.)
Species
Voucher
Herb.
Locality
GenBank
number
C. georgiolens Rob. Henry 1986
C. glaucocephalus M.M. Moser, Ammirati & Halling 2000
C. glaucopus (Schaeff.: Fr.) Gray 1821
C. glaucopus
C. glaucopus
C. glaucopus
C. gracilior (Jul. Schäff. ex M.M. Moser) M.M. Moser 1967
C. herpeticus Fr. 1838
C. herpeticus
C. herpeticus
C. herpeticus
C. immixtus Kauffman 1932
C. infractiflavus (M.M. Moser) Kytöv., Niskanen, Liimat., Bojantchev
& Ammirati stat. nov. & nom. nov.
C. infractiflavus
C. infractiflavus
C. infractus (Pers.: Fr.) Fr. 1838
C. infractus
C. juxtadibaphus Rob. Henry 1983
C. largus Fr. 1838
C. leonicolor Reumaux 2001
C. luteicolor (A.H. Sm.) Ammirati, Bojantchev, Niskanen &
Liimat. stat. nov. & nom. nov.
C. luteicolor
C. luteicolor
C. luteicolor
C. luteicolor
C. luteobrunnescens A.H. Sm. 1944
C. maculatocaespitosus Bidaud 2009
C. meinhardii Bon 1986 s. auct.
C. meinhardii s. auct.
C. melleicarneus Kytöv., Liimat., Niskanen & Brandrud sp. nov.
C. mendax Bidaud, Mahiques & Reumaux 2011
C. mendax
C. metarius Kauffman 1921
C. misermontii Chevassut & Rob. Henry 1986
C. misermontii
C. montanus Kauffman 1932
C. montanus
C. multiformis Fr. 1838
C. multiformis
C. multiformis
C. multiformis
C. multiformis
C. multiformis
C. multiformis
C. multiformis
C. multiformis
C. multiformis
C. myrtilliphilus Kytöv., Liimat., Niskanen & Brandrud sp. nov.
C. neotriumphans Bidaud, Moënne-Locc. & Reumaux 2000
C. neotriumphans
C. norrlandicus
C. olivaceodionysae A. Ortega, Vila & Fdez.-Brime
C. olivaceodionysae
C. olivaceodionysae
C. olivaceodionysae
C. olivaceodionysae
C. olivaceodionysae
C. olivaceodionysae
C. olivaceodionysae
C. olivaceodionysae
C. oliveopetasatus M.M. Moser 2000
C. olympianus A.H. Sm. 1939
C. ophiopus Peck 1878
C. ophiopus
C. oregonensis A.H. Sm. 1939
C. orichalceus var. xanthocephalus A.H. Sm. 1944
C. orichalceus var. xanthocephalus
C. orichalceus var. xanthocephalus
C. palazonianus Vila, A. Ortega & Fdez.-Brime
C. palazonianus
C. pallidirimosus Kytöv., Liimat. & Niskanen sp. nov.
C. pallidirimosus
C. pallidirimosus
C. pallidirimosus
C. pallidirimosus
C. pallidirimosus
C. pansa (Fr.) Sacc. 1887
C. pansa
C. pansa
C. papulosus Fr. 1838
C. papulosus
C. parafulmineus Rob. Henry 1993
C. pardinus Reumaux 1995
C. patibilis Brandrud & Melot 1983
C. patibilis
C. patrickensis (M.M. Moser) Niskanen, Liimat., Kytöv., Bojantchev &
Ammirati comb. nov.*
C. patrickensis*
IK98-2504
F19524
IK92-1105a
SMIA20
clone NWBRO20
SMI293
JV19538
IK92-593
DB2142
TUB011456
9204
F17145OC73
DBB19634
H
UBC
H
UBC
UBC
UC
Sweden, Öl, Algutsrum
Canada, BC
Finland, SoL, Pelkosenniemi
Canada, BC
Canada, BC
Canada, BC
Italy, Veneto, Belluno
Norway, Troms, Storfjord
Hungary, Vas, Ispánk
Germany
Italy
Canada, BC
Bulgaria, Pirin Mts
KF732618
HQ604682
KF732619
FJ039616
EU645632
FJ039615
KF732492
KF732507
KF732508
AY174808
JF907950
GQ159888
KF732534
IK92-1109
SMI286
TN02-832
IK93-223
CFP1108
CFP1085
CFP852
DBB46740
H
UBC
H
H
S
S
S
UC
Finland, SoL, Pelkosenniemi
Canada, BC
Finland, Ks, Oulanka
Finland, EH, Pälkäne
France, Ain
France, Ain, Ordonnaz, Penant
Belgium, Brabant, Tervuren
USA, CA, Yosemite Nat’l Park
KF732535
FJ039612
KF732523
KF732524
DQ663286
KF732333
KF732490
KF732546
DBB38211
JMB10-06-2007-03
VMS13
JFA11701
IK97-2298
TUB011396
TN05-168
TUB011443
O-125960
TN06-291
TN06-157
PML5204
IK98-2417
IK872172
OSC1064150
DBB00174
IK08-1857
TN06-139
IK98-1401
TN05-247
19940224
TAAM128778
TU105180
AT2004187
PK4471
F16414
O-125949
TN05-232
CFP475
IK99-711
TN06-311
IK94-1899
TN06-306
IK11-013
MK2540
IK12-001
IK07-1417
IK11-012
TUB011856
F14280
IK94-1225
IK01-050
AT2004256
F15822
CFP769
TN04-874
IK08-1482
TN04-1106 (H7017897)
clone PS01-02
IK07-692
TN04-470
IK92-966
IK98-711
19990590
clone 8-73M8
IK97-1914
UC
USA, CA, Yosemite Nat’l Park
USA
Canada, BC
USA, OR, Clackamus
Finland, V, Lohja
UP21
TN06-319
IK90-1822
Arangu-Cort-03101201
RH70356
IK97-086
IK97-087, H6032748
DBB39406
IK95-1400, H7019584
UBC
H, TUR
H
BP
TUB
PC
H
H
UC
KF732547
HM068562
FJ717511
EU057024
KF732620
AY174780
Finland, Ks, Kuusamo
KF732551
Germany
AY174840
Norway, AA, Grimstad
AY669533
Finland, A, Sund
KF732515
Finland, PK, Kitee
KF732516
France, Ain
DQ663236
Sweden, Öl, Högsrum
KF732621
Spain, Catalonia, Girona
KF732622
USA, OR
EU525972
USA, OR
JF795378
Finland, PS, Sonkajärvi
KF732623
Finland, PK, Kitee
KF732624
Finland, EH Vilppula
KF732625
Norway, Hord, Voss
KF732626
Sweden, Sm
UDB001004
Estonia, Tartu
UDB016114
Estonia, Voru
UDB016130
Sweden, Jmtl
UDB002163
Canada, BC
FJ039634
Canada, BC
FJ039635
Norway, Oppl, Ringebu
AY669518
Norway, Hord, Ulvik
KF732607
Sweden, Ång, Säbrå
KF732608
Finland, PK, Juuka
KF732627
Finland, SF, A, Jomala
KF732480
France, Ain
KF732481
Finland, A, Finström
KF732482
Sweden, Gtl
KF732483
Finland, A, Lemland
KF732484
Estonia, Hiiumaa, Raplamaa
KF732485
Sweden, Gstr
KF732486
Sweden, Gtl
KF732487
Germany
AY669523
Canada, BC
FJ157042
Finland, ES, Kerimäki
KF732553
Finland, U, Helsinki
KF732609
Sweden, Upl, Norrtälje
UDB000729
Canada, BC
FJ157035
Sweden, Dlr, Rättvik
KF732543
Finland, V, Lohja
KF732544
Finland, Kn, Paltamo
KF732545
Italy, Sardinia, Nuoro, Gavoi, Lago di Gusana KF732531
Spain
FJ946938
Finland, PeP, Tervola
KF732579
Finland, PeP, Rovaniemi
KF732580
Finland, SoL, Sodankylä
KF732581
Norway, Troms, Storfjord
KF732582
Russia, Sakha
UDB001073
USA, OR
JQ393042
Finland, ES, Mäntyharju
KF732521
UK
AM084701
Sweden
DQ179120
Finland, A, Jomala
KF732629
Finland, V, Kemiö
KF732630
Spain, Roncal Navarra
EF014269
France
KF732461
Finland, V, Karkkila
KF732631
Finland, V, Karkkila
KF732632
USA, CA, Humboldt
KF732532
H
Sweden, Mpd, Borgsjö
WTU
H
TUB
H
TUB
O
H
H
PC
H
H
OSC
UC
H
H
H
H
IB
TAAM
TU
UPS
UBC
UBC
O
H
S
H
H
H
H
H
H
H
H
H
TUB
UBC
H
H
UPS
UBC
S
H
H
H
H
H
H
H
IB
H
H
H
KF732533
K. Liimatainen et al.: Identification and nomenclature of Phlegmacium
111
Table 2 (cont.)
Species
Voucher
Herb.
Locality
C. percomis Fr. 1838
C. percomis
C. percomis
C. pini Brandrud 1996
C. porphyropus (Alb. & Schwein.) Fr. 1838
C. porphyropus
C. praestans (Cordier) Gillet 1874
C. praestans
C. praestans
C. pseudocephalixus Bidaud & Moënne-Locc. 2000
C. pseudocephalixus
C. pseudonaevosus Rob. Henry 1957
C. purpurascens Fr. 1838
C. purpurascens
C. purpurascens
C. purpurascens
C. rapaceoides Bidaud, G. Riousset & Riousset 2000
C. cf. rhizophorus Bidaud & Cons. 2012
C. cf. rhizophorus
C. cf. rhizophorus
C. cf. rhizophorus
C. rosargutus Chevassut & Rob. Henry 1978
CFP1104
AT2004243
TU105232
IK90-2288
TN10-004
TN06-151
TAAM128528
CFP482
TUB011460
IK98-1842
TUB011444
CFP1175
IK87-1174
IK09-1510
TUB011401
TAAM128795
TUB012692
IK95-1973
IK98-2451
TUB011860
JV01-574
IK96-1279
S
UPS
TU
H
H
H
TAAM
S
TUB
H
TUB
S
H
H
TUB
TAAM
TUB
H
H
TUB
C
H
France, Ain, Brenod
Sweden, Upl
Sweden, Gtl
Finland, V, Parainen
Canada, QC, Riviere-á-Pierre
Finland, PK, Kitee
Estonia, Saare
Sweden, Upl, Börstil, Marieberg
Germany
Sweden, Ög, V. Tolstad
Germany
C. rosargutus
C. rosargutus
C. rufoallutus Rob. Henry ex Bidaud & Reumaux 2006
C. rufoallutus
C. rufolatus Moënne-Locc. 1996
C. russus Fr. 1838
C. sannio M.M. Moser 1999
C. sannio
C. saxamontanus Fogel 1995
C. scaurocaninus Chevassut & Rob. Henry 1982
C. scaurus (Fr.: Fr.) Fr. 1838
C. scaurus
C. scaurus
C. scaurus
C. scaurus
C. scaurus
C. scaurus
C. serarius Fr. 1838
C. sobrius P. Karst. 1890
Cortinarius sp.
Cortinarius sp.
Cortinarius sp.*
C. spectabilis M.M. Moser 1952 s. auct.
C. spectabilis s. auct.
C. subdecolorans M. Langl. & Reumaux 2000
C. subfoetens M.M. Moser & McKnight 1995
C. subfoetens
C. subfraudulosus Kytöv., Liimat. & Niskanen sp. nov.
C. subfraudulosus
C. subfraudulosus
C. subfraudulosus
C. sublilacinopes Bidaud, Moënne-Locc. & Reumaux 2001
C. subolivascens A.H. Sm. 1944
C. subpurpurascens (Batsch) Fr. 1838
C. subpurpurascens
C. subpurpureophyllus A.H. Sm. 1939
C. subpurpureophyllus
C. subpurpureophyllus
C. subrubrovelatus (Bidaud) Kytöv., Liimat., Niskanen & Dima comb. nov.
C. subrubrovelatus
C. subrugulosus Bidaud & Armada 2006
C. subtortus (Pers.: Fr.) Fr. 1838
C. subtortus
C. subtortus
C. sulphurinus Quél. 1883 s. auct.
C. sulphurinus var. fageticola Brandrud 1998
C. superbus A.H. Sm. 1944
C. talimultiformis Kytöv., Liimat., Niskanen, A.F.S. Taylor & Sesli sp. nov.
C. talimultiformis
C. talimultiformis
C. talimultiformis
C. tiliae Brandrud 1996
C. triumphalis Bidaud, Moënne-Locc. & Reumaux 2000
C. turmalis Fr. 1838
C. variegatus Bres. 1884 s. auct.
C. variegatus s. auct.
C. variipes Rob. Henry 1977
C. variosimilis M.M. Moser & Ammirati 1999
C. violaceonitens (Rob. Henry) Moënne-Locc. 2009
C. violaceonitens
C. violaceorubens Moënne-Locc. & Reumaux 1990
C. violaceorubens
C. viridirubescens M.M. Moser & Ammirati 1997
C. wiebeae Thiers & A.H. Sm. 1969
Hebeloma fastibile (Pers.) P. Kumm.
H. mesophaeum (Pers.) Quél.
IK07-242
IK08-565
AV010997
DBB00242
CFP1112
CFP923
IK98-891
IK88-1160
MTS-97-166-11
HS031095
TN10-053
TN03-1698
19940243
156946
19980175
19960092
AF-D35
TN04-923
IK04-045
IK03-005
IK03-004
IK11-010
TEB594-04
TEB595-04
IK11-011
IK08-2010
F17229OC157
CFP481
IK98-2245
IK88-2016
TU106607
TSJ2002-043
C1-EC172
AT2004275
14615
TN04-855
AT2005152
19890242
TUB011414
TU106663
IK98-2578
TN05-021
19760289
JMB07-08-2007-05
CFP506
CFP783
SMI45
IK300866 (H6032747)
SES2741
TUB0118410
TAAM128693
O-63407
CFP781
IK92-1133
CFP525
F16442
CFP981
VMS26
TN06-170
TN00-661
TN07-062
TUB011885
JFA11817
clone NHPY20
19940036
GLM31004
H
H
S
S
H
H
WTU
H
H
H
IB
TRTC
IB
IB
H
H
H
H
H
O
O
H
H
UBC
S
H
H
TU
C
WTU
UPS
H
UPS
IB
TUB
TU
H
H
IB
S
S
H
TUB
TAAM
O
S
H
S
UBC
S
UBC
H
H
H
TUB
WTU
IB
GenBank
number
KF732520
UDB000726
UDB015914
KF732633
KF732513
KF732514
UDB015946
KF732267
AY174804
KF732634
AY174784
KF732635
Finland, ES, Joutseno
KF732511
Finland, LK, Parikkala
KF732644
Germany
AY174858
Estonia, Lääne-Viru
UDB016117
Italy, Laina
EU057049
Germany, Baden-Württemberg, Freudenstadt KF732569
Sweden, Öl, Borgholm
KF732570
Germany
AY669527
Denmark, Jylland
DQ083813
Germany, Baden-Württemberg
KF732636
Freiburg, Biederbach
Finland, OP, Kiiminki
KF732637
Finland, Ks, Taivalkoski
KF732638
Sweden, Jmt (Borgsjö Congress)
KF732639
USA, OR
JF750423
France, Ain, Brenod
KF732640
Sweden, Ång, Säbrå
KF732519
Sweden, Nb, Pajala
KF732536
Finland, KiL, Kittilä
KF732537
USA, WA, Kittitas
EU057026
Germany, Baden-Württemberg Karlsruhe
KF732641
Canada, QC
KF732509
Slovakia, Liptovská kotlina basin, Važec
KF732510
Sweden, Femsjö
UDB001068
Canada, ON
JN021010
Sweden
AF325562
Italy, Sudtirol
UDB001069
Great Britain, Scotland, Banffshire
UDB002441
Finland, U, Kirkkonummi
KF732558
Finland, U, Helsinki
KF732559
Sweden
KF732525
Sweden, Öl, Nötbrunnskärret
KF732526
Norway, Busk, Röyken
KF732527
Norway, Oppl
DQ663425
Norway, Oppl
DQ663426
Norway
KF732491
Finland, V, Lohja
KF732560
Canada, BC
GQ159817
Sweden, Upl, Börstils sn
KF732565
Sweden, Srm, Mörkö parish
KF732566
Sweden, Ög, Väversunda parish
KF732567
Estonia, Saare, Kihelkonna
UDB011261
Czech Republic
DQ663434
USA, WA
AY356323
Sweden, Upl
UDB000736
Italy
JF907905
Finland, U, Vantaa
KF732557
Sweden, Upl
UDB002241
USA, Wyoming, Yellowstone National Park
GU363492
Germany
AY174787
Estonia, Saare
UDB011262
Sweden, Öl, Böda
KF732463
Finland, ES, Joutsa
KF732645
Sweden, Femsjö
UDB001087
Canada, BC
FJ717556
Sweden, Vg, Medelplana
DQ663437
Sweden, Sk, Degeberga
DQ663439
Canada, BC
FJ157114
Finland, PH, Virrat
KF732584
Turkey, Trabzon, Macka
KF732585
Germany
AY669532
Estonia, Tartu
UDB015959
Norway
AY669556
Sweden, Sk, Degeberga
KF732642
Finland, SoL, Pelkosenniemi
KF732436
Sweden, Upl, Vattholma
KF732376
Canada, BC
FJ039663
Sweden, Ång, Häggdånger
KF732472
Canada, BC
FJ717596
Finland, PK, Kitee
KF732505
Finland, V, Kisko
KF732506
Finland, V, Kisko
KF732504
Germany
AY669647
USA, CA, Mendocino
EU057007
USA, OR/CA
FJ440879
AF325643
AF126100
112
Persoonia – Volume 33, 2014
Hebeloma fastibile AF325643
Hebeloma mesophaeum AF126100
Cortinarius georgiolens IK98-2504 Sweden Cortinarius georgiolens TYPE France
Cortinarius ponderosus AHS9273 TYPE U.S.A. Oregon
Cortinarius perpallens RH3928 TYPE France
1.00 Cortinarius subtortus IK87-1510 TYPE Sweden
Cortinarius subtortus FJ717556 Canada, British Columbia
0.88
0.01 substitutions/site
1.00 Cortinarius variipes RH5026 TYPE France
Cortinarius vespertinus CFP981 Sweden
0.62
Cortinarius variipes
(= C. vespertinus s. auct.)
1.00 Cortinarius oregonensis AHS3557 TYPE U.S.A. Oregon
Cortinarius oregonensis FJ157035 Canada, British Columbia
Cortinarius largoides PML2336 TYPE France
Cortinarius subpurpurascens UDB000736 Sweden
1.00
Cortinarius subpurpurascens
Cortinarius subinops PML5119 TYPE France
Cortinarius subpurpurascens TN08-059 TYPE Finland
0.93
Cortinarius subpurpurascens JF907905 Italy
0.67
Cortinarius collocandoides PML5087 TYPE France
Cortinarius collocandoides
Cortinarius genuinus XC2005-132 TYPE France
Cortinarius mendax TN06-291 Finland
Cortinarius mendaz
1.00 Cortinarius mendax TN06-157 Finland
(= C. subporphyropus s. auct.)
Cortinarius mendaz AB07-10-162 TYPE France
0.88
Cortinarius purpurascens IK87-1174 Finland
Cortinarius purpurascens IK09-1510 Finland
1.00
Cortinarius purpurascens
Cortinarius eumarginatus AB07-10-175 TYPE France
/Purpurascentes
Cortinarius purpurascens IK98-2121 TYPE Sweden
Cortinarius purpurascens UDB016117 Estonia
Cortinarius porphyropus TN06-151 Finland
Cortinarius porphyropus CFP717 TYPE Sweden
0.98
Cortinarius porphyropus
Cortinarius porphyropus var. porphyrophorus PML5086 TYPE France
Cortinarius porphyropus TN10-004 Canada, Québec
Cortinarius mutabilis AHS17451 TYPE U.S.A. Washington
1.00
Cortinarius occidentalis
Cortinarius occidentalis AHS8654 TYPE U.S.A. California
Cortinarius amnicola AHS15381 TYPE U.S.A. Michigan
Cortinarius cacodes IB91/618 TYPE U.S.A. California
Cortinarius citrinipedes AHS15305 TYPE U.S.A. Michigan
0.68
Cortinarius rapaceoides
1.00 Cortinarius rapaceoides AB9712527 TYPE France
0.73
(= C. caroviolaceus s. auct.)
Cortinarius caroviolaceus EU057049 Germany
Cortinarius evosmus PML4837 TYPE France
1.00 Cortinarius evosmus DQ663368 Denmark
(= C. osmophorus s. auct.)
Cortinarius evosmus AY174815 Germany
Cortinarius sannio IB97/352 TYPE U.S.A. Wyoming
1.00
Cortinarius sannio IK88-1160 Finland
Cortinarius sannio IK98-891 Sweden
Cortinarius arenicola AHS15315 TYPE U.S.A. Michigan
Cortinarius pseudogracilior PML4858 TYPE France
1.00 Cortinarius sublilacinopes PML4819 TYPE France
Cortinarius sublilacinopes DQ663434 Czech Republic
1.00 Cortinarius metarius MICH10374 TYPE U.S.A. Colorado
Cortinarius metarius
Cortinarius barbarorum DQ663236 TYPE France
1.00 Cortinarius frondosophilus PML4817 TYPE France
0.71
Cortinarius platypus
Cortinarius platypus IB58/64 TYPE Germany
Cortinarius spectabilis DQ663425 Norway
1.00
0.78
Cortinarius spectabilis DQ663426 Norway
Cortinarius cf. flavipallens FJ039640 Canada, British Columbia
0.99
Cortinarius flavipallens IK08-1729 TYPE Finland
/Calochroi p.p.
1.00 1.00 Cortinarius flavipallens H6032393 Finland
Cortinarius flavipallens TK368 Finland
Cortinarius calojanthinus IB97/220 TYPE U.S.A. Wyoming
1.00
Cortinarius calojanthinus
Cortinarius corrosus TN08-129 Finland
(= C. corrosus s. auct.)
0.89 Cortinarius corrosus DQ663281 Sweden
Cortinarius cobaltinus KF673470 TYPE Finland
1.00 Cortinarius cobaltinus KF673471 Norway
0.96
1.00
Cortinarius cobaltinus KF673472 Norway
0.99 Cortinarius caesiocinctus DQ663239 TYPE France
Cortinarius caesiocinctus DQ663241 Finland
1.00 Cortinarius olympianus AHS3242 TYPE U.S.A. Washington
Cortinarius olympianus IK94-1225 Finland
0.64
1.00 Cortinarius bigelowii 45385 TYPE U.S.A. Idaho
Cortinarius bigelowii EU056976 U.S.A. Oregon
1.00 Cortinarius elotoides IB87/60 TYPE U.S.A. Wyoming
Cortinarius elotoides
(= C. pseudoglaucopus s. auct.)
Cortinarius pseudoglaucopus DQ663395 Sweden
Cortinarius luteicolor FJ717511Canada British Columbia
C. orich. var. olymp. f. luteifolius AHS16970 TYPE U.S.A. Washington
1.00 Cortinarius luteicolor HM068562 U.S.A.
C. luteicolor
Cortinarius luteicolor DBB46740 U.S.A. California
Cortinarius luteicolor DBB38211 U.S.A. California
Cortinarius luteicolor EU057024 U.S.A. Oregon
1.00
0.99
0.94
0.98
1.00
1.00
C. orichalceus var. zanthocephalus
1.00 Cortinarius aureofulvus CFP769 Sweden
Cortinarius aureofulvus TN04-874 Finland
AHS17514 TYPE U.S.A. Washington
(= C. aureofulvus s. auct.)
0.62 Cortinarius aureofulvus IK08-1482 Finland
Cortinarius sazamontanus F2535 TYPE U.S.A. Nevada
Cortinarius sazamontanus EU057026 U.S.A. Washington
C. orich. var. olympianus AHS17513 TYPE U.S.A. Washington C. pseudocupreorufus
Cortinarius cupreorufus TN11-129 U.S.A. Alaska
1.00
Cortinarius cupreorufus TN07-378 U.S.A. Washington
0.92 Cortinarius cupreorufus TN02-700 Finland
Cortinarius cupreorufus CFP1038 TYPE Sweden
/Calochroi
& Fulvi
/Laeticolores
Fig. 1 The Bayesian 50 % majority-rule consensus tree inferred from ITS regions. PP > 0.50 are indicated above branches. In blue colour and bold are new
species described in this study as well as new combinations made and in orange and bold neo- and epitypes designated in this study. In pink are species
described by French authors, in red species described by other European authors, in green species described by North American authors and in black other
specimens included in this study.
K. Liimatainen et al.: Identification and nomenclature of Phlegmacium
0.64
0.85
0.64
1.00 Cortinarius sulphurinus DQ663437 Sweden
Cortinarius sulphurinus s. auct.
Cortinarius sulphurinus var. fageticola DQ663439 TYPE Sweden
1.00
Cortinarius
oliveopetasatus
IB95/360
TYPE
U.S.A.
Oregon
0.95
Cortinarius oliveopetasatus FJ157042 Canada, British Columbia
1.00 Cortinarius juxtadibaphus RH3880 TYPE France
Cortinarius juxtadibaphus
(= C. dibaphus s. auct.)
Cortinarius dibaphus DQ663286 France
1.00 Cortinarius flavobulbus IB95/629 TYPE U.S.A. California
Cortinarius flavobulbus EU057017 U.S.A. California
Cortinarius subpurpureophyllus AHS8164 TYPE U.S.A. California
Cortinarius subpurpureophyllus
1.00 Cortinarius napus TN04-855 Finland
(= C. napus s. auct.)
Cortinarius napus UDB002241 Sweden
113
/Calochroi
& Fulvi
Cortinarius napus GU363492 U.S.A. Wyoming
1.00 Cortinarius viridirubescens IB95/688 TYPE U.S.A. California
Cortinarius viridirubescens EU057007 U.S.A. California
Cortinarius alnobetulae
1.00 Cortinarius alnobetulae Kühner 53-6 TYPE France
(= C. moseri s. auct.)
Cortinarius alnobetulae EU655672 Italy
1.00 Cortinarius parafulmineus TYPE France
Cortinarius parafulmineus EF014269 Spain
Cortinarius meinhardii TN05-168 Finland
1.00 C. splendens var. papillatosporus PC960 TYPE France C. splendens var. papillatosporus
(= Cortinarius meinhardii s. auct.)
Cortinarius meinhardii AY174840 Germany
1.00 Cortinarius maculatocaespitosus AB08-10-302 TYPE France
Cortinarius maculatocaespitosus AY174780
1.00
C. anfractoides var. cinereoclarus AB08-09-155 TYPE France
C. persoonianus AB97-11-496 TYPE France
Cortinarius infractiflavus FJ039612 Canada, British Columbia
Cortinarius infractiflavus
1.00 1.00
Cortinarius infractiflavus IK92-1109 Finland
(= C. infractus var. flavus IB97/169 TYPE
0.83
/Infracti
U.S.A Wyoming)
Cortinarius infractiflavus DBB19634 Bulgaria
0.97
C. infractus var. aeruginosus XC2006-66 TYPE France
Cortinarius amarocaerulescens AB99-11-362 TYPE France
1.00
Cortinarius infractus
Cortinarius infractus CFP495 TYPE Sweden
Cortinarius infractus TN02-832 Finland
Cortinarius infractus IK93-223 Finland
1.00 Cortinarius crassus CFP938 TYPE Sweden
Cortinarius crassus
Cortinarius laetargutus RH70405 TYPE France
Cortinarius
rufoallutus
JF750423
U.S.A.
Oregon
1.00
Cortinarius rufoallutus AV010997 Sweden
0.99 Cortinarius rufoallutus PML635 TYPE France
Cortinarius melleicarneus IK01-053 TYPE Estonia
0.99
Cortinarius melleicarneus AY669533 Norway
0.73
Cortinarius talimultiformis IK300866 Finland
C. aurantionapus var. similis PML883 TYPE France
0.98 Cortinarius talimultiformis SES2741 Turkey
Cortinarius talimultiformis
Cortinarius talimultiformis AY669532 Germany
Cortinarius talimultiformis AT2004096 TYPE Sweden
1.00 Cortinarius talimultiformis UDB015959 Estonia
Cortinarius multiformis FJ039635 Canada British Columbia
Cortinarius multiformis FJ039634 Canada British Columbia
0.69
Cortinarius multiformis UDB002163 Sweden
0.90 1.00 Cortinarius multiformis TN05-247 Norway
Cortinarius multiformis UDB016114 Estonia
Cortinarius multiformis UDB016130 Estonia
0.94
Cortinarius multiformis IK08-1857 Finland
Cortinarius multiformis TN06-139 Finland
Cortinarius multiformis CFP445 TYPE Sweden
/Multiformes
0.76 Cortinarius multiformis IK98-1401 Finland
Cortinarius multiformis UDB001004 Sweden
Cortinarius crenulatus PML4866 TYPE France
1.00
Cortinarius pseudotalus PML4859 TYPE France
1.00
Cortinarius talus
Cortinarius pseudominor PML4750 TYPE France
Cortinarius ochropudorinus PML2339 TYPE France
Cortinarius talus CFP832 TYPE Sweden
C. rufoallutus var. caesiolamellatus PML4905 TYPE France
Cortinarius caesiolamellatus TN09-201 U.S.A. Washington
1.00
Cortinarius caesiolamellatus
Cortinarius caesiolamellatus UDB002202 Sweden
Cortinarius caesiolamellatus AY669531 Germany
C. multiformis var. caesiophyllus PML882 TYPE France
1.00
Cortinarius caesiophylloides TN05-016 TYPE Finland
1.00 Cortinarius caesiophylloides TF2006-112
Cortinarius caesiophylloides IK92-3044 Finland
1.00
Cortinarius caesiophylloides IK08-1554 Finland
Cortinarius pallidirimosus UDB001073 Russia
0.96
Cortinarius pallidirimosus JQ393042 U.S.A. Oregon
0.80
Cortinarius pallidirimosus IK92-966 Finland
0.92
Cortinarius pallidirimosus IK95-585 TYPE Finland
1.00
Cortinarius pallidirimosus TN04-470 Finland
1.00
Cortinarius pallidirimosus IK07-692 Finland
0.90
Cortinarius pallidirimosus IK98-711 Norway
Cortinarius virentophyllus MICH10439 TYPE U.S.A. Michigan
Cortinarius montanus MICH10377 TYPE U.S.A. Oregon
1.00
Cortinarius montanus EU525972 U.S.A. Oregon
0.98
Cortinarius montanus JF795378 U.S.A. Oregon
/Scauri
Cortinarius violaceonitens TN06-170 Finland
0.99
0.96
Cortinarius violaceonitens TN00-661 Finland
Cortinarius violaceonitens RH2190 TYPE France (as C. scaurus subsp. violaceonitens)
Fig. 1 (cont)
114
Persoonia – Volume 33, 2014
Cortinarius cd
rpd
tihu
s
IK92-593 Norway
Cortinarius herpeticus CFP936 TYPE Sweden
Cortinarius tc
all
iopurpurashd
ns
RH458677 France
0.55
Cortinarius cd
rpd
tihu
s
Cortinarius cd
rpd
tihu
s
DB2142 Hungary
0.61
Cortinarius cd
rpd
tihu
s
AY174808 Germany
Cortinarius cd
rpd
tihu
s
JF907950 Italy
1.00
Cortinarius mul
ie
ind
om
ol
ius
AF478578 IB19910576
1.00
Cortinarius mul
ie
ind
om
ol
ius
IB91/682 TYPE U.S.A. California
Cortinarius mul
ie
ind
om
ol
ius
AF478577 TYPE U.S.A. California
/Scauri
Cortinarius sh
aurus TN03-1698 Slovakia
0.99
Cortinarius sh
aurus JN021010 Canada Ontario
Cortinarius sh
aurus TN10-053 Canada Québec
Cb
sh
aurus f. pc
ad
opccllu
s
IB94/243 TYPE Sweden
0.51
Cortinarius scaurus CFP1074 TYPE Switzerland
1.00
Cortinarius sh
aurus
Cb
sh
aurus f. pc
ad
opccllu
s
UDB001068 Sweden
0.59
Cortinarius sh
aurus AF325562 Sweden
Cortinarius sh
aurus UDB001069 Italy
Cortinarius sh
aurus UDB002441 Scotland
iv
ashd
ns
PML29 TYPE France
0.90 Cortinarius parol
Cm
sh
aurus var . notandus AB94-08-32 TYPE France
aride
atus
s. auct. CFP525 Sweden
1.00 Cortinarius v
Cortinarius v
aride
atus
s. auct. FJ039663 Canada British Columbia
Cortinarius h
orrue
is AHS16842 TYPE U.S.A. Washington
1.00
Cortinarius turf
al
is IK92-1133 Finland
Cortinarius turf
al
is
Cortinarius turmalis CFP716 TYPE Sweden
Cortinarius sukm
od
tidus
AHS17778 TYPE U.S.A. Washington
Cortinarius v
iol
ahd
orukd
ns
TN07-062 Finland
1.00
Cortinarius v
iol
ahd
orukd
ns
PML005 TYPE France
0.95
Cortinarius v
iol
ahd
orukd
ns
AY669647 Germany
0.52
Cortinarius boreicyanites CFP931 TYPE Sweden
1.00
Cortinarius k
ord
ihc
anitd
s
TN03-112 Finland
Cortinarius k
ord
ihc
anitd
s
AT2010203 Scotland
1.00
/ Cyanites
Cortinarius sukhc
anitd
s
PML5304 TYPE France
Cortinarius hc
anitd
s
IK98-1476 Finland
sdu.
ohc
panitd
s
var. pauhu
s PML5261 TYPE France
1.00 Cb
Cortinarius hc
anitd
s
Cortinarius hc
anitd
s
AT2000154 Sweden
Cortinarius hc
anitd
s
UDB001154 Sweden
Cortinarius cyanites AT2005069 TYPE Sweden
Cortinarius v
iol
ahd
of
ahul
atus
CFP1449 TYPE Sweden
Cortinarius ochribubalinus IK93-641 TYPE Finland
Cortinarius hdpc
al
iw
oidd
s
IB87/188 TYPE U.S.A. Wyoming
0.55
rku
s AHS17680 TYPE U.S.A. Washington
1.00 Cortinarius supd
Cortinarius supd
rku
s FJ157114 Canada British Columbia
0.67 0.90
Cortinarius alk
om
rae
rans
IB95/595 TYPE U.S.A. California
Cortinarius v
iw
ol
iv
ashd
ns
RH89.123 TYPE France
0.71
ol
oratus
PML3951 TYPE France
1.00 Cortinarius suk.dh
Cortinarius ohc
rahd
ok
runndu
s
Cortinarius ohc
rahd
ok
runndu
s
PML4027 TYPE France
Cortinarius
papul
o
sus
TN06-319
Finland
1.00
0.97
Cb
apul
posus
CFP344 TYPE Sweden
0.99
osus IK90-1822 Finland
0.98 Cortinarius papul
0.82
Cortinarius h
astand
ih
ol
or
AHS17926 TYPE U.S.A. Washington
1.00
Cortinarius h
astand
ih
ol
or
FJ157126 Canada British Columbia
td
ok
runnd
shd
ns
AHS17785 TYPE U.S.A. Washington
0.98 Cortinarius lu
Cortinarius lu
td
ok
runnd
shd
ns
IK97-2298 Finland
0.94
/ Elastici & Percomes
Cortinarius luteiaureus IK07-247b TYPE Finland
1.00 Cortinarius serarius CFP959 TYPE Sweden
Cortinarius sd
rarius TN04-923 Finland
0.73
Cortinarius h
itrinim
ol
ius AHS3158 TYPE U.S.A. Washington
1.00
Cortinarius pd
rh
of
is
CFP1104 France
1.00 Cortinarius percomis TN08-041 TYPE Finland
Cortinarius pd
rh
of
is
UDB000726 Sweden
0.50
Cortinarius pd
rh
of
is
UDB015914 Sweden
aportd
i
RH8673 TYPE France
1.00 Cortinarius ddl
0.53
Cortinarius ddl
aportd
i
Cortinarius ldf
anihu
s
G452177 TYPE France
Cortinarius pall
idim
ol
ius AHS3244 TYPE U.S.A. Washington
ohdpc
al
iwu
s
IK98-1842 Sweden
1.00 Cortinarius psdu.
Cortinarius psdu.
ohdpc
al
iwu
s
4446 TYPE
Cortinarius h
inh
tipd
s
GE 02-100 TYPE France
France
Cortinarius psdu.
ohdpc
al
iwu
s
AY174784 Germany
Cortinarius ahc
stidiosus CLO U.S.A. Tennessee Cb
ahc
stidiosus 1902
TYPE U.S.A. Texas
IK95-1973 Germany
Cortinarius cf. rc
i
0.53
i
IK98-2451 Sweden
1.00 Cortinarius cf. rc
(= Cb
iduhcu
hls s. auct. p.p.)
AY669527 Germany
Cortinarius cf. rc
i
1.00
/ Elastici & Percomes s. lato
Cortinarius cf. rc
i
DQ083813 Denmark
td
ov
ae
inans
AB03-11-73 TYPE France
1.00 Cortinarius lu
Cortinarius aurantiopall
idus
ish
idoaf
v arus
)
Cortinarius aurantiopall
idus AB05-11-404 TYPE France (= Cb
1.00 Cortinarius russus CFP941 TYPE Sweden
Cortinarius russus CFP923 Sweden
Cortinarius iff
iw
tus
GQ159888 Canada British Columbia
Cortinarius sae
inus CFP475 Sweden
0.98
1.00
Cortinarius nd
otriufpc
ans
Cortinarius sae
inus TN05-232 Norway
(= Cb
sae
inus s. auct.)
/ Phlegmacium
1.00
Cortinarius nd
otriufpc
ans
G40 TYPE France
andihu
s DQ117928 TYPE Sweden
1.00 Cortinarius norrl
Cortinarius norrl
andihu
s IK99-711 Finland
sold
tus
5a-52-66 SYNTYPE France
1.00 Cortinarius ok
Cortinarius ok
sold
tus
5a-52-91 SYNTYPE France
Fig. 1 (cont)
0.75
0.75
K. Liimatainen et al.: Identification and nomenclature of Phlegmacium
1.00
0.99
0.55
1.00
0.66
0.68
1.00
1.00
0.77
0.63
0.77
0.99
1.00
1.00
0.57
1.00
0.75
0.61
0.84
1.00
1.00
0.93
115
ah
is
3950 TYPE France
1.00 Cortinarius triucdp
Cortinarius triucdp
ah
is
(= C. luhd
inus s. auct.,
C. ophiopus s. Kühner)
Cortinarius luhd
inus
CFP781 Sweden
Cortinarius pseue
ol
arieb
atus
IB97/296 TYPE U.S.A. Wyoming
1.00
atih
is
H6016455 Finland
1.00 Cortinarius cuc
Cortinarius cumatilis IK98-2164 TYPE Sweden
Cortinarius praestans UDB015946 Estonia
1.00
Cortinarius praestans IK94-1861 TYPE France
Cortinarius praestans AY174804 Germany
/Claricolores
Cortinarius rex.ch
aric
oh
oruu
AB04-09-163 TYPE France
1.00 Cortinarius pseue
oturc
ah
is
PML3465 TYPE France
Cortinarius ch
aric
oh
or
TN07-138 Finland
0.96
Cortinarius ch
aric
oh
or
Cortinarius claricolor CFP691 TYPE Sweden
Cortinarius ch
aric
oh
or
AY669522 Germany
iae TEB141-85 TYPE Norway
1.00 Cortinarius tih
Cortinarius tih
iae AY669556 Norway
Cortinarius fump
neri
IB1965-0042 TYPE Austria
inus 3432 TYPE France
1.00 Cortinarius pare
Cortinarius pare
inus
Cortinarius pararbu
tus 1144 TYPE France
Cortinarius patiw
ih
is IK97-086 Finland
C. patiw
ih
is 213-78 TYPE Norway
Cortinarius patiw
ih
is IK97-087 Finland
orb
sy
oeensis
IK07-1029 Finland
1.00 Cortinarius w
Cortinarius w
orb
sy
oeensis
CFP728 TYPE Sweden
Cortinarius c
onbmc
inus
3422 TYPE France
Cortinarius ch
al
icmd
s
2932 TYPE France
Cortinarius ch
arus 4038 TYPE France
Cortinarius cud
reol
ioh
acmu
s
3426 TYPE France
Cortinarius suw
spae
icmu
s
2780 TYPE France
tus
3591 TYPE France
1.00 Cortinarius occuh
Cortinarius h
arbu
s
Cortinarius paracy
anopus 3510 TYPE France
Cortinarius h
intrisporus 2935 TYPE France
Cortinarius h
ih
ac
inic
oh
or
3512 TYPE France
0.97 Cortinarius largus TN08-060 TYPE Finland
Cortinarius cmdp
ah
ixoh
arbu
s
RH6048 TYPE France
Cortinarius h
arbu
siehhu
s
3411 TYPE France
Cortinarius squac
osocmdp
ahu
s
PC99670 TYPE France
0.99
Cortinarius eh
iae PML1032 TYPE France
1.00
Cortinarius eh
iae PC41098 France (as C. cud
reol
ioh
acmu
s
)
Cortinarius variecolor CFP1021 TYPE Sweden
1.00
Cortinarius l
ariec
oh
or
Cortinarius pirioe
ohm
ns
642 TYPE France
Cortinarius cu
ric
inic
oh
or
PML3582 TYPE France
Cortinarius ruqoh
atus PML664 TYPE France
Cortinarius ruqoh
atus
(= C. spae
icmhhu
s
s. auct.)
Cortinarius spae
icmhhu
s
CFP1112 France
Cortinarius w
ah
teatich
al
atus
IK95-382 Finland
1.00 Cortinarius balteaticlavatus IK96-595 TYPE Finland
Cortinarius w
ah
teatich
al
atus
IK96-782 Finland
Cortinarius w
ah
teatich
al
atus
IK08-584 Finland
Cortinarius w
ah
teatiahu
tacmu
s
JV10452 Finland
Cortinarius balteatialutaceus IK09-751 TYPE Sweden
onc
rescm
ns
3578 TYPE France
1.00 Cortinarius c
C. w
ah
teatoahwu
s
RH82.98 TYPE France
/Phlegmacioides
Cortinarius w
ah
teatoahwu
s
IK97-761 Sweden
roc
ataphihu
s
RH86-90 TYPE France several synonyms, see Table 1
1.00 Cortinarius cp
e.g. C. sawuhm
toruu
Cortinarius cp
roc
ataphihu
s
AY669550 Germany
1.00
aesioc
oh
or
IK97-207 Finland
1.00 Cortinarius c
Cortinarius caesiocolor IK00-029 TYPE Finland
Cortinarius h
atoch
aric
oh
or
RH1199 TYPE France C. w
ae
ioh
atus
IB53/10 TYPE Germany
(= C. eu
rus s. auct.)
Cortinarius w
ae
ioh
atus
IK98-1029 Sweden
sihl
ae IK95-341 Finland
1.00 Cortinarius areni.
Cortinarius areni.
sihl
ae CFP461b TYPE Sweden
Cortinarius myrtilliphilus IK97-1469 TYPE Finland
Cortinarius cy
rtihh
iphihu
s
TEB 4-94/AY669518 Norway
Cortinarius w
ah
teatiwuhw
osus
DBB33060 Bulgaria
Cortinarius w
ah
teatiwuhw
osus
H6027358 Finland
Cortinarius w
ah
teatiwuhw
osus
IK93-639 Finland
1.00 Cortinarius balteatibulbosus IK98-1624 TYPE Finland
Cortinarius w
ah
teatiwuhw
osus
IK04-044 Finland
Cortinarius w
ah
teatiwuhw
osus
AT2004091 Sweden
1.00
Cortinarius w
ah
teatiwuhw
osus
AT2004045 Sweden
Cortinarius w
ah
teatiwuhw
osus
AT2004088 Sweden
Cortinarius pseue
onewuh
aris
G42 TYPE France
Cortinarius lm
neris 2952 TYPE France
Cortinarius qh
alm
scm
ntipes
Cortinarius qh
alm
scm
ntipes
3603 TYPE France
(= C. w
ah
teatocuc
atih
is
C. w
ah
teatus var. praestantoiem
s PML760 TYPE France
Cortinarius ch
arow
ah
toiem
s
var. h
onb
ispercu
s
833 TYPE France
runneol
ioh
acmu
s
2951 TYPE France
1.00 Cortinarius w
Cortinarius w
runneoh
il
ieu
s
Cortinarius w
runneoh
il
ieu
s
3734 TYPE France
Cortinarius w
ah
teatotocm
ntosus
RH306 TYPE France
Cortinarius balteatus CFP940 TYPE Sweden
Cortinarius w
ah
teatus
0.99
Cortinarius suw
opicu
s
3477 TYPE France
Cortinarius w
runneiaurantius IK93-644 Finland
1.00
Cortinarius brunneiaurantius JV17979 TYPE Finland
1.00
Cortinarius w
runneiaurantius JV17979 Finland
0.59
Cortinarius sow
rius PAK3235 TYPE Finland
0.98
Cortinarius sow
rius IK04-045 Finland
s. auct.)
Fig. 1 (cont)
116
Persoonia – Volume 33, 2014
0.60
0.86
1.00
0.98
0.98
1.00
1.00
0.74
0.67
0.82
0.56
0.97
0.63
0.55
0.65
Cortinarius ac
id
ophilu
s
TEB61-79 TYPE Norway
Cortinarius m
acul
atipe
s
2845 TYPE France
rassoide
s
363 TYPE France
0.95 Cortinarius subc
/Phlegmacioides
Cortinarius pseud
onaev
osus
Cortinarius sphagne
toruu 3746 TYPE France
Cortinarius v
acc
iniophilu
s
TEB17-88 TYPE Norway
Cortinarius pseud
onaev
osus
RH162 TYPE France
Cortinarius
TYPE Sweden
1.00 Cortinarius pini CFP394 TYPE Norway
Cortinarius pini IK90-2288 Finland
itriole
ns
IB97/122 TYPE U.S.A. Wyoming
1.00 Cortinarius c
Cortinarius c
itriole
ns
AF325607/IB19970154 U.S.A. Wyoming
Cortinarius riousse
tia RH84.70-78 TYPE France
1.00 Cortinarius argutus s. auct. AY669535 Norway
Cortinarius argutus s. auct. UDB000138 Norway
C.
raudul
f osus var
. patricke
nsis
IB95/617 TYPE U.S.A. California C. patrickensis
Cortinarius rosargutus IK08-565 Finland
Cortinarius rosargutus IK07-242 Finland
Cortinarius rosargutus RH70477 TYPE France
Cortinarius rosargutus IK96-1279 Germany
/Arguti
Cortinarius f
raudul
osus UDB001036 Italy
1.00
Cortinarius f
raudul
osus UDB011906 Estonia
Cortinarius
IK95-1852 TYPE Germany
Cortinarius subf
raudul
osus
CFP481 Sweden
Cortinarius subf
raudul
osus
IK98-2245 Sweden
0.83
Cortinarius subf
raudul
osus
IK88-2016 Sweden
Cortinarius subf
raudul
osus
UDB011261 Estonia
Cortinarius subfraudulosus IK11-006 TYPE Norway
Cortinarius reve
re
nd
issimu
s
4667 TYPE France
Cortinarius varius CFP801 TYPE Sweden
0.76
Cortinarius ruf
ior 1118 TYPE France
Cortinarius v
arius
Cortinarius saginoide
s 1264 TYPE France
/Variosimiles
Cortinarius pseud
opimu
s
4516 TYPE France
Cortinarius pseud
opansa G4401 TYPE France
Cortinarius subv
ariif
orm
is
4663 TYPE France C.te
olu
ingul
c
atus
AB91-10-260 TYPE France
Cortinarius v
ariosim
il
is
FJ717596 Canada British Columbia C.
ariosim
v il
is
IB89/493 TYPE U.S.A. Washington
iebe
a
TYPE U.S.A. Oregon
1.00 Cortinarius w
Cortinarius w
iebe
ae
FJ440879 U.S.A. Oregon
Cortinarius c
alyp
trode
rmu
s
15356 TYPE U.S.A. Michigan
Cortinarius c
rue
ntipell
is
IK01-053 Estonia
1.00
Cortinarius cruentipellis TN03-1451 TYPE Sweden
Cortinarius c
rue
ntipell
is
IK11-008 Norway
Cortinarius joseph
ii
5193 TYPE France
1.00
Cortinarius grac
il
ior
Cortinarius grac
il
ior JV19538 Italy
0.66
Cortinarius grac
il
ior UDB001082 TYPE Germany
Cortinarius grise
oc
oe
ruleu
s
IB95/685 TYPE U.S.A. California
1.00
Cortinarius gratus PML85 TYPE France
Cortinarius le
onic
ol
or
1.00
Cortinarius anse
rinus CFP852 Belgium
(= C.
anse
rinus s. auct.,
C.
am
o
n
e
ole
ns
s. auct.)
Cortinarius le
onic
ol
or
4739 TYPE France
az
onianus TN04-1106 Italy
1.00 Cortinarius pal
Cortinarius pal
az
onianus FJ946938 Spain
0.79
1.00
Cortinarius d
iony
sa
s. auct. AY174813 Germany
1.00
Cortinarius d
iony
sa
s. auct. DQ083782 Germany
0.70
C.
iony
dsa
var. avell
aneu
s
AB97-10-361 TYPE France
1.00
/Dionysae s. lato
C.
iony
dsa
var. avell
aneu
s
IK94-1745 France
Cortinarius m
ahiqu
sii
e
FM202139 TYPE Spain
Cortinarius ol
iv
ace
od
iony
sa
IK11-013 Sweden
0.83
Cortinarius ol
iv
ace
od
iony
sa
TN06-306 Finland
/Dionysae
1.00
Cortinarius ol
iv
ace
od
iony
sa
IK12-001 Estonia
Cortinarius
ol
i
a
v
od
ce
i
ony
s
a
IK94-1899
France
0.75 1.00
Cortinarius ol
iv
ace
od
iony
sa
TN06-311 Finland
Cortinarius ol
iv
ace
od
iony
sa
IK07-1417 Sweden
Cortinarius ol
iv
ace
od
iony
sa
IK11-012 Sweden
Cortinarius ol
iv
ace
od
iony
sa
MK2540 Finland
Cortinarius ol
iv
ace
od
iony
sa
AY669523 Germany
ore
id
iony
sa
IK07-245 Finland
1.00 Cortinarius b
Cortinarius boreidionysaeIK97-1220 TYPE Finland
ol
orans
4403 TYPE France Cortinarius subdec
ol
orans
1.00 Cortinarius subdec
(= C.tif
o
mul
rm
iuu
)
Cortinarius subdec
ol
orans
IK11-011 Norway
1.00 Cortinarius ophiopus UDB000729 Sweden
Cortinarius ophiopus TYPE U.S.A. Maryland
(= C.
triumph
ans s. auct.)
Cortinarius ophiopus IK01-050 Finland
Cortinarius kytoevuorii TN05-158 TYPE Finland
1.00
Cortinarius sub
rugul
osus AB0510263 TYPE France
0.99
Cortinarius sub
rugul
osus
Cortinarius sub
rugul
osus IK98-2578 Sweden
Cortinarius subful
igineu
s
AB97-10-339 TYPE France
Cortinarius sp. IK03-005 Sweden
Cortinarius c
alyp
tratus
AHS8352 TYPE U.S.A. California
sol
itarius AHS15377 TYPE U.S.A. Michigan
1.00 Cortinarius sub
Cortinarius gl
auc
oceph
alu
s
IB95/679 TYPE U.S.A. California
1.00
Cortinarius gl
auc
oceph
alu
s
HQ604682 Canada British Columbia
Cortinarius atroch
alyb
aeu
s
IB95/630 TYPE U.S.A. California
ol
iv
asce
ns
AHS14311 TYPE U.S.A. Washington
1.00 Cortinarius sub
Cortinarius sub
ol
iv
asce
ns
AY356323 U.S.A. Washington
am
aric
atus
AB94-10-313 TYPE France
1.00 Cortinarius sub
Cortinarius tirol
ianus
Cortinarius tirol
ianus PML4341 TYPE France
/Glaucopodes
Cortinarius
al
t
ic
a
udu
s
PML1632
TYPE
France
1.00
Cortinarius al
tic
audu
s
IK09-1402 Finland
Fig. 1 (cont)
K. Liimatainen et al.: Identification and nomenclature of Phlegmacium
0.61
1.00
0.58
0.67
1.00
117
1.00 C. glaucopus var. olivaceus f. ingratus PML762 TYPE France Cortinarius scaurocaninus
RH71678 TYPE France
Cortinarius scaurocaninus HS031095 Germany
(= C. magicus s. auct.)
Cortinarius pansa IK97-1914 Finland
1.00 Cortinarius pansa AM084701 United Kingdom
Cortinarius pansa DQ179120 Sweden
Cortinarius pansa IK90-1826 TYPE Finland
Cortinarius subfoetens IK08-2010 Finland
Cortinarius subfoetens IB89/307 TYPE U.S.A. Wyoming
Cortinarius subfoetens GQ159817 Canada British Columbia
Cortinarius glaucopoides MICH10358 TYPE U.S.A. Colorado
1.00
Cortinarius glaucopus FJ039615 Canada British Columbia
Cortinarius glaucopus CFP786 TYPE Sweden
Cortinarius glaucopus
Cortinarius glaucopus IK92-1105a Finland
Cortinarius glaucopus FJ039616 Canada British Columbia
Cortinarius glaucopus EU645632 Canada British Columbia
Cortinarius glaucopus var. subrubrovelatus AB97-11-431 TYPE France C. subrubrovelatus
1.00 Cortinarius subrubrovelatus UDB011262 Estonia
Cortinarius subrubrovelatus AY174787 Germany
Cortinarius misermontii IK98-2417 Sweden
Cortinarius misermontii RH84.134 TYPE France
1.00
Cortinarius misermontii IK87-2172 Spain
Cortinarius olidoamarus var. valentinus 452173 TYPE Spain
Cortinarius foetens IB51/128 TYPE Austria
1.00
/Caerulescentes
1.00 Cortinarius caerulescens CFP853 TYPE Belgium
Cortinarius caerulescens AY174863 Germany
Cortinarius cremeiamarescens JN889840 U.S.A. Alaska
Cortinarius cremeiamarescens IK00-027 Finland
1.00 Cortinarius cremeiamarescens TN06-273 Finland
Cortinarius cremeiamarescens IK11-014 TYPE Sweden
Cortinarius cremeiamarescens EF218754 Canada British Columbia
1.00
Cortinarius volvatus AHS8857 TYPE U.S.A. California
Cortinarius albescens AHS17522 TYPE U.S.A. Washington
Cortinarius gentianeus IK11-015 Sweden
Cortinarius gentianeus AY669519 Germany
1.00
Cortinarius gentianeus IK97-1378 Finland
Cortinarius gentianeus
(= C. caesiostramineus s. auct.)
Cortinarius gentianeus 2575 TYPE France
Cortinarius gentianeus CFP775 Sweden
Cortinarius gentianeus IK09-1525 Finland
and the reactions were analysed by ABI 3730 DNA Analyzer
(Applied Biosystems) automatic sequencer. Sequences were
assembled and edited with Sequencer 4.1 (Gene Codes, Ann
Arbor, Michigan, USA). A total of 405 new ITS sequences were
produced for this study. Collections and GenBank sequences
used for the phylogenetic analysis are given in Table 1 and 2.
The alignment of 461 ITS sequences was produced with the
MUSCLE program (Edgar 2004) under default settings and followed by manual adjustments in BioEdit (www.mbio.ncsu.edu/
BioEdit/bioedit.html). The alignment is 812 nucleotides long
(including gaps) and is available at TreeBASE under S14832
(http://www.treebase.org/treebase-web/home.html).
Bayesian inference (BI) was performed with MrBayes v. 3.1.1
(Ronquist & Huelsenbeck 2003). The best substitution model
for alignment was estimated by both the Akaike information
criterion and the Bayesian information criterion with jModelTest
0.1.1 (Posada 2008). GTR model was chosen. Two independent runs with four chains in each were performed 6 000 000
generations with sampling every 100th generation. All trees
sampled before stationarity were discarded with a 25 % safety
margin (burn-in of 15 000 trees, 1 500 000 generations). Sampled trees from both runs were combined in a 50 % majority
rule consensus phylogram with posterior probabilities (PP).
The analyses were run with computer clusters of the CSC, IT
Center for Science, Espoo, Finland.
Morphological study
Morphological descriptions are based on material collected by
the authors and D. Bojantchev, T.E. Brandrud, T.S. Jeppesen,
E. Sesli and A.F. Taylor including specimens in all stages of
development. Microscopic characteristics were observed from
dried material mounted in Melzer’s reagent (MLZ). Measurements were made in MLZ with an ocular micrometer using
100× oil-immersion lens. Basidiospores were measured from
the veil or top of the stipe, 20 spores from one basidiocarp
unless otherwise indicated. The length and width were meas-
/Glaucopodes
Fig. 1 (cont)
ured for each spore, and their length/width ratios (Q value)
were calculated. The average of all measurements is marked
in italic. The lamellar trama and basidia also were examined
and the pileipellis structure was studied from scalps from the
pileus centre.
RESULTS
Phylogenetic analyses
The 50 % majority rule phylogram resulting from the BI analysis is shown in Fig. 1. Most species are supported by 1.00 PP
(or slightly less). Six species received support below 0.95 PP:
C. castaneicolor, C. collocandoides, C. flavescentipes (= C. bal
teatocumatilis s.auct.), C. herpeticus, C. infractiflavus and
C. multiformis. Three species, C. balteatoalutaceus, C. pseudo
cephalixus and C. subfoetens did not form monophyletic groups
in our phylogenetic analysis. Most of these nine species represent species that differ from their closest relatives by less than
10 substitutions and indel positions in ITS regions, but they all,
however, have low intraspecific variation.
In a majority of the species, the intraspecific variation is from
0 to 1 substitutions or indel positions. In some species it is
2 substitutions and/or indel positions. Similarly, in a majority
of the species, the interspecific difference is more than 10
substitutions and indel positions, but in some species it is only
four, i.e. in the species pair C. claricolor /C. rexclaricolorum.
All the species, however, have a clear barcoding gap between
intra- and interspecific variation. In the following species the
intraspecific variation was more than two substitutions and/or
indel positions, but no clear grouping was obtained in the
analysis of ITS sequences or the number of specimens was
too low for making conclusions: C. albescens /C. gentianeus /
C. volvatus complex, C. aureofulvus s.auct. /C. orichalceus var.
xanthocephalus complex, C. herpeticus /C. violaceonitens complex, C. misermontii /C. olidoamarus var. valentinus /C. sub
118
accedens /C. vancampiae complex, C. pallidirimosus, C. por
phyropus and C. scaurus.
A total of 236 types representing 154 species were successfully sequenced. Of these, 114 species are described only
once whereas 40 species had one or more synonyms. The
species with the largest number of synonyms are C. largus (14
synonyms), C. pseudonaevosus (6 synonyms), C. talus (5 synonyms), C. crassus (4 synonyms) and C. varius (4 synonyms).
All the names of the types are listed in alphabetical order in
Table 1, followed by the current name.
Several infrageneric groups with three or more species were
supported by 1.00 PP: /Calochroi & Fulvi, / Claricolores, /Cyanites, /Dionysae (s.lat. 0.56 PP), /Glaucopodes, /Infracti, /Multiformes, / Phlegmacium, / Purpurascentes and / Scauri. In addition, clade /Arguti (0.98 PP) received some support and clades
/ Elastici & Percomes (0.94 PP, s.l. 0.53 PP), / Phlegmacioides
(0.77 PP) and / Variosimiles (0.74 PP) low support.
Taxonomy
Persoonia – Volume 33, 2014
Epitype. Belgium, Brabant, Tervuren, in beech forest on calcareous soil,
23 Sept. 1989, Brandrud et al. CFP853 (S), designated here. MycoBank
MBT176395. GenBank KF732271.
Illustrations — Brandrud et al. (1992: pl. B51), also see MycoBank.
Descriptions of the species — Brandrud et al. (1992: pl. B51),
Jeppesen et al. (2012: 793).
Cortinarius claricolor (Fr.) Fr., Epicr. Syst. Mycol.: 257. 1838
Basionym. Agaricus multiformis δ claricolor Fr., Observ. Mycol. 2: 65. 1818.
= Cortinarius pseudoturmalis Bidaud & Moënne-Locc., Atlas des Cortinaires 19: 1503. 2010.
Neotype. Sweden, Ångermanland, Stigsjö, Uland, Långmyrberget, in
spruce forest with blueberry, 9 Aug. 1988, Brandrud et al. CFP691 (S),
designated here. MycoBank MBT176396. GenBank KF732283.
Illustrations — Bidaud et al. (2010: pl. 759), Brandrud et al.
(1992: pl. B48), Fries (1867–1884: pl. 141).
Descriptions of the species — Brandrud et al. (1992: pl. B48),
Jeppesen et al. (2012: 821).
Neo and epitypifications
Neotypes for 15 species described by Fries and six species
described by Albertini, Batsch, Britzelmayr, Persoon, Schaeffer and Schweinitz are proposed as well as epitypes for three
species described by Batsch, Cordier and Schaeffer in the 19th
century. These include names that have been commonly used
in Europe during the last 20 years (Brandrud et al. 1990,1992,
1994, 1998, Jeppesen et al. 2012) and where the current use of
the names is not in contradiction with the protologue. Citations
of illustrations and descriptions of the species are provided. If
our observations on the species deviate from those of Brandrud
et al. (1990,1992, 1994, 1998) and/or Jeppesen et al. (2012),
they are presented in comments under each species. For
C. cyanites and C. fraudulosus full descriptions are provided
since the current use of the name included several closely
related species. Synonyms are based on DNA studies of the
type specimens and the information on the types is presented
in Table 1. The reasonings for synonymy are presented in the
discussion.
Cortinarius balteatus (Fr.) Fr., Epicr. Syst. Mycol.: 257. 1838
Basionym. Agaricus balteatus Fr., Observ. Mycol. 2: 138. 1818.
= Cortinarius subbalteatus Kühner, Bull. Mens. Soc. Linn. Lyon 24, 2:
40. 1955.
= Cortinarius balteatotomentosus Rob. Henry ex Rob. Henry, Bull. Soc.
Mycol. France 101, 1: 4. 1985.
= Cortinarius subopimus Bidaud, Atlas des Cortinaires 7: 231. 1995.
Neotype. Sweden, Ångermanland, Säbrå, Överdal, under Picea on cultivated area, 3 Aug. 1990, Brandrud et al. CFP940 (S), designated here. MycoBank MBT176298. GenBank KF732262.
Illustrations — Brandrud et al. (1994: pl. C60), Fries (1867–
1884: pl. 142).
Descriptions of the species — Brandrud et al. (1994: pl. C60),
Jeppesen et al. (2012: 814).
Notes — Cortinarius balteatotomentosus was first described
in 1958 without indicating a type, nonetheless Index Fungorum
and MycoBank report it as valid. The validation has been performed later by Henry (1985) giving the holotype no. 306.
Cortinarius caerulescens (Schaeff.) Fr., Epicr. Syst. Mycol.:
265. 1838
Basionym. Agaricus caerulescens Schaeff., Fung. Bavar. Palat. 4: 17.
1774.
Lectotype. J.C. Schaeffer, Fung. Bav. I, t. 34, f. I, II, III (1762) (designated
in Cortin. Fl. Photogr. II (Swedish version): 11, 1992).
Cortinarius cumatilis Fr., Epicr. Syst. Mycol.: 269. 1838
Neotype. Sweden, Närke, Hidinge, Garphyttans National Park, N of
the road, grass-herb forest with Corylus, Populus tremula, Ulmus, Fagus,
Quercus and Picea, 150 m asl, 20 Sept. 1998, I. Kytövuori 98-2164 (H; NY
isoneotype), designated here. MycoBank MBT176397. GenBank KF732293.
Illustrations — Brandrud et al. (1990: pl. A47), Fries (1867–
1884: pl. 146).
Descriptions of the species — Brandrud et al. (1990: pl. A47),
Jeppesen et al. (2012: 824).
Cortinarius cyanites Fr., Epicr. Syst. Mycol.: 279. 1838
= Cortinarius pseudocyanites var. paucus Reumaux, Atlas des Cortinaires
15: 1032. 2005.
= Cortinarius subcyanites Bidaud, Atlas des Cortinaires 15: 1032. 2005.
Neotype. Sweden, Uppland, Uppsala, Stadsskogen, mixed forest, 26 Aug.
2005, A. Taylor 2005069 (S; UPS isoneotype), designated here. MycoBank
MBT176398. UNITE No. UDB002193, GenBank KF732355.
Illustrations — Bidaud et al. (2005: pl. 534), Fries (1867–1884:
pl. 152).
Pileus 3–9 cm broad, convex with persistently incurved margin, plano-convex when old, innately fibrillose, greyish blue to
greyish brown at centre, greyish blue towards the margin, first
viscid but soon dry. Lamellae emarginate, medium spaced to
almost crowded, first dark violet, later brownish violet. Stipe
4.5–10 cm long, 1–1.5 cm thick at apex, 1.5–4 cm at base,
clavate, blue to greyish blue. Universal veil greyish to brownish grey, forming complete and incomplete fibrillose girdles on
stipe. Context bluish white in pileus, stronger blue adjacent to
lamellae, bluish in stipe, becoming vinaceous red on exposure,
marbled hygrophanous. Odour pleasant, fruity (according to
Bidaud et al. 2005). Exsiccata: pileus pale bluish grey to lilac
grey, when young with the same tint as C. traganus, often with
a pale brownish tint at the centre, weakly fibrillose, stipe bluish
grey, brownish at the base.
Spores 8.8 – 9.8 –10.9 × 5.2 – 5.7– 6.3 µm, av. = 9.5 –10.0 ×
5.5–5.8 µm, Q = 1.59–1.72–1.84, Qav. = 1.66–1.77 (6 specimens, 240 spores), amygdaloid, with a fairly narrow apex, moderately verrucose, some with few small golden yellow guttules,
fairly faintly dextrinoid. Basidia 32–41 × 7–9 µm (80 basidia),
4-spored, narrowly clavate, with blood red guttules, many with
yellowish contents. Lamellar trama hyphae yellowish, smooth,
with abundant small to large to worm-like blood red guttules.
Stipe apex hyphae almost colourless to yellowish, smooth, with
abundant small to large to worm-like, blood red guttules, the
K. Liimatainen et al.: Identification and nomenclature of Phlegmacium
guttulate layer thick. On the surface few bands of entangled,
ochraceous hyphae mostly without guttules. Pileipellis: epicutis
very weakly gelatinous, uppermost hyphae 3–10 µm wide, very
pale ochraceous brownish, mostly very sparsely, spot-like incrusted, often with scanty to abundant small blood red guttules,
lower down 3–9 µm wide, almost colourless, smooth hyphae
with abundant small to large to worm-like, blood red guttules.
Hypoderm not developed.
Ecology & Distribution — In mixed forests of coniferous and
deciduous trees, host unknown.
Notes — We studied the C. cyanites species complex and
recognized three different species, C. cyanites s.str., C. bo
reicyanites and C. violaceorubens. All the species were well
supported in our phylogenetic analysis and differ from one
another by more than 20 substitutions and indel positions.
The most distinct of the species is C. violaceorubens. It has a
dark, violaceous-brownish pileus, the exsiccata are dirty violaceous grey to violaceous brown, and the spores are largest
of the group (av. 9.9–11.0 × 6.3–6.6 µm). It grows in Picea
dominated forests, often on rich soil and is known from France,
Germany, Sweden and Finland. Sister species C. cyanites and
C. boreicyanites both have smaller spores and paler exsiccata.
Of these, C. boreicyanites is so far only known from the middle
boreal zone of Sweden, Finland and Scotland while C. cyanites
has a more southern distribution extending from South Finland
and middle Sweden to France. In the protologue of C. cyanites
Fries described a species with a “pileo pallide coeruleo”. In addition, the picture of C. cyanites in Fries (1867–1884: pl. 152)
illustrates a species with a bluish grey pileus. Attached at the
base of the stipe there are leaves of Quercus and Betula and
spruce needles. Based on the protologue, illustration, and ecology and distribution of the three species we conclude that the
species best fitting the description of Fries is the one described
here as C. cyanites and we here propose collection A. Taylor
2005069 as neotype for the species.
Cortinarius fraudulosus Britzelm., Ber. Naturhist. Vereins Augsburg 4: 122. 1885
Neotype. Germany, Baden-Württemberg, Freudenstadt, Heiligenbronn,
gently sloping grass-herb conifer forest on calcareous soil, Abies alba, Picea
abies, Fagus sylvatica, 5 Oct. 1995, I. Kytövuori 95-1852, H7019563 (H; NY
isoneotype), designated here. MycoBank MBT176399. GenBank KF732518.
Illustration — Abarenkov et al. (2010: photo under the accession no. UDB011906).
Pileus 4–8 cm broad, hemispherical to convex, then planoconvex, fibrillose, white to ochraceous white when young, with
age becoming pale brownish. Lamellae emarginate, almost
distant, first white to very pale brownish grey, later pale brown.
Stipe 5–10 cm long, 1–2 cm thick at apex, 1.5–3.5 cm wide
at base, clavate to almost bulbose, sometimes slightly rooting,
whitish, with handling and with age becomes brownish. Uni
versal veil white, forming distinct girdles on stipe, sometimes
floccose. Context white. Odour not recorded. Exsiccata pale
greyish brown.
Spores 12.9–13.7–15.0 × 7.3–8.1–8.8 µm, Q = 1.60–1.70 –
1.78 (1 specimen, 20 spores), amygdaloid, with a narrow apex,
fairly strongly verrucose, warts anastomosing, not high, some
with dark intracellular granules, moderately dextrinoid. Basidia
42–53 × 10–12 µm (20 basidia), 4-spored, clavate, otherwise
colourless but with a few dark granular bodies. Lamellar trama
hyphae sand brown, full of small dark granules or particles.
Stipe apex hyphae yellow brown to red brown, entangled,
otherwise colourless, but with small to large to long bodies of
red brown to red blackish to black granules, uppermost hyphae
5 –10 µm wide. Pileipellis: epicutis fairly weakly gelatinous,
119
hyphae 5–15 µm wide, ochraceous brownish, finely, densely
incrusted, with scanty red brown granules. Hypoderm present.
In the overall view red brown and unstructured when seen
from above.
Ecology & Distribution — In montane and hemiboreal conifer
forests, calcicolous. Known from Germany, Italy and Estonia.
Fruiting in autumn.
Notes — The material of C. fraudulosus formed two well
supported groups in our phylogenetic analysis. One group
consisted of specimens collected from Germany, Italy and
Estonia while the other group included mainly specimens from
northern Europe. Since C. fraudulosus Britzelm. is described
from Germany, the neotype is chosen among the Central/
southern European clade and the other is described below as
a new species C. subfraudulosus.
Cortinarius glaucopus (Schaeff.: Fr.) Gray, Nat. Arr. Brit. Pl.
1: 629. 1821
Basionym. Agaricus glaucopus Schaeff., Fung. Bavar. Palat. 4: 23. 1774:
sanctioned in Fr., Syst. Mycol. 1: 224. 1821.
= Cortinarius glaucopoides Kauffman, Papers from the Michigan Academy
of Science, Arts and Letters 1: 133. 1923.
Neotype. Sweden, Medelpad, Alnö, Ås brygga, in dry spruce forest on calcareous soil, 21 Sept. 1988, Brandrud et al. CFP786 (S), designated here.
MycoBank MBT176400. GenBank KF732315.
Illustration — Brandrud et al. (1994: pl. C30).
Description of the species — Jeppesen et al. (2012: 802).
Notes — The description of Agaricus glaucopus in Fries
(1821) is short but fits our species. In addition, an unpublished
plate of C. glaucopus painted with the supervision of Fries (S,
0318) exists. It represents a species with red brown pileus and
bluish lamellae. It is very similar to the photograph of collection CFP786 in Brandrud et al. (1994), which we propose as
a neotype for the species. Our observations of C. glaucopus
are consistent with those of Jeppesen et al. (2012), only the
length of the spores is slightly different: our measurements
7.3–8.1–9 × 4.5–5.0–5.5 µm, Q = 1.54–1.63–1.76, Jeppesen
et al. (2012): 7–8.5 × 4.5–5.5 µm.
Cortinarius herpeticus Fr., Epicr. Syst. Mycol.: 268. 1838
= Cortinarius thalliopurpurascens Rob. Henry, Doc. Mycol. 25 (no. 97):
48. 1995.
Neotype. Sweden, Ångermanland, Säbrå, Hällenyland, under Picea on
cultivated area, 20 July 1990, Brandrud et al. CFP936 (S), designated here.
MycoBank MBT176401. GenBank KF732321.
Illustration — Brandrud et al. (1994: pl. C08, as C. scaurus
var. herpeticus).
Descriptions of the species — Brandrud et al. (1994: pl. C08),
Jeppesen et al. (2012: 784).
Notes — An unpublished plate of C. herpeticus (S, 0324)
painted with the supervision of Fries exists. The basidiomes in
the illustration are similar to the ones in the photo of collection
CFP936 (Brandrud et al. 1994), which we propose as a neotype
for the species. Cortinarius herpeticus is distinguished from
C. scaurus by a stouter appearance, paler colours, more strongly ornamented spores and above all the lack of sepia-coloured
pigments in the epicutis. Cortinarius violaceonitens is fairly
similar, but is separated by the spores, which are narrower
(9.3–10.0 –10.7 × 5.4– 5.9–6.3 µm), amygdaloid-fusoid, with
a shallow suprahilar depression, a low ventral humb and blunt
apex, and very strongly verrucose surface especially at the
apex. The spores of C. herpeticus are 9.1–10.3 –11.6 × 5.7–
6.4 –7.0 µm, narrowly oblong-ellipsoid, and moderately to
strongly verrucose.
120
Cortinarius infractus (Pers.: Fr.) Fr., Epicr. Syst. Mycol.: 261.
1838
Basionym. Agaricus infractus Pers., Observ. Mycol. 2: 42. 1800 (1799):
sanctioned in Fr., Syst. Mycol. 1: 223. 1821.
= Cortinarius amarocaerulescens Bidaud, Atlas des Cortinaires 18: 1376.
2009.
= Cortinarius infractus var. aeruginosus Reumaux, Atlas des Cortinaires
18: 1376. 2009.
Neotype. Sweden, Bohuslän, Tossene, Anneröd, beech forest, medium rich
soil, 15 Sept. 1986, Brandrud et al. CFP495 (S), designated here. MycoBank
MBT176402. GenBank KF732325.
Illustrations — Bidaud et al. (2009: pl. 739), Brandrud et al.
(1990: pl. A09).
Description of the species — Brandrud et al. (1990: pl. A09).
Cortinarius largus Fr., Epicr. Syst. Mycol.: 259. 1838
= Cortinarius cephalixolargus Rob. Henry, Bull. Trimestriel Soc. Mycol.
France 93, 3: 323. 1977.
= Cortinarius clarus Reumaux, Atlas des Cortinaires 8: 291. 1996.
= Cortinarius claviceps Reumaux, Atlas des Cortinaires 8: 291. 1996.
= Cortinarius congeminus Moënne-Locc. & Reumaux, Atlas des Cortinaires 7: 228. 1995.
= Cortinarius cupreoviolaceus Bidaud & Reumaux, Atlas des Cortinaires
8: 292. 1996.
= Cortinarius largusiellus Reumaux, Atlas des Cortinaires 8: 293. 1996.
= Cortinarius lilacinicolor Reumaux, Atlas des Cortinaires 8: 294. 1996.
= Cortinarius lintrisporus Reumaux, Doc. Mycol. 27, no. 106: 53. 1997.
= Cortinarius lividoviolaceus Rob. Henry, Doc. Mycol. 17, no. 68: 27. 1987.
= Cortinarius occultus Moënne-Locc. & Reumaux, Atlas des Cortinaires
8: 295. 1996.
= Cortinarius patibilis var. scoticus Brandrud, Edinburgh J. Bot. 54, 1:
114. 1997.
= Cortinarius paracrassus Reumaux, Atlas des Cortinaires 7: 230. 1995.
= Cortinarius paracyanopus Moënne-Locc. & Reumaux, Atlas des Cortinaires 8: 296. 1996.
= Cortinarius subspadiceus Reumaux, Atlas des Cortinaires 8: 298. 1996.
Neotype. Finland, Varsinais-Suomi, Turku, Ruissalo, deciduous forest
of Quercus robur, Corylus avellana and some Betula on mull soil, 3 Sept.
2008, K. Liimatainen & T. Niskanen 08-060, H6001957 (H; NY isoneotype),
designated here. MycoBank MBT176403. GenBank AB859985.
Illustration — Brandrud et al. (1998: pl. D22).
Descriptions of the species — Brandrud (1998), Brandrud et
al. (1998: pl. D22), Jeppesen et al. (2012: 815).
Notes — Based on morphological and molecular data
C. largus seems like a uniform species. The collection CFP1085
(Brandrud et al. 1998), however, is from France and therefore
not ideal as a type for a species described from Sweden. We
do not have our own, well-documented specimen from Sweden
and therefore we propose the collection K. Liimatainen & T. Nis
kanen 08-060 from hemiboreal deciduous forest from south
western Finland as a neotype for the species.
Cortinarius multiformis Fr., Epicr. Syst. Mycol.: 263. 1838
Neotype. Sweden, Ångermanland, Häggdånger, Sjö, spruce forest with
blueberry, 21 Aug. 1986, Brandrud et al. CFP445 (S), designated here.
MycoBank MBT176404. GenBank KF732350.
Illustration — Brandrud et al. (1990: pl. A45).
Descriptions of the species — Brandrud et al. (1990: pl. A45),
Jeppesen et al. (2012: 808).
Notes — The species as neotypified here fits best the original description of the species and the unpublished plate of
C. multiformis (S0350). The reminiscent sister species C. tali
multiformis, which has been mixed with C. multiformis, has white
fibrils on the pileus, and less dextrinoid spores. Our observations of C. multiformis are in concordance with those of Brandrud et al. (1990) and Jeppesen et al. (2012: 808), except that
our spore measurements are somewhat larger, 8.6–9.6–10.4 ×
Persoonia – Volume 33, 2014
5.2– 5.7–6.1 µm, Q = 1.58–1.70 –1.79 than those of Brandrud
et al. (1990) and Jeppesen et al. (2012) 8 –9.5 × 5–5.5 µm.
Cortinarius pansa (Fr.) Sacc., Syll. Fung. 5: 901. 1887
Basionym. Agaricus pansa Fr., Observ. Mycol. (Havniae) 2: 67. 1818.
Neotype. Finland, Varsinais-Suomi, Kemiö, Pederså, at small, abandoned limestone quarries, spruce heath forest, roadside, 35 m asl, 21 Sept.
1990, I. Kytövuori 90-1826 (H; isoneotype NY), designated here. MycoBank
MBT176405. GenBank KF732522.
Illustration — Fries (1867–1884: pl. 145).
Description of the species — Jeppesen et al. (2012: 803).
Notes — The description and illustration of C. pansa published by Fries (1818, 1867–1884) fit well with the species
presented in Jeppesen et al. (2012). The spore measurements given in Jeppesen et al. (2012) (6–)6.5–7.5 × 4–5 µm
differ somewhat from ours 6.8–7.5 –8.2 × 4.3–4.6 –5.0 µm,
Q = 1.52–1.64 –1.82. The species was previously included in
C. glaucopus but differs from it by more red brown pileus,
smaller, less verrucose spores, and habitat often on roadsides,
yards, parks and plantations.
Cortinarius percomis Fr., Epicr. Syst. Mycol.: 260. 1838
Neotype. Finland, Varsinais-Suomi, Karjaa, Kohagen, herb-rich Picea
abies forest with some Corylus avellana, Quercus robur, Betula and Populus
tremula, 2 Sept. 2008, K. Liimatainen & T. Niskanen 08-041 (H; isoneotype
NY), designated here. MycoBank MBT176406. GenBank KF732380.
Illustrations — Brandrud et al. (1994: pl. C56), Fries (1867–
1884: pl. 143).
Descriptions of the species — Brandrud et al. (1994: pl. C56),
Jeppesen et al. (2012: 812).
Notes — Based on morphological and molecular data C. per
comis seems like a uniform species. The collection CFP1104
(Brandrud et al. 1994), however, is from France and therefore
not ideal as a type for a species described from Sweden. We
do not have our own, well-documented specimen from Sweden
and therefore we propose the collection K. Liimatainen & T. Nis
kanen 08-041 from hemiboreal Picea abies dominated forest
from south western Finland as a neotype for the species. An
identical ITS sequence of the species from a specimen collected
from Sweden, however, exists in UNITE (UDB000726).
Cortinarius porphyropus (Alb. & Schwein.) Fr., Epicr. Syst.
Mycol.: 271. 1838
Basionym. Agaricus porphyropus Alb. & Schwein., Consp. Fungorum
Lusat.: 153. 1805.
= Cortinarius porphyropus var. porphyrophorus Reumaux, Atlas des Cortinaires 18: 1378. 2009.
Neotype. Sweden, Jämtland, Ragunda sn, Ragunda, in birch forest on rich
soil, 20 Aug. 1988, Brandrud et al. CFP717 (S), designated here. MycoBank
MBT176407. GenBank KF732387.
Illustration — Brandrud et al. (1992: pl. B55).
Descriptions of the species — Brandrud et al. (1992: pl. B55),
Jeppesen et al. (2012: 819).
Notes — Cortinarius porphyropus is described from Germany. Based on our studies it is a uniform and widespread
species occurring at least in Europe and North America (Fig.
1). The most representative collection CFP717 from Sweden
is here proposed as a neotype for the species.
Cortinarius praestans (Cordier) Gillet, Hyménomycètes: 475.
1874
Basionym. Agaricus praestans Cordier, Champ. France, Discom.: 98. 1870.
K. Liimatainen et al.: Identification and nomenclature of Phlegmacium
Holotype. Pl. XXI (Cordier, Champ. France, 1870).
Epitype. France, Ain, Oyonnax SE, Commune d’Echallon, by the road
from St-Germain-de-Joux to Echallon, N of the crossing to Plagne, E sloping,
rich Fagus forest with Picea abies, 540 m asl, 27 Oct. 1994, P. & I. Kytövuori
94-1861 (H; isoepitype NY). MycoBank MBT176411. GenBank KF732389.
Illustration — Brandrud et al. (1990: pl. A42).
Descriptions of the species — Brandrud et al. (1990: pl. A42),
Jeppesen et al. (2012: 823).
Notes — Cortinarius praestans is one of the most distinctive
Cortinarius species and is easy to recognize by its large basidiomata and spores, and habitat with thermophilous deciduous
trees. It is described from France, but identical sequences of
the species exist from Estonia, Germany, Italy and Sweden
(Fig. 1, Table 2).
Cortinarius purpurascens Fr., Epicr. Syst. Mycol.: 265. 1838
= Cortinarius eumarginatus Rob. Henry ex Bidaud, Carteret & Reumaux,
Atlas des Cortinaires 18, 1, 2: 1378. 2009.
Neotype. Sweden, Närke, Hidinge, Garphyttans National Park, S of the
road, fairly rich spruce grass-herb forest with Corylus, Populus tremula, Betula
and Quercus, 150 m asl, 20 Sept. 1998, I. Kytövuori 98-2121 (H; isoneotype
NY), designated here. MycoBank MBT176419. GenBank KF732406.
Illustration — Bidaud et al. (2009: pl. 743).
Description of the species — Jeppesen et al. (2012: 802).
Notes — Based on the data we have so far, the species is
known from northern to southern Europe (Fig. 1).
Cortinarius russus Fr., Epicr. Syst. Mycol.: 261. 1838
Neotype. Sweden, Ångermanland, Säbrä, Överdal, in dry spruce forest
on rich soil, 3 Aug. 1990, Brandrud et al. CFP941 (S), designated here.
MycoBank MBT176412. GenBank KF732416.
Illustration — Brandrud et al. (1994: pl. C35, C44).
Descriptions of the species — Brandrud et al. (1994: pl. C35),
Jeppesen et al. (2012: 817).
Cortinarius scaurus (Fr.: Fr.) Fr., Epicr. Syst. Mycol.: 268. 1838
Basionym. Agaricus scaurus Fr., Observ. Mycol. 2: 75. 1818.
= Cortinarius parolivascens Moënne-Locc. & Reumaux, Atlas des Cortinaires 18: 1375. 2009.
= Cortinarius scaurus var. notandus Bidaud, Atlas des Cortinaires 18:
1375. 2009.
= Cortinarius scaurus f. phaeophyllus M.M. Moser, Fungi non Delineati
15: 18. 2001.
Neotype. Switzerland, Bern, Fribourg, Rechthalten, on the border of a peatbog with Pinus strobus, 29 Sept. 1991, Brandrud et al. CFP1074 (S), designated here. MycoBank MBT176413. GenBank KF732423.
Illustrations — Brandrud et al. (1994: pl. C21), Fries (1867–
1884: pl. 146).
Descriptions of the species — Brandrud et al. (1994: pl. C21),
Jeppesen et al. (2012: 783).
Notes — Cortinarius scaurus is a widespread species and
to date known from eastern North America and Europe (Fig. 1).
The most representative collection CFP1074 from Switzerland
is proposed as a neotype and the ITS sequence of the specimen
is identical to the UNITE sequence UDB001068 from Femsjö,
Sweden.
Cortinarius serarius Fr., Epicr. Syst. Mycol.: 269. 1838
Neotype. Sweden, Ångermanland, Häggdånger, Torrom, in dry spruce
forest on rich soil, 11 Aug. 1990, Brandrud et al. CFP959 (S), designated
here. MycoBank MBT176414. GenBank KF732428.
Illustration — Brandrud et al. (1994: pl. C25).
121
Descriptions of the species — Brandrud et al. (1994: pl. C25),
Jeppesen et al. (2012: 824).
Cortinarius subpurpurascens (Batsch) Fr., Epicr. Syst. Mycol.:
265. 1838
Basionym. Agaricus subpurpurascens Batsch, Elench. Fung., cont. prim.:
71. 1786.
= Cortinarius largoides Rob. Henry ex Bidaud, Carteret & Reumaux, Atlas
des Cortinaires 18: 1378. 2009.
= Cortinarius subinops Reumaux, Atlas des Cortinaires 18: 1379. 2009.
Holotype. Batsch, Elench. Fung., cont. prim. tab. 16: 74. 1786.
Epitype. Finland, Varsinais-Suomi, Turku, Ruissalo, deciduous forest of
Quercus robur, Corylus avellana and some Betula on mull soil, 3 Sept. 2008,
K. Liimatainen & T. Niskanen 08-059 (H; isoepitype NY), designated here.
MycoBank MBT176420. GenBank KF732449.
Illustrations — Bidaud et al. (2009: pl. 749, 750).
Description of the species — Jeppesen et al. (2012: 819).
Notes — Based on the data we have so far the species is
known from northern to southern Europe (Fig. 1). A representative collection Liimatainen & Niskanen 08-059 from South
Finland is here proposed as an epitype of the species.
Cortinarius subtortus (Pers.) Fr., Epicr. Syst. Mycol. (Upsaliae):
273. 1838
Basionym. Agaricus subtortus Pers., Syn. Meth. Fung. (Göttingen) 2:
284. 1801, sanctioned in Fr., Syst. Mycol. 1: 222. 1821.
Neotype. Sweden, Inre Småland, Femsjö, Prästskogen, partly paludified
spruce forest with some deciduous tree species, 175 m asl, 18 Sept. 1987, I. Kytö
vuori 87-1510 (H; isoneotype NY), designated here. MycoBank MBT176415.
GenBank KF732454.
Description of the species — Jeppesen et al. (2012: 811).
Cortinarius talus Fr., Epicr. Syst. Mycol.: 263. 1838
= Cortinarius aurantionapus Bidaud & Reumaux, Atlas des Cortinaires
16: 1096. 2006.
= Cortinarius crenulatus Rob. Henry ex Bidaud & Reumaux, Atlas des
Cortinaires 16: 1097. 2006.
= Cortinarius ochropudorinus Rob. Henry ex Bidaud & Reumaux, Atlas
des Cortinaires 16: 1097. 2006.
= Cortinarius pseudominor Rob. Henry ex Reumaux, Atlas des Cortinaires
16: 1098. 2006.
= Cortinarius pseudotalus Rob. Henry ex Bidaud & Reumaux, Atlas des
Cortinaires 16: 1098. 2006.
Neotype. Sweden, Jämtland, Ragunda sn, Ragunda, in birch forest on
rich soil (Betula, Populus, Pinus), 26 Aug. 1989, Brandrud et al. CFP832 (S),
designated here. MycoBank MBT176416. GenBank KF732457.
Illustrations — Brandrud et al. (1992: pl. B47), Fries (1867–
1884: pl. 145).
Descriptions of the species — Brandrud et al. (1992: pl. B47),
Jeppesen et al. (2012: 811).
Notes — Our observations of the species are in concordance with those of Brandrud et al. (1992) and Jeppesen et al.
(2012), except for the length of the spores, which according to
our measurements is 7.3– 8.0 –8.8 × 4.5– 5.0–5.2 µm and in
Brandrud et al. (1992) and Jeppesen et al. (2012) 7.5–9.5 ×
4.5–5.5 µm.
Cortinarius turmalis Fr., Epicr. Syst. Mycol.: 257. 1838
Neotype. Sweden, Medelpad, Borgsjö, Julåsen, in herbaceous spruce forest, 20 Aug. 1988, Brandrud et al. CFP716 (S), designated here. MycoBank
MBT176417. GenBank KF732464.
Illustration — Brandrud et al. (1994: pl. C31).
Descriptions of the species — Brandrud et al. (1994: pl. C31),
Jeppesen et al. (2012: 821).
122
Cortinarius variecolor (Pers.: Fr.) Fr., Epicr. Syst. Mycol.:
259. 1838
Basionym. Agaricus variecolor Pers., Syn. Meth. Fung. 2: 280. 1801.
Sanctioned in Fr., Syst. Mycol. 1: 222. 1821.
= Cortinarius muricinicolor Moënne-Locc., Atlas des Cortinaires 8: 295.
1996.
= Cortinarius piriodolens Moënne-Locc., Atlas des Cortinaires 8: 296.
1996.
Neotype. Sweden, Gotland, Viklau, Tjaukle, in spruce forest on calcareous
soil, 29 Sept. 1990, Brandrud et al. CFP1021 (S), designated here. MycoBank
MBT176418. GenBank KF732466.
Illustrations — Brandrud et al. (1992: pl. B20), Fries (1867–
1884: pl. 144).
Descriptions of the species — Brandrud (1998), Brandrud et
al. (1992: pl. B20), Jeppesen et al. (2012: 815).
Persoonia – Volume 33, 2014
NEw SpECIES AND COMbINATIONS
Species with an isolated position
Cortinarius cremeiamarescens Kytöv., Liimat. & Niskanen,
sp. nov. — MycoBank MB805786; Fig. 2a, 3a
Etymology. The name refers to the colour of the basidiomata and bitter
taste of pileus cuticle.
= Cortinarius caesiostramineus Rob. Henry sensu Brandrud et al. 1990,
Jeppesen et al. 2012, p.p.
Type. Sweden, Gotland, Alskog and När parish, Ollajvs Nature Reserve,
mesic to damp spruce forest with some Pinus, Quercus and Corylus, 27 Sept.
2011, I. Kytövuori 11-014 (holotype H; isotype NY). GenBank KF732493.
Pileus 3.5–5.5 cm broad, hemispherical to convex, then expanded, very finely innately fibrillose, cream-coloured to pale
Fig. 2 Photo of: a. C. cremeiamarescens TN06-273; b. C. flavivelatus IK98-885; c. C. kytoevuorii TN05-158; d. C. flavipallens T. Kekki 368; e. C. boreidionysae
IK97-1220; f. C. cruentipellis IK01-053; g. C. caesiophylloides TEB277-09. — Photos: a, c. Kare Liimatainen; b, e, f. I. Kytövuori; d. T. Kekki; g. T.E. Brandrud.
K. Liimatainen et al.: Identification and nomenclature of Phlegmacium
123
ochraceous yellow. Lamellae emarginate, almost crowded,
pale greyish brown. Stipe 6.5–9.5 cm long, 0.7–1.4 cm thick
at apex, 1–2.3 cm wide at base, with slightly marginate bulb, at
first white, becoming pale brownish yellow with age. Universal
veil white, sparse, at bulb margin. Context white. Odour indistinct. Taste: pileus cuticle bitter. Exsiccata: pileus ochraceous
clay-colour to ochraceous yellow to warm ochraceous brown
especially at the centre, stipe pale grey to brown.
kanen et al. 03-1255, H7018363 (H); F03-1163, H7018395 (H); Närke.
Hidinge, Garphyttans Nationalpark, herb-rich Picea abies forest with Cory
lus, Populus tremula, Betula and Quercus, 26 Sept. 2004, T. Niskanen et
al. 03-1255, H7017775 (H).
In MLZ: Spores 7.0–7.8 –8.8 × 4.3– 4.7–5.0 µm, av. = 7.5–8.3
× 4.6–4.9 µm, Q = 1.54–1.67–1.87, Qav. = 1.59–1.74 (9 specimens, 260 spores, Fig. 3a), citriform to narrowly fusoid, beaked,
thin-walled, fairly finely, densely, and often sharply verrucose,
slightly to moderately dextrinoid. Basidia 24–34 × 6.5–8 µm (80
basidia), 4-spored, narrowly clavate, very thin-walled, colourless, more or less filled with blood red drops. Lamellar trama
hyphae yellow, filled with small blood red drops, larger globose
and worm-like guttules fairly scanty (especially more scanty
than in C. gentianeus). Stipe apex hyphae almost colourless to
yellow, smooth, full of small golden yellow to blood red drops,
larger globose and worm-like guttules fewer. Pileipellis: epicutis
strongly gelatinous, hyphae 2–6 µm wide, very thin-walled and
difficult to define, filled with small to medium-sized blood red
guttules, mostly evenly distributed in the hyphae. Hypoderm
present, pale yellow. In C. gentianeus the epicutis hyphae are
full of very long, worm-like, foamy guttules and the blood red
layer is much thicker than in C. cremeiamarescens.
Ecology & Distribution — In hemiboreal and southern boreal
conifer-dominated forests on rich to calcareous soil. Known from
southern Europe and western North America, British Columbia
and Alaska. Fruits from late August to late October.
Notes — Cortinarius cremeiamarescens was previously confused taxonomically with C. gentianeus Rob. Henry (= C. cae
siostramineus sensu Jeppesen et al. 2012 p.p.). However,
the latter species is larger, typically has paler, more whitish or
greyish exsiccata and larger (7.7– 8.5–9.3 × 4.8–5.2 –5.4 µm,
Q = 1.54–1.65–1.76), amygdaloid to citriform, less thin-walled,
more dextrinoid, and more verrucose spores, and much more
abundant large, blood red, foamy, worm-like guttules in the
pileipellis and lamellar trama. Cortinarius cremeiamarescens
formed a well-supported clade in our phylogenetic analysis
(1.00 PP). The ITS sequences of the species are identical and
it differs from its sister species C. gentianeus by 17 substitutions
and indel positions. Further relationships with other species of
Cortinarius were not resolved in our analysis.
Other specimens examined. Finland, Varsinais-Suomi, Parainen, Lemlahdensaari, Fallskogen, Pinus sylvestris heath forest with some Picea abies
on sandy soil, by the calcareous dust road, 20 Oct. 2006, K. Liimatainen &
T. Niskanen 06-273; Uusimaa, Espoo, Luukkaa outdoor recreation area, N of
Haukkalampi, mesic, partly grass-herb-spruce forest with some Populus
tremula, Betula and Pinus sylvetris, 9 Sept. 2004, K. Liimatainen & T. Nis
kanen 04-768, H6029461; Kirkkonummi, Dorgarn, Meiko-Trehörningen
nature reserve, semi-open spruce forest with some hardwood bushes,
27 Sept. 2007, I. Kytövuori 07-1722, H6001575 (H); Siuntio, Lappträsk,
grass-herb-spruce forest with some Pinus, Betula, Populus and Corylus,
24 Aug. 2000, I. Kytövuori 00-027 (H); Etelä-Savo, Mäntyharju, Juolasvesi,
Hietaniemi, Sojonkangas, fairly rich spruce-pine forest with abundant Betula
and Populus tremula, 29 Sept. 1994, I. Kytövuori 94-1177b, H6035734 (H).
– Sweden, Västergötland, Undenäs, c. 1.5 km NNW of Sätra bruk, herb-rich
Picea abies forest with some Betula, Populus and Pinus, 6 Sept. 2003, T. Nis
a
Additional specimens. Canada, British Columbia, Interior Cedar Hemlock
Forest, mycorrhizal root tip of Betula papyrifera, isolate UBCOCS153F,
GenBank EF218754. – USA, Alaska, Delta Junction, source: boreal forest,
soil 0–20 cm, GenBank JN889840.
Cortinarius flavivelatus Kytöv., Liimat. & Niskanen, sp. nov. —
MycoBank MB805863; Fig. 2b, 3b
Etymology. The name refers to the yellow universal veil.
Type. Sweden, Norrbotten, Pajala, Junosuando, Nature Reserve Area
between Sarvikero and Tulemajoki, dryish Picea abies heath forest with
Pinus, Betula, and with open meadows, 15 Aug. 1998, I. Kytövuori 98-885
(holotype H; isotype NY). GenBank KF732528.
Pileus 5–8 cm broad, hemispherical to convex, then plano-convex, viscid, finely innately fibrillose, olive brown to ochraceous
brown to brown at the centre, lighter at the margin, with hygrophanous streaks. Lamellae emarginate, crowded, first
distinctly pale bluish, later pale brown with a bluish tint. Stipe
6–10 cm long, 1–1.8 cm thick at apex, 1.5–2.5 cm wide at base,
clavate to almost cylindrical, whitish, with a bluish tint at the
apex. Universal veil yellow, forming girdles on stipe, somewhat
viscid. Context white in pileus and lower part of the stipe, bluish at stipe apex. Odour indistinct. KOHreaction negative in
all parts. Exsiccata: pileus warm yellowish to reddish brown,
stipe whitish.
b
c
d
e
Fig. 3 Spores of: a. C. cremeiamarescens TN04-768; b. C. flavivelatus IK98-885; c. C. kytoevuorii TN05-158; d. C. ochribubalinus IK93-641; e. C. subfraudu
losus IK11-006, in Melzer’s reagent. — Drawn by I. Kytövuori and T. Niskanen. — Scale bar = 10 µm.
124
In MLZ: Spores 9.1– 9.8 –10.9 × 5.0–5.4 –5.9 µm, Q = 1.67–
1.82–1.98 (1 specimen, 60 spores, Fig. 3b), amygdaloid-fusoid
to slightly, narrowly citriform, with a shallow suprahilar depression and somewhat beaked apex, fairly finely, separately verrucose, slightly dextrinoid. Basidia 27–38 × 7.5–8 µm (40 basidia), 4-spored, clavate, pale sand brown, with few dark red
brown granules, almost hyaline when mature. Lamellar trama
hyphae: with abundant dark granules and chips, sometimes in
small mounds. Stipe apex hyphae pale yellowish sand brown
with small brown granules, outermost hyphae entangled, narrow, with more or less abundant blackish red granules. Pileipel
lis: epicutis strongly gelatinous, uppermost hyphae 5–10 µm
wide, ochre brown, finely to strongly spirally incrusted, mostly
not granulose, lower down dark-granulose. Hypoderm well
developed, red brown. The upper part of the hypoderm and
the transition hyphae towards the epicutis strongly incrusted
and with mounds of blackish brown granules. Evenly distributed small granules present (sometimes absent) between the
mounds.
Ecology & Distribution — In northern boreal coniferous forests. Known from Sweden, Norrbotten. No sequences of this
species exist in public databases.
Notes — Based on morphology and molecular data C. flavi
velatus is a sister species of C. pini Brandrud. Cortinarius pini,
however, has white, sometimes ochraceous white universal veil
and much larger spores (10.7–11.7–12.9 × 6.3–6.8–7.3 µm).
In ITS regions the difference between the species is 17 substitutions and indel positions.
Cortinarius kytoevuorii Niskanen & Liimat., sp. nov. — MycoBank MB805865; Fig. 2c, 3c
Etymology. The species is named in honour of Ilkka Kytövuori, a mycologist from Finland.
Type. Finland, Koillismaa, Kuusamo, Oulanka, Ampumavaara, S slope,
old, grass-herb Picea abies forest with some Betula, Pinus sylvestris and
Populus tremula, on calcareous soil, 17 Sept. 2005, T. Niskanen & K. Liima
tainen 05-158, H6029355 (holotype H; isotype NY). GenBank KF732529.
Pileus 6–9 cm broad, hemispherical to convex, then expanded,
finely innately fibrillose, yellow brown to brown, with hygrophanous streaks. Lamellae emarginate, almost crowded to medium
spaced, at first pale brownish grey, becoming more brown with
age. Stipe 6–9 cm long, 1.2–1.5 cm thick at apex, 2–2.5 cm
wide at base, with fairly narrow, marginate bulb, at first white,
becoming pale brownish yellow with age. Context whitish to pale
yellow. Odour indistinct. KOH reactions: in pileipellis brown (no
reddish tints); in context, mycelium and bulb margin negative.
Exsiccata: pileus dull, dark red brown overall, stipe almost concolorous with pileus.
In MLZ: Spores: 7.5–8.5–9.5 × 5.0–5.3 –5.4 µm, Q = 1.54–
1.61–1.72 (1 specimen, 60 spores, Fig. 3c), amygdaloidellipsoid, very strongly, separately, ± sharply verrucose (C. por
phyropus like but more dextrinoid), slightly to moderately dextrinoid. Basidia: 24 – 32 × 7.5 – 9 µm (20 basidia), 4-spored,
clavate. Lamellar trama hyphae: pale pellucid yellowish, guttulate, smooth. Stipe apex hyphae colourless to pale strawcoloured, smooth, guttulate. Pileipellis: epicutis in overall view
orange, (very) weakly gelatinous, hyphae 5–10 µm wide, finely
to strongly spirally incrusted, many of the uppermost ones
abundantly with intercellular, unevenly distributed, orange red
granules, granule mounds and concretions. Large-celled hypoderm present, yellowish and with scanty small orange granules
in the upper part, lower down colourless.
Ecology & Distribution — In coniferous forests, on calcareous soil. Fruits in autumn.
Notes — Cortinarius kytoevuorii is reminiscent of C. glauco
pus but is more slender, has a yellow brown to brown pileus,
Persoonia – Volume 33, 2014
and lacks bluish tints in basidiomata. It is most easily recognised
by the orange red granules and concretions in the uppermost
hyphae of the pileipellis when mounted in MLZ. The sister species C. subrugulosus Bidaud & Armada has a more southern
distribution. The northernmost known collection is from Sweden,
Öland under Fagus (Kytövuori 98-2578 (H)). Furthermore, the
spores are shorter (7.3–7.9 –8.6 × 5.0–5.3 –5.7 µm), relatively
broader (Qav. = 1.5), less verrucose, and more strongly dextrinoid, and in the pileipellis small yellow to blood-red guttules
are seen in MLZ. In our phylogenetic analysis C. kytoevuorii
formed a well-supported clade (1.00 PP) with C. subrugulosus,
but further relationships were not solved. The difference in ITS
regions between the two sister species is 11 substitutions and
indel positions.
Cortinarius ochribubalinus Kytöv., Liimat. & Niskanen, sp. nov.
— MycoBank MB805866; Fig. 3d
Etymology. The name refers to the colour of the basidiomata.
Type. Finland, Uusimaa, Espoo, Nuuksio, the open-air territory of Pirttimäki, between the main road and the lake, opposite the parking area, fairly
rich grass-herb forest with Populus tremula, Betula, Alnus incana, Quercus,
Corylus, Prunus padus, Salix spp., and some old pines and young spruce,
2 Sept. 1993, I. Kytövuori 93-641, H6032734 (holotype H; isotype NY).
GenBank KF732530.
Pileus 5–8 cm broad, convex, soon plano-convex, sometimes
with a broad umbo, very finely fibrillose, centre ochraceous,
whitish towards margin. Lamellae emarginate, medium spaced,
at first very pale brownish grey, later pale brown. Stipe 6–10 cm
long, 0.8–1.3 cm thick at apex, 1.5–2 cm at base, clavate, at
first white, becoming pale brownish yellow with age. Universal
veil white, on pileus margin thin, forming thin belts on the stipe.
Context white. Odour pleasant. Exsiccata: pileus warm yellowish brownish at centre, pale leather-coloured to almost whitish
at margin, stipe concolorous with the pileus margin.
In MLZ: Spores 12.5–13.4 –14.3 × 7.5–7.9 –8.2 µm, Q = 1.57–
1.69–1.84 (1 specimen, 60 spores, Fig. 3d), amygdaloid, strongly verrucose, most strongly so at the apex, very much like those
in C. riederi group or C. violaceus, moderately dextrinoid. Ba
sidia 39–48 × 9–12 µm (20 basidia), light sand brown, with
large to small blood black granules. Lamellar trama hyphae with
blood black substance and/or same-coloured granules, dark
chips almost lacking. Stipe apex hyphae yellow, with colourless
guttules, coloured granules lacking, but outermost hyphae sand
brown to somewhat redder, with few to abundant blood red,
small granules. Velum/Cortina hyphae sand brown to somewhat
redder, with few to abundant blood red, small granules. Pileipel
lis: epicutis somewhat gelatinous, hyphae 3–10 µm wide, near
the surface ochraceous brown, finely, densely incrusted, mostly
not granulose, lower down strongly granulose with small to large
blackish brown granules in mounds and long, sausage-shaped
clusters and concretions. Hypoderm well developed, red brown,
hyphae mostly granulose in the upper part.
Ecology & Distribution — With deciduous trees, possible
hosts Populus, Corylus or Quercus. Known from South Finland.
No sequences of this species exist in public databases.
Notes — Based on our molecular studies C. ochribubalinus
does not have any known, close relatives. It holds an isolated
position in the phylogenetic tree and differs in ITS regions by
more than 20 substitutions and indel positions from the closest
species C. patrickensis (M.M. Moser) Niskanen, Liimat., Kytöv.,
Bojantchev & Ammirati. Morphologically, it is reminiscent of
species in /Arguti. The spores are large and similar to those of
C. fraudulosus and C. subfraudulosus, but more strongly verrucose. The smell of the lamellae is also different, pleasant in
C. ochrobubalinus and often earthy-raphanoid in C. fraudulosus
and C. subfraudulosus. In addition, the universal veil is sparse
K. Liimatainen et al.: Identification and nomenclature of Phlegmacium
where as C. fraudulosus and C. subfraudulosus have more abundant sometimes even floccose universal veil remnants on stipe.
/ARgUTI
Cortinarius patrickensis (M.M. Moser) Niskanen, Liimat.,
Kytöv., Bojantchev & Ammirati, comb. nov. — MycoBank
MB805883
Basionym. Cortinarius fraudulosus var. patrickensis M.M. Moser, Mycotaxon 74, 1: 10. 2000.
Type. USA, California, Humboldt Co., Patrick’s Point State Park prope
Trinidad, in coniferous forest (Picea sitchensis, Pseudotsuga menziesii), 25
Nov. 1995, M. Moser 95/617 (holotype IB). GenBank KF732307.
Other specimens examined. Sweden, Medelpad, Borgsjö, Julåsen, SE
sloping, partly paludified, rich grass-herb-spruce forest with some pines and
birches, 15 Sept. 1995, I. Kytövuori 95-1400, H7019584 (H). – USA, Six
Rivers Nat’l forest, off Hwy 299, 1004 m asl, mixed forest (Notholithocarpus
densiflorus, Quercus kelloggii, Pinus spp., Pseudotsuga menziesii, etc.), 20
Nov. 2010, D. Bojantchev DBB39406 (UC).
Notes — Cortinarius patrickensis is a typical member of
/Arguti, it has a whitish to pale brown basidiomata and large
spores, and the placement is also supported by molecular data.
It was first described as a variety of C. fraudulosus but based
on our genetic and morphological data it should be treated as
a species. In our phylogenetic analysis C. patrickensis grouped
together with C. rosargutus Chevassut & Rob. Henry (0.86
PP). Also with the pairwise comparison the closest species
is C. rosargutus from which it differs by 5 substitutions and
indel positions in ITS regions. Both taxa, C. patrickensis and
C. rosargutus, include several identical or almost identical sequences and have a clear barcoding gap (no overlap between
intra- and interspecific variation). A description of the species is
provided in Moser & Ammirati (2000). Typical for the species are
amygdaloid, large spores 12.2–13.3 –14.7 × 7.0–7.7–8.4 µm,
Q = 1.62 –1.73 –1.84, and green apple-like to strong green
corn-like odour. The spores are narrower than those of C. ros
argutus (Qav. = 1.60). Cortinarius patrickensis grows in coniferous forests, often on calcareous soil. It was previously only
known from California, USA but is here reported for the first
time from Europe in Sweden. Species might be occasional in
suitable habitats, at least in Europe and North America, but
has most likely been misidentified as either C. fraudulosus or
C. rosargutus.
Cortinarius subfraudulosus Kytöv., Liimat. & Niskanen, sp.
nov. — MycoBank MB805867; Fig. 3e
Etymology. The name refers to the affinity of C. fraudulosus.
Type. Norway, Oppland, Lunner, Skøyenåsen, Picea abies forest with
Corylus on calcareous soil, 3 Sept. 2011, I. Kytövuori 11-006 (holotype H;
isotype NY). GenBank KF732564.
Illustrations — Brandrud et al. (1990: pl. A07 as C. argutus
subsp. fraudulosus), Abarenkov et al. (2010: photo under the
accession no. UDB011261).
Pileus 4–10 cm broad, hemispherical to convex, then planoconvex, finely fibrillose, white to ochraceous white when young,
with age becoming pale brownish. Lamellae emarginate, medium spaced to almost distant, first white to very pale brownish
grey, later pale brown. Stipe 5–10 cm long, 1–2 cm thick at
apex, 1.5–3 cm wide at base, clavate to slightly bulbous, sometimes slightly rooting, whitish, becoming brownish with handling
and with age. Universal veil white, forming distinct girdles on
stipe, sometimes floccose. Context white, but becomes very
slowly black when bruised. Odour weak, a combination of earthy
and raphanoid. Exsiccata: pileus dirty greyish to yellow brown
125
at the centre, whitish to yellowish brown towards the margin,
stipe greyish white to pale brown.
In MLZ: Spores 12.0–13.6–15.0 × 7.0–7.8–8.4 µm, av. = 12.5–
14.4 × 7.6–8.2 µm, Q = 1.57–1.72 –1.88, Qav. = 1.64–1.75 (4
specimens, 100 spores, Fig. 3e), amygdaloid (to weakly citriform), with a narrow apex, moderately to fairly strongly verrucose, warts anastomosing, not high, moderately dextrinoid.
Basidia 38–55 × 10–12 µm (2 specimens, 60 basidia), almost
colourless to pale sand brownish, clear or with few small,
brown granules. Lamellar trama hyphae full of dark granules
or chips or blood black particles. Stipe apex hyphae yellow to
reddish brown, outermost ones with abundant large red brown
to blood blackish granule masses or opaque particles. Velum/
Cortina hyphae with abundant large red brown to blood blackish
granule masses or opaque particles. Pileipellis: epicutis fairly
weakly gelatinous, hyphae at the surface 3–10 µm wide, finely
incrusted, ochraceous brownish, mostly not granulose, lower
down somewhat granulose or not. In the transition between
epicutis and hypoderm up to 15 µm wide, dark red brown,
strongly incrusted hyphae with large, blackish granula mounds,
intracellular concretions and/or red brown, 3–15 µm wide extracellular pigment mounds on the hyphae, with few evenly distributed small granules. Hypoderm well developed, red brownish to very dark red brown, somewhat granulose or not.
Ecology & Distribution — In hemiboreal and southern boreal
coniferous forests, calcicolous. Known from Fennoscandia and
Estonia. Fruiting in autumn, in September.
Other specimens examined. EStonia, Hiiumaa, Kõrgessaare, Kõpu, old
spruce forest with Pinus, Betula, Quercus, Populus tremula and Corylus, on
calcareous soil, 15 Sept. 2001, T. Niskanen & I. Kytövuori (H); Pühalepa,
Kallaste pank, spruce forest with Pinus, Betula, Populus tremula and Corylus,
on calcareous soil, 23 Sept. 2008, J. Vesterholt & J. Vauras 26655F (TURA). – Sweden, Östergötland, Väversunda parish, E sloping, very rich spruce
grass-herb forest with hardwood bushes, 26 Sept. 1988, I. Kytövuori 88-2016
(H); Uppland, Börstils sn, Marieberg, Täpporna, in rich spruce forest, 11 Sept.
1986, T.E. Brandrud et al. CFP481, F44801 (S); Södermanland, Mörkö parish,
Oaxen, dryish spruce grass-herb forest with Pinus, Betula, Populus tremula
and Salix spp., on calcareous soil, 27 Sept. 1998, I. Kytövuori 98-2244 (H),
98-2245 (H).
Additional specimen. EStonia, Saare, Kihelkonna, Mäebe, in coniferous
forest, 21 Sept. 2009, V. Liiv TU106607, UNITE No. UDB011261 as C. frau
dulosus (TU(M)).
Notes — The species has earlier been called C. fraudulosus
in northern Europe. Cortinarius fraudulosus, however, has
been described by Britzelmayr (1885) from Siebentischwald,
Bavaria, Germany. In our phylogenetic tree the northern material and the more southern European material formed two
separate, well-supported clades which differ from one another
by 9 substitutions and indel positions in their ITS regions. The
sequences of C. subfraudulosus have one base polymorphisms
and the maximum pairwise distance is zero. Therefore, we here
describe the northern species as new.
/CALOCHROI & FULvI
Cortinarius flavipallens Kytöv., Liimat. & Niskanen, sp.
nov. — MycoBank MB805868; Fig. 2d, 4a
Etymology. The name refers to the colour of the pileus.
Type. Finland, Kainuu, Kajaani, Hietalahti, Torakangas NNW of Korpitaipale, by the power line, fairly damp grass-herb-spruce forest with Pinus,
Betula and Populus tremula, on calcareous soil, 13 Sept. 2008, I. Kytövuori
08-1729, H6032745 (holotype H; isotype NY). GenBank KF732554.
Pileus 4–8 cm broad, hemispherical to convex, soon expanded,
pale ochraceous to pale brown. Lamellae emarginate, crowded,
pale grey to pale greyish brown. Stipe 4–6 cm long, 1–1.5 cm
thick at apex, 2–2.5 cm wide at base, with a marginate bulb,
white. Universal veil whitish to pale brown at bulb margin.
126
Persoonia – Volume 33, 2014
Context white. Odour indistinct. KOH reactions on pileus and
bulb margin red, on basal tomentum and rhizomorphs slowly
and/or weakly vinaceous pink. Exsiccata: pileus pale ochre to
ochre brown, darkest at the centre, paler towards the margin,
stipe greyish white to pale brown.
In MLZ: Spores 9.5–10.7–11.6 × 5.4–6.0 –6.3 µm, av. = 10.3–
11.0 × 5.9 – 6.1, Q = 1.65 –1.77–1.85, Qav. = 1.73 –1.80 (3
specimens, 120 spores, Fig. 4a), amygdaloid-fusoid to weakly
citriform, with a shallow suprahilar depression and mostly a
somewhat blunt apex, moderately verrucose, warts anastomosing or not, slightly to moderately dextrinoid. Basidia 26–38 ×
8–10 µm (60 basidia), 4-spored, clavate, very pale yellowish,
clear, few slightly granulose-guttulate. Lamellar trama hyphae
pale yellowish, smooth, sometimes guttulate, some colourless
crystals solitary or in roundish masses, not in branch-like fascicles. Pileipellis: epicutis strongly gelatinous, hyphae on the surface 3–5 µm wide, very pale ochre, smooth to very finely, densely, spirally incrusted, walls distinctly visible, also some hyphae
with yellow, foamy contents. Lower down equally wide to slightly
wider, strongly incrusted hyphae, often in bundles. Hypoderm
absent. In KOH the gelatinized hyphae pale vinaceous pink.
Ecology & Distribution — In boreal Picea abies dominated
forests on calcareous soil. So far only known from Finland but
might be widely distributed, since an ITS sequence (FJ039640)
from a specimen collected in British Columbia in western
Canada differed only by 4 substitutions and indel positions from
Finnish material and might be conspecific.
Other specimens examined. Finland, Laatokan Karjala, Parikkala, Vaaranperä, Soininmäki, S part, Soininjoki, fairly old, SE sloping spruce forest with
some Pinus, Betula and Populus tremula, 17 Sept. 2009, A. Ahola H6032393
(H); Perä-Pohjanmaa, Tervola, Peura, Raemäki, in Picea dominated forest
on calcareous soil, 5 Sept. 2011, T. Kekki 368 (H).
Notes — Cortinarius flavipallens with its pale ochraceous colours is in appearance between C. metarius Kauffman (= C. bar
barorum Bidaud, Moënne-Locc. & Reumaux) and C. caesio
cinctus Kühner, without the bright yellow pileus of the former or
the bluish grey one of the latter. In addition, the KOH reaction
in the mycelium is slower and weaker than in the former two
species. Cortinarius piceae Frøslev, T.S. Jeppesen & Brandrud
and C. corrosus Fr. differ from C. flavipallens by their negative
KOH reaction in the basal mycelium. The ITS sequences of
C. flavipallens were identical and it formed a well-supported
clade in our phylogenetic analysis. However, the relationships
with other species of /Calochroi p.p. were not resolved.
a
d
Cortinarius luteicolor (A.H. Sm.) Ammirati, Bojantchev,
Niskanen & Liimat., stat. nov. & nom. nov. — MycoBank
MB805896
Etymology. The name refers to the yellowish colours of the pileus and
lamellae.
Basionym. Cortinarius orichalceus var. olympianus f. luteifolius A.H. Sm.,
Lloydia 7: 185. 1944.
Type. USA, Washington, Olympic Mts, near Lake Angeles, 19 Sept. 1941,
A.H. Smith 16970, barcode 10389 (holotype MICH). GenBank KF732368.
Other specimens examined. USA, California, Sierra Nevada, Yosemite
Nat’l Park, Hwy 120, 2433 m asl, Pinus contorta, Pseudotsuga menziesii,
Abies concolor, A. magnifica, etc., 16 Nov. 2011, D. Bojantchev DBB46740
(UC), 14 Nov. 2010, D. Bojantchev DBB38211 (UC).
Additional specimens. Canada, British Columbia, VMS13, GenBank FJ717511 as ‘Cortinarius sp.’ (UBC). – USA, Oregon, Clackamas Co., Bull Run
Watershed, Tsuga heterophylla, Pseudotsuga menziesii, 11 Nov. 1995, M.M.
95/500/ J.F. Ammirati 11701, GenBank EU057024 as ‘sp.’; Washington,
Chelan Co., Chatter Creek, Tsuga heterophylla, Pseudotsuga menziesii,
6 Oct. 2007, J. Birkebak JMB10-06-2007-03 (UBC), GenBank HM068562
as ‘C. cupreorufus’.
Notes — ITS sequence analysis shows C. luteicolor as a
well-delimited species within clade /Laeticolores. Morphologically, it is not similar to any of the species we have studied.
Initially, the species was described as a form of C. orichalceus
var. olympianus (= C. pseudocupreorufus (A.H. Sm.) Niskanen,
Liimat. & Ammirati). In the ITS regions it, however, differs from
C. pseudocupreorufus by more than 25 substitutions and indel
positions. Furthermore, Smith (1944) noticed several differences among these taxa: “This form (= C. luteicolor) differs from
the typical form (= C. pseudocupreorufus) in lacking the faint
lilac tint in the apex of stipe, in the pileus not becoming dark
vinaceous red but instead merely dull cinnamon brown when
fresh, and in the brighter yellow lamellae. The pilei of the herbarium specimens are also paler, but the bulb is deep purplish
as in typical material of the variety (= C. pseudocupreorufus)”.
Based on morphology and molecular data we conclude that
C. luteicolor should be treated as a species. Description of the
species is presented in Smith (1944). Typical for the species
are at first rich dull yellow or yellow tinged pileus gradually
becoming dull cinnamon, pale yellow gills, and subalmondshaped spores (9–11.5 × 6–7 µm). Cortinarius luteicolor grows
in coniferous forests (Pseudotsuga, Tsuga) and is currently
known from Pacific northwest of North America, from California
and Washington, USA, and British Columbia, Canada.
c
b
e
Fig. 4 Spores of: a. C. flavipallens IK08-1729; b. C. boreicyanites CFP931; c. C. boreidionysae IK97-1220; d. C. cruentipellis IK98-2503; e. C. luteiaureus
IK07-247a, in Melzer’s reagent. — Drawn by I. Kytövuori and T. Niskanen. — Scale bar = 10 µm.
K. Liimatainen et al.: Identification and nomenclature of Phlegmacium
Cortinarius pseudocupreorufus (A.H. Sm.) Niskanen, Liimat.
& Ammirati, stat. nov. & nom. nov. — MycoBank MB805886
Etymology. The name refers to the affinity to C. cupreorufus.
Basionym. Cortinarius orichalceus var. olympianus A.H. Sm., Lloydia 7,
3: 184. 1944.
Type. USA, Washington, Olympic National Park, Olympic Hot Springs,
under conifers, 2 Oct. 1941, A.H. Smith 17513, barcode 10390 (holotype
MICH). GenBank KF732367.
Notes — In our phylogenetic analysis C. pseudocupreoru
fus is placed as a sister species of C. cupreorufus Brandrud
from which it differs by 10 substitutions and indel positions in
ITS regions. The spores of C. pseudocupreorufus are 9–11
× 5 – 6.5 µm and somewhat amygdaloid, while the spores
of C. cupreorufus are broader, 10 –11.5 × 6.5 –7.5 µm, and
amygdaloid-citriform. Based on morphology and molecular
data we conclude that C. pseudocupreorufus should be treated
as a species. Description of the species is presented in Smith
(1944). The species is so far only known from the type locality.
/CyANITES
Cortinarius boreicyanites Kytöv., Liimat., Niskanen & A.F.S.
Taylor, sp. nov. — MycoBank MB805870; Fig. 4b
Etymology. The name refers to the affinity with C. cyanites and distribution
in boreal zone.
Holotype. Sweden, Jämtland, Ragunda sn, Ragunda, Böle, at the riverside, in birch forest on rich soil (Betula, Picea), 24 July 1990, Brandrud et
al. CFP931 (S). GenBank KF732296.
Pileus 4–10 cm broad, hemispherical to convex, then expanded, distinctly innately fibrillose, bluish grey when young, later
pale greyish brown. Lamellae emarginate, almost crowded,
greyish blue when young, later brownish violet. Stipe 5–10 cm
long, 1–2 cm thick at apex, 2.5–4 cm wide at base, clavate to
bulbose, greyish blue. Universal veil pale greyish brown, abundant, forming girdles on stipe. Context violet when young, later
in pileus and bulb white to brownish white, marbled hygrophanous, turning vinaceous red on exposure. Odour indistinct.
Exsiccata: pileus reddish brown at the centre, greyish brown
at the margin, stipe pale bluish greyish, brown at the base.
In MLZ: Spores 9.1–9.8–10.4 × 5.4–5.8–6.3 µm, av. = 9.7–9.9
× 5.6–5.9 µm, Q = 1.58–1.69–1.80, Qav. = 1.66–1.73 (3 specimens, 120 spores, Fig. 4b), amygdaloid, with a blunt apex, fairly
finely to moderately verrucose, many with few small golden
yellow guttules, slightly dextrinoid. Basidia 36–45 × 7–9 µm
(60 basidia), 4-spored, narrowly clavate, with a long, narrow
pedicel, with blood red guttules, commonly with yellow foamy
contents. Lamellar trama hyphae 4–10 µm wide, colourless to
yellowish brown, smooth, with abundant small to large wormlike blood red guttules. Stipe apex hyphae 3–8 µm wide, pale
yellowish, smooth, with small to large blood red guttules, the
outermost ones c. 3 µm wide, ochraceous brown, mostly not
guttulate. Pileipellis: epicutis very weakly gelatinous, uppermost
hyphae 4–8(–13) µm wide, ochraceous brown, very thinly spotlike incrusted, not or weakly guttulate with small, golden yellow
guttules, lower hyphae up to 10 µm wide, brown, smooth, with
abundant small to large worm-like, blood red guttules. Hypoderm not developed.
Ecology & Distribution — In boreal mixed forests of Picea,
Betula and Populus in northern Europe. In Scotland also collected with Helianthemum. Fruiting in autumn.
Other specimens examined. Finland, Pohjois-Savo, Kuopio, Vehmersalmi,
submesic, mixed forest (Betula, Picea, Pinus), in grassy places, 1 Aug. 2003,
T. Niskanen et al. 03-112 (H). – Great Britain, Scotland, Grampian, Braemar,
Morrone Wood, with Helianthemum on rich calcareous soil, 8 Aug. 2010,
A. Taylor 2010203 (UPS).
127
Notes — ITS sequence analysis shows C. boreicyanites as
a well-delimited species within clade /Cyanites (Fig. 1). The ITS
sequences of the species are identical and differ by more than
30 substitutions and indel positions from those of C. cyanites
Fr. and C. violaceorubens Moënne-Locc. & Reumaux. Typical
for C. boreicyanites are a pale greyish brown pileus, exsiccata
with reddish brown pileus at the centre, greyish brown at the
margin, and spores on average 9.7–9.9 × 5.6–5.9 µm. The
species is so far only known from the middle boreal zone of
Sweden, Finland and Scotland. Cortinarius cyanites has a more
southern distribution extending from the hemiboreal zone of
Finland and Sweden to France. In addition, the pileus is more
bluish. Cortinarius violaceorubens has a more brownish pileus,
dark dirty violaceous brown exsiccata, and larger spores (av.
9.9–11.0 × 6.3–6.6 µm). It grows in Picea dominated forests,
often on rich soil.
/DIONySAE s.l.
Cortinarius boreidionysae Kytöv., Liimat., Niskanen & Dima,
sp. nov. — MycoBank MB805894; Fig. 2e, 4c
Etymology. The name refers to the affinity with C. dionysae and the northern distribution.
Type. Finland, Perä-Pohjanmaa, Tervola, Peura, Raemäki, grass-herbspruce forest with spring-fed depressions, calcareous soil, 11 Sept. 1997,
I. Kytövuori 97-1220 (holotype H; isotype NY). GenBank KF732488.
Pileus 5–10 cm broad, hemispherical to convex, then expanded,
glutinous, innately fibrillose, mustard brown to cocoa brown
with a somewhat silky shining centre and olive yellowish tint
on the margin when young. Lamellae emarginate, crowded,
violaceous when young, later violet grey to pale brownish grey.
Stipe 3–9 cm long, 1–1.8 cm thick at apex, 2–2.5 cm wide
at base, with a marginate bulb, when young pale violaceous,
becoming yellowish. Universal veil yellow at bulb margin. Con
text in pileus white, in stipe violaceous, in bulb at first whitish,
later brownish yellowish. Odour faintly farinaceous. Exsiccata:
pileus uniformly orange brown, sometimes with a faint greyish
tint, stipe somewhat paler.
In MLZ: Spores 8.4–9.3–10.2 × 5.2–5.8– 6.1 µm, av. = 8.9–9.5
× 5.3–5.8 µm, Q = 1.54–1.67–1.80, Qav. = 1.63–1.67 (5 specimens, 160 spores, Fig. 4c), strongly citriform, strongly beaked,
moderately, sharply verrucose, often with small coloured guttules, faintly to moderately dextrinoid. Basidia 23–32 × 7–9
µm (60 basidia), 4-spored, clavate, some with brownish yellow,
foamy contents. Lamellar trama hyphae yellow, granuloseguttulate, blood red guttules absent. Stipe apex hyphae yellowish to yellow, smooth, with golden yellow small drops and
large, blood red, worm-like guttules abundant in the outermost
hyphae. Pileipellis: epicutis strongly gelatinous, uppermost
hyphae 3–11 µm wide, mostly densely, spirally incrusted with
small to large blood red guttules, lower down with a thick layer
of somewhat wider hyphae filled with small to large or very
large, worm-like, foamy, blood red guttules. Hypoderm well
developed, yellow to red brownish.
Ecology & Distribution — In northern boreal Picea abies dominated forests on calcareous soil, rare. Fruiting in autumn.
Other specimens examined. Finland, Oulun Pohjanmaa, Kiiminki, Juuvansydänmaa, S part of Iso Juuvankangas, W of the lake Iso Juuvanjärvi,
grass-herb-spruce forest with some Betula, Populus tremula and Pinus, on
calcareous soil, 17 Aug. 2007, M. Toivonen & I. Kytövuori 07-245, H6000476
(H); Perä-Pohjanmaa, Tervola, Peura, Raemäki, grass-herb-spruce forest
with spring-fed depressions, calcareous soil, 21 Aug. 1998, I. Kytövuori
98-1316, H6035751 (H), 21 Aug. 2007, M. Toivonen & I. Kytövuori 07-491,
H6000724 (H); church village, Ala-Kirvesmaa, rich grass-herb-spruce forest
with some Betula, Populus and Pinus, on calcareous soil, 24 Aug. 2007,
I. Kytövuori 07-768, H6001001 (H); Petäjämaa, Kivimaa, 6 Sept. 2012,
I. Kytövuori (H); Tornio, Korkiamaa, Runteli, rich grass-herb-spruce forest
128
with hardwood bushes and some pines, slightly paludified depressions,
calcareous soil, 12 Aug. 1995, I. Kytövuori 95-210, H6035732 (H), 10 Sept.
1997, I. Kytövuori 97-1170 (H), 20 Aug. 1998, I. Kytövuori 98-1279, H6035740
(H), 22 Aug. 2007, I. Kytövuori 07-626, H6000859 (H); Kuusamo, Oulanka
National Park, Ampumavaara, mesic to damp, herb-rich Picea abies forest,
with some Pinus, Populus and Betula, 19 Sept. 2002, T. Niskanen et al.
02-876, H6033134 (H).
Notes — Cortinarius boreidionysae reminds one of C. oli
vaceodionysae A. Ortega, Vila & Fdez.-Brime, but the latter
has paler, olive brown to yellowish brown pileus, somewhat
larger, less distinctly and less regularly citriform spores, and
a more southern distribution (up to the hemiboreal zone).
The ITS sequences of C. boreidionysae are identical and it
formed a well-supported clade in our phylogenetic analysis. It
belongs to /Dionysae but further relationships were not solved.
Based on ITS sequence comparison the closest species is
C. olivaceodionysae from which it differs in ITS regions by 9
substitutions and indel positions, although two of them include
intragenomic base polymorphisms.
Cortinarius olivaceodionysae has been called C. dionysae
Rob. Henry in northern Europe. Cortinarius dionysae, however, has been described from France (Henry 1933) as a
species with a distinctly farinaceous smell and collected under
Fagus – both characters in contradiction with our material of
C. olivaceodionysae. To confirm the identity of C. dionysae
we tried to sequence the type material but unfortunately we
did not succeed. In our phylogenetic analysis all the taxa
with a strong farinaceous smell, C. dionysae sensu Frøslev &
Garnica, C. dionysae var. avellanus Rob. Henry ex Bidaud &
Carteret and C. palazonianus Vila, A. Ortega & Fdez.-Brime,
formed a well-supported subclade (1.00 PP) inside the clade
/Dionysae. Of these, C. dionysae sensu Frøslev & Garnica and
C. dionysae var. avellanus are potential candidates for the real
C. dionysae. The former is collected under Fagus, but is so far
only recorded from Germany and the spores are smaller than
given in the original description. The latter is found in mixed
forest in France but the spores fit well to the description. Further
studies with French material are needed to confirm the identity
of C. dionysae.
Cortinarius cruentipellis Kytöv., Liimat., Niskanen & Dima,
sp. nov. — MycoBank MB805872; Fig. 2f, 4d
Etymology. The name refers to the large and abundant blood red drops/
guttules in the pileipellis.
= Cortinarius luteoimmarginatus Rob. Henry sensu Jeppesen et al. (2012).
= Cortinarius polymorphus Rob. Henry s.auct. p.p.
Type. Sweden, Öland, Långlöt, Åstad, Nitares hägn, grassy pasture with
Corylus and Juniperus, 13 Sept. 2003, I. Kytövuori, K. Liimatainen & T. Nis
kanen 03-1451 (holotype H; isotype NY). GenBank KF732539.
Pileus 3 –7.5 cm broad, hemispherical to convex, then expanded, unevenly wavy, olivaceous yellowish brown at centre,
olivaceous to ochraceous yellow towards margin. Lamellae
emarginate, almost crowded, pale grey when young, later pale
greyish brown. Stipe 3–5 cm long, 0.5–1.4 cm thick at apex,
1.5–2.5 cm wide at base, with a marginate bulb, when young
whitish, becoming slightly yellow with age. Universal veil ochraceous yellow at bulb margin. Context whitish. Odour indistinct.
Exsiccata: pileus orange brown to dirty red brown at the centre,
yellowish brown at the margin, stipe concolorous with the centre.
In MLZ: Spores 9.5–10.4 –11.6 × 5.7–6.1–6.6 µm, av. = 10.3–
10.5 × 6.0 – 6.2 µm, Q= 1.59 –1.71–1.85, Qav. = 1.69 –1.73
(5 specimens, 160 spores, Fig. 4d), often strongly citriform,
beaked, moderately, sharply verrucose, fairly faintly to moderately dextrinoid. Basidia 23 – 34 × 7.5 – 9.5 µm (50 basidia),
4-spored, clavate, some with yellow foamy contents. Lamellar
trama hyphae yellowish, many with greenish yellowish, oily
Persoonia – Volume 33, 2014
guttules. Blood red guttules absent. Stipe apex hyphae pale yellowish to greyish brownish to reddish brownish, smooth to finely
or more strongly incrusted, somewhat granulose-guttulate,
large blood red and smaller golden yellow guttules present in
the outermost hyphae. Pileipellis: epicutis distinctly gelatinous,
uppermost hyphae 4–10 µm wide, thin-walled, finely densely,
spirally incrusted, mostly not guttulate, below these a thick
layer of smooth to somewhat incrusted hyphae with abundant
very long sausage-like guttules with blood red foamy contents.
Hypoderm present, yellow brownish.
Ecology & Distribution — Very rare in temperate to hemiboreal grass-herb forests with deciduous trees, mostly Corylus
and Quercus, on calcareous soil. In addition, it occurs in halfopen deciduous vegetation in wooded pastures and parks. In
Northwest Europe it is known in Denmark, Norway, Sweden
and Estonia. Fruits in autumn.
Other specimens examined. eStonia, Hiiumaa, Pühalepa, Sarve, dryish
Corylus forest with Juniperus, Quercus and Populus, stony calcareous soil,
16 Sept. 2001, I. Kytövuori & T. Niskanen (Kytövuori 01-055, H). – Norway.
Oslo, Bygdøy, Dronginberget south, deciduous forest, 26 Sept. 2004, T.E.
Brandrud (Niskanen F04-983) (H7017763); Akershus, Asker, Spirodden, rich
calcareous forest, Corylus, 8 Sept. 2011, I. Kytövuori 11-008 (H). – Sweden,
Öland, Algutsrum, Gråbor Fornborg, rich grass-herb forest with Corylus,
Quercus, Populus tremula and Picea, on sedimentary limestone, 30 Sept.
1988, I. Kytövuori 98-2503 (H); Öland, Torslunda, 1.5 km S from Borg, Corylus
forest with some Picea, Betula and Quercus, 12 Sept. 2003, T. Niskanen
D03-1393 & I. Kytövuori & K. Liimatainen, H7018687 (H).
Notes — Cortinarius cruentipellis is a rather small, olivaceous
tinted Phlegmacium of deciduous forests with citriform spores
and strongly blood red pileipellis in MLZ. Of the other deciduous
forest species with red MLZ reaction in pileus cuticle, C. gracilior
(M.M. Moser) M.M. Moser is small and yellowish and has exsiccata with pale stramineous pileus and whitish stipe, C. leonicolor
Reumaux (= C. anserinus (Velen.) Rob. Henry s.auct.) has
much larger spores, and C. subdecolorans Langl. & Reumaux
(= C. multiformium Cons. & Moënne-Locc.) pileipellis hyphae
filled by mostly small guttules. Based on the ITS sequence
analysis C. cruentipellis is a well-supported species (1.00 PP)
belonging to the clade /Dionysae (0.82 PP). It has no close
known relatives, and in the ITS regions it differs by more than
30 substitutions and indel positions from the closest species.
Jeppesen et al. (2012) used the name C. luteoimmarginatus
Rob. Henry for this species. In the original description of
C. luteoimmarginatus (Henry 1939, as C. multiformis var. luteo
immarginatus) the species is mentioned to have a clavate stipe,
like the one of C. cliduchus, and this is also illustrated by Henry
in Bidaud et al. (2012) whereas our species has a marginate
bulb (Jeppesen et al. 2012). In addition, the spores are 11–11.5
× 5.5–6.5 µm, generally longer than those of our species and
not overlapping with the average size of the spores (10.4 ×
6.1 µm) or with the measurements of Jeppesen et al. (2012)
(10–11 × 5.5–6.5 µm). In the original description no type has
been designated but later Henry (1985) suggested a type (no.
1006) and a heterotype (no. 1014) for the species. The type of
C. luteoimmarginatus, however, was not located in Paris (PC).
A collection numbered as 1014 was found, but it was labelled as
C. privignofulvus and represented a species of subg. Telamonia.
Since the original description of C. luteoimmarginatus does not
fit to our species we here describe it as new.
/gLAUCOpODES
Cortinarius subrubrovelatus (Bidaud) Kytöv., Liimat., Niskanen & Dima, comb. nov. — MycoBank MB805884
Basionym. Cortinarius glaucopus var. subrubrovelatus Bidaud, Atlas des
Cortinaires 17, 2: 1237. 2008.
Holotype. France, Ain, Farges, in mixed forest of Populus, Corylus, Fagus
and Abies, 1 Nov. 1997, A. Bidaud 97-11-431 (PC). GenBank KF732317.
K. Liimatainen et al.: Identification and nomenclature of Phlegmacium
Other specimens examined. Finland, Varsinais-Suomi, Lohja, Jalassaari,
herb-rich Picea abies forest with some Corylus avellana, 19 Sept. 2004, I. Kytö
vuori & T. Niskanen 04-881, H6031330 (H); Paimio, Huso, Kalkkimäki, below
the old limestone quarries, moist spruce grass-herb forest with hardwood
bushes, 6 Oct. 1985, I. Kytövuori 85-1553 (H). – Germany, Bayern, Oberjoch,
conifer forest with Picea abies, 4 Oct. 2001, S. Garnica 4498 (TUB 011414),
GenBank AY174787.
Additional specimens. EStonia, Saare, Lümanda, in garden, with spruce
and pine, V. Liiv 2009-10-29 (as ‘C. pini ’ TU106663/UDB011262).
Notes — ITS sequence analysis shows C. subrubrovelatus
as a well-defined species (1.00 PP) in /Glaucopodes. Typical
for C. subrubrovelatus is pale brown to red brown pileus, bluish
lamellae, and small, relatively broad spores (7.0–7.9 –8.8 ×
4.5–5.0–5.4 µm, av. = 7.7–8.0 × 4.8–5.2 µm, Q = 1.44–1.56–
1.70, Qav. = 1.52–1.61 (3 specimens, 180 spores)). From its
closest relatives C. subfoetens and C. glaucopus it differs by
2 and 4 substitutions and/or indel positions. Cortinarius sub
foetens has larger, more fusoid and narrower, and less dextrinoid (8.2– 8.9 –9.7 × 5.0– 5.3 –5.4 µm, Q = 1.58–1.69 –1.82)
spores, and the spores of C. glaucopus are relatively narrower
as seen in the Q-values (7.3 – 8.1– 9.1 × 4.5 – 5.0 – 5.4 µm,
Q = 1.54 –1.64 –1.82). The latter also has somewhat more
reddish brown colours deep in the pileipellis and less incrusted
upper hyphae than those of C. subrubrovelatus. The differences
in the ITS region between the three species are not large but
since all three groups are represented by several collections
and also have morphological differences we conclude that
C. subrubrovelatus should be treated as a species. Cortinarius
subrubrovelatus grows in coniferous forests on calcareous
soil and is known from Central Europe and hemiboreal zone
of northern Europe.
/ELASTICI & pERCOMES
Cortinarius luteiaureus Kytöv., Liimat. & Niskanen, sp. nov. —
MycoBank MB805895; Fig. 4e
Etymology. The name refers to the colour of the pileus.
Type. Finland, Oulun Pohjanmaa, Kiiminki, Juuvansydänmaa, S part of Iso
Juuvankangas, W of the lake Iso Juuvanjärvi, grass-herb Picea abies forest
with some Betula, Populus tremula and Pinus, on calcareous soil, 17 Aug.
2007, M. Toivonen & I. Kytövuori 07-247b, H6033617 (holotype H; isotype
NY). GenBank KF732568.
Pileus 4–7 cm broad, convex, then plano-convex, with a low and
broad umbo, viscid to glutinous, not fibrillose, yellow to brownish
yellow. Lamellae emarginate, almost crowded, greyish white,
later very pale greyish brown. Stipe 5–10 cm long, 1–1.5 cm
thick at apex, 1.5–2 cm wide at base, almost cylindrical with
clavate to subbulbous base, white. Universal veil yellow, forming
girdles on stipe. Context white. Odour not recorded. Exsiccata:
pileus yellow brownish, stipe whitish.
In MLZ: Spores 9.7–10.6 –11.6 × 5.7–6.1–6.6 µm, Q = 1.62–
1.74–1.92 (1 specimen, 60 spores, Fig. 4e), narrowly amygdaloid, with rounded apex, moderate to fairly strongly verrucose,
moderately dextrinoid, often with dark red brown angular
granules in the spore. Basidia 32–44 × 8–10 µm (20 basidia),
4-spored, clavate, sand brown, with fairly small granules and
chips. Lamellar trama hyphae with moderate to very large sand
brown to red brown granules. Stipe apex hyphae sand brown,
densely granulose, outermost ones more orange or reddish,
not granulose. Pileipellis: epicutis strongly gelatinous, uppermost hyphae 2–4 µm wide, ochraceous yellow to ochraceous
brown, mostly not granulose, lower down 4–10 µm wide, full of
small to very large dark red brown granules. Hypoderm absent.
Ecology & Distribution — In coniferous forest (Picea) on calcareous soil. Known from northern Finland, Oulun Pohjanmaa.
No sequences of this species exist in public databases.
129
Notes — Cortinarius luteiaureus resembles somewhat a species which we assume could be called C. rhizophorus Bidaud &
Cons. but we have not studied the type material of the species
yet. Cortinarius cf. rhizophorus is larger, somewhat paler, has
larger spores (10.2–11.3–12.5 × 6.1–6.5–7.0 µm) and occurs in
temperate to hemiboreal broad-leaved and coniferous forests.
Cortinarius varius (Schaeff.: Fr.) Fr. is also somewhat similar
but has blue lamellae, stout, clavate stipe, wider spores, and
hypoderm in the pileipellis. Cortinarius luteiaureus differs in ITS
regions by more than 30 substitutions and indel positions from
the closest species found with the BLAST. Based on our phylogenetic analysis it belongs to the large /Elastici & Percomes
clade.
/INFRACTI
Cortinarius infractiflavus (M.M. Moser) Kytöv., Niskanen, Liimat., Bojantchev & Ammirati, stat. nov. & nom. nov. — MycoBank MB805887
Etymology. The name refers to the affinity to C. infractus and the yellowish
pileus.
Basionym. Cortinarius infractus var. flavus M.M. Moser, Mycotaxon 72:
313. 1999.
Type. USA, Wyoming, Shoshone Natl. Forest, prope Brooks Lake Lodge,
in subalpine coniferous forest (Picea engelmanii, Abies lasiocarpa), 12 Aug.
1997, M. Moser 97/169 (holotype IB). GenBank KF732327.
Other specimens examined. Bulgaria, Pirin Mt, Bansko locality, 1600 m
asl, under Picea abies, 7 Oct. 2009, D. Bojantchev, DBB19634 (UC). – Finland, Sompion Lappi, Pelkosenniemi, Suvanto, Kalkkivaara, half-open dry
Pinus sylvestris forest with Picea, Juniperus, Betula, Populus and Alnus,
dolomite rock, 26 Aug. 1992, I. Kytövuori 92-1109 (H).
Additional specimen. Canada, British Columbia SMI286, GenBank
FJ039612 (UBC).
Notes — Cortinarius infractiflavus formed a well-supported
clade (1.00 PP) in our phylogenetic analysis. It belongs to sect.
Infracti and differs from the sister species C. infractus by 9 substitutions and indel positions in ITS regions. Morphologically, it
can be distinguished from C. infractus by the yellowish colours
of the pileus, paler gills, a nearly mild taste and larger spores
(7.5– 8.2–9.1 × 6.3–6.7–7.0 µm, Q = 1.16–1.23 –1.30; C. in
fractus 7.3– 8.0–8.8 × 5.7– 6.1–6.6 µm, Q= 1.23–1.30 –1.38).
Cortinarius infractiflavus grows in boreal and mountainous
conifer forests (Picea, Abies) and is widespread occurring from
Wyoming, western USA to Finland and Bulgaria. Full description
of the species can be found from Moser & Ammirati (1999).
/MULTIFORMES
Cortinarius caesiolamellatus (Bidaud) Kytöv., Liimat., Niskanen, Brandrud, Frøslev & A.F.S. Taylor, comb. nov. —
MycoBank MB805885
Basionym. Cortinarius rufoallutus var. caesiolamellatus Bidaud, Atlas des
Cortinaires 16: 1095. 2006.
Type. France, Ain, Bugey, col de Bérentin, in young Picea abies plantation, on calcareous soil, 3 Oct. 1993, A. Bidaud PML4905 (holotype PC).
GenBank KF732414.
= Cortinarius multiformis var. caesiophyllus Moënne-Locc., Atlas des
Cortinaires 16: 1095. 2006. — Type. P. MoënneLoccoz PML882 (holotype
PC), France, Savoie, Arith, under Picea on calcareous soil, 3 June 1988. GenBank KF732351.
Illustrations — Bidaud et al. (2006: pl. 581, 587).
Pileus 4–8 cm broad, hemispherical to plano-convex, sometimes radially rugulose towards the margin, viscid, red brown to
ochraceous brown, rarely bluish brown, becoming paler ochra-
130
ceous brown with age, often bi-coloured, outer part hygrophanous and darker (grey) brown. Lamellae emarginate, almost
crowded, pale grey with a bluish tint when young, later pale
brown. Stipe 4–8 cm long, 0.7–1.7 cm thick at apex, cylindrical,
slender, 1.5–2.5 cm wide at base, mostly bulbous but the bulb
often fairly small, fibrillose (not glossy like C. multiformis), whitish but often with a bluish tint at apex when very young, often
becoming pale brown with age. Universal veil white, sparse,
sometimes viscid (at bulb margin). Context in the pileus fairly
thin, whitish, brownish below the pileus cuticle, in the stipe with
a bluish tint or not when young. Odour faint to distinct of honey
in the context of the stipe base. Exsiccata: pileus greyish to
reddish brown, stipe very pale.
In MLZ: Spores 8.2–9.3–10.7 × 5.0–5.6–6.3 µm, av. = 8.5–9.9
× 5.2–5.9 µm, Q = 1.51–1.65–1.85, Qav. = 1.57–1.74 (7 specimens, 240 spores), ovoid-amygdaloid to narrowly ovoid-ellipsoid,
with a fairly long, blunt, tapering apex, moderately to strongly
verrucose, warts wide, anastomosing, slightly to fairly strongly
dextrinoid. Basidia 25–34 × 7.5–9 µm (100 basidia), 4-spored,
clavate, mostly with fairly wide base. Many basidia and subhymenium with yellowish, granulose/guttulate contents. Pilei
pellis: epicutis with a fairly thick, gelatinous layer with some 2–3
µm wide, erect-entangled, smooth, obscure, colourless hyphae.
Hypoderm present, fairly thin-walled, with pale brownish parietal
pigment, some small brown spots present, large yellow to yellow brown spots absent, few spirally incrusted hyphae present
deep in the pileipellis.
Ecology & Distribution — In montane to middle boreal, mesic
coniferous forests, often on rich soil. In Europe apparently mainly/
only under Picea, but in USA also found under Pinus. Known
from Central and northern Europe, and Washington, USA, and
considered occasional. The fruiting period is very long, once
collected in June (France) and once in November (USA).
Other specimens examined. EStonia, Saaremaa, Mustjala, Võhma, dryish pine heath forest with some spruce, on calcareous soil, 16 Sept. 1993,
I. Kytövuori 93-1336 (H). – Finland, Uusimaa, Kunnarla, Myllyoja, grass-herb
forest with some pines and hardwood trees, 22 Sept. 1994, I. Kytövuori 94-852
(H); Pohjois-Savo, Kuopio, Vehmersalmi, Putroniemi, Roikanselän rantaMäkijärvi E, under Picea, 30 years old forest, 26 Sept. 2009, J. Ruotsalainen
8103F, H6011464 (H). – France, Oyonnax SE, Giron, Forêt de Champfromier,
rich conifer forest with Abies alba, Picea abies and Fagus, 27 Oct. 1994,
P. & I. Kytövuori 94-1897 (H); Savoie, Arith, under Picea on calcareous soil,
3 June 1988, P. MoënneLoccoz PML882 (PC). – Germany, Baden-Württemberg, Thölendorf, Picea, 11 Oct. 1998, UL 98/122 (TUB 011841), GenBank
AY669531 as ‘C. allutus’; Schwaben, Ehingen a.d. Donau, Kohlhau, Picea
plantation on calcareous soil, 28 Sept. 2010, G. SchmidtStohn & T.E. Bran
drud, TEB 428-10 (O, TUB). – Norway, Oslo, Steinbruvannet-Røverkollen,
Picea forest of somewhat richer, low-herb type, 4 Sept. 2011, T.E. Brandrud
687-11 (O). – Sweden, Uppland, Uppsala, Nåsten, mixed forest, 27 Aug.
2005, A. Taylor 2005085, UNITE No. UDB002202 as ‘C. allutus’ (UPS);
Vänge, Fiby urskog, virgin spruce forest with Pinus, Betula, Populus tremula,
Colylus, Alnus glutinosa, etc., with fairly rich depressions, decaying logs very
abundant, 8 Sept. 1994, P. & I. Kytövuori 94-309 (H). – USA, Washington,
Grays Harbor Co., Ocean Shore State Park, under Pinus on sandy soil, 11
Nov. 2009, J.F. Ammirati & T. Niskanen 09-201 (H).
Notes — Cortinarius caesiolamellatus and C. caesiophyl
loides are easily distinguished from the related species in /Multiformes by their initially bluish tinged lamellae and often also stipe
apex. Based on material seen so far and available descriptions,
these two blue-gilled species are hardly distinguishable macromorphologically, but C. caesiolamellatus differs in slightly larger
and more strongly verrucose spores. Furthermore, there seems
to be a geographical differentiation in Europe; C. caesiolamel
latus apparently being mainly a Central European species,
whereas C. caesiophylloides is hitherto found only in northern
Europe. If bluish tints have gone, C. caesiolamellatus can also
be confused with conifer associated C. rufoallutus Rob. Henry
ex Bidaud & Reumaux, C. multiformis Fr. and C. talimultiformis
Kytöv., Liimat., Niskanen, A.F.S Taylor & Sesli. The latter two,
Persoonia – Volume 33, 2014
however, have less strongly ornamented spores and lack the
yellow to yellow brown large spots deep in the pileipellis. Cor
tinarius rufoallutus differs from C. caesiolamellatus by stouter
appearance, small amygdaloid-fusoid, finely verrucose spores
and abundant strongly spirally incrusted red brown hyphae deep
in the pileipellis.
In our phylogenetic analysis C. caesiolamellatus forms a wellsupported group (1.00 PP) and belongs together with C. cae
siophylloides and C. pallidirimosus in a strongly supported (1.00
PP) subclade in clade /Multiformes (1.00 PP). The species was
originally described twice in Bidaud et al. (2006), as a variety
of both C. rufoallutus (var. caesiolamellatus) and C. multiformis
(var. caesiophyllus). Based on the molecular and morphological data neither of those relationships is supported. Cortinarius
caesiolamellatus clearly represents a distinct species and is
here combined at species level.
Cortinarius caesiophylloides Kytöv., Liimat., Niskanen, Brandrud & Frøslev, sp. nov. — MycoBank MB805873; Fig. 2g, 5a
Etymology. The name refers to the bluish tints in lamellae and affinity
with C. caesiolamellatus (= Cortinarius multiformis var. caesiophyllus).
Type. Finland, Etelä-Savo, Joutsa, Koivuranta, W of Rakkolanselkä, fairly
young, mesic to damp, Picea abies-dominated forest with some Betula and
Pinus sylvestris, 30 Aug. 2005, T. Niskanen et al. 05-016, H6029792 (holotype
H; isotype NY). GenBank KF732572.
Pileus 4–8 cm broad, hemispherical to plano-convex, viscid,
apricot to redbrown-coloured, with hygrophanous streaks or
outer zone, hygrophanous areas somewhat darker umber to
less vivid (grey) brown, becoming paler ochraceous brown to
ochraceous yellow with age, sometimes almost whitish ochre
at centre. Lamellae emarginate, almost crowded, pale grey with
a bluish tint when young, later pale brown. Stipe 5–11 cm long,
1–1.5 cm thick at apex, 1.5–3.5 cm wide at base, with a more
or less distinct marginate bulb, whitish but usually with a bluish
tint at apex when very young, often becoming pale brown with
age, but not as pronounced as with C. multiformis. Universal veil
white, sparse to hardly visible, at bulb margin. Context white,
slightly bluish at the apex of the stipe when young. Odour faint
to distinct of honey in the context of the stipe base. Exsiccata:
pileus pale dirty brown, stipe somewhat lighter.
In MLZ: Spores 8.6–9.7–10.9 × 5.2–5.8–6.3 µm, av. = 9.0–10.2
× 5.5–6.0 µm, Q = 1.54–1.68–1.85, Qav. = 1.63–1.73 (4 specimens, 240 spores, Fig. 5a), amygdaloid, with fairly narrow apex,
sometimes almost ellipsoid, finely to moderately verrucose, warts
often rounded-confluent, slightly to fairly strongly dextrinoid; with
a bit narrower apex, thinner wall and finer verrucosity than in
C. multiformis. Basidia 24–37 × 7–9 µm (60 basidia), 4-spored,
clavate, almost colourless. Lamellar trama hyphae very pale
yellowish, smooth, concolorous guttulate. Stipe apex hyphae
very pale yellow, smooth, somewhat concolorous guttulate.
Pileipellis: epicutis with a clear gelatinous layer with sparse, erectentangled, 2–3 µm wide, smooth, colourless and very obscurely
seen hyphae. Hypoderm present, hyphae fairly thin-walled, with
pale yellowish brown amber-like parietal pigment, small brown
encrust-spots present, large yellow brown spots absent, a few
spirally incrusted (zebra-striped) hyphae seen deep in the cuticle.
Ecology & Distribution — In mesic coniferous forests, presumably with Picea, mainly in richer low-herb types, sometimes
on calcareous soil. Known only from Fennoscandia and considered occasional. Fruits from August to September.
Other specimens examined. Finland, Kainuu, Paltamo, Oikarilankylä,
Kivesvaara, old mesic spruce forest with some Betula, Pinus and Populus
tremula, 11 Sept. 2008, I. Kytövuori 08-1554, H6032621 (H); Sompion Lappi,
Pelkosenniemi, Suvanto, Kalkkivaara, steep SW slope, dry pine forest with
Juniperus, Betula, Populus, Alnus incana, 26 Aug. 1992, I. Kytövuori 92-3044,
H6032620 (H). – Norway, Nord-Trøndelag, Stjørdal, Beistadvollen, calcareous
spruce forest (on karst surfaces), 13 Aug. 2009, T.E. Brandrud 277-09 (O).
K. Liimatainen et al.: Identification and nomenclature of Phlegmacium
a
b
131
c
d
Fig. 5 Spores of: a. C. caesiophylloides TN05-016; b. C. melleicarneus IK01-053; c. C. pallidirimosus IK95-585; d. C. talimultiformis AT2004096, in Melzer’s
reagent. — Drawn by I. Kytövuori and T. Niskanen. — Scale bar = 10 µm.
Notes — Cortinarius caesiophylloides is a typical member
of sect. Multiformes. Together with C. caesiolamellatus they
are the only known species of the section with bluish tinted
lamellae when young. Cortinarius caesiolamellatus differs from
C. caesiophylloides by more strongly ornamented spores. When
bluish tints are absent they can be confused with C. multi
formis and C. talimultiformis, but in the latter two there are
abundant, yellow to yellow-brown, large spots deep in the pileipellis. Those are practically lacking from C. caesiophylloides
and C. caesiolamellatus. In C. multiformis the honey smell is
either lacking or is very weak, and the stipe becomes strong
brass brown with age.
Cortinarius caesiophylloides is strongly supported (1.00 PP)
in our phylogenetic analysis. It belongs to /Multiformes (1.00
PP) and further, in a well-supported (1.00 PP) subclade with
C. caesiolamellatus and C. pallidirimosus. The ITS sequences
of C. caesiophylloides have one base polymorphism and the
maximum pairwise distance is zero. The difference to C. palli
dirimosus is 11 substitutions and indel positions.
Cortinarius melleicarneus Kytöv., Liimat., Niskanen & Brandrud, sp. nov. — MycoBank MB805874; Fig. 5b, 6a
Etymology. The name refers to the colour of the pileus.
Type. EStonia, Hiiumaa, Pühalepa, Sarve, Soonlepa, deciduous forest
(Corylus, Quercus) with some Pinus on calcareous soil, 16 Sept. 2001,
I. Kytövuori 01-053 (holotype H; isotype NY). GenBank KF732577.
Pileus 4–10 cm broad, hemispherical to convex, with rather
persistently incurved margin, then expanded, sometimes somewhat silvery-silky from fine veil remnants, cream-coloured, pale
yellow brown, honey brown to more grey brown, with hygrophanous streaks or patches/zones near margin; hygrophanous
zones somewhat darker grey brown, almost with an olivaceous
brown tinge. Lamellae emarginate, crowded, first pale greyish white, later pale greyish brown. Stipe 5–7(–9) cm long,
1.2–2 cm thick at apex, 2–3 cm wide at base, clavate or with
a somewhat marginate bulb, short and robust, white. Universal
veil very sparse at bulb margin, white. Context in pileus pale
yellow brown, marbled hygrophanous flesh-coloured, in stipe
white. Odour not recorded.
In MLZ: Spores 7.9– 8.7–9.5 × 4.3–4.7–5.2 µm, av. = 8.6–8.9
× 4.7– 4.8 µm, Q = 1.67–1.86 – 2.00, Qav. = 1.85 –1.89 (2
specimens, 120 spores, Fig. 5b), amygdaloid to fusoid, with a
low suprahilar depression and blunt apex, moderately to fairly
strongly, densely and coarsely, somewhat unevenly, not sharply
verrucose, slightly to moderately dextrinoid. Basidia 25–31 ×
7–8 µm (40 basidia), 4-spored, clavate, many granulose-guttulate. Lamellar trama hyphae pale yellow, smooth. Stipe apex
hyphae very pale yellowish, smooth, coloured guttules absent.
Pileipellis: epicutis gelatinous, with 3–8 µm wide, thin-walled,
smooth to very finely incrusted, colourless and very obscure hyphae. Hypoderm present, with pale yellowish brown walls, few
incrusted hyphae and small brown spots deep in the pileipellis.
Ecology & Distribution — With thermophilous deciduous
trees (Corylus, Quercus) on calcareous soil, including nearshore sandy shell-beds. Known from Estonia and Norway.
Other specimens examined. Norway, Aust-Agder, Grimstad, Fevik, under
Quercus, Fagus and (planted) Larix also present, on sandy soil, rather rich,
probably with shell-bed deposits, 21 Sept. 1994, leg. IL. Fonneland, det.
T.E. Brandrud 86-94, O 125960 (O, sub nom. C. arenisilvae).
Notes — Cortinarius melleicarneus belongs to /Multiformes.
It differs from the other species of the group by honey-coloured
pileus, fusoid spores, and habitat with deciduous trees on calcareous soil. No honey-smell was noted in the two collections,
and the lack of this smell might be a diagnostic character
towards the usually strongly honey-smelling C. talus. Corti
narius talus has furthermore usually an innately fibrillose pileus
structure and rarely possess short-stemmed, compact carpophores. Cortinarius cruentipellis grows in similar habitats, but
it has ochraceous yellow universal veil on bulb margin, larger
spores, and red-colouring pileipellis in MLZ. In dry conditions,
C. melleicarneus might resemble C. arenisilvae (Brandrud)
Brandrud which also occurs in sandy soils, and the Norwegian
collection was originally determined as C. arenisilvae (based
on dry material and collectors notes). ITS sequences of the two
C. melleicarneus specimens are identical and it forms a clade
in our analysis. It differs by 11 substitutions and indel positions
from C. talimultiformis, 14 from C. talus, 15 from C. multiformis,
and 17 from C. rufoallutus Rob. Henry ex Bidaud & Reumaux.
Cortinarius pallidirimosus Kytöv., Liimat. & Niskanen, sp.
nov. — MycoBank MB805875; Fig. 5c, 6b
Etymology. The name refers to the pale pileus with streaks.
Type. Finland, Inarin Lappi, Utsjoki, Kevo, Tsieskuljohka, mesic heath
forest with Betula and Pinus, with some moist depressions, 17 Aug. 1995,
I. Kytövuori 95-585, H6035694 (holotype H; isotype NY). GenBank KF732578.
Pileus 3–9 cm broad, hemispherical to convex, then expanded,
viscid, very finely innately fibrillose, whitish to cream-coloured,
centre brownish yellow, becoming ochraceus with age, with
hygrophanous streaks. Lamellae emarginate, crowded, pale
greyish brown when young, later pale brown. Stipe 6–13 cm long,
0.7–1.5 cm thick at apex, 1.5–2.5 cm wide at base, clavate to
almost cylindrical, whitish, becoming very pale brown with age.
Universal veil white, sparse. Context white. Odour in context
honey-like. Exsiccata: pileus cream-coloured to ochre brownish,
somewhat darker at the centre, lighter towards the margin, stipe
somewhat lighter than pileus.
In MLZ: Spores 8.6–9.6–10.7 × 5.2–5.7–6.1 µm, av. = 9.0–10.1
× 5.5–5.9, Q = 1.54–1.70–1.85, Qav. = 1.60–1.76 (12 specimens, 320 spores, Fig. 5c), amygdaloid to amygdaloid-ellipsoid,
moderately to fairly strongly, unevenly, sometimes coarsely
verrucose, warts fairly wide but not high, slightly (to moderately)
dextrinoid. Basidia 24–36 × 7.5–9 µm (100 basidia), 4-spored,
clavate, almost colourless. Lamellar trama hyphae pale pellucid
yellowish, smooth, somewhat concolorous granulose-guttulate.
132
Persoonia – Volume 33, 2014
Fig. 6 Photo of: a. C. melleicarneus IK01-053; b. C. pallidirimosus IK95-585; c. C. talimultiformis AT2004096; d. C. balteatialutaceus IK09-751; e. C. bal
teatibulbosus IK98-1624; f. C. balteaticlavatus IK95-382; g. C. brunneiaurantius JV17979; h. C. caesiocolor IK00-029. — Photos: a, b, d–f, h. I. Kytövuori;
c. A. Taylor; g. J. Vauras.
K. Liimatainen et al.: Identification and nomenclature of Phlegmacium
Few small mounds of colourless crystals sometimes present in
the lamellar trama. Stipe apex hyphae pale yellowish, smooth.
Pileipellis: epicutis with a clear slime layer with 1.5–3 µm wide,
smooth, colourless and very obscure hyphae. Hypoderm present, very pale brownish to almost colourless.
Ecology & Distribution — In the middle to northern boreal,
mesic, mixed forests with Betula, among mosses, on oligotrophic to eutrophic soil. Often solitarily or in small groups.
Known from Fennoscandia, Sakha, Russia, and Oregon, USA,
and considered occasional. Fruiting in late summer to autumn.
Other specimens examined. Finland, Kainuu, Puolanka, Väyrylä, Körölä,
grass-herb-spruce forest with some pines and hardwood bushes, 15 Sept. 1997,
I. Kytövuori 97-1523, H6035715 (H); Perä-Pohjanmaa, Rovaniemi, Louevaara, Tuohilaki nature reserve area (west), eutrophic, submesic to mesic
Picea abies forest with Betula, Populus tremula and some Pinus sylvestris,
29 Aug. 2004, T. Niskanen & K. Liimatainen 04-470, H6029374 (H); Tervola,
Louepalo, Kätkävaaran marmorilouhos, E of the western quarry, S of the track,
gently E sloping forest of young Betula and Picea, with some Populus tremula,
Alnus incana and Salix spp., 23 Aug. 2007, I. Kytövuori 07-692, H6000925
(H); Peura, Kaitalampi, Kaitaharju, half-open, eutrophic grass-herb-spruce
forest with some pines, calcareous soil, 5 Sept. 1992, I. Kytövuori 92-1779,
H6035693 (H); Koillismaa, Kuusamo, Oulanka National Park, Ampumavaara,
mesic to damp, herb-rich Picea abies forest with some Pinus, Populus and
Betula, 19 Sept. 2002, T. Niskanen et al. 02-859, H6033129 (H); Kittilän Lappi,
Kolari, Teuravuoma-Lappea (Korkealehdontie), Tappikumpu, mesic sprucebirch forest, 18 Aug. 1998, I. Kytövuori 98-1078, H6035705 (H); Sompion
Lappi, Sodankylä, Tähtelä, Hassikankaannokka, mesic spruce forest with
some pines and hardwood trees, 24 Aug. 1992, I. Kytövuori 92-966 (H);
Inarin Lappi, Utsjoki, Kevo, Tsieskuljohka, mesic heath forest with Betula
and Pinus, some moist depressions, 17 Aug. 1995, I. Kytövuori 92-540,
H6035704 (H). – Norway, Troms, Storfjord, Skibotndalen, Lullesletta, dry pine
forest with Betula and Salix, 13 Aug. 1998, I. Kytövuori 98-711 (H). – Sweden,
Jämtland, Bodsjö, Sidsjö, Stuguberget, dryish, fairly young spruce-pine forest
with some hardwood trees and bushes, some moist depressions, 4 Sept.
1997, I. Kytövuori 97-699, H7019576 (H); Frösö, Böle, Fillstabäcken, damp
to mesic coniferous forest (Picea, Pinus) on calcareous soil, 2 Sept. 2003,
Niskanen et al. 03-1058, H7018404 (H).
Additional specimens. ruSSia, Sakha, Khangalasskiy Ulus, Myachei-Sise
Mts, Larix gmelinii forest with Betula platyphylla, 8 Aug. 1999, U. Peintner
IB19990590 (IB), UNITE No. UDB001073. – USA, Oregon, source: mycorrhizal root tip, clone=”8_73M8, GenBank JQ393042.
Notes — Cortinarius pallidirimosus can easily be identified
by the cream-coloured, hygrophanous streaked pileus, honeylike smell in context, large, amygdaloid to amygdaloid-ellipsoid
spores, and habitat with Betula in the boreal zone. The other
Betula associated species in sect. Multiformes, C. talus Fr., has
relatively wider, ochraceous yellow pileus and smaller spores
(7.3 – 8.0 – 8.8 × 4.5 – 5.0 – 5.2 µm). Cortinarius gentianeus
Bidaud and C. cremeiamarescens Kytöv., Liimat. & Niskanen
are reminiscent of C. pallidirimosus, but the former two have
a bitter tasting pileus, indistinct odour, and smaller, citriform to
narrowly fusoid spores. In addition, the lamellae and pileipellis
of both species are strongly red in MLZ.
The placement of C. pallidirimosus in /Multiformes is well supported (1.00 PP) and it forms a strongly supported subclade
with C. caesiolamellatus and C. caesiophylloides. From its
sister species C. caesiophylloides it differs by 11 substitutions
and indel positions in ITS regions. The sequences of C. palli
dirimosus have one base polymorphism and six intraspecific
variation sites and the maximum pairwise distance is six. The
amount of variation is highly compared to many other species
in the genus Cortinarius in which the variation typically is 0–2
substitutions and/or indel positions. Most likely the data includes
a close sister species, but more specimens would be needed
to study this complex more in detail.
Cortinarius talimultiformis Kytöv., Liimat., Niskanen, A.F.S.
Taylor & Sesli, sp. nov. — MycoBank MB805876; Fig. 5d, 6c
Etymology. The name refers to the appearance of the species, which has
features from both C. multiformis and C. talus.
133
Type. Sweden, Uppsala, Hässelby Park, mixed forest, 11 July 2004, A.
Taylor AT2004096 (holotype UPS; isotype S) UNITE No. UDB001167. GenBank KF732583.
= Cortinarius aurantionapus var. similis Moënne-Locc., Atlas des Cortinaires 16: 1096. 2006. — Type. P. MoënneLoccoz, PML883 (holotype PC),
France, Haute-Savoie, Aviernoz, under Picea abies, on calcareous soil, 6
June 1988, .
Illustration — Bidaud et al. (2006: pl. 596).
Pileus 4–12 cm broad, hemispherical to plano-convex, viscid,
whitish fibrillose, especially near the margin, ochraceous yellow
to red brown, with strongly hygrophanous streaks. Lamellae
emarginate, crowded, pale grey when young, later pale greyish brown. Stipe 4–10 cm long, 1–2 cm thick at apex, 2–3.5
cm wide at base, clavate or with a somewhat marginate bulb,
white. Universal veil white, sparse, sometimes fairly abundant
at pileus margin. Context white. Odour slightly honey-like at
the context of the base of the stipe. Exsiccata: pileus leather
brown to yellow brown to mahogany brown, sometimes whitish
variegate at the centre, stipe whitish to pale brownish.
In MLZ: Spores 8.4–9.5–10.7 × 5.0–5.5–6.1 µm, av. = 8.9–9.9
× 5.3–5.8 µm, Q = 1.58–1.73–1.87, Qav. = 1.68–1.78 (9 specimens, 320 spores, Fig. 5d), amygdaloid to narrowly amygdaloid to amygdaloid-fusoid, with a long, narrowish apex, rather
weakly to fairly strongly, lowly verrucose, slightly to moderately
dextrinoid. Basidia 27–36 × 7–9 µm (80 basidia), 4-spored,
clavate. Lamellar trama hyphae very pale yellowish, smooth.
Stipe apex hyphae 4–8 µm wide, pale yellowish, smooth, some
outermost ones 2–3 µm wide, in entangled bundles. Pileipel
lis: epicutis with fairly thick, clear slime layer with 1.5–2.5 µm
wide, colourless, hardly visible hyphae. Hypoderm present, in
its upper part large, brownish yellow pigment spots abundant.
Ecology & Distribution — In hemiboreal to boreal, mesic coniferous forests with Picea and Abies. Known from North and
Central Europe, and East Black Sea Region’s mountains in
Turkey, considered common. Basidiocarps occur from June
to late August.
Other specimens examined. Finland, Pohjois-Häme, Virrat, Killinkoski,
Abies sibirica forest, 30 Aug. 1966, I. Kytövuori, H6032747 (H); Oulun
Pohjanmaa, Kiiminki, Keskikylä, Pikkuhalmeenmaa, grass-herb-spruce forest
with some Betula, Populus tremula and Pinus, on calcareous soil, 15 Aug.
2007, M. Toivonen & I. Kytövuori 07-131, H6000360 (H); Perä-Pohjanmaa,
Tornio, Kalkkimaa, Kalkkimaan lehto (NW), mainly grass-herb forest with
Picea, Betula, Populus tremula, Juniperus and Pinus, on calcareous soil,
22 Aug. 2007, I. Kytövuori 07-605, H6000838 (H). – France, Haute-Savoie,
Aviernoz, under Picea abies, on calcareous soil, 6 June 1988, P. Moënne
Loccoz, PML883 (PC, holotype of C. aurantionapus var. similis). – Germany,
Baden-Württemberg, Titisee, saurer Boden unter Fichten, 10 Sept. 2002,
Saar 4855, TUB 011864 (TUB), GenBank AY669532 as ‘C. allutus’ (TUB).
– Norway, Oppland, Gran, Lygna, mesic spruce forest with some Betula and
Pinus, 13 Sept. 2010, E. Bendiksen & I. Kytövuori (H). – Turkey, East Black
Sea Region, Trabzon, Macka, Gurgenagac village, Picea orientalis forest,
7 July 2010, E. Sesli, SES 2741.
Notes — The appearance of C. talimultiformis is rather variable, but most often it is fairly low, wide and stout. The colour of
the pileus varies from ochraceous yellow to mahogany brown
and the form of the stipe from clavate to bulbous. Typical for
the species, however, are the white fibrils on the pileus margin,
narrow, prominently verrucose spores, abundant large yellow
spots in the pileipellis, and habitat with Picea or Abies. The
fruiting period of this species starts early and it can be found
in early June. The sister species C. multiformis Fr. grows in
similar habitats but has no fibrils on the pileus, the spores
are moderately to strongly dextrinoid, fairly finely verrucose,
and abundant large brownish yellow spots are present deep
in the pileipellis. The colour of the pileus in the exsiccata is
uniformly red brown. The other common species, C. talus Fr.,
is associated with deciduous trees, is pale ochraceous yellow,
and the spores are smaller (7.3– 8.0 –8.8 × 4.5– 5.0 –5.2 µm).
134
Cortinarius talimultiformis formed a well-supported group in our
phylogenetic analysis. It is a sister species of C. multiformis
from which it differs by 6 substitutions and indel positions in
ITS regions.
/pHLEgMACIOIDES
Cortinarius balteatialutaceus Kytöv., Liimat. & Niskanen, sp.
nov. — MycoBank MB805877; Fig. 6d, 7a
Etymology. The name refers to the colour of the pileus.
Type. Sweden, Jämtland, Frostviken, Jormlien, Säterklumpen, Betula
forest with solitary Picea, 7 Sept. 2009, P. & I. Kytövuori 09-751 (holotype
H; isotype NY). GenBank KF732586.
Pileus 6–12 cm broad, hemispherical to plano-convex, with a
fairly persistently involute margin, first very slightly viscid, dry
with age, pale brown with a whitish to very pale brown margin,
becoming darker brown from centre. Lamellae emarginate,
crowded, pale brownish grey when young, later pale brown.
Stipe 5–7 cm long, 1.3–2.5 cm thick at apex, 1.8–3.5 cm wide
at base, clavate, sometimes with an almost marginate bulb,
whitish. Universal veil white, sparse. Context white. Odour indistinct. KOHreaction in context yellow. Exsiccata: pileus leather
brown at centre, paler at margin, stipe very pale brownish.
In MLZ: Spores 9.1–10.0 –10.9 × 5.0–5.4 –5.9 µm, av. = 9.8–
10.4 × 5.3–5.5 µm, Q = 1.75–1.85 –1.98, Qav. = 1.78–1.87 (5
specimens, 140 spores, Fig. 7a), amygdaloid-fusoid, sometimes
with a low suprahilar depression, moderately to fairly strongly
verrucose, warts mostly not anastomosing, weakly dextrinoid,
yellowish brown. Although narrow, the spores are quite different in appearance than in C. balteaticlavatus. Basidia 30–39
× 7–8.5 µm (50 basidia), clavate, pale brownish, very finely
granulose at the base. Lamellar trama hyphae with moderate to
large, dark rice-like granules on yellowish green ground colour.
Stipe apex hyphae pale yellow to pale brown, outermost hyphae
with reddish brown, granulose contents. Pileipellis: epicutis
very weakly gelatinous, uppermost hyphae 3–8 µm wide, pale
ochraceous to reddish brown, very finely, densely incrusted,
with some small, red brown granules. Deep in the pileipellis
some hyphae with fairly large, red brown to blackish brown
granules and chips. The thin-walled upper hyphae lost with age
and are mostly not seen in older basidiomes. Hypoderm absent.
Ecology & Distribution — Presumably with Betula, in subalpine birch forests but also in middle and northern boreal forests
at least in oceanic areas. Produces fruitbodies from mid-August
to mid-September. Known from Fennoscandia. No sequences
of this species exist in public databases.
Other specimens examined. Finland, Inarin Lappi, Utsjoki, Kevo, shore of
the river Tsarsjoki, W of the cascade, herb-rich, temporarily flooded site on a
small island, with Betula and Salix bushes, 16 Aug. 1995, J. Vauras 10452
(TUR5282). – Norway, Sogn og Fjordane, Sogndal, on the E side of the main
road vis-vis the Kaupanger centre, deciduous forest (Populus, Betula) with
some Pinus, 10 Sept. 2000, J. Ruotsalainen 100900 (H); Sør-Trøndelag,
Oppdal, Ålbu, Ålbusbakkan, sloping dryish forest with Pinus, Corylus and
Betula, 5 Sept. 2010, I. Kytövuori (H); Nordland, Grane, Fagerli, rich spruce
forest with few young Betula, calcareous soil, 3 Sept. 2010, I. Kytövuori (H).
Notes — Cortinarius balteatialutaceus belongs to /Balteatoalbi together with C. balteatoalbus Rob. Henry and C. balteati
clavatus Kytöv., Liimat. & Niskanen. In the ITS regions it differs
by 5 substitutions and indel positions from C. balteatoalbus and
7 substitutions and indel positions from C. balteaticlavatus. The
sequences of C. balteatialutaceus have one base difference and
the maximum pairwise distance is one. Typical for the species of
the clade, compared to many other species of /Phlegmacioides,
are basidiomata totally without bluish tints even when young
and narrow, rather small spores. Cortinarius balteatialutaceus
is a stout, C. balteatus-like species and grows in subalpine
birch forests but also in middle and northern boreal forests at
Persoonia – Volume 33, 2014
least in oceanic areas. The sister species C. balteatoalbus has
less verrucose spores and lamellar trama hyphae are densely
small-granulose in MLZ. In addition, C. balteatoalbus has a
more southern, hemiboreal to montane distribution although it
also rarely occurs in the middle boreal zone. Cortinarius balte
aticlavatus has a relatively longer stipe, brown pileus margin,
on average smaller spores (av. = 8.5–9.3 × 4.9–5.1 µm) and
it grows in mixed forests in boreal zone. Cortinarius balteatus
(Fr.) Fr. and C. badiolatus (M.M. Moser) M.M. Moser occur in
subalpine forests but have larger spores, C. balteatus 10–12 ×
5.5–6.5 µm and C. badiolatus 10.5–12.5 × 5.5–7.5 µm. In addition, the pileus margin of C. balteatus is usually blue, at least
when young. Cortinarius arenisilvae (Brandrud) Brandrud is
reminiscent of C. balteatialutaceus but the former grows in dry,
sandy pine heaths and has smaller spores (7.7–9.5 × 4.3–5.2
µm).
Cortinarius balteatibulbosus Kytöv., Niskanen, Liimat., Bojantchev & A.F.S. Taylor, sp. nov. — MycoBank MB805878;
Fig. 6e, 7b
Etymology. The name refers to the confusion of this species with C. bal
teatoalbus and to the marginate bulb.
Type. Finland, Uusimaa, Espoo, Nuuksio, Pirttimäki, half-open cut
meadow, 4 Sept. 1998, I. Kytövuori 98-1624, H6033539 (holotype H; isotype
NY). GenBank KF732589.
Pileus 6–13 cm broad, hemispherical to plano-convex, slightly
viscid in moist weather, otherwise dry, coarsely innately fibrillose,
pale brown with a whitish to very pale brown margin, rarely completely white, becoming brown with age. Lamellae emarginate,
crowded, pale grey when young, later pale brown. Stipe 4–7 cm
long, 1.5–2.5 cm thick at apex, 2.5–4 cm wide at base, with a
more or less marginate bulb, whitish. Universal veil white, later
ochraceous brown at bulb margin, sparse. Context white. Odour
indistinct in lamellae, in flesh mild and pleasant. KOHreaction in
context yellow. Exsiccata: pileus brown to brownish to leathercoloured, stipe at the top whitish, at the base concolorous with
the pileus.
In MLZ: Spores 9.1–9.9 –10.9 × 5.2–5.7–6.1 µm, av. = 9.6–
10.2 × 5.6 – 5.8 µm, Q = 1.58 –1.74 –1.89, Qav. = 1.66 –1.82
(6 specimens, 120 spores, Fig. 7b), broadly amygdaloid to
citriform, fairly strongly, darkly verrucose, fairly dark-coloured,
somewhat dextrinoid. Basidia 30–42 × 7–10 µm (60 basidia),
clavate, brownish, finely granulose and with few larger granules
at the base. Lamellar trama hyphae with moderate to large, dark
rice-like granules on brownish to yellowish ground colour. Stipe
apex hyphae orange brown, in outermost hyphae with abundant
dark red brown, partly blackish brown contents. Pileipellis: gelatinous layer practically absent, uppermost hyphae 4–8 µm
wide, thin-walled, ochraceous brown to reddish brown, mostly
finely, densely, spirally incrusted, with few red brown granules.
Lower hyphae somewhat wider with slightly thicker, smooth to
incrusted, brown walls and dark sepia brown granular contents,
granules small to large. The thin-walled upper hyphae lost with
age and are mostly not seen in older basidiomata.
Ecology & Distribution — In rich mixed forests, in parks, and
on yard lawns with different deciduous trees (Tilia, Quercus,
Fagus, Populus, Corylus, Betula). Until now all the collections
known to us are from the hemiboreal zone. Widespread in
Europe, from Bulgaria to Finland. Can fruit very early in the
season, in July, but also in September.
Other specimens examined. Bulgaria, Saranzi, 700 m asl, Quercus cerris,
Q. petraea and Q. frainetto, 10 June 2010, D. Bojantchev DBB33060 (UC). –
Finland, Varsinais-Suomi, Vihti, Lintumäki, Ruohoisnummentie, fairly old, fairly
rich Picea abies dominated forest, 19 July 2004, H. Tuovila, H6027358 (H);
Uusimaa, Espoo, Nuuksio, Pirttimäki fairly rich grass-herb forest with Populus
tremula, Betula, Alnus incana, Quercus, Corylus, Prunus padus, Salix spp.,
and some old pines and young spruces, 2 Sept. 1993, I. Kytövuori 93-639,
K. Liimatainen et al.: Identification and nomenclature of Phlegmacium
H6032755 (H), 4 Sept. 2004, Ukkola (H); Helsinki, Tamminiemi, on yard,
under Tilia, on lawn, 3 July 2000, T. Niskanen H6032413 (H); cut lawn, under
Tilia, 18 Sept. 2000, I. Kytövuori (H); Vantaa, Tikkurila, at the river, on a cut
lawn under Tilia, 22 July 2004, I. Kytövuori 04-044 (H). – Sweden, Uppsala,
Berthåga graveyard, mixed forest, 21 July 2004, A. Taylor 2004091, UNITE
No. UDB001132 as ‘C. balteatoalbus’ (UPS); A. Taylor 2004127, UNITE No.
UDB000722 as ‘C. balteatoalbus’ (UPS); Järfälla, Järfälla Naturreservat,
mixed forest of Picea abies, Quercus robur, Betula, Corylus, 7 Sept. 2010,
D. Bojantchev DBB36892 (UC); Slottsbacken, under Fagus sylvatica, 2
July 2004, A. Taylor 2004045, UNITE No. UDB000711 as ‘C. balteatoalbus’
(UPS); Stenhagen, mixed forest, 10 July 2004, A. Taylor 2004088, UNITE
No. UDB000715 as ‘C. balteatoalbus’ (UPS).
Notes — Typical for C. balteatibulbosus are low and stout
basidiomata without bluish tints, coarsely innately fibrillose
pileus, marginate bulb, broadly amygdaloid to citriform, fairly
strongly verrucose spores, and habitat with deciduous trees.
The species of /Balteatoalbi have smooth to only finely fibrillose
pileus and clavate to almost cylindrical stipe. In addition, the
spores of C. balteaticlavatus Kytöv., Niskanen & Liimat. are
smaller, especially shorter. Cortinarius balteatialutaceus is
almost whitish and has narrower spores and a much more northern distribution. Cortinarius balteatoalbus is paler, the spores
are narrower, pileipellis is more incrusted, and in MLZ the red
brown small granules (large, dark ones in C. balteatibulbosus)
are abundant in lamellar trama hyphae.
In our phylogenetic analysis C. balteatibulbosus forms a well
supported clade in /Phlegmacioides. It groups together with C.
flavescentipes Reumaux (= C. balteatocumatilis Rob. Henry ex
P.D. Orton s.auct.) and C. pseudonebularis Moënne-Locc. (1.00
PP). The sequences of C. balteatibulbosus have one length
polymorphism and the maximum pairwise distance is zero. In
ITS regions it differs by 19 substitutions and indel positions
from C. flavescentipes. The species was previously called
C. balteatoalbus in northern Europe but our studies revealed
that C. balteatoalbus is a completely different species and
therefore this one is described as new.
Cortinarius balteaticlavatus Kytöv., Liimat. & Niskanen, sp.
nov. — MycoBank MB805879; Fig. 6f, 7c
Etymology. The name refers to the affinity of C. balteatus and clavate
stipe.
Type. Finland, Pohjois-Häme, Virrat, Hauhuu, Sikosaari, Salmela, on the
grassy roadside with young Picea, Betula, Populus tremula, Alnus incana
and Salix spp., 23 Aug. 1996, I. Kytövuori 96-595, H6032412 (holotype H;
isotype NY). GenBank KF732596.
Pileus 5–9 cm broad, hemispherical to plano-convex, with an
involute margin when young, dry, sand brown to brown, com-
a
135
pletely without bluish tints. Lamellae emarginate, crowded, pale
brownish grey when young, later brown. Stipe 6–11 cm long,
1.2–2 cm thick at apex, 1.5–2.5 cm wide at base, clavate, whitish. Universal veil whitish to ochraceous, fairly sparse. Context
thick, white to very pale marbled brownish. Odour indistinct.
KOHreaction in context yellow. Exsiccata: pileus uniformly pale
brown to brown, stipe whitish at the top, pale brown at the base.
In MLZ: Spores 8.2–8.9–10.0 × 4.5–5.0–5.4 µm, av. = 8.5–9.3
× 4.9–5.1 µm, Q = 1.60–1.78–1.94, Qav. = 1.72–1.85 (5 specimens, 160 spores, Fig. 7c), narrowly amygdaloid to fusoid, with
blunt apex, finely, densely verrucose, warts not anastomosing,
fairly light-coloured, very faintly dextrinoid. Basidia 27–39 ×
6.5–8.5 µm (40 basidia), clavate, 4-spored, pale brownish, finely
granulose at the base, sometimes with a few dark granules.
Lamellar trama hyphae with small to moderate, dark rice-shaped
granules. Stipe apex hyphae yellowish brownish, outermost
ones with yellow brown to red brown substance and some dark
granules. Pileipellis: gelatinous layer absent, uppermost hyphae
4–10 µm wide, thin-walled, ochraceous brown, finely, densely,
spirally to spot-like incrusted, with many large, dark red brown,
angular particles. Lower hyphae with slightly thicker, smooth to
incrusted, brown walls and red brown to sepia brown granular
contents, granules small to large. The thin-walled upper hyphae
lost with age and are mostly not seen in older basidiomata.
Ecology & Distribution — In mixed forests (Betula, Populus,
Salix, Picea, Pinus) but the tree host is unknown, most of the
collections from grassy roadsides. Occurs in the southern boreal to the northern boreal zones, known from South Finland
to Lapland. Fruits from mid-August to mid-September.
Other specimens examined. Finland, Etelä-Savo, Mäntyharju, Juolasvesi,
mesic spruce heath forest with swampy depressions, Pinus, Betula and
Populus tremula, road ditch, 2 Sept. 1996, I. Kytövuori 96-782, H6032415
(H); Salmela, half-open forest of Betula and Populus tremula and some pines
and spruces, 22 Aug. 1998, I. Kytövuori 98-1337 (H); Koillismaa, Taivalkoski
Jurmu-Kurtti, Koivuoja, pine dominated forest with some Picea and Betula,
by a forest track, 31 Aug. 2008, I. Kytövuori 08-584, H6033533 (H); Inarin
Lappi, Inari, N side of the river Lutto, N side of the road to Rajajooseppi,
Keskikompsio (Hätäpuhelin), above the river bank, mesic heath forest with
swamp depressions, Pinus, Betula and Salix spp., 14 Aug. 1995, I. Kytövuori
95-382, H6032729 (H).
Notes — Cortinarius balteaticlavatus belongs to /Balteatoalbi together with C. balteatoalbus Rob. Henry and C. balte
atialutaceus. In ITS regions it differs by 10 substitutions and
indel positions from C. balteatoalbus and 7 substitutions and
indel positions from C. balteatialutaceus. The sequences of
C. balteaticlavatus are identical. Typical for the species of the
c
b
d
f
e
Fig. 7 Spores of: a. C. balteatialutaceus IK09-751; b. C. balteatibulbosus IK98-1624; c. C. balteaticlavatus IK96-595; d. C. brunneiaurantius JV17979;
e. C. caesiocolor IK00-029; f. C. myrtilliphilus IK 97-1469, in Melzer’s reagent. — Drawn by I. Kytövuori and T. Niskanen. — Scale bar = 10 µm.
136
clade, compared to many other species of /Phlegmacioides,
are basidiomata without bluish tints and narrow, rather small
spores. Cortinarius balteaticlavatus grows in mixed forests in
boreal zones. It is a stout species that resembles C. crassus
Fr. The latter, however, has narrower spores (7–9 × 3.5–4.5
µm), abundant cylindrical to clavate cystidia especially at the
lamellar edge, and no KOHreaction in context. Cortinarius
balteatoalbus differs from C. balteaticlavatus by its lower and
wider appearance, larger spores, and more incrusted pileipellis
hyphae. Cortinarius balteatialutaceus has a relatively shorter
stipe, whitish to very pale brown pileus margin, and larger,
moderately to fairly strongly verrucose spores.
Cortinarius brunneiaurantius Kytöv., Liimat. & Niskanen, sp.
nov. — MycoBank MB805880; Fig. 6g, 7d
Etymology. The name refers to the colour of the pileus.
Type. Finland, Varsinais-Suomi, Turku, Ruissalo, Kansanpuisto, Tilia alley,
also Quercus robur nearby, on clayey-mull soil, 22 Sept. 2001, J. Vauras
17979 (holotype H6032422; isotype TUR171972). GenBank KF732600.
Pileus 4–9 cm broad, hemispherical to plano-convex, at first
viscid but soon dry, centre with small, appressed scales, innately
fibrillose toward margin, pale ochraceous brown. Lamellae
emarginate, crowded, bluish to pale grey when young, later pale
brown. Stipe 4–9 cm long, 0.8–1.5 cm thick at apex, 1.2–2 cm
wide at base, clavate, first whitish, later pale brown. Universal
veil white, soon brownish, rather sparse. Context white in the
pileus, bluish at least in the upper part of the stipe. Odour not
recorded. KOHreaction in context yellow. Exsiccata: pileus
orange brown to brown at the centre, paler yellowish brown at
the margin, stipe pale brown.
In MLZ: Spores 8.2– 8.9 –9.7 × 4.8–5.2 –5.4 µm, av. = 8.9 ×
5.2 µm, Q = 1.58–1.71–1.83, Qav. = 1.70–1.71 (2 specimens,
100 spores, Fig. 7d), amygdaloid to citriform, with a shallow
suprahilar depression, moderately to fairly strongly verrusose,
warts dark, moderately dextrinoid, often very dark. Basidia
30–38 × 7–8 µm, 4-spored, clavate, sand brown, with very
small granules. Lamellar trama hyphae with dark small granules and blood red substance or large granules and chips
on greenish greyish ground colour. Stipe apex hyphae bright
yellow, some with granules and chips, outermost ones yellow
to reddish brown with blood blackish contents. Pileipellis simplex, in overall view orange red, uppermost hyphae 4–8 µm
wide, with clearly discernible spirally incrusted wall and some
dark granule mounds inside. Lower hyphae wider, more yellow, almost smooth, with abundant dark granular substance.
Hypoderm absent.
Ecology & Distribution — In deciduous forests, presumably
with Quercus, Corylus and Populus. To date only known from
South Finland. Fruits in autumn. No sequences of the species
exist in the public databases.
Other specimens examined. Finland, Uusimaa, Espoo, Nuuksio, Pirttimäki, fairly rich grass-herb forest with Populus tremula, Betula, Alnus inca
na, Quercus, Corylus, Prunus padus, Salix spp., and some old pines and young
spruces, 2 Sept. 1993, I. Kytövuori 93-644, H6032406 (H).
Notes — Cortinarius brunneiaurantius belongs to /Phlegmacioides and forms a well supported group (0.99 PP) with
C. sobrius P. Karst., C. balteatus (Fr.) Fr., C. brunneoviolaceus
Bidaud, C. pseudonaeovosus Rob. Henry and C. clarobaltoides
var. longispermus Reumaux. The ITS sequences of C. brun
neiaurantius are identical and differ from the ones of the sister
species C. sobrius by 9 substitutions and indel positions. Morphologically, it does not resemble any of its closest relatives.
Typical for the species are pale ochraceous brown pileus, rather
small, amygdaloid spores, positive granular MLZ reaction, and
habitat with deciduous trees.
Persoonia – Volume 33, 2014
Cortinarius caesiocolor Kytöv., Liimat. & Niskanen, sp. nov. —
MycoBank MB805881; Fig. 6h, 7e
Etymology. The name refers to the colour of the pileus.
Type. Finland, Uusimaa, Lohja, Jalassaari, Tamminiemi, by a track with
Betula, Populus tremula, Quercus, Corylus and Salix caprea, on calcareous
soil, 27 Aug. 2000, I. Kytövuori 00-029 (holotype H; isotype NY). GenBank
KF732603.
Pileus 5–9 cm broad, hemispherical to convex, then planoconvex, slightly viscid, innately fibrillose, more so toward margin,
bluish violet to violet brown. Lamellae emarginate, crowded, first
pale greyish brown with a bluish tint, later pale brown to brown.
Stipe 6–10 cm long, 1–2 cm thick at apex, 2–3.5 cm wide at
base, clavate, whitish, with a bluish tint at the apex. Universal
veil first pale blue, later becoming brown, sparse. Context blue
in all parts or partially whitish but blue at least close to lamellae.
Odour indistinct. KOHreaction in context yellow. Exsiccata:
pileus pale greyish brown to violet brown, stipe pale greyish
brown, brown at base.
In MLZ: Spores 9.1–9.9–10.9 × 5.4–5.8–6.3 µm, av. = 9.8–9.9
× 5.7– 5.9 µm, Q = 1.59 –1.70 –1.84, Qav. = 1.67–1.72 (2
specimens, 120 spores, Fig. 7e), weakly citriform, sometimes
with a low suprahilar depression, dark-coloured, moderately
dextrinoid, fairly strongly verrucose, warts anastomosing, dark.
Basidia 30–41 × 7.5–9.0 µm (40 basidia), 4-spored, clavate,
reddish sand brown, mostly with some blood red particles.
Lamellar trama hyphae yellow to orange yellowish, with small
granules. Stipe apex hyphae yellow to orange yellow, with
small granules, the outermost ones fairly red, with very small
blood red granules. Velum/cortina hyphae fairly red, with very
small blood red granules. Pileipellis: epicutis weakly gelatinous,
uppermost hyphae narrow, 2–4 µm wide, ochraceous brown,
spirally incrusted, mostly not granulose, mostly without large
redbrown particles, lower hyphae up to 8 µm wide, mostly
incrusted, somewhat granulose with small, brown granules.
Hypoderm absent.
Ecology & Distribution — Under Quercus, Populus and Co
rylus on mull soil in parks, roadsides and deciduous forests.
Known from southern Finland. No sequences of this species
exist in public databases.
Other specimen examined. Finland, Uusimaa, Helsinki, the cemetery of
Malmi, Quercus robur alley, on cut meadow, 17 Aug. 1997, I. Kytövuori 97207, H6032730 (H).
Notes — Cortinarius caesiocolor is a typical member of
/Phlegmacioides. Typical for the species are bluish to violet
pileus and upper part of the stipe (appearance somewhat like
C. porphyropus), small spores, and habitat with deciduous
trees. The sister species C. chromataphilus Rob. Henry and
more distantly related C. largus Fr., which also grow in deciduous forests, are at pileus centre greyish brown, towards
margin greyish blue, and have larger spores (spores of C.
chromataphilus 10.5–13 × 6–6.5 µm, of C. largus 10.0–11.8 ×
6.1–8.8 µm). Another small-spored species with bluish colours
is C. violaceomaculatus Brandrud, but it has smaller (8.8–10.2
× 5.2–5.7 µm), more weakly verrucose spores, and grows with
conifers. Cortinarius caesiocolor formed a well-supported clade
in our phylogenetic analysis and differs in ITS regions from C.
chromataphilus by 16 substitutions and indel positions. The
sequences of C. caesiocolor have three base and one length
polymorphisms and the maximum pairwise distance is zero.
Cortinarius myrtilliphilus Kytöv., Liimat., Niskanen & Brandrud, sp. nov. — MycoBank MB805882; Fig. 7f
Etymology. The name refers to the habitat with Vaccinium myrtillus.
= Cortinarius vacciniophilus Brandrud, Edinburgh J. Bot. 54, 1: 114. 1997.
p.p.
K. Liimatainen et al.: Identification and nomenclature of Phlegmacium
Type. Finland, Kainuu, Suomussalmi, Suolijärvi, Siikajärvi, NW foot of
Siikavaara (Rönninvaara), Pöksäkorpi, gently sloping, partly swampy, grassherb-spruce forest with some Pinus, Betula, Populus, Alnus incana and Salix
spp., 14 Sept. 1997, I. Kytövuori 97-1469, H6032751 (holotype H; isotype
NY). GenBank KF732605.
Pileus 4.5–9(–11) cm broad, hemispherical to plano-convex,
with slightly incurved margin, weakly to distinctly viscid when
young, soon dry, with appressed veil scales, especially at centre,
pale yellowish brown to darker ochraceous brown to leather
brown (like C. balteatus), young margin paler, almost whitish;
sometimes with hygrophanous streaks. Lamellae emarginate,
crowded, greyish white when young, later pale brown. Stipe
5.5–11 cm long, 1–2(–2.5) cm thick at apex, 1.5–3 cm wide
at base, clavate, at first white, later becoming pale brown from
base. Universal veil white, sparse. Context white, faintly greyish
hygrophanous at stipe apex. Odour indistinct to weak, pleasant,
resembling corn. KOHreaction in context strongly yellow when
young, later weakly yellow or with yellow margin. Exsiccata: pileus uniformly pale warm yellowish brown to brown or somewhat
darker at the middle, stipe with the same tint as pileus but lighter.
In MLZ: Spores 10.9–12.1–13.4 × 6.3–6.9 –7.5 µm, Q = 1.63–
1.79 –1.91 (2 specimens, 100 spores, Fig. 7f), amygdaloid-fusoid with a distinct suprahilar depression and a long apical
part (in form very much like those in C. collinitus), (finely to)
moderately verrucose, somewhat dextrinoid. Basidia 33–45 ×
8.5–11 µm (40 basidia), sand brown, dark granules very few.
Lamellar trama hyphae with small granules. Stipe apex hyphae:
pale brown, outermost hyphae more reddish, dark granules few.
Pileipellis: gelatinous layer present, erect-sinuose gelatinous
hyphae 4–6(–8) µm wide, repent subsurface hyphae 5–10 µm
wide, fairly thin-walled, finely to fairly strongly spirally incrusted,
with some dark red brown, angular particles. Lower hyphae
with slightly thicker, smooth to strongly and coarsely incrusted
hyphae with dark red brown, farinose to granulose contents.
Ecology & Distribution — In mesic Picea dominated forests,
from richer to poor Vaccinium myrtillus type. So far only known
from middle boreal zone from Finland and Norway and might
be rare. Produces fruitbodies in autumn.
Other specimens examined. Norway, Oppland, Ringebu, Venabygd, c. 700
m asl, Picea abies forest, ± poor raw humus, mossy Vaccinium myrtillus type,
30 Aug. 1994, E. Bendiksen & T.E. Brandrud, TEB 4-94, O 125949 (O, sub
nom. C. vacciniophilus).
Notes — Cortinarius myrtilliphilus belongs to /Phlegmacioides. It has an ochraceous brown pileus and pale greyish
white lamellae, both without bluish tints, large spores, and it
grows in mesic Picea dominated forests. It has previously been
confused with C. pseudonaevosus Rob. Henry (= C. acidophilus
Brandrud) which is a common spruce forest species in northern
Europe and also occurs in mountain areas of Central Europe.
Typically, C. pseudonaevosus has bluish pileus margin, bluish
tints in context of the pileus and stipe apex, and smaller spores.
However, C. myrtilliphilus strongly resembles the large-spored
and non-bluish specimens of C. pseudonaevosus. Previously,
these variants were called C. vacciniophilus Brandrud (Brandrud 1998). These large-spored C. vacciniophilus specimens
are in some regions as frequent as the smaller spored C. aci
dophilus specimens (Gjerde et al. 2012). Our molecular studies
showed that a majority of the large-spored specimens are in fact
C. pseudonaevosus, leaving C. pseudonaevosus as an apparently genetic uniform but morphologically heterogeneous species. On the other hand, analysis of ITS sequences also showed
that C. myrtilliphilus represents an autonomous species and
C. myrtilliphilus and C. pseudonaevosus are not closely related.
Cortinarius pseudonaevosus belongs to a strongly supported
clade (0.99 PP) with C. balteatus (Fr.) Fr., C. brunneiaurantius
Kytöv., Liimat. & Niskanen, C. brunneoviolaceus Bidaud, C. so
brius and C. clarobaltoides var. longispermus Reumaux, while
137
C. myrtilliphilus is placed elsewhere in /Phlegmacioides, but
further relationships with the other members of the clade were
not fully resolved. Based on the pairwise comparison of the ITS
sequences the closest species is C. badiolatus (M.M. Moser)
M.M. Moser (= C. durus s.auct.) from which it differs by 11
substitutions and indel positions. Cortinarius badiolatus differs
from C. myrtilliphilus by paler, initially almost whitish colours
of the pileus, and habitat mainly in subalpine Betula forests.
Based on molecular and morphological data we conclude that
C. myrtilliphilus represent an autonomous species and describe
it here as new to science. Cortinarius myrtilliphilus must be a
very rare species, by us only found twice during many years
of study. Due to limited material, we do not fully know the morphological variation of C. myrtilliphilus, and the morphological
overlap with the similar, but genetically quite distant, largespored variants of C. pseudonaevosus (= C. vacciniophilus
p.p.) needs further study.
DISCUSSION
Type studies
The majority of names published in the genus Cortinarius have
been by French taxonomists, representing over half of the types
we studied, 132 names representing 77 species, but for 17 of
these an earlier name by other taxonomists exist, so in reality
the number of truly new species they described is 60. They
represent species from both broadleaf hardwood (about 60 %)
and conifer forests. Thus, the Cortinarii of France are among the
most extensively studied in the world. Although Friesian names
often dominate the nomenclatural discussions in Cortinarius,
the number of species he described is significantly less than
the numbers for French authors. In Fries (1836 –1838) there
are about 50 names belonging to the groups we studied and
of these 32 are currently included in Funga Nordica (Jeppesen
et al. 2012). This demonstrates how difficult it is to interpret
old names with vague descriptions and no type material. The
Friesian names currently in use include mainly species for which
either published or unpublished illustrations exists making them
easier to interpret. Species with Friesian names represent about
20 % of the species recognized in this study. A similar trend
occurs in subg. Telamonia. For example, in sections Armillati
and Brunnei 30 % of the total known species were described
by Fries, and in the morphologically challenging sect. Bovini
only 8 % (Niskanen et al. 2009, 2011a, 2013a).
From North America we studied 60 types, representing 59
species. Of these, 52 species (88 %) have apparently not
been described from anywhere else in the world, while one of
them is the older synonym for a European name (C. metarius
Kauffman = C. barbarorum Bidaud, Moënne-Locc. & Reumaux).
Thirty-five of these species were described from the mountains
and coastal areas of western North America, 13 species are
from the Rocky Mountains and 12 species were collected from
eastern North America, mainly Michigan. Almost all the names
that are synonyms of European species are associated with
conifers, i.e., C. crassus Fr. (= C. subaustralis A.H. Sm. & Hesler, described from North Carolina), C. glaucopus (Schaeff.) Fr.
(= C. glaucopoides Kauffman, described from Colorado) and
C. metarius; the only exception is C. triumphans Fr. s.auct.
(= C. ophiopus Peck from Maryland). Species described from
North America and reported here for the first time from Europe,
include C. olympianus (USA, Washington state and Finland),
C. patrickensis (USA, California and Sweden) and C. sannio
(USA, Wyoming, Finland and Sweden), all are conifer-associated species. These findings correlate well with previous studies
by Garnica et al. (2011), Harrower et al. (2011) and Niskanen et
al. (2013a, b). Interestingly, many names described from Europe
138
have been used in North America, whereas few names from
North America have been applied to taxa in Europe.
Of the 154 species recognised in this study 114 of them have
no synonyms, however, the remaining 40 species each have
one or more synonyms. The species with a significant number
of synonyms include C. largus (14), C. pseudonaevosus (6),
C. talus (5), C. crassus (4) and C. varius (4), all represent rather
common species. The authors whose names we studied have
all described synonyms. This is in part due to the difficulty in
determining which species already have been described, especially based only on morphology and ecology. The narrow species concept of Bidaud, Henry, Moënne-Loccoz and Remaux
was not supported by our study nor were the broad species
concepts of Fries, Brandrud and Jeppesen et al. (2012) as
supported by the results of Frøslev et al. (2007) and Niskanen
et al. (2009, 2011a).
In this paper, species names have been synonymised when
both molecular and morphological data have supported it. Of
course there is some risk that morphological differences have
been overlooked by studying too few specimens. Based on
the overall data we have on Cortinarius it would seem logical,
however, that in the majority of cases the synonymization is
correct. In doubtful cases, when the variation in ITS regions of
a group of specimens has been more than 2 substitutions and/
or indel positions and we have not had enough specimens to
make further comparisons, we have left names unchanged, i.e.
C. albescens/C. gentianeus/C. volvatus, C. herpeticus/C. vio
laceonitens, and C. misermontii /C. olidoamarus var. valentinus /
C. subaccedens/C. vancampiae. Also, the following species
with higher intraspecific variation may in reality represent two to
several species: C. aureofulvus s.auct. /C. orichalceus var. xan
thocephalus, C. pallidirimosus, C. porphyropus and C. scaurus.
Our study includes the majority of names described in subg.
Phlegmacium, excluding sect. Riederi and parts of sections
Calochroi and Fulvi already treated or to be treated by other
taxonomists (e.g. Frøslev et al. 2007). In some instances,
type material could not be acquired or found in herbaria, i.e.
the material of C.H. Peck (NYSM) and some of the material of
R. Henry (PC). In other cases they were not possible to study
within the time frame of this study, i.e. the early names described
by M. Moser (M). Peck published from 1870 to 1912 about 80
names in the genus Cortinarius and the names represent at
least twenty species of subg. Phlegmacium s.lato based on
morphological and microscopical features. The material deposited in München includes about 30 Phlegmacium species. For
about 55 Phlegmacium species described by Henry the type
material was not found and over 20 additional ones remain to
be studied. Therefore, it is possible that some of these names
have priority over currently applied Cortinarius names, including some of those in this paper. Our plan is to acquire Peck’s,
the remaining materials of Moser’s and Henry’s, and perhaps
others that we have overlooked in the near future and attempt
to sequence them for comparison.
New species
The majority of new species described here represent boreal
taxa, i.e. C. pallidirimosus, C. balteaticlavatus and C. myrtil
liphilus, and/or are species that previously have been included
within the morphological limits of other, ‘well-known’ taxa, these
include C. boreicyanites and C. subfraudulosus. The large
number of unknown, boreal species is not surprising, since the
majority of existing names are described from hemiboreal and
temperate zones or from the mountains of Central and southern
Europe. Even though the Cortinarius species of Europe have
been extensively studied, there undoubtedly remain a lot of taxa
to be discovered, not to mention in other areas of the world,
which are less explored.
Persoonia – Volume 33, 2014
Factors affecting on the success of molecular work
The success of the molecular studies was significantly influenced by the condition of type specimens, including the age of
the specimen, how it was dried and/or preserved, and whether
or not it was mouldy. Also, the length polymorphism of the
ITS region caused some problems with direct sequencing. In
general, Cortinarius is one of the easiest genera of Agaricales
for molecular work. Often DNA can be extracted with regular
methods even from old specimens. For example, we obtained
a complete ITS region from the type material fo C. sobrius
P. Karst. (collected in 1890) and C. virentophyllus Kauffman
(collected in 1912). The success rate usually decreases with
older specimens, however, there is some difference between
the specimens collected by different authors. For example, we
were not able to successfully sequence any of the specimens
collected by T. Hongo during 1960 –1968 (Niskanen et al.
2011a, and unpublished data of C. cinnamomeoides Hongo,
C. neoarmillatus Hongo and C. nigrosquamosus Hongo) whereas the success rate for the specimens collected by A.H. Smith
mainly during 1935 –1941 was much better. This could be due
to the drying process itself, for example, drying temperature,
length of drying time, which is related to air circulation, and
the condition of fresh specimens when placed on the dryer. In
particular, the type collections of R. Henry proved challenging,
since often the material was sparse and poorly labelled, and
many were mouldy. In some instances types were missing,
could not be located at the time they were requested, or were
not available for study.
Several things can improve the success rate of problematic
specimens. For example, methods that provided high quality
DNA extraction, and PCR and sequencing machines improved
the results. If the DNA is fragmented, amplifying and sequencing
ITS1 and ITS2 regions separately was often helpful.
Recommendations for stabilizing the nomenclature
For achieving a stable and unambiguous use of names, the
following requirements should be fulfilled whenever possible. Types of existing names should be studied. Even easily
identifiable species like C. balteatoalbus can be misinterpreted,
or a species may turn out to be a group of cryptic species, for
example, C. dionysae and C. elegantior (Garnica et al. 2011).
Taxonomists should not use names in barcoding databases
unless they have been verified by molecular type studies.
For old names that do not have type specimens or where the
type specimen is in poor condition or not available because of
historical preservation, a neotype, lectotype or epitype should
be chosen. Names rejected due to the problems of interpretation should be excluded from consideration. If the name is not
verified with a sequence from a type specimen its application will
be uncertain and a source of confusion. A significant problem
with neo-, lecto- and epitypes is the lack of a database for them.
It is difficult to find out if a type already has been designated
thus hindering nomenclatorial work.
New names should not be accepted for publication without the
support of molecular data in genera where the amplification
of the ITS or other sequences is easily done, thus preventing
the description of synonyms and creating a sound reference
database for further taxonomical and ecological studies. Finally,
when studying types it is essential to mark the basidiomata from
which the DNA has been extracted. Some collection might turn
out to be mixed, and thus, knowing exactly which basidiocarp
has been studied, will be necessary.
These recommendations may seem self-evident, but have been
neglected in many cases. Often the reason is a lack of resources
and/or knowledge. At least in Cortinarius the amount of already
existing names is overwhelming and we need to proceed carefully from this point forward.
K. Liimatainen et al.: Identification and nomenclature of Phlegmacium
Infrageneric classification
The classification of Cortinarius is not yet stabilised and many
traditional infrageneric groups have shown to be at least partly
artificial. Therefore, when studying a certain group of species, it
might be difficult to find all the relevant species described from
literature. The aim of the phylogenetic estimates in this study
was not to solve the infrageneric classification of Cortinarius but
to show the preliminary placement of the studied species, which
then could be used for guidance in further taxonomical studies.
In our phylogenetic analysis ten of the twelve clades representing phlegmacioid species sensu Garnica et al. (2005) were
recovered: /Alluti (= Multiformes), /Amarescentes (= Infracti),
/Arguti/Calochroi, /Percomes, /Phlegmacium, /Phlegmacioides,
/Praestantes (= Claricolores), and /Scauri. In addition, /Glaucopodes was well supported in our analysis. Clades /Caerulescentes and /Vulpini were split.
Barcoding Cortinarius
This study provides ITS barcodes for 175 Cortinarius species.
This data enables the identification of a majority of boreal
and temperate species of Phlegmacia, except for sections
Calochroi, Fulvi, for which part of the ITS sequences already are
published (e.g. Frøslev et al. 2007) and Riederi, from Europe
and parts of North America.
Of the 236 names we studied, only 61 were currently represented in GenBank. It is noteworthy that almost half of these
names are Friesian names and a third of them are names published from North America. Only 4 % of the names described by
French authors have made their way into general use in GenBank. This emphasizes the importance of type studies and the
role of taxonomists in the creation of an identification database.
If we do not produce sound basic data on Cortinarius species,
it is difficult or impossible in many cases for non-taxonomists
to identify specimens or environmental samples.
A barcoding database based on type studies is essential for
ecological, environmental or further taxonomic research. Once
completed, it will create a solid base for future studies. Barcoding is a powerful tool, which enables us to identify and compare
species from different regions in a completely new way. This is
especially true and important for fungi like Cortinarius, which
are morphologically challenging and difficult to identify. Finally,
we are able to reliably compare our knowledge on species from
different areas. A base for Phlegmacia is created here and provides a beginning and direction for future studies in Cortinarius.
Acknowledgements We are grateful to the curators of C, G, H, IB, MICH,
PC and S, and especially to Bart Buyck, Xavier Carteret, Philippe Clerc,
Regina Kühner-Winkler, Ursula Peintner and Patricia Rogers. Anna-Lena
Anderberg is also warmly thanked for providing photos of unpublished plates
of Fries. Tor Erik Brandrud is thanked for valuable comments concerning the
neo- and epitypifications and providing the photo of C. caesiophylloides.
Andy Taylor and Dimitar Bojantchev are thanked for providing material and
sequences for the study and Andy Taylor also for providing the photo of C.
talimultiformis. Ertugrul Sesli is thanked for providing material of C. talimulti
formis, Tapio Kekki for providing the photo of C. flavipallens, Jukka Vauras for
providing the photo of C. brunneiaurantius and Karen Hughes for providing
an additional sequence of C. acystidiosus. Bálint Dima and Tobias G. Frøslev
thank members of the ‘J.E.C. Phlegmacium Research Group’ (Francesco
Bellù, Tor Erik Brandrud, Bernhard Oertel, Günter Saar and Geert SchmidtStohn) and Thomas Stjernegaard Jeppesen, and László Albert for valuable
taxonomic discussions during the past years. László Albert and Zoltán Lukács
are thanked for making older literature available for study. Finally, we would
like to thank the reviewers for valuable comments which helped us to improve
the manuscript. This work was supported by the Academy of Finland (project
# 129052), Ministry of Environment, Finland (YM38/5512/2009), Daniel E.
Stuntz Memorial Foundation and Kone Foundation (FinBOL project).
139
REFERENCES
Abarenkov K, Nilsson RH, Larsson K-H, et al. 2010. The UNITE database for
molecular identification of fungi – recent updates and future perspectives.
New Phytologist 186, 2: 281–285.
Ammirati JF. 1972. The section Dermocybe of Cortinarius in North America.
PhD thesis, University of Michigan, USA.
Ammirati JF, Hughes KW, Liimatainen K, et al. 2013. Cortinarius hesleri from
eastern North America and related species from Europe and western North
America. Botany 91: 91–98.
Bidaud A, Moënne-Loccoz P, Carteret X, et al. 2005. Atlas des Cortinaires.
Pars XV. Èditions Fèdération mycologique Dauphiné-Savoie, France.
Bidaud A, Moënne-Loccoz P, Reumaux P. 1992. Atlas des Cortinaires. Pars
IV. Èditions Fèdération mycologique Dauphiné-Savoie, France.
Bidaud A, Moënne-Loccoz P, Reumaux P. 1994. Atlas des Cortinaires. Clé
generale des sous-genres, sections et series. Èditions Fèdération mycologique Dauphiné-Savoie, France.
Bidaud A, Moënne-Loccoz P, Reumaux P, et al. 2006. Atlas des Cortinaires.
Pars XVI. Èditions Fèdération mycologique Dauphiné-Savoie, France.
Bidaud A, Moënne-Loccoz P, Reumaux P, et al. 2009. Atlas des Cortinaires.
Pars XVIII. Èditions Fèdération mycologique Dauphiné-Savoie, France.
Bidaud A, Moënne-Loccoz P, Reumaux P, et al.. 2010. Atlas des Cortinaires.
Pars XIX. Èditions Fèdération mycologique Dauphiné-Savoie, France.
Bidaud A, Reumaux P, Carteret X. 2012. Les Cortinaires du docteur Henry.
SARL Éditions FMDS, France.
Bödeker I, Clemmensen K, Boer W de, et al. 2011. Fungal peroxidases and
soil organic matter decomposition: are ectomycorrhizal Cortinarius species
the key players? MSA abstracts. Inoculum 62, 3: 11.
Bojantchev D. 2011a. Cortinarius callimorphus, a new species from northern
California. Mycotaxon 117: 1–8.
Bojantchev D. 2011b. Cortinarius mikedavisii sp. nov. from northern California. Mycotaxon 118: 265–272.
Brandrud TE. 1996. Cortinarius subgenus Phlegmacium section Phlegmacium in Europe. Descriptive part. Edinburgh Journal of Botany 53: 331–400.
Brandrud TE. 1998. Cortinarius subgenus Phlegmacium section Phlegmacioides (= Variecolores) in Europe. Edinburgh Journal of Botany 55: 65–156.
Brandrud TE, Lindström H, Marklund H, et al. 1990. Cortinarius Flora Photographica. Vol. I (English version). Cortinarius HB, Sweden.
Brandrud TE, Lindström H, Marklund H, et al. 1992. Cortinarius Flora Photographica. Vol. II (Swedish version). Cortinarius HB, Sweden.
Brandrud TE, Lindström H, Marklund H, et al. 1994. Cortinarius Flora Photographica. Vol. III (Swedish version). Cortinarius HB, Sweden.
Brandrud TE, Lindström H, Marklund H, et al. 1998. Cortinarius Flora Photographica. Vol. IV (Swedish version). Cortinarius HB, Sweden.
Brandrud TE, Lindström H, Marklund H, et al. 2012. Cortinarius Flora Photographica. Vol. V (Swedish version). Cortinarius HB, Sweden.
Britzelmayr M. 1885. Hymenomyceten aus Südbayern 4: Cortinarius, Paxillus, Hygrophorus, Lactarius, Russula, Cantharellus, Marasmius, Lentinus,
Panus, Trogia, Schizophyllum, Lenzites. Berichte des Naturhistorischen
Vereins Augsburg 28: 119–160.
Burnett J 2003. Fungal populations and species. Oxford University Press.
USA.
Cleland JB. 1976 [1935]. Toadstools and mushrooms and other larger fungi
of South Australia. South Australian Government Printer, Australia.
Edgar RC. 2004. MUSCLE: multiple sequence alignment with high accuracy
and high throughput. Nucleic Acids Research 32: 1792–1797.
Fries EM. 1818. Observationes Mycologicae 2. Bonnier, Copenhagen, Denmark.
Fries EM. 1821. Systema Mycologicum. Uppsala, Sweden.
Fries EM. 1836–1838. Epicrisis systematis mycologici seu synopsis Hymenomycetum. Uppsala, Sweden.
Fries EM. 1851. Monographia Cortinariorum Sueciae. Uppsala, Sweden.
Fries EM. 1867–1884. Icones selectae Hymenomycetum nondum delineatorum. Nordstedt & Son, Uppsala, Sweden.
Frøslev TG, Jeppesen TS. 2011. Knoldslørhatte som indikatorarter gennem
20 år (1991–2011). Svampe 64: 34–45.
Frøslev TG, Jeppesen TS, Læssoe T. 2006. Seven new calochroid and fulvoid species of Cortinarius. Mycological Research 110: 1046–1058.
Frøslev TG, Jeppesen TS, Læssoe T, Kjøller R. 2007. Molecular phylogenetics and delimitation of species in Cortinarius section Calochroi (Basidiomycota, Agaricales) in Europe. Molecular Phylogenetics and Evolution
44: 217–227.
Frøslev TG, Matheny PB, Hibbett D. 2005. Lower level relationships in the
mushroom genus Cortinarius (Basidiomycota, Agaricales): A comparison
of RBP1, RPB2 and ITS phylogenies. Molecular Phylogenetics and Evolution 37: 602–618.
140
Gardes M, Bruns TD. 1993. ITS primers with enhanced specifity for basidiomycetes. Application to the identification of mycorrhizae and rusts.
Molecular Ecology 2: 113–118.
Garnica S, Spahn P, Oertel B, et al. 2011. Tracking the evolutionary history
of Cortinarius species in section Calochroi, with transoceanic disjunct
distributions. BMC Evolutionary Biology 11: 213.
Garnica S, Weiß M, Oberwinkler F. 2002. New Cortinarius species from Nothofagus forests in South Chile. Mycologia 96: 136–145.
Garnica S, Weiß M, Oertel B, et al. 2009. Phylogenetic relationships in Cortinarius, section Calochroi, inferred from nuclear DNA sequences. BMC
Evolutionary Biology 9: 1.
Garnica S, Weiß M, Oertel B, et al. 2005. A framework for a phylogenetic
classification in the genus Cortinarius (Basidiomycota, Agaricales) derived
from morphological and molecular data. Canadian Journal of Botany 83:
1457–1477.
Gasparini B, Soop K. 2008. Contribution to the knowledge of Cortinarius
(Agaricales, Cortinariaceae) of Tasmania (Australia) and New Zealand.
Australasian Mycologist 27, 3: 173–203.
Gilbertson RL. 1962. Index to species and varieties of fungi described by
C.H. Peck from 1909 to 1915. Mycologia 54, 5: 460–465.
Gjerde I, Brandrud TE, Sætersdal M. 2012. Spredning av mykorrhizasopp
til granplantefelt på Vestlandet. In: Rolstad J, Gjerde I, Schei FH (eds),
Spredningsøkologi hos skoglevende kryptogamer. Skog og landskap Ås/
Bergen, rapport, Norway: 60–69.
Hallingbäck T, Aronsson G (eds). 1998. Ekologisk katalog över storsvampar
och myxomyceter. ArtDatabanken, SLU, Sweden.
Harrower E, Ammirati JF, Cappuccino AA, et al. 2011. Cortinarius species
diversity in British Columbia and molecular phylogenetic comparison with
European specimen sequences. Botany 89: 799–810.
Henry R. 1933. Un nouveau Cortinaire du groupe des Scauri: C. dionysae
(n. sp.). Bulletin de la Société Mycologique de France 49, 2: 230–240.
Henry R. 1939. Suite et complement à l’étude des Phlegmacia. Bulletin de
la Société Mycologique de France 55, 1: 61–94.
Henry R. 1951. Les Scauri. Bulletin de la Société Mycologique de France
67, 3: 225–322.
Henry R. 1958. Suite à l’étude des Cortinaires. Bulletin de la Société Mycologique de France 74, 4: 365–422.
Henry R. 1981. Les Cortinaires. Bulletin de la Société Mycologique de
France 97, 3: 157–279.
Henry R. 1985. Novelle étude de Cortinaires. Bulletin de la Société Mycologique de France 101, 1: 1–54.
Henry R. 1986. Suite à l’étude des Cortinaires. Bulletin de la Société Mycologique de France 102, 1: 19–96.
Høiland K. 1984. Cortinarius subgenus Dermocybe. Opera Botanica 71:
1–113.
Jeppesen TS, Frøslev TG, Brandrud TE. 2012. Subgen. Phlegmacium (Fr.)
Trog. In: Knudsen H, Vesterholt J (eds), Funga Nordica, 2nd revised edition.
Agaricoid, boletoid, clavarioid, cyphelloid and gastroid genera: 782–826.
Nordsvamp, Denmark.
Kauffman CH. 1918. The Agaricaceae of Michigan. Cortinarius. Michigan Geological and Biological Survey, Publications 26, Biological Series 5, vol. 1:
314–442.
Kauffman CH. 1923. The mycological flora of the higher Rockies of Colorado.
Papers from the Michigan Academy of Science, Arts and Letters 1: 101–150.
Kauffman CH. 1932. Cortinarius. North American Flora 10: 282–348.
Kirk PM, Cannon PF, Minter DW, Stalpers JA. 2008. Dictionary of the fungi.
10th ed. CAB International, UK.
Larsson E, Jacobsson S. 2004. Controversy over Hygrophorus cossus settled using ITS sequence data from 200 year-old type material. Mycological
Research 108: 781–786.
Liu Y, Rogers SO, Ammirati JF. 1997. Phylogenetic relationships in Dermocybe and related taxa based on nuclear ribosomal DNA internal transcribed
spacers. Canadian Journal of Botany 75: 519–532.
Matheny PB, Ammirati JF. 2006. Cortinarius lucorum (Fr.) Karst., a Populus
associate from North America. Pacific Northwest Fungi 1, 4: 1–10.
Moser M. 1960. Die Gattung Phlegmacium (Schleimköpfe). Die Pilze Mitteleuropas, Band IV. Klinkhardt, Germany.
Moser M. 1969–1970. Cortinarius Fr., Untergattung Leprocybe subgenus
nov. Die Rauhköpfe. Vorstudien zu einer Monographie. Zeitschrift für
Pilzkunde 35, 3–4: 213–248; 36, 1–2: 19–39.
Moser M. 1983. Die Röhrlinge und Blätterpilze. In: Gams H (ed), Kleine
Kryptogamenflora, Band II b/2, 5th ed. Fischer Verlag, Germany.
Moser M, Ammirati JF. 1996. Studies in North American Cortinarii II. Interesting and new species collected in the North Cascade Mountains,
Washington. Mycotaxon 58: 387–412.
Moser M, Ammirati JF. 1999. Studies in North American Cortinarii V. New
and interesting Phlegmacia from Wyoming and the Pacific Northwest.
Mycotaxon 72: 289–321.
Persoonia – Volume 33, 2014
Moser M, Ammirati JF. 2000. Studies in North American Cortinarii VI. New
and interesting taxa in subgenus Phlegmacium from the Pacific states of
North America. Mycotaxon 74: 1–36.
Moser M, Horak E. 1975. Cortinarius Fr. und nahe verwandte Gattungen in
Südamerika. Beihefte zur Nova Hedwigia 52: 1–628.
Moser M, McKnight KH, Ammirati JF. 1995. Studies on North American
Cortinarii I. New and interesting taxa from the Greater Yellowstone area.
Mycotaxon 60: 301–346.
Moser M, Peintner U. 2002. The species complex Cortinarius scaurus-Cortinarius herpeticus based on morphological and molecular data. Micologia
e Vegetation Mediterranea 17: 3–17.
Niskanen T, Kytövuori I, Bendiksen E, et al. 2012a. Cortinarius (Pers.) Gray.
In: Knudsen H, Vesterholt J (eds), Funga Nordica, 2nd revised edition.
Agaricoid, boletoid, clavarioid, cyphelloid and gastroid genera: 762–763.
Nordsvamp, Denmark.
Niskanen T, Kytövuori I, Liimatainen K. 2009. Cortinarius sect. Brunnei (Basidiomycota, Agaricales) in North Europe. Mycological Research 113:
182–206.
Niskanen T, Kytövuori I, Liimatainen K. 2011a. Cortinarius sect. Armillati in
northern Europe. Mycologia 103, 5: 1080–1101.
Niskanen T, Kytövuori I, Liimatainen K, et al. 2013a. Cortinarius section
Bovini (Agaricales, Basidiomycota) in northern Europe, conifer associated
species. Mycologia 105: 977–993.
Niskanen T, Laine S, Liimatainen K, et al. 2012b. Cortinarius sanguineus
and equally red species in Europe with an emphasis on northern European
material. Mycologia 104, 1: 242–253.
Niskanen T, Liimatainen K, Ammirati JF. 2013b. Five new Telamonia species
(Cortinarius, Agaricales) from western North America. Botany 91: 478–485.
Niskanen T, Liimatainen K, Ammirati JF, et al. 2013c. Cortinarius section
Sanguinei in North America. Mycologia 105: 344–356.
Niskanen T, Liimatainen K, Ammirati JF, et al. 2011b. Diversity of Cortinarius in boreal North America and Europe. MSA abstracts. Inoculum
62, 3: 35.
Niskanen T, Liimatainen K, Kytövuori I, et al. 2012c. New Cortinarius species from conifer dominated forests of North America and Europe. Botany
90: 743–754.
Ortega A, Suárez-Santiago VN, Reyes JD. 2008. Morphological and ITS
identification of Cortinarius species (section Calochroi) collected in Mediterranean Quercus woodlands. Fungal Diversity 29: 73–88.
Orton PD. 1955. The genus Cortinarius I. Myxacium and Phlegmacium. Naturalist (July –Sept): 1–80.
Orton PD. 1958. The genus Cortinarius II. Inoloma and Dermocybe. Naturalist (Suppl.): 81–149.
Peck CH. 1873. Report of the Botanist Annual Report on the New York State
Museum of Natural History 23: 27–135.
Peintner U, Moncalvo J-M, Vilgalys R. 2004. Towards a better understanding
of the infrageneric relationships in Cortinarius (Agaricales, Basidiomycota).
Mycologia 96: 1042–1058.
Posada D. 2008. jModelTest: phylogenetic model averaging. Molecular Biology and Evolution 25: 1253–1256.
Ronquist F, Huelsenbeck JP. 2003. MrBayes 3: Bayesian phylogenetic inference under mixed models. Bioinformatics 19: 1572–1574.
Schmit JP, Mueller GM. 2007. An estimate of the lower limit of global fungal
diversity. Biodiversity and Conservation 16: 99–111.
Schoch CL, Seifert KA, Huhndorf A, et al. 2012. Nuclear ribosomal internal
transcribed spacer (ITS) region as a universal DNA barcode marker
for Fungi. Proceedings of the National Academy of Sciences USA 109:
6241–6246.
Smith AH. 1939. Studies in the genus Cortinarius I. Contributions from the
University of Michigan Herbarium 2: 4–42, 12 plt.
Smith AH. 1942. New and unusual Cortinarii from Michigan with a key to
the North American species of genus Bulbopodium. Bulletin of the Torrey
Botanical Club 69: 44–64.
Smith AH. 1944. New and interesting Cortinarii from North America. Lloydia
7: 163–235.
Suárez-Santiago VN, Ortega A, Peintner U, et al. 2009. Study on Cortinarius
subgenus Telamonia section Hydrocybe in Europe, with especial emphasis
on Mediterranean taxa. Mycological Research 113: 1070–1090.
Thiers B. 2013. Index Herbariorum: A global directory of public herbaria and
associated staff. New York Botanical Garden’s Virtual Herbarium. http://
sweetgum.nybg.org/ih/.
Vesterholt J. 1991. Knold-slørhatte (Cortinarius underslaegt Phlegmacium)
som indikatorarter for en type vaerdifulde løvskovslokaliteter. Svampe
24: 27–48.
White TJ, Bruns T, Lee S, Taylor J. 1990. Amplification and direct sequencing
of fungal ribosomal RNA genes for phylogenetics. In: Michael AJ, Gelfand
DH, Sninsky JJ, et al. (eds), PCR protocols: a guide to the methods and
applications: 315–322. Academic Press, USA.