AI & ChatGPT searches , social queriess for TREBOUXIA
Search references for TREBOUXIA. Phrases containing TREBOUXIA
See searches and references containing TREBOUXIA!
Search references for TREBOUXIA. Phrases containing TREBOUXIA
See searches and references containing TREBOUXIA!TREBOUXIA
Genus of algae
Trebouxia is a unicellular green alga. It is a photosynthetic organism that can exist in almost all habitats found in polar, tropical, and temperate regions
Trebouxia
Species of green alga
Trebouxia flava is a species of green alga in the family Trebouxiaceae. First described in 1975 by Patricia Ann Archibald, it features spherical cells
Trebouxia_flava
Species of green alga
Trebouxia decolorans is a widespread and common symbiotic species of green alga that is found in association with different species of lichen-forming
Trebouxia_decolorans
Species of green alga
Trebouxia gelatinosa is a common symbiotic species of green alga in the family Trebouxiaceae. Formally described as new to science in 1975, it is usually
Trebouxia_gelatinosa
Species of green alga
Trebouxia arboricola is a symbiotic species of green alga in the family Trebouxiaceae. Described as new to science in 1924, it is usually found in association
Trebouxia_arboricola
Symbiosis of fungi with algae
Common algal photobionts are from the genera Trebouxia, Trentepohlia, Pseudotrebouxia, or Myrmecia. Trebouxia is the most common genus of green algae in
Lichen
Species of lichen-forming fungus
symbiotic relationship with green algae of the genus Trebouxia, particularly species within Trebouxia clade I, as its photobiont partner. Ecologically, Parmelia
Parmelia_sulcata
Species of lichen
described by the phycologist Patricia A. Archibald in 1975, as a species of Trebouxia. It was transferred to the genus Asterochloris in 2010. Asterochloris
Asterochloris_italiana
Family of algae
Friedl Genera Asterochloris Dictyochloropsis Heterochlorella Lobosphaera Myrmecia Parietochloris Symbiochloris Trebouxia Trochisciopsis Vulcanochloris
Trebouxiaceae
Paraphyletic group of eukaryotes
and in flatworms. Some species of green algae, particularly of genera Trebouxia of the class Trebouxiophyceae and Trentepohlia (class Ulvophyceae), can
Green_algae
Genus of algae
genus Trebouxia by differences in chloroplast morphology. Later molecular research showed that Trebouxia was paraphyletic, and that some Trebouxia species
Asterochloris
Spanish botanist and lichenologist (born 1950)
César; García-Breijo, Francisco; Moya, Patricia (2022). "Trebouxia lynnae sp. nov. (former Trebouxia sp. TR9): Biology and biogeography of an epitome lichen
Eva_Barreno
Genus of fungi
'golden yellow parmelia'. The photobiont (photosynthetic partner) is Trebouxia (a genus of green algae). Xanthoparmelia was originally conceived of as
Xanthoparmelia
Species of lichen-forming fungus
a symbiotic partnership between a fungus and green algae of the genus Trebouxia. Its distinctive orange-yellow color comes from parietin, an anthraquinone
Xanthoria_parietina
Family of lichens
the family have a symbiotic association with a green alga (most often Trebouxia spp., but Asterochloris spp. are known to associate with some species)
Parmeliaceae
Genus of lichens
genus from Aspicilia based on the presence of Trentepohlia rather than Trebouxia as the photobiont partner. As of July 2023[update], Species Fungorum (in
Ionaspis
Species of lichen
exposed to these conditions. Two species of green algae in the genus Trebouxia have been shown to serve as the photobionts (photosynthetic partners)
Anaptychia_ciliaris
Genus of lichen-forming fungi
northern regions. The photobiont in Umbilicaria is a green alga of the genus Trebouxia. Reproduction is varied: many species reproduce sexually by ascospores
Umbilicaria
; de la Torre, Rosa (6 September 2013). "UV-C tolerance of symbiotic Trebouxia sp. in the space-tested lichen species Rhizocarpon geographicum and Circinaria
List of microorganisms tested in outer space
List_of_microorganisms_tested_in_outer_space
Species of lichen
clade containing Trebouxia arboricola. A study compared the desiccation tolerance and physiological responses of lichenised Trebouxia to isolated cultures
Parmotrema_perlatum
Structure of lichens
partner may be an Ascomycete or Basidiomycete. Common algal partners are Trebouxia, Pseudotrebouxia, or Myrmecia. Common cyanobacterium partners include
Lichen_anatomy_and_physiology
Symbiosis of fungi with algae or cyanobacteria
The photobiont in most lichens is a green alga, particularly those from the genus Trebouxia.
Outline_of_lichens
Family of fungi
form symbiotic relationships primarily with green algae of the genus Trebouxia. The family is characterised by pale-coloured thalli, apothecia (fruiting
Ramalinaceae
Genus of lichen-forming fungi
members of the green algal genera Asterochloris, Chloroidium, Myrmecia, and Trebouxia. The genus Psora was first validly published in 1796 by the German lichenologist
Psora
Species of lichen-forming fungus
on almost any rock or wall. The algal symbiont in X. aureola is Trebouxia. Trebouxia fixes 14C mainly into ribitol during photosynthesis; approximately
Xanthoria_aureola
Family of lichen-forming fungi
a photosynthetic companion (a photobiont) from the green algal genus Trebouxia. Teloschistaceae members are also characterised by their apothecia (the
Teloschistaceae
Species of lichen
fungus forms a lichenized structure alongside is typically of the genus Trebouxia, which is a form of green algae. There are other genera that species in
Chaenotheca_ferruginea
Species of lichen
The photobiont partner of Asterothyrium atromarginatum is a species of Trebouxia (a genus of green algae); their cells are more or less spherical and measure
Asterothyrium_atromarginatum
Species of lichen
leptocarpha often grows in epiphytic association with Ramalina menziesii. Trebouxia decolorans is its primary algal photobiont. This species was first described
Ramalina_leptocarpha
Genus of lichen-forming fungi
(aggregations of photobiont cells surrounded by short-celled hyphae) containing Trebouxia or stichococcoid algae. The apothecia lack a distinct margin, and the
Psilolechia
Species of lichen in the family Parmeliaceae
medulla. Microscope studies show that the photobiont is the green alga Trebouxia gelatinosa. At high magnification the algal cells appear irregular in
Punctelia_subrudecta
Genus of fungi
zone around the margin. The photobiont partner is green algae from genus Trebouxia. Flavoparmelia has larger spores than other segregate genera of Pseudoparmelia
Flavoparmelia
Genus of lichen-forming fungi
contains the partner green alga (small spherical cells consistent with Trebouxia). Routine spot tests for secondary metabolites (K, C, and Pd) are all
Sarrameana
Genus of foliose lichens
America. The photobiont partners of Punctelia are green algae in the genus Trebouxia. Some pollution-sensitive Punctelia species have been proposed for use
Punctelia
colour. trebouxioid Resembling or belonging to the green algal genus Trebouxia; trebouxioid cells are globose with a single central chloroplast. triguttulate
Glossary_of_lichen_terms
Class of algae
while the algae inhabit a matrix of hyphae which provide protection. Trebouxia (also the namesake of the class) and Asterochloris are the most common
Trebouxiophyceae
90% of all known lichens have a green alga as a symbiont. Among these, Trebouxia is the most common genus, occurring in about 20% of all lichens. The second
Symbiosis_in_lichens
Species of lichen
is irregularly distributed, containing cells of the green algal genus Trebouxia about 10–18 μm in diameter. The medulla, or innermost layer of the thallus
Teloschistes_spinosus
Genus of lichen
many crustose lichens use for reproduction. The internal partner is a Trebouxia-type green alga, and the fungal medulla beneath the cortex is white and
Adelolecia
Protected forest in Manitoba, Canada
lichen-forming ascomycete Evernia mesomorpha associates with multiple genotypes of Trebouxia jamesii". New Phytologist. 169 (2): 331–344. doi:10.1111/j.1469-8137.2005
Sandilands_Provincial_Forest
Species of lichen-forming fungus
photobiont (photosynthetic partner) is a unicellular green alga from the genus Trebouxia. The medulla, which is the inner tissue beneath the cortex, has a net-like
Gallowayella_weberi
Order of algae
Trebouxiales Trebouxia sp. Scientific classification Kingdom: Plantae Division: Chlorophyta Class: Trebouxiophyceae Order: Trebouxiales Friedl Families
Trebouxiales
Order of lichen-forming fungi
photobiont partners for the Teloschistales are green algae from the genera Trebouxia and Asterochloris. In a 2016 classification of lichenized fungi, the order
Teloschistales
Genus of lichen-forming fungi
(photobiont) is a green alga, most often from Dictyochloropsis, Stichococcus, Trebouxia, or Trentepohlia. The apothecia are stalked, with a short to long, slender
Chaenotheca
Species of lichen-forming fungus
holdfasts). Pycnidia and conidia have not been observed, and the photobiont is Trebouxia. Fruiting bodies (apothecia) may be frequent, stalked to sessile, 2–7 mm
Nipponoparmelia_perplicata
Chemical compound
(Vulpinic Acid and (+)-Usnic Acid) on the Growth of the Lichen Photobiont Trebouxia irregularis". The Lichenologist. 30 (6): 577–582. doi:10.1017/S0024282992000574
Vulpinic_acid
Species of lichen-forming fungus
sterile filaments alongside the spore-bearing structures (paraphyses), a Trebouxia algal partner (photobiont), and the absence of a central column (columella)
Diploschistes_diacapsis
Species of lichen
contain eight spores each. The photobiont is from the green algal genus Trebouxia, with cells measuring 6.0–12.0 μm in diameter. This species has so far
Caloplaca_pseudocitrina
Genus of lichens
in the lichen (the photobiont partner) is always a member of the genus Trebouxia. Lichens in the genus are commonly called disc lichens, or button lichens
Buellia
Genus of lichens
Trentepohlia, although an uncommon growth form contains the green algal genus Trebouxia instead. The sexual fruit bodies range from round discs to narrow, crack-like
Lecanographa
Species of lichen-forming fungus
substrate requirements. Both species associate with the same photobiont, Trebouxia sp. OTU A03. In Nepal, Varicellaria hemisphaerica has been reported from
Varicellaria_hemisphaerica
Family of lichen-forming fungi
decipiens) by using electron microscopy. The photobionts for the first two are Trebouxia, while it is Myrmecia for the third. They found that the contact between
Lecideaceae
Species of lichen-forming fungus
The photosynthetic partner (photobiont) is a green alga in the genus Trebouxia, with roughly spherical cells measuring about 5–8 μm in diameter. The
Gyalectidium_barbatum
Dictyochloropsis Heterochlorella Lobosphaera Myrmecia Parietochloris Symbiochloris Trebouxia Trochisciopsis Vulcanochloris Watanabea Choricystis Coccomyxa Dactylothece
List of Trebouxiophyceae genera
List_of_Trebouxiophyceae_genera
Genus lichen-forming fungi
species partners exclusively with a distinct photobiont clade inside Trebouxia jamesii sensu lato, showing that Letharia represents several discrete
Letharia
Species of lichen-forming fungus
with small green, mostly spherical algal cells (about 6–10 μm; likely Trebouxia) packed into the host periderm. Apothecia (disc-like fruiting bodies)
Sarrameana_paradoxa
Genus of lichen-forming fungi
photosynthetic partner is a green alga similar to those in the genus Trebouxia. Reproduction occurs through apothecia, which are open, disc-like fruiting
Relicina
Genus of lichens
green algal partner (photobiont) belongs to the genera Asterochloris or Trebouxia. Algal cells occur in discontinuous patches 50–120 micrometres (μm) deep;
Bagliettoa
Genus of lichen
border (no prothallus). The photosynthetic partner is a green alga of the Trebouxia type (trebouxioid), consisting of single, rounded cells embedded among
Gyalidea
Genus of lichen-forming fungi
photosynthetic partner is most often a single-celled green alga from the genus Trebouxia, although closely related algae may substitute in some species. The sexual
Myriolecis
Species of lichen-forming fungus
lineages of Ramalina menziesii are associated with Trebouxia decolorans, while the remainder are Trebouxia jamesii. While Ramalina menziesii only associates
Ramalina_menziesii
Genus of fungi in the family Lecideaceae
rock or bark. The photosynthetic partner is a green alga of the genus Trebouxia; its dispersed cells give the thallus a fine-grained look under a hand
Lecidea
Species of lichen-forming fungus
its association with photosynthetic green algal partners from the genus Trebouxia. In traditional Chinese medicine, the species is used as a component of
Thamnolia_vermicularis
Genus of lichens
partner (photobiont) being trebouxioid–that is, from the green algal genus Trebouxia. The reproductive organs (ascomata) are cup-shaped structures (apothecia)
Phaeophyscia
Species of lichen-forming fungus
The main photobiont (photosynthetic partner) is a green alga (probably Trebouxia). The thallus also commonly bears bluish cephalodia (small patches) containing
Sporopodium_isidiatum
Species of lichen
algal layer within the thallus varies in thickness, containing cells of Trebouxia measuring between 4–7 μm in diameter. The medulla, composed of loosely
Buellia_frigida
Genus of lichen
crustose thallus that contains a green algal photobiont from the genus Trebouxia. The apothecia are typically large, hemmispherical, shiny black or dark
Mycoblastus
Species of lichen
approximately 25 μm high. Below this, the photobiont layer, consisting of Trebouxia-like chlorococcoid (spherical green algae) cells measuring 6–15 μm in
Harpidium_gavilaniae
Species of alga
(1978). "Myrmecia reticulata as a phycobiont and free-living—free-living Trebouxia— The problem of Stenocybe septata". The Lichenologist. 10 (1): 69–79.
Symbiochloris_reticulata
Species of lichen
yellow-to-green mosaic and house green algal partners from the genus Trebouxia. Standard spot tests give K+ (bright yellow) and Pd+ (orange) reactions
Calicium_sequoiae
Study of the distribution of lichens
Ramalina menziesii links its distribution to photobiont specialization (Trebouxia decolorans), geography, and climate, with algal specialization on local
Lichen_biogeography
Family of lichen-forming fungi
partner of Caliciaceae lichens is usually from the green algal genus Trebouxia. Collectively, the family has a cosmopolitan distribution, and can be
Caliciaceae
Genus of lichen-forming fungi
reproduction. The lichen's green algae partner is usually from the genera Trebouxia or Asterochloris. The apothecia (fruiting bodies) are common and can appear
Porpidia
Genus of lichen
is trebouxioid, i.e., resembling or belonging to the green algal genus Trebouxia. The cortex of Melanohalea lichens has a brown pigment, but lacks other
Melanohalea
Genus of fungi
parasite's own fungus and its partner, a microscopic green alga of the genus Trebouxia. Black apothecia appear singly on the galls. They are stalkless, seldom
Cecidonia
Species of lichenicolous fungus
or lichen bodies (thalli) that contain the green algae Trentepohlia or Trebouxia, and is sometimes found on thalli of Calicium salicinum. In the hemiboreal
Chaenothecopsis_vainioana
Genus of lichens
The photosynthetic partner (photobiont) is a green alga from the genus Trebouxia, which supplies carbohydrates to the fungal partner. Reproduction takes
Pyrrhospora
Species of lichen-forming fungus
The photobiont is a green alga belonging to the Trebouxiophyceae, with Trebouxia-like coccoid cells that are mostly spherical but sometimes oval or irregularly
Xanthoparmelia_ramosiae
Genus of lichen
a thin hyaline upper cortex overlying a photobiont layer dominated by Trebouxia (a green algal genus). Beneath this lies a brown, vertically orientated
Burrowsia
Genus of lichen
associated with green algae from the genus Trebouxia. Specifically, they have been found to associate with Trebouxia sp. OTU A03. The major secondary metabolite
Varicellaria
Species of fruticose lichen
or slightly yellowish. The photobiont partner is green algae from the Trebouxia. Occasionally, free-living algae become trapped in the irregularly intertwined
Pulchrocladia_retipora
Species of lichen
the genus. The photobiont (algal symbiote) is of the green algal genus Trebouxia, with cells measuring 5–8 μm in diameter. Jamesiella chaverriae has been
Jamesiella_chaverriae
Genus of lichen-forming fungi
green algae from the genus Trebouxia. Research on Macaronesian Ramalina species found that they commonly partner with Trebouxia sp. TR9, which appears well-adapted
Ramalina
Genus of lichens
base. The internal photosynthetic partner is a green alga of the genus Trebouxia. Fertile populations of Leprocaulon produce small, rimmed discs (lecanorine
Leprocaulon
Species of lichen-forming fungus
the photobionts. The photobiont associated with the reindeer lichen is Trebouxia irregularis. When fertile, the terminal branches often divide into short
Cladonia_rangiferina
Species of lichen
toward a vagrant life-form. The photobiont is a green alga of the genus Trebouxia. Microscopic examination shows one-celled ascospores typical of the genus
Rhizoplaca_parilis
Single-species lichen genus
layer, which is 50–100 μm thick and contains unicellular green algae, Trebouxia, that are up to 15 μm in diameter. These algae form a symbiotic relationship
Boreoplaca
Species of lichen-forming fungus
by its association with a different clade of the green algal partner Trebouxia (within T. jamesii s. lat.) than that found in L. vulpina s. str. (in
Letharia_lupina
Species of lichen
the thallus a frosted look. Internally, the photobiont is a green alga (Trebouxia-type), and chemical tests detect atranorin together with roccellic (or
Violella_wangii
Species of lichen-forming fungus
populations found that thalli of Ramalina farinacea can contain two distinct Trebouxia photobionts within the same thallus. On the basis of plastid LSU rDNA
Ramalina_farinacea
Species of lichen-forming fungus
(photobiont) associated with P. acicularis is Asterochloris magna (formerly Trebouxia magna). Pilophorus acicularis can be separated from similar species by
Pilophorus_acicularis
Genus of lichen-forming fungi
facilitate gas exchange. The internal photobiont alga belongs to the Trebouxia group. Chemical spot tests and thin-layer chromatography reveal the presence
Bryocaulon
Species of lichen
photobiont partner of Pseudevernia consocians is the green algal species Trebouxia jamesii. Pseudevernia consocians has a distribution that encompasses the
Pseudevernia_consocians
Family of lichen-forming fungi
lichen thallus, with the Trebouxia-associated form previously recognised as a separate species, "Buellia violaceofusca". The Trebouxia photobionts found in
Roccellaceae
American botanist
thesis was titled Effects of SO₂ and pH on the ultrastructure of the Trebouxia phycobiont of the pollution-sensitive lichen Parmelia caperata (L.) Ach
Robert_Slocum
Species of lichen-forming fungus
The photobiont (photosynthetic partner) is a green alga of the genus Trebouxia. The soredia are about 16–40 μm in diameter and may be aggregated into
Lecanora_sorediomarginata
Family of lichens in the order Lecanorales
relationship with chlorococcoid green algae, specifically from the genus Trebouxia, to form lichenised structures; instances of them living on other lichens
Tephromelataceae
Species of lichen-forming fungus
lichenized fungus associates with a green-algal photobiont in the genus Trebouxia. Under the microscope, the apothecial stalk is surrounded by a thin, colourless
Calicium_adspersum
Genus of lichens
photosynthesising partner, generally belongs to the green alga genus Trebouxia or similar chlorococcoid genera. Reproduction in Teuvoa occurs through
Teuvoa
Genus of lichen-forming fungi
Caloplaca contains a green algal partner (photobiont) from the genus Trebouxia. The apothecia feature a persistent rim (thalline margin) matching the
Caloplaca
TREBOUXIA
TREBOUXIA
TREBOUXIA
TREBOUXIA
Boy/Male
Arabic, Muslim
Servant of the Creator
Girl/Female
British, English, German, Greek
Variant of Melissa; Bee; Honey Bee
Biblical
leprosy; scab; hornet
Girl/Female
Arabic, Muslim, Sindhi
Lavender
Boy/Male
Tamil
Shining
Girl/Female
Muslim/Islamic
Beautiful
Boy/Male
Tamil
Girl/Female
Hindu
Ray of light, Name of a star
Boy/Male
British, English
From the Long Field
Male
Swedish
Swedish form of Old Norse Þorbiorn, TORBJÖRN means "Thor's bear."
TREBOUXIA
TREBOUXIA
TREBOUXIA
TREBOUXIA
TREBOUXIA