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- building a Global Consortium of Bryophytes and Lichens as keystones of cryptobiotic communities -
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Biatora
Family: Ramalinaceae
Biatora image
Gary Perlmutter
  • Greater Sonoran Desert
  • Resources
Nash, T.H., Ryan, B.D., Gries, C., Bungartz, F., (eds.) 2004. Lichen Flora of the Greater Sonoran Desert Region. Vol 2.
Life habit: lichenized Thallus: crustose, continuous, warted-areolate or subsquamulose surface: soredia absent or present cortex: present or absent photobiont: primary one a trebouxioid alga 7-13 µm in diam., secondary one absent Apothecia: mostly sessile and constricted at the base, sometimes flexuose or tuberculate disc: pale beige to reddish brown, or blue-gray to black in some species margin: without algal cells, usually weakly prominent, soon becoming excluded; exciple, hypothecium and subhymenium: composed of strongly gelatinized hyphae, hyaline, weakly brown or bluish green hymenium: hyaline or bluish green, strongly amyloid; upper part (epihymenium): usually unpigmented, with an amorphous bluish green pigment or brown granules in some species; paraphyses: weakly branched and anastomosing, strongly conglutinate, septate, usually not distinctly thickened apically and without distinct pigmentation asci: clavate, 8-spored, Biatora-type with an ILugol+ blue tholus and a lighter blue axial body surrounded by a darker blue zone ascospores: hyaline, simple to 3(-5)-septate, needle-shaped, narrowly to broadly ellipsoid or ovoid, smooth-walled Conidiomata: pycnidial, (semi-)immersed, mostly of the same color as the apothecia conidia: simple, bacilliform, rarely broadly filiform or ellipsoid, hyaline Secondary metabolites: depsides, depsidones, xanthones or usnic acid, some species without secondary metabolites Geography: in temperate, boreal and arctic regions of the Northern Hemisphere. Notes: The circumscription of Biatora has changed considerably during recent years. Once it comprised almost all species of Lecidea s. lat. with a biatorine exciple (e.g. see names in Fink [1935]), it was recently reduced to a small group around B. vernalis characterised by a crustose thallus, biatorine apothecia without a distinct margin, +unbranched, unpigmented paraphyses, asci of the Biatora-type, and hyaline, narrowly to broadly ellipsoid ascospores. Only few species, such as B. meiocarpa, have apically thickened paraphyses. Likewise, a distinct epihymenium is only developed in few species. Hymenium, hypothecium and exciple are composed of gelatinised, strongly conglutinate hyphae. The excipular hyphae are +parallel and have cylindrical to broadly ellipsoid lumina. The closely related Mycobilimbia is mainly distinguished on account of a different ascocarp ontogeny. Biatora species can also be confused with species from the Lecanora symmicta group (with narrow excipular hyphae and a distinct epipsamma) or species from the Lecidea erythrophaea group (with apically thickened paraphyses with brown apical cells). Within the Sonoran Desert Region, the whole genus is only known from a single, relatively moist, high montane locality.
Show all taxa || << 51 - 100 taxa >>
Biatora bacidioides
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Biatora beckhausii
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Biatora belangeri
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Biatora berteroana
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Biatora betulicola
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Biatora borealis
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Biatora boreella
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Biatora botryocarpa
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Biatora britannica
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Biatora brunnea
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Biatora byssoides
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Biatora caesia
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Biatora caesioalbescens
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Biatora caesiopruinosa
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Biatora calpodes
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Biatora camptocarpa
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Biatora canorufescens
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Biatora carnea
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Biatora carniolica
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Biatora cartilaginea
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Biatora casimiri
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Biatora castanearum
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Biatora caulophylla
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Biatora cavernarum
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Biatora cerarufa
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Biatora cerinocarpa
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Biatora chalybeia
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Biatora chloropholis
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Biatora chlororphnia
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Biatora chondrodes
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Biatora chrysantha
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Biatora chrysanthoides
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Biatora cinereopallens
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Biatora cinereovirens
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Biatora circumalbicans
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Biatora circumflexa
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Biatora cladoniscum
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Biatora coerulea
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Biatora colensoi
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Biatora collodea
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Biatora columbiana
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Biatora comensis
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Biatora commutata
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Biatora congesta
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Biatora conglobata
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Biatora conglomerata
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Biatora coniasis
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Biatora conisalea
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Biatora consanguinea
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Biatora consimilis
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This project made possible by National Science Foundation Awards: #1115116, #2001500, #2001394
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