Pertusaria geminipara
(Th. Fr.) C. Knight ex Brodo
Go To
Encyclopedia of Life
...
Family:
Pertusariaceae
[
Lecanora geminipara
Th. Fr.,
more
Lecanora leprothelia
Nyl.,
Ochrolechia geminipara
(Th. Fr.) Vain.,
Ochrolechia leprothelia
(Nyl.) Arnold
]
LIAS
Web Links
Botanische Staatssammlung München
Life habit:
lichenized (mutualistic with algal photobionts)
thallus:
crustose (crustaceous) episubstratal unspecified
thallus:
granular, granulose, granulate [th] upper surface: grey(ish) white | yellow(ish) white (ivory, off-white, cream-coloured) [th marginal and upper surface] specific structures: present [th margin] cilia, cilioid structures: absent [th upper surface] isidia, isidioid structures: absent [th upper surface] soredia, soralia, soralioid structures: present [th] morphol substructures (eg areoles, lobes, branches) width [mm]: (low) 0.1 (high) 0.2 [th] morphol substructures (eg areoles, lobes, branches) upper
surface:
granulose, granular
ascomata:
absent | present
ascoma:
apothecial, apothecioid hymenial
ascoma
[mm]: (min) 2.5 [ascm, if apoth] disc, mazaedium: black(ish) | red(dish) [ascm] paraphyses/-oids: present
asci:
lecanoralean [asc] tholus: thickened [asc] tholus amyloidity (iodine reaction): present [asc] tholus amyloidity pattern: with amyloid cap (= Icmadophila-, Lecidea-, Pertusaria-types etc)
ascospores:
(median) 2.0 [asp] length [µm]: (low) 22.0 (high) 40.0 [asp] width [µm]: (low) 15.0 (high) 20.0 [asp] septa: absent spore lumen unilocular, monolocular [asp] pigmentation: hyaline, colourless [asp] perispore, epispore: not apparent
secondary metabolites:
present
secondary metabolites:
alectorialic acid | barbatolic acid | unknown/unidentified xanthone(s)
primary photobiont:
present
secondary photobionts
(eg in cephalodia): absent
primary photobiont:
chlorophytaceous trebouxiaceous, chlorococcoid.
substrate:
bryophytes mosses, liverworts | rock, stones, pebbles unspecified.
Encyclopedia of Life
Google Search Engine
Google Images
Open Interactive Map
Click to Display
11 Total Images
This project made possible by National Science Foundation Awards:
#1115116