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<strong>Keys</strong> <strong>to</strong> <strong>the</strong> <strong>macro<strong>lichens</strong></strong> <strong>and</strong> <strong>checklist</strong> <strong>of</strong> <strong>the</strong> <strong>lichens</strong> <strong>and</strong> lichenicolous fungi <strong>of</strong><br />

New Guinea<br />

A. Aptroot, 2009<br />

New Guinea has <strong>the</strong> richest macrolichen flora <strong>of</strong> any tropical Asian country. Although<br />

<strong>the</strong> 1986 <strong>checklist</strong> mentions only relatively few endemics, increased research in<br />

especially <strong>the</strong> last decade <strong>of</strong> <strong>the</strong> last century has shown that many <strong>of</strong> <strong>the</strong> conspicuous<br />

<strong>macro<strong>lichens</strong></strong> were undescribed <strong>and</strong>, indeed, endemic. There have been a few larger<br />

general publications <strong>and</strong> several smaller devoted <strong>to</strong> separate genera, <strong>and</strong> by now we can<br />

assume that most species are found <strong>and</strong> described.<br />

1. <strong>Keys</strong> <strong>to</strong> <strong>the</strong> <strong>macro<strong>lichens</strong></strong><br />

To provide an overview <strong>of</strong> <strong>the</strong> current state <strong>of</strong> knowledge, a key <strong>to</strong> <strong>the</strong> <strong>macro<strong>lichens</strong></strong> is<br />

provided here. This set <strong>of</strong> keys is mostly a compilation <strong>of</strong> published work by various<br />

authors, but contains some original keys for groups that were not yet treated in detail.<br />

The different sources <strong>of</strong> <strong>the</strong> keys has led <strong>to</strong> a ra<strong>the</strong>r varied terminology, which has not<br />

forcibly been homogenized. The key treats foliose <strong>and</strong> fruticose <strong>lichens</strong>, but not<br />

squamulose or crus<strong>to</strong>se ones; some arguebly arbitrary choices as <strong>to</strong> inclusion have been<br />

made.<br />

Thallus fruticose: Key A<br />

Thallus foliose: Key B<br />

Key A: Fruticose <strong>lichens</strong><br />

1a. Thallus yellow <strong>to</strong> orange-red, K+ purple-red .......................................................... 2<br />

1b. Thallus variously coloured, if yellow <strong>to</strong> orange-red <strong>the</strong>n not K+ purple-red .......... 3<br />

2a. Thallus <strong>of</strong> small, flattened, compacted lobes, <strong>to</strong> 1 mm wide <strong>and</strong> 2 mm tall,<br />

without marginal fibrils; marginal soredia present .................................... Xanthoria<br />

2b. Thallus ei<strong>the</strong>r entirely terete, angular, richly branched <strong>and</strong> with small oval soralia,<br />

sterile, or with ± flattened lobes, <strong>to</strong> 2.5 mm wide with numerous marginal fibrils;<br />

without soralia, <strong>and</strong> <strong>of</strong>ten fertile ............................................. Teloschistes flavicans<br />

3a. Thallus dimorphic, with a crus<strong>to</strong>se, leprose or squamulose basal thallus from<br />

which arises an erect, secondary thallus with or without apo<strong>the</strong>cia ........................ 4<br />

3b. Thallus not dimorphic.............................................................................................. 6<br />

4a. Basal thallus crus<strong>to</strong>se, leprose or granular.............................................Leprocaulon<br />

4b. Basal thallus squamulose or <strong>of</strong> rounded, peltate or flattened phyllocladia<br />

(sometimes disappearing early) ............................................................................... 5<br />

5a. Erect thallus hollow, <strong>of</strong>ten with squamules (at least at <strong>the</strong> base) <strong>and</strong> cups;<br />

phyllocladia <strong>and</strong> cephalodia absent; ascospores simple ............................. Cladonia


5b. Erect thallus solid, without cups <strong>and</strong> squamules; granular, peltate or finger-like;<br />

phyllocladia <strong>of</strong>ten sessile, wrinkled <strong>to</strong> convoluted, pale brown <strong>to</strong> blackish<br />

cephalodia present; ascospores septate ................................................. Stereocaulon<br />

6a. Thallus flattened, strap-shaped, distinctly dorsiventral (with differently coloured<br />

upper <strong>and</strong> lower surface); algae concentrated near <strong>the</strong> upper surface only ............. 7<br />

6b. Thallus not flattened, terete or, if flattened, algae distributed on both lower <strong>and</strong><br />

upper sides ............................................................................................................. 10<br />

7a. Thallus <strong>of</strong> straps; marginal cilia present .................................................................. 8<br />

7b. Thallus <strong>of</strong> combs; marginal cilia absent .................................................................. 9<br />

8a. Lower surface not corticate..................................................................Heterodermia<br />

8b. Lower surface corticate.........................................................................Everniastrum<br />

9a. Algae blue-green.....................................................................................Dictyonema<br />

9b. Algae green ..........................................................................................Coenogonium<br />

10a. Thallus gelatinous, dark green- <strong>to</strong> brown-black or black; pho<strong>to</strong>biont blue-green. 11<br />

10b. Thallus not gelatinous, colour various; pho<strong>to</strong>biont various................................... 12<br />

11a. Thallus without an upper cortex (microscope); thallus usually brown- or greenblack..............................................................................................................Collema<br />

11b. Thallus with an upper cortex consisting <strong>of</strong> a single layer <strong>of</strong> cells (microscope);<br />

thallus usually blue-grey, brown or grey-black ........................................ Lep<strong>to</strong>gium<br />

12a. Thallus with blue-green algae, <strong>to</strong> c. 1 cm tall, consisting <strong>of</strong> very slender, minutely<br />

tufted, spreading filaments..................................................................................... 13<br />

12b. Thallus with gren algae, c. 1-20 cm tall, filamen<strong>to</strong>us or o<strong>the</strong>rwise ....................... 15<br />

13a. Thallus richly branched, ± erect, brown <strong>to</strong> black................................................... 14<br />

13b. Thallus little branched, ± decumbent; blue-green if erect ......................Dictyonema<br />

14a. Surface shiny; surface cells mosaic-forming ......................................... Polychidium<br />

14b. Surface matt, <strong>to</strong>men<strong>to</strong>se near <strong>the</strong> base; surface cells rounded.<br />

................................................... Dendriscocaulon (unidentifiable morphs <strong>of</strong> Sticta)<br />

15a. Thallus <strong>and</strong>/or soralia C+ red; exclusively coastal, firmly attached <strong>to</strong> rock or bark,<br />

coastal; pho<strong>to</strong>biont Trentepohlia................................................ Roccella montagnei<br />

15b. Thallus <strong>and</strong> soralia (if present) C–; ecology various ............................................. 16<br />

16a Thallus filamen<strong>to</strong>us, with a <strong>to</strong>ugh axial str<strong>and</strong>, not easily broken when branches are<br />

. pulled; ascospores simple ................................................................................ Usnea<br />

16b. Thallus filamen<strong>to</strong>us or o<strong>the</strong>rwise, without a <strong>to</strong>ugh, axial str<strong>and</strong> (breaking cleanly<br />

when pulled apart).................................................................................................. 17<br />

17a. Thallus thread-like, with thin, <strong>of</strong>ten pointed, apices.............................................. 18<br />

17b. Thallus not thread-like, apices mostly blunt.......................................................... 19


18a. Thallus with distinct, white, ± elongate, <strong>of</strong>ten convex pseudocyphellae; yellowgrey<br />

.......................................................................................... Alec<strong>to</strong>ria ochroleuca<br />

18b. Thallus with or without indistinct pseudocyphellae which are never convex;<br />

colour black....................................................................................................Bryoria<br />

19a. Thallus some shade <strong>of</strong> brown, with elongated perforations ..........Cladia aggregata<br />

19b. Thallus not brown or not with perforations ........................................................... 20<br />

20a. Thallus yellow-grey or yellow-green..................................................................... 21<br />

20b. Thallus white <strong>to</strong> greyish or brownish..................................................................... 23<br />

21a. Thallus with cartilaginoue str<strong>and</strong>s; apo<strong>the</strong>cia when present with disc ±<br />

concolorous with <strong>the</strong> thallus .......................................................................Ramalina<br />

21b. Thallus without cartilaginous str<strong>and</strong>s; apo<strong>the</strong>cia when present with red or dark<br />

disc ......................................................................................................................... 22<br />

22a. Thallus solid, wrinkled <strong>and</strong> lacunose with wavy margins ....... Flavocetraria nivalis<br />

22b. Thallus hollow, without wrinkles or lacunose with wavy margins ............ Cladonia<br />

23a. Thallus only a hollow or solid strap, without much branching except for at <strong>the</strong> tips,<br />

without apo<strong>the</strong>cia, usually white............................................................................ 24<br />

23b. Thallus branched in some kind .............................................................................. 25<br />

24a. Thallus somewhat branched........................................................................... Siphula<br />

24b. Thallus virtually unbranched ....................................................................Thamnolia<br />

25a. Branches hollow..................................................................................................... 26<br />

25b. Branches solid........................................................................................................ 28<br />

26a. Thallus terete............................................................................................... Cladonia<br />

26b. Thallus somewhat flattened ................................................................................... 27<br />

27a. Lower surface <strong>of</strong> thallus not blackened; thallus <strong>of</strong>ten with terminal apo<strong>the</strong>cia;<br />

cortex K–.....................................................................................................Ramalina<br />

27b. Lower surface <strong>of</strong> thallus partly blackened; apo<strong>the</strong>cia rare, not terminal; cortex K+<br />

yellow.....................................................................................................Hypogymnia<br />

28a. Thallus <strong>of</strong>ten with cephalodia <strong>and</strong>/or soralia; apo<strong>the</strong>cia with dark brown disc;<br />

sphaerophorin absent ............................................................................ Stereocaulon<br />

28b. Thallus without cephalodia or soralia.................................................................... 29<br />

29a. Apo<strong>the</strong>cia forming black powdery mazaedium ................................. Bunodophoron<br />

29b. Apo<strong>the</strong>cia firm ....................................................................................................... 30<br />

30a. Thallus partly flattened; apo<strong>the</strong>cia at <strong>the</strong> on<strong>to</strong>genitcally lower surface.<br />

..................................................................................................... Calathaspis devexa<br />

30b. Thallus mostly in radial orientation on little twigs; apo<strong>the</strong>cia terminal ....................<br />

.................................................................................Compsocladium archboldianum


Key B: Foliose <strong>lichens</strong><br />

1a. Thallus yellow.......................................................................................................... 2<br />

1b. Thallus not yellow.................................................................................................... 3<br />

2a. Thallus K-, lobes very small, 0.3-0.5(-1.5) mm wide............ C<strong>and</strong>elaria crawfordii<br />

2b. Thallus K+ red, lobes more than 2 mm wide............................................. Xanthoria<br />

3a. Pho<strong>to</strong>biont in thallus mainly blue-green (cyanobacterial)....................................... 4<br />

3b. Pho<strong>to</strong>biont in thallus mainly green (chlorococcoid).............................................. 19<br />

4a. Thallus not layered in cross-section (homoiomerous); thallus blue-grey or brown<br />

throughout................................................................................................................ 5<br />

4b. Thallus layered in cross-section (heteromerous); upper <strong>and</strong> lower surfaces<br />

distinctly different.................................................................................................... 8<br />

5a. Thallus without a cellular upper cortex (microscope); swelling rapidly when wet. 6<br />

5b. Upper cortex <strong>of</strong> a single layer <strong>of</strong> well-defined cells (microscope), thallus not<br />

swollen when wet...................................................................................... Lep<strong>to</strong>gium<br />

6a. Thallus bluish, without apo<strong>the</strong>cia ............................................ Kroswia crystallifera<br />

6b. Thallus brown, <strong>of</strong>ten with apo<strong>the</strong>cia........................................................................ 7<br />

7a. Ascospore simple; thallus very thick .............................................................Physma<br />

7b. Ascospores septate........................................................................................Collema<br />

8a. Thallus squamulose or placodioid, <strong>of</strong>ten with blue-black prothallus ...................... 9<br />

8b. Thallus foliose........................................................................................................ 12<br />

9a. Thallus plate-like, Pd–; thalline exciple absent .............................................Degelia<br />

9b. Thallus with distinct lobes ..................................................................................... 10<br />

10a. Thallus mainly brown; hymenium I+ blue turnig brown...................Fuscopannaria<br />

10b. Thallus mainly grey; hymenium I+ persistently blue ............................................ 11<br />

11a. Thallus always PD-; asci with internal amyloid ring structure............... Parmeliella<br />

11b. Thallus <strong>of</strong>ten PD+; asci without internal amyloid structure ....................... Pannaria<br />

12a. Thallus closely applicated <strong>to</strong> substrate <strong>and</strong> usually under 3 cm wide ................... 13<br />

12b. Thallus ascending <strong>and</strong> free from substrate except <strong>of</strong> attachment structures.......... 15<br />

13a. Thallus with stiff hairs, mostly PD+ orange; apo<strong>the</strong>cia marginal ............Erioderma<br />

13b. Thallus with arachnoid hairs or glabrous, always PD-; apo<strong>the</strong>cia laminal............ 14<br />

14a. Thallus bluish, upper surface smooth; asci with I+ blue cap.................Coccocarpia<br />

14a. Thallus bluish, upper surface cob-webby; asci with I+ blue cap..............Leioderma<br />

14b. Thallus brownish, upper surface smooth; asci without I+ blue cap...........................<br />

...........................................................................................Fuscoderma papuanorum<br />

15a. Cyphellae or pseudocyphellae present on lower surface ....................................... 16


15b. Cyphellae <strong>and</strong> pseudocyphellae absent from lower surface, but bald patches may<br />

be present amongst <strong>the</strong> <strong>to</strong>mentum.......................................................................... 17<br />

16a. Cyphellae present with distinct raised margins, thallus smelling <strong>of</strong> fish when wet.<br />

........................................................................................................................... Sticta<br />

16b. Pseudocyphellae present without distinct raised margins, thallus not smelling <strong>of</strong><br />

fish when wet ............................................................................... Pseudocyphellaria<br />

17a. Lower surface naked or sparingly <strong>to</strong>men<strong>to</strong>se (but <strong>to</strong>men<strong>to</strong>se in two extinct<br />

species), apo<strong>the</strong>cia (if present) on lower surface <strong>of</strong> lobe ends ................. Nephroma<br />

17b. Lower surface <strong>to</strong>men<strong>to</strong>se, apo<strong>the</strong>cia (if present) on upper surface <strong>of</strong> thallus or<br />

lobe ends ................................................................................................................ 18<br />

18a. Lower surface with a ± well-developed coarse network <strong>of</strong> white or brown veins;<br />

apo<strong>the</strong>cia (if present) on short marginal projections................................... Peltigera<br />

18b. Lower surface without veins, but with bald patches amongst <strong>the</strong> <strong>to</strong>mentum;<br />

apo<strong>the</strong>cia (if present) laminal........................................................................ Lobaria<br />

19a. Thallus with spongiostratum (dense sponge-like cushions on lower surface)....... 20<br />

19b. Thallus without spongiostratum............................................................................. 21<br />

20a. Upper surface yellowish, with usnic acid .........................Pannoparmelia angustata<br />

20b. Upper surface grey, without usnic acid............................................................. Anzia<br />

21a. Thallus lobes inflated, hollow in section, lower surface without rhizines............. 22<br />

21b. Thallus lobes solid in section, flat or convex......................................................... 23<br />

22a. Thallus without perforations on <strong>the</strong> upper surface ................................Hypogymnia<br />

22b. Thallus with perforations on <strong>the</strong> upper or lower surface ........................ Menegazzia<br />

23a. Lobes with <strong>to</strong>mentum on lower surface, with or without lower cortex................. 24<br />

23b. Lobes with distinct lower cortex, <strong>to</strong>mentum absent .............................................. 28<br />

24a. Thallus lobes rounded, with a single urceolate apo<strong>the</strong>cia ± immersed in <strong>the</strong> centre<br />

<strong>of</strong> <strong>the</strong> thallus or if absent lower surface orange <strong>and</strong> without distinct veins.<br />

........................................................................................................Solorina simensis<br />

24b. Thallus lobes spreading, or if rounded <strong>the</strong>n with distinct raised veins; apo<strong>the</strong>cia if<br />

present on margins <strong>of</strong> <strong>the</strong> thallus ........................................................................... 25<br />

25a. Lobes without a lower cortex; rhizines <strong>of</strong>ten conspicuous <strong>to</strong> <strong>the</strong> margin... Peltigera<br />

25b. Lobes with a distinct lower cortex; rhizines absent from <strong>the</strong> margin <strong>of</strong> <strong>the</strong> lower<br />

surface.................................................................................................................... 26<br />

26a. Cyphellae <strong>and</strong> pseudocyphellae absent on lower surface............................. Lobaria<br />

26b. Cyphellae or pseudocyphellae present on lower surface ....................................... 27<br />

27a. Cyphellae white, with distinct raised margins present on lower surface.......... Sticta<br />

27b. Pseudocyphellae present as punctiform or effigurate breaks in <strong>the</strong> lower cortex.<br />

...................................................................................................... Pseudocyphellaria


28a. Thallus in <strong>the</strong> centre not foliose; only along <strong>the</strong> margins...................................... 29<br />

28b. Thallus foliose throughout ..................................................................................... 30<br />

29a. Hymenium I+ bright blue ........................................................................... Pannaria<br />

29b. Hymenium I+ dirty blue ...............................................................Psoroma filicicola<br />

30a. Thallus white, grey or brownish grey, lobes up <strong>to</strong> 5 mm wide, usually matt, <strong>of</strong>ten<br />

pruinose; spores brown, 1-septate (Physciaceae)................................................... 31<br />

30b. Thallus yellow-green, grey or brown, lobes from 1 mm <strong>to</strong> several centimetres<br />

wide, usually ± shiny in younger parts, rarely pruinose; spores colourless, simple<br />

(Parmeliaceae)........................................................................................................ 36<br />

31a. Thallus whitish <strong>to</strong> bluish grey, K+ yellow............................................................. 32<br />

31b. Thallus grey brown <strong>to</strong> brown, K-........................................................................... 35<br />

32a. Rhizines nearly absent; medulla UV+ white ..............................................Dirinaria<br />

32b. Rhizines present; medulla UV-.............................................................................. 33<br />

33a. Thallus with marginal cilia or rhizines; upper cortex <strong>and</strong> hyphae running parallel<br />

<strong>to</strong> <strong>the</strong> upper surface (microscope)........................................................Heterodermia<br />

33b. Thallus without marginal rhizines or cilia; upper cortex <strong>and</strong> hyphae with a cellular<br />

structure (microscope) ........................................................................................... 34<br />

34a. Hypo<strong>the</strong>cium black; lower surface usually black; thallus <strong>of</strong>ten UV+ yellow Pyxine<br />

34b. Hypo<strong>the</strong>cium pale; lower surface white <strong>to</strong> black; thallus UV-......................Physcia<br />

35a. Rhizines absent or sparse..................................................Hyperphyscia adglutinata<br />

35b. Rhizines numerous...............................................................................Phaeophyscia<br />

36a. Cilia with inflated base .......................................................................................... 37<br />

36b. Cilia, if present, without inflated base ................................................................... 38<br />

37a. Upper surface grey, K+ yellow, with atranorin ........................................ Bulbothrix<br />

37b. Upper surface yellowish green, with usnic acid ...........................................Relicina<br />

38a. Thallus erect, ± tufted ............................................................................................ 39<br />

38b. Thallus adnate <strong>to</strong> loosely overlapping ................................................................... 40<br />

39a. Thallus lobes brown throughout .................................................................. Cetraria<br />

39b. Thallus lobes yellow-green, green <strong>to</strong> grey-green or whitish.... Flavocetraria nivalis<br />

40a. Pseudocyphellae present on upper surface, punctiform or effigurate.................... 41<br />

40b. Pseudocyphellae absent ......................................................................................... 43<br />

41a. Pseudocyphellae effigurate .........................................................Parmelia erumpens<br />

41b. Pseudocyphellae punctiform.................................................................................. 42<br />

42a. Lobes overlapping, apo<strong>the</strong>cia usually absent................................................ Cetrelia<br />

42b. Lobes not overlapping, apo<strong>the</strong>cia<strong>of</strong>ten present .................................. Nephromopsis


43a. Rhizines branched dicho<strong>to</strong>mous or squarrose (simple rhizines may also be present)<br />

............................................................................................................. Hypotrachyna<br />

43b. Rhizines simple (or at most forked)....................................................................... 44<br />

44a. Thallus closely appressed <strong>to</strong> substratum................................................................ 45<br />

44b. Thallus not appressed <strong>to</strong> substratum, with loosely overlapping lobes................... 47<br />

45a. Cilia present .................................................................................Hypotrachyna Key<br />

45b. Cilia absent............................................................................................................. 46<br />

46a. Thallus closely appressed on rock ................................................... Xanthoparmelia<br />

46b. Thallus closely appressed on rock ..........................................................Relicinopsis<br />

47a. Thallus grey-green (usnic acid absent) .................................................................. 48<br />

47b. Thallus yellow-green (usnic acid present) ............................................................. 50<br />

48a. Cilia present ........................................................................................................... 49<br />

48b. Cilia absent.......................................................................................... Canoparmelia<br />

49a. Rhizines branched dicho<strong>to</strong>mous or squarrose (simple rhizines may also be present)<br />

......................................................................................................Hypotrachyna Key<br />

49b. Rhizines simple (or at most forked), <strong>of</strong>ten absent along <strong>the</strong> lower margin ...............<br />

........................................................................................................ Parmotrema Key<br />

50a. Thallus with discrete or pustular soralia ............................. Flavoparmelia haysomii<br />

50b. Thallus without soralia; isidia sometimes present ........................... Xanthoparmelia<br />

Anzia Key (after Yoshimura, I., H.J.M. Sipman & A. Aptroot 1995. The lichen genus Anzia<br />

in New Guinea. Biblio<strong>the</strong>ca Lichenologica 58: 439-469.):<br />

1a. Without lobules, isidia, pustules or soredia; apo<strong>the</strong>cia <strong>of</strong>ten present...................... 2<br />

1b. With lobules, isidia, pustules or soredia; apo<strong>the</strong>cia usually absent ......................... 5<br />

2a. Spongiostratum moniliform, in interrupted, rounded patches ....A. pseudoangustata<br />

2b. Spongiostratum not moniliform, in a continuous b<strong>and</strong>............................................ 3<br />

3a. Upper surface <strong>of</strong> lobes ± convex; white marginal rim mostly absent; central cavity<br />

between spongiostratum <strong>and</strong> medulla present; medulla C+ red or rarely C-, with<br />

or without anziaic acid.........................................................................A. gregoriana<br />

3b. Upper surface <strong>of</strong> lobes ± flat; white marginal rim present; spongiostratum without<br />

cavities; medulla C+ red or (usually) C-, with or without anziaic acid ................... 4<br />

4a. Medulla C-, with lobaric acid or norlobaridone, without anziaic acid, never with<br />

yellow pigment........................................................................................A. semiteres<br />

4b. Medulla C+ red, with anziaic acid, sometimes with yellow pigment.A. end<strong>of</strong>lavida<br />

4c. Medulla C+red, with anziaic acid <strong>and</strong> 4-O-methylhypopro<strong>to</strong>cetraric acid.<br />

............................................................................................................ A. niuginiensis<br />

5a. With lobules or cylindrical isidia............................................................................. 6<br />

5b. With soralia or pustules ......................................................................................... 10


6a. With lobules............................................................................................................. 7<br />

6b. With cylindrical isidia.............................................................................................. 8<br />

7a. Upper surface <strong>of</strong> lobes ± flat; white marginal rim present; spongiostratum without<br />

cavities; medulla C-, with lobaric acid .................................................A. orna<strong>to</strong>ides<br />

7b. Upper surface <strong>of</strong> lobes ± convex; white marginal rim <strong>of</strong>ten absent; central cavity<br />

between spongiostratum <strong>and</strong> medulla present; medulla C+ red, with anziaic acid.<br />

......................................................................................................A. pseudopustulata<br />

8a. Upper surface <strong>of</strong> lobes ± convex; white marginal rim <strong>of</strong>ten absent; central cavity<br />

between spongiostratum <strong>and</strong> medulla present; medulla C+ red, with anziaic acid.<br />

...........................................................................................................A. corallophora<br />

8b. Upper surface <strong>of</strong> lobes ± flat; white marginal rim present; spongiostratum without<br />

cavities ..................................................................................................................... 9<br />

9a. Isidia c. 0.1 mm wide <strong>and</strong> up <strong>to</strong> c. 0.4 mm long, with browned tips, rarely<br />

branched, when young club-shaped; medulla C+ yellow-orange, with lobaric acid<br />

<strong>and</strong> identified substances ......................................................................A. isidiolenta<br />

9b. Isidia c. 0.1-0.3 mm wide <strong>and</strong> c. 0.5-1.2 mm long, without browned tips, more or<br />

less branched, not club-shaped; medulla C-, with norlobaridone or lobaric acid,<br />

occasionally without ................................................................................. A. isidiosa<br />

10a. With soralia; medulla C-, UV+ white, with divaricatic acid ................................. 11<br />

10b. With pustules; medulla C+ red, LTV-, with anziaic acid ...................................... 12<br />

11a. With bubble- <strong>to</strong> urn-shaped, laminal soralia..................................... A. afromontana<br />

11b. With labriform soralia on <strong>the</strong> lower side <strong>of</strong> recurved lobe tips ............A. americana<br />

12a. Pustules mostly terminal, producing coarse soredia or tiny, coralloid lobules;<br />

upper surface <strong>of</strong> lobes ± flat; white marginal rim present; spongiostratum without<br />

cavities ....................................................................................................A. pustulata<br />

12b. Pustules mostly lateral, producing convex lobules; upper surface <strong>of</strong> lobes ±<br />

convex; white marginal rim present; spongiostratum with central cavity between<br />

spongiostratum <strong>and</strong> medulla ........................................................A. pseudopustulata<br />

Bryoria Key:<br />

1a. Thallus sorediate .......................................................................................... B. dahlii<br />

1b. Thallus not sorediate............................................................................ B. indonesica<br />

Bulbothrix Key:<br />

1a. Thallus without isidia or lobules.......................................................... B. tuskiformis<br />

1b. Thallus with isidia or lobules................................................................................... 2<br />

2a. Lobes black below, relatively broad ........................................................B. tabacina<br />

2b. Lobes brown below, narrow .................................................................................... 3<br />

3a. Medulla C+ pink .......................................................................................B. goebelii


3b. Medulla C- ............................................................................................................... 4<br />

4a. Medulla P+ yellow, K+ red (salazinic)....................................................... B. isidiza<br />

4b. Medulla P+ red (pro<strong>to</strong>cetraric)...............................................................B. subinflata<br />

Bunodophoron Key:<br />

1a. Thallus hollow ...................................................................................... B. diplotypus<br />

1b. Thallus solid............................................................................................................. 2<br />

2a. Branched thin, less than 2 mm wide .........................................................B. murrayi<br />

2b. Branches thick, more than 2 mm wide............................................... B. patagonicus<br />

Canoparmelia Key:<br />

1a. Thallus isidiate........................................................................................ C. adspersa<br />

1b. Thallus sorediate .........................................................................................C. texana<br />

Cetraria Key:<br />

1a. Thallus broad; lobes usually over 2 mm wide ........................................C. isl<strong>and</strong>ica<br />

1b. Thallus narrow; lobes usually under 2 mm wide................................... C. nigricans<br />

Cetrelia Key:<br />

1a. With (mostly marginal) soredia; medulla UV+ or UV-........................................... 2<br />

1b. With (mostly marginal) isidia or lobuli; medulla UV+ white.................................. 3<br />

2a. Medulla C+ red, UV- (olive<strong>to</strong>ric acid) ................................................ C. olive<strong>to</strong>rum<br />

2b. Medulla C-, KC+ reddish, UV+ white (alec<strong>to</strong>ronic acid).........................C. chicitae<br />

3a. With (usually short) isidia (alec<strong>to</strong>ronic acid)...................................... C. braunsiana<br />

3b. With marginal lobules (microphyllinic acid)...........................................C. japonica<br />

Cladonia Key (after Stenroos, S. 1986. The family Cladoniaceae in Melanesia. 2. Cladonia<br />

section Cocciferae. Annales Botanici Fennici 23: 239-250. <strong>and</strong> Stenroos, S. 1988a. The<br />

family Cladoniaceae in Melanesia. 3. Cladonia sections Helopodium, Perviae <strong>and</strong><br />

Cladonia. Annales Botanici Fennici 25: 117-148.):<br />

1a. Thallus without squamules ...................................................................................... 2<br />

1b. At least some squamules present ............................................................................. 3<br />

2a. Thallus inflated, little branched ...............................................................C. papuana<br />

2b. Thallus not inflated, densely (at least 5 times) branched.......................... C. confusa<br />

3a. Podetial axils, scyphi <strong>and</strong> <strong>of</strong>ten tips open................................................................ 4<br />

3b. Podetial axils, scyphi <strong>and</strong> tips closed....................................................................... 7<br />

4a. Podetia richly branched; contains fumarpro<strong>to</strong>cetraric acid (PD+ red) .................... 5


4b. Podetia moderately branched; contains thamnolic or squamatic acid (PD+ yellow<br />

or PD-) ..................................................................................................................... 6<br />

5a. Podetial walls with lateral fissures <strong>and</strong> perforations, stereome thinC. corymbescens<br />

5b. Fissures <strong>and</strong> perforations lacking, stereome thick <strong>and</strong> hard ............. C. scabriuscula<br />

6a. Surface <strong>of</strong> <strong>the</strong> podetia smoothly corticate, sometimes with few microsquamules,<br />

medulla UV-............................................................................................. C. crispata<br />

6b. Surface <strong>of</strong> <strong>the</strong> podetia rough, microsquamulose, medulla <strong>of</strong>ten UV+ white.<br />

................................................................................................................C. squamosa<br />

7a. Apo<strong>the</strong>cia when present brown; lower surface <strong>of</strong> squamules without yellow......... 8<br />

7b. Apo<strong>the</strong>cia when present red; lower surfac <strong>of</strong> squamules <strong>of</strong>ten partly yellow ....... 27<br />

8a. Podetia ascyphose, blunt, esorediate, commonly terminating in hymenial discs .... 9<br />

8b. Podetia scyphose or if ascyphose, <strong>the</strong>n usually subulate, sorediate <strong>and</strong> without<br />

hymenial discs........................................................................................................ 10<br />

9a. Basal squamules small; contains fumarpro<strong>to</strong>cetraric acid (PD+ red) C. peziziformis<br />

9b. Basal squamules large; contains psoromic acid (PD+ yellow, K-)... C. macrophylla<br />

9c. Basal sqamules large; contains norstictic acid (K+red)..................C. polycarpoides<br />

10a. Podetia at least partly sorediate.............................................................................. 11<br />

10b. Podetia esorediate, smoothly corticate <strong>to</strong> squamulose........................................... 19<br />

11a. Podetia lacking scyphi ........................................................................................... 12<br />

11b. Podetia bearing distinct scyphi .............................................................................. 14<br />

12a. Podetia sorediate throughout, not or scarcely melanotic ....................................... 13<br />

12b. Podctia esorediate, melanotic, verruculose...................................... C. melanocaulis<br />

13a. Podctia repeatedly branched, soredia coasre, caducous..................... C . corniculata<br />

13b. Podetia simple or with few branches; soredia finely granulose, immixed with<br />

microsquamules ................................................................................... C. subradiata<br />

14a. Podetia entirely sorediate, scyphi wide.................................................................. 15<br />

14b. Podetia partly corticate .......................................................................................... 16<br />

15a. Soredia farinose <strong>to</strong> finely granulose, immixed with microsquamules down <strong>to</strong> base<br />

.......................................................................................................... C. subsquamosa<br />

15b. Soredia granulose.............................................................................. C. chlorophaea<br />

16a. Scyphi narrow (0.5-1.5 mm), soralia tuberculate, partly epicorticate; podetia pale<br />

greenish-brown ....................................................................................C. phyllopoda<br />

16b. Scyphi generally wider (1-4 mm), soredia not tuberculate.................................... 17<br />

17a. Scyphi deep, <strong>of</strong>ten with fundic perforations.....................................C. poeciloclada<br />

17b. Scyphi shallow, closed........................................................................................... 18


18a. Scyphi generally well developed; soredia farinose, in patches, confined <strong>to</strong> <strong>the</strong><br />

scyphal margins; podetia medium <strong>to</strong> dark brown; contains fumarpro<strong>to</strong>cetraric acid<br />

(PD+red) ............................................................................................C. ochrochlora<br />

18b. Scyphi <strong>of</strong>ten deformed, soredia powdery <strong>to</strong> granulose; contains<br />

fumarpro<strong>to</strong>cetraric (PD+ red) or psoromic acid (PD+ yellow)............ C. fruticulosa<br />

19a. Podetia lacking scyphi ........................................................................................... 20<br />

19b. Podetia with scyphi................................................................................................ 22<br />

20a. Podetia richly branched............................................................................................ 5<br />

20b. Podetia simple or moderately branched................................................................. 21<br />

21a. Podetial surface smooth; walls with lateral slits...................................C. fenestralis<br />

21b. Podetial surface roughly microsquamulose ........................................... C. ramulosa<br />

22a. Scyphi proliferating from <strong>the</strong> centre...................................................................... 23<br />

22b. Scyphi proliferating from <strong>the</strong> margins................................................................... 25<br />

23a. Scyphi deformed, irregular, sparsely present........................................C. fenestralis<br />

23b. Scyphi regular, well developed.............................................................................. 24<br />

24a. Surface <strong>of</strong> <strong>the</strong> podetia smoothly corticate, scyphi wide ..............................C. rappii<br />

24b. Surface <strong>of</strong> <strong>the</strong> podetia partly ecorticate, squamulose; scyphi narrow.C. gymnopoda<br />

25a. Surface <strong>of</strong> <strong>the</strong> podetia smooth; walls with lateral slits .........................C. fenestralis<br />

25b. Surface <strong>of</strong> <strong>the</strong> podetia granulose <strong>to</strong> microsquamulose .......................................... 26<br />

26a. Surface <strong>of</strong> <strong>the</strong> podetia granulose <strong>to</strong> phyllidioid, basal squamules thick, chalkwhite<br />

inside ..............................................................................................C. pocillum<br />

26b. Surface <strong>of</strong> <strong>the</strong> podetia roughly microsquamulose.............................C. ramulosa s.l.<br />

27a. Podetia scyphose.................................................................................................... 28<br />

27b. Podetia ascyphose, tips subulate............................................................................ 30<br />

28a. Podetia sorediate ......................................................................................C. yunnana<br />

28b. Podetia not sorediate.............................................................................................. 29<br />

29a. Podetia provided with regular, wide scyphi; podetial stalk corticate; scyphi<br />

areolate-corticate; contains zeorin ..........................................................C. coccifera<br />

29b. Podetia with irregularly proliferating scyphi; basal part, as well as <strong>the</strong> interior <strong>of</strong><br />

<strong>the</strong> scyphi corticate; contains thamnolic acid ............................................C. vulcani<br />

30a. Podetia <strong>of</strong>ten without hymenia; at least partly farinose sorediate ......................... 31<br />

30b. Podetia <strong>of</strong>ten with hymenial discs; esorediate, squamulose or partly corticate..... 32<br />

31a. Podetia entirely ecorticate......................................................................C. macilenta<br />

31b. Podetia distinctly corticate at lower parts, cortex <strong>of</strong>ten covering one third <strong>of</strong> <strong>the</strong><br />

podetia................................................................................................. C. weymouthii


32a. Podetia ecorticate, microsquamulose <strong>to</strong> partly granulose; squamules narrow,<br />

generally pointing downwards...................................................................C. didyma<br />

32b. Podetia distinctly corticate at base <strong>and</strong> below hymenia, o<strong>the</strong>r parts ecorticate,<br />

scabrose <strong>to</strong> finely granulose................................................................. C. floerkeana<br />

Coccocarpia Key:<br />

1a. Lobes slender (less than 0.5 mm wide), not appressed............................................ 2<br />

1b. Lobes broader, or closely appressed ........................................................................ 4<br />

2a. Lobes cuneate, with accessory lobes ......................................................... C. rottleri<br />

2b. Lobes filiform .......................................................................................................... 3<br />

3a. Thallus with isidia..............................................................................C. domingensis<br />

3b. Thallus without isidia........................................................................... C. tenuissima<br />

4a. Thallus pruinose (compare with <strong>the</strong> o<strong>the</strong>r, common species).................................. 5<br />

4b. Thallus not pruinose; here all common species ....................................................... 6<br />

5a. Thallus with isidia.............................................................................. C. smaragdina<br />

5b. Thallus without isidia.............................................................................. C. pruinosa<br />

6a. Thallus with isidia.................................................................................................... 7<br />

6b. Thallus without isidia............................................................................................. 10<br />

7a. Thallus tightly adnate, isidia cylindrical.................................................................. 8<br />

7b. Thallus loosely appressed, isidia flattened............................................................... 9<br />

8a. Lobes cuneate, richly branched.................................................................C. dissecta<br />

8b. Lobes rounded, sparingly branched .......................................................C. palmicola<br />

9a. Lobe margins upturned, lobes elongate ...................................................C. glaucina<br />

9b. Lobe margin flat, lobes rounded ................................................................. C. pellita<br />

10a. Thallus tightly adnate............................................................................................. 11<br />

10b. Thallus loosely appressed ....................................................................C. erythroxyli<br />

11a. Foliicolous, lobes tips rounded ............................................................C. aeruginosa<br />

11b. Corticolous, lobes tips truncate.................................................................. C. adnata<br />

Coenogonium Key (only fruticose species):<br />

1a. Spores simple......................................................................................... C. leprieurii<br />

1b. Spores 1-septate ............................................................................................ C. linkii<br />

Collema Key:<br />

1a. Thallus isidiate......................................................................................................... 2<br />

1b. Thallus without isidia, with apo<strong>the</strong>cia ..................................................................... 3


2a. Thallus not lobed around <strong>the</strong> margin ...............................C. leptaleum var. biliosum<br />

2b. Thallus conspicuously lobed....................................................................C. rugosum<br />

3a. Thallus rough, not lobed around <strong>the</strong> margin............................................................ 4<br />

3b. Thallus smooth or with ridges, conspicuously lobed............................................... 7<br />

4a. Spores 4-celled, thallus pale brownish...................................................C. leptaleum<br />

4b. Spores many-celled, thallus brown <strong>to</strong> black ............................................................ 5<br />

5a. Apo<strong>the</strong>cia with thick layer <strong>of</strong> paraplectenchyma<strong>to</strong>us cells............... C. coilocarpum<br />

5b. Apo<strong>the</strong>cia without such a layer................................................................................ 6<br />

6a. Thallus dark brown <strong>to</strong> black, excipulum with thick-walled cells, spores mostly <<br />

100 μm .............................................................................................. C. papuanorum<br />

6b. Thallus medium brown, excipulum with thin-walled cells, spores <strong>of</strong>ten > 100 μm.<br />

................................................................................ C. fasciculare var. microcarpum<br />

7a. Thallus with ridges, sometimes fenestrate, spores acicular ........... C. actinoptychum<br />

7b. Thallus smooth, resembling a Lep<strong>to</strong>gium................................................................ 8<br />

8a. Spores submuriform....................................................................... C. subconveniens<br />

8b. Spores acicular....................................................................................C. chimbuense<br />

Degelia Key:<br />

1a. Thallus sorediate .................................................................................... D. sorediata<br />

1b. Thallus not sorediate....................................................................................D. minor<br />

Dictyonema Key:<br />

1a. Hyphae with clamps................................................................................................. 2<br />

1b. Hyphae without clamps............................................................................................ 3<br />

2a. Thallus crus<strong>to</strong>se, corticiod .....................................................................D. irpicinum<br />

2b. Thallus nearly foliose, stereoid.............................................................. D. ligulatum<br />

3a. Algal trichome uniseriate........................................................................D. sericeum<br />

3b. Algal trichome biseriate............................................................................. D. moorei<br />

Dirinaria Key:<br />

1a. Thallus with isidia or soredia................................................................................... 2<br />

1b. Thallus without vegetative propagules .................................................................... 5<br />

2a. Thallus with isidia............................................................................. D. papillulifera<br />

2b. Thallus with soredia................................................................................................. 3<br />

3a. Soredia pustular ...................................................................................... D. aegialita<br />

3b. Soredia rounded, regular.......................................................................................... 4


4a. Lobes placodioid, confluent.................................................................. D. applanata<br />

4b. Lobes discrete, adnate................................................................................... D. picta<br />

5a. Lobes placodioid, confluent................................................................... D. confluens<br />

5b. Lobes discrete, adnate......................................................................D. purpurascens<br />

Erioderma Key (after Jørgensen, P.M. & H.J.M. Sipman 2002a. The lichen genus<br />

Erioderma in Sou<strong>the</strong>ast Asia. Ann. Bot. Fennici 39: 201-211.):<br />

1a. Thallus sorediate, rarely fertile ............................................................E. sorediatum<br />

1b. Thallus not sorediate, usually fertile........................................................................ 2<br />

2a. Lower surface with distinct, raised veins, upper scrobiculate, mostly Pd-.<br />

.............................................................................................................E. <strong>to</strong>men<strong>to</strong>sum<br />

2b. Lower surface not veined, upper smooth, mostly Pd+ ............................................ 3<br />

3a. Lower surface orange, K+ orange; apo<strong>the</strong>cial margins hairy, hairs <strong>of</strong>ten blackish.<br />

................................................................................................................E. gloriosum<br />

3b. Lower surface creamish white, K-; apo<strong>the</strong>cial margins warted or hairy, hairs<br />

whitish only.............................................................................................................. 4<br />

4a. Lobes narrow (3 mm), flat <strong>to</strong> concave, hairy with scattered marginal, black<br />

rhizohyphae.............................................................................................................. 5<br />

5a. Thallus broad-lobed with coarse, erect, bundled hairs, apo<strong>the</strong>cia finally large (>5<br />

mm).......................................................................................................................... 6<br />

5b. Thallus dicho<strong>to</strong>mously divided, downy hairy or glabrous, apo<strong>the</strong>cia smaller(


Fuscopannaria Key (after Jørgensen, P.M. & H.J.M. Sipman 2006. The lichen family<br />

Pannariaceae in <strong>the</strong> montane regions <strong>of</strong> New Guinea. Journal <strong>of</strong> <strong>the</strong> Hat<strong>to</strong>ri Botanical<br />

Labora<strong>to</strong>ry 100: 695-720.):<br />

1a. Thallus with bluish gymnidia (isidia without cortex)....................... F. coerulescens<br />

1b. Thallus without gymnidia ........................................................................................ 2<br />

2a. Squamules large (<strong>to</strong> 5 mm), uniformly coloured, widely scattered on prothallus.<br />

....................................................................................................................F. venusta<br />

2b. Squamules smaller (<strong>to</strong> 2 mm), <strong>of</strong>ten white-edged, mostly cushion-forming........... 3<br />

3a. Squamules ca. 300 μm thick, imbricate, in cushions, spores 15-18 x 9-12 μm; on<br />

high-alpine soils.................................................................................. F. cacuminum<br />

3b. Squamules under 200 μm thick, partly ascending, spores 10-12 x 8-10 μm; on<br />

rotting bark in humid forest ......................................................................F. dissecta<br />

Heterodermia Key:<br />

1a. Lower surface corticate............................................................................................ 2<br />

1b. Lower surface not corticate...................................................................................... 6<br />

2a. Thallus with soredia or isidia................................................................................... 3<br />

2b. Thallus without vegetative propagules ................................................ H. diademata<br />

3a. Thallus with isidia.................................................................................................... 4<br />

3b. Thallus with soredia................................................................................................. 5<br />

4a. Thallus firm, thick, like H. speciosa, medulla K- ...............................H. isidiophora<br />

4b. Thallus lax, thin, medulla K+ red .........................................................H. antillarum<br />

5a. Soredia along margins <strong>of</strong> ra<strong>the</strong>r broad lobes ...........................................H. albicans<br />

5b. Soredia punctiform or covering tiny side-lobes.......................................H. speciosa<br />

6a. Lobes linear, thallus not appressed <strong>to</strong> <strong>the</strong> substrate................................................. 7<br />

6b. Lobes rounded <strong>to</strong> cuneate, more or less appressed................................................ 11<br />

8a. Lower surface without pigment ............................................................................... 9<br />

8b. Lower surface with pigment .................................................................................. 10<br />

9a. Thallus irregularly isidiate/sorediate................................................... H. verrucifera<br />

9b. Thallus not isidiate................................................................................H. leucomela<br />

10a. Lower surface with yellow pigment .......................................................H. lutescens<br />

10b. Lower surface with red pigment ............................................................................ 11<br />

11a. Thallus strictly linear .............................................................................. H. papuana<br />

11b. Thallus partly deformed, bulging out....................................................... H. vulgaris<br />

12a. Thallus white, with unbranched, white cilia .......................................................... 13<br />

12b. Thallus grey <strong>to</strong> green, with branched, coloured rhizines....................................... 15


13a. Thallus without soredia........................................................................ H. podocarpa<br />

13a. Thallus with soralia................................................................................................ 14<br />

14a. Soralia labriform <strong>to</strong> irregular .......................................................... H. galac<strong>to</strong>phylla<br />

14b. Soralia covering parts <strong>of</strong> <strong>the</strong> lower surface............................................... H. comosa<br />

15a. Thallus with soredia or irregular isidia/phyllidia................................................... 16<br />

15b. Thallus without soredia.......................................................................................... 19<br />

16a. Lower surface with pigment .................................................................................. 17<br />

16b. Lower surface without pigment ............................................................................. 18<br />

17a. Pigment yellow, K- ........................................................................... H. casarettiana<br />

17b. Pigment yellow <strong>to</strong> orange or red, K+ purple ...................................H. obscurata s.l.<br />

18a. Thallus with irregular isidia/phyllidia.............................................H. microphyllina<br />

18b. Thallus with soredia................................................................................ H. japonica<br />

19a. Lower surface with yellow pigment ......................................................H. flabellata<br />

19b. Lower surface without pigment ............................................................................. 20<br />

20a. Thallus firm, thick, lower margin corticate ............................................H. dactyliza<br />

20b. Thallus lax, thin, lower margin not corticate ........................................H. hypoleuca<br />

Hypogymnia Key:<br />

1a. Thallus with isidia, soralia or pustules..................................................................... 2<br />

1b. Thallus without vegetative propagules .................................................................... 5<br />

2a. Thallus s<strong>of</strong>t, with isidia (if firm <strong>and</strong> with isidia, see Menegazzia)........ H. zeylanica<br />

2b. Thallus not s<strong>of</strong>t, with soredia or pustules ................................................................ 3<br />

3a. Soredia labriform, terminal, thallus brownish ............................................ H. vittata<br />

3b. Soredia punctiform <strong>to</strong> confluent <strong>and</strong> pustular, laminal............................................ 4<br />

4a. Soredia punctifrom, thallus glossy, brown ..................................................H. bitteri<br />

4b. Soredia confluent, pustular, thallus grey.................................... H. pseudobitteriana<br />

5a. Thallus brown or partly black, lobes rarely branched.............................. H. lugubris<br />

5b. Thallus grey, lobes much branched .................................................... H. pectinatula<br />

Hypotrachyna Key (after Louwh<strong>of</strong>f, S.H.J.J. & J.A. Elix 2002. Hypotrachyna <strong>and</strong> allied<br />

lichen genera in Papua New Guinea. Biblio<strong>the</strong>ca Lichenologica 81: 1-149.):<br />

1a. Lobes eciliate ........................................................................................................... 2<br />

1b. Lobes with marginal cilia....................................................................................... 41<br />

2a. Upper cortex yellow-green; usnic acid present........................................................ 3<br />

2b. Upper cortex grey; atranorin or lichexanthone present.......................................... 13


3a. Thallus lacking isidia, soredia <strong>and</strong> pustules............................................H. reducens<br />

3b. Thallus with isidia, soredia or pustules.................................................................... 4<br />

4a. Thallus sorediate or pustulate; isidia absent ............................................................ 5<br />

4b. Thallus isidiate; isidia cylindrical, ±becoming sorediate......................................... 8<br />

5a. Thallus pustulate-sorediate ........................................................................ H. meyeri<br />

5b. Thallus sorediate; pustules absent............................................................................ 6<br />

6a. Medulla K- or K+ yellow-brown; fumarpro<strong>to</strong>cetraric acid present.....H. simbuensis<br />

6b. Medulla K+ yellow turning dark red; salazinic or galbinic acid present................. 7<br />

7a. Medulla containing galbinic acid (major) <strong>and</strong> salazinic acid (minor) ... H. galbinica<br />

7b. Medulla containing salazinic acid (major); galbinic acid absent.............. H. sinuosa<br />

8a. Medulla K+ yellow <strong>the</strong>n dark red; salazinic, galbinic or norstictic acids present ... 9<br />

8b. Medulla K- or K+ yellow-brown; fumarpro<strong>to</strong>cetraric or physodalic acids present12<br />

9a. Galbinic acid (major or submajor) present ........................................ H. microblasta<br />

9b. Galbinic acid absent............................................................................................... 10<br />

10a. Norstictic acid (major); salazinic acid absent ......................................... H. hnatiukii<br />

10b. Salazinic acid present............................................................................................. 11<br />

11a. Salazinic acid (major); norstictic acid (trace) ..........................................H. tariensis<br />

11b. Norstictic acid (major); salazinic acid (submajor).................................. H. <strong>and</strong>ensis<br />

12a. Upper surface shiny; isidia slender, cylindrical; fumarpro<strong>to</strong>cetraric acid present.<br />

................................................................................................................. H. munduai<br />

12b. Upper surface dull; isidia somewhat inflated; physodalic acid present.<br />

...................................................................................................... H. subphysodalica<br />

13a. Thallus lacking isidia, soredia <strong>and</strong> pustules........................................................... 14<br />

13b. Thallus with isidia, soredia or pustules.................................................................. 18<br />

14a. Medulla K+ yellow <strong>the</strong>n dark red; salazinic acid present....................... H. corneola<br />

14b. Medulla K- or K + yellow-brown; salazinic acid absent ....................................... 15<br />

15a. Medulla P+ orange-red; pro<strong>to</strong>cetraric acid present.................................. H. adducta<br />

15b. Medulla P- ; pro<strong>to</strong>cetraric acid absent.16<br />

16a. Medulla pale yellow; secalonic acid A present..................................... H. peruviana<br />

16b. Medulla white; secalonic acid A absent................................................................. 17<br />

17a. Upper surface densely lobulate; barbatic <strong>and</strong> 4-O-demethylbarbatic acids present.<br />

............................................................................................................. H. neodigitata<br />

17b. Upper surface elobulate; fatty acids present ........................................... H. terricola<br />

18a. Thallus isidiate; soredia <strong>and</strong> pustules absent ......................................................... 19<br />

18b. Thallus sorediate <strong>and</strong>/or pustulate; isidia absent ................................................... 30


19a. Medulla C+ red; lecanoric acid present ............................................. H. woitapensis<br />

19b. Medulla C-; lecanoric acid absent.......................................................................... 20<br />

20a. Medulla P+ orange or red; fumarpro<strong>to</strong>cetraric, pro<strong>to</strong>cetraric <strong>and</strong>/or quaesitic acids<br />

present.................................................................................................................... 21<br />

20b. Medulla P-; fumarpro<strong>to</strong>cetraric, pro<strong>to</strong>cetraric <strong>and</strong> quaesitic acids absent............. 24<br />

21a. Medulla K+ yellow <strong>the</strong>n dark red; quaesitic acid present .......................H. quaesita<br />

21b. Medulla K- or K+ yellow-brown; quaesitic acid absent........................................ 22<br />

22a. Medulla K-, KC+ orange ; fumarpro<strong>to</strong>cetraric <strong>and</strong> barbatic acids present.<br />

...............................................................................................................H. malesiana<br />

22b. Medulla K+ yellow-brown; KC+ pink; pro<strong>to</strong>cetraric acid present........................ 23<br />

23a. Medulla yellow in part; pigmen<strong>to</strong>sin A present.................................... H. consimilis<br />

23b. Medulla white thoughout; pigmen<strong>to</strong>sin A absent ..................................H. koyaensis<br />

24a. Medulla KC+ orange; barbatic acid present .......................................................... 25<br />

24b. Medulla KC-; fatty acids present ........................................................................... 28<br />

25a. Isidia inflated; apices becoming erumpent ................................................. H. <strong>to</strong>iana<br />

25b. Isidia cylindrical; apices intact............................................................................... 26<br />

26a. Echinocarpic acid present ........................................................................... H. addita<br />

26b. Echinocarpic acid absent........................................................................................ 27<br />

27a. Upper surface distinctly maculate; obtusatic <strong>and</strong> norobtusatic acids (submajor)<br />

present.................................................................................................H. imbricatula<br />

27b. Upper surface emaculate; obtusatic <strong>and</strong> norobtusatic acids present in trace<br />

quantities or absent ................................................................................ H. orientalis<br />

28a. Thallus loosely adnate, saxicolous or terricolous; lobes broad, 4-12 mm wide.<br />

................................................................................................................. H. terricola<br />

28b. Thallus adnate, corticolous; lobes narrower, 1-6 mm wide................................... 29<br />

29a. Lobes narrow, 1-3 mm wide; ascospores large, 20-23 x 12-15 µm; lichesterinic<br />

<strong>and</strong> pro<strong>to</strong>lichesterinic acids present.................................................H. lichesterinica<br />

29b. Lobes broader, 2-6 mm wide; ascospores small, 8-10 x 4-6 µm; constipatic,<br />

pro<strong>to</strong>constipatic <strong>and</strong> pro<strong>to</strong>praesorediosic acids present................... H. costaricensis<br />

30a. Thallus pustulate-sorediate .................................................................................... 31<br />

30b. Thallus sorediate; pustules absent.......................................................................... 35<br />

31a. Upper cortex UV+ yellow; lichexanthone present................................ H. osseoalba<br />

31b. Upper cortex UV-; lichexanthone absent............................................................... 32<br />

32a. Thallus laciniate; medulla C+ rose-red; gyrophoric acid present ......... H. monticola<br />

32b. Thallus elaciniate; medulla C-; gyrophoric acid absent......................................... 33


33a. Medulla lemon-yellow; secalonic acid A present............................... H. endochlora<br />

33b. Medulla white; secalonic acid A absent................................................................. 34<br />

34a. Echinocarpic acid present ....................................................................... H. adjuncta<br />

34b. Echinocarpic acid absent............................................................................H. exsecta<br />

35a. Medulla lemon-yellow; secalonic acid A present............................... H. endochlora<br />

35b. Medulla white; secalonic acid A absent................................................................. 36<br />

36a. Medulla K+ yellow <strong>the</strong>n dark red; salazinic acid present...................................... 37<br />

36b. Medulla K- or K+ yellow-brown ; salazinic acid absent ....................................... 38<br />

37a. Soralia subterminal on hooded, reflexed lobes; zeorin present ................ H. majoris<br />

37b. Soralia subterminal, lobe apices ±flat; zeorin absent............................H. brevirhiza<br />

38a. Medulla P+ orange-red; pro<strong>to</strong>cetraric acid present........................H. pseudosinuosa<br />

38b. Medulla P-; pro<strong>to</strong>cetraric acid absent .................................................................... 39<br />

39a. Medulla C+ pale red; gyrophoric or lecanoric acids present ................................. 40<br />

39b. Medulla C-; lividic acid present......................................................... H. immaculata<br />

40a. Rhizines richly dicho<strong>to</strong>mously branched; evernic <strong>and</strong> lecanoric acids present.<br />

...................................................................................................................... H. rockii<br />

40b. Rhizines sparsely dicho<strong>to</strong>mously branched; gyrophoric acid present ..... H. revoluta<br />

41a. Thallus isidiate; soredia <strong>and</strong> pustules absent ......................................................... 42<br />

41b. Thallus sorediate <strong>and</strong>/or pustulate; isidia absent ................................................... 45<br />

42a. Medulla K+ yellow <strong>the</strong>n dark red; salazinic acid present..Parmelinella wallichiana<br />

42b. Medulla K- or K+ yellow-brown ; salazinic acid absent ....................................... 43<br />

43a. Medulla P+ orange-red; pro<strong>to</strong>cetraric acid present.....Parmelinopsis pro<strong>to</strong>cetrarica<br />

43b. Medulla P-; pro<strong>to</strong>cetraric acid absent .................................................................... 44<br />

44a. Isidia ciliate; medulla C-; 3-methoxy-2,4-di-O-methylgyrophoric acid (major).<br />

...........................................................................................Parmelinopsis horrescens<br />

44b. Isidia eciliate; medulla C+ rose; gyrophoric acid (major) ...Parmelinopsis minarum<br />

45a. Medulla pale <strong>to</strong> intense yellow; secalonic acid A present ..................................... 46<br />

45b. Medulla white; secalonic acid A absent................................................................. 47<br />

46a. Pustules sorediate; leucotylic acid present............................. Myelochroa aurulenta<br />

46b. Pustules esorediate; leucotylic acid absent .............................Myelochroa noth<strong>of</strong>agi<br />

47a. Soralia capitate; pustules absent ............................................................................ 48<br />

47b. Soralia not capitate; pustulate present.................................................................... 49<br />

48a. Medulla K+ yellow <strong>the</strong>n dark red, C-; salazinic acid present...............H. radiculata<br />

48b. Medulla K-, C+ rose; gyrophoric acid present ............. Parmelinopsis cryp<strong>to</strong>chlora


49a. Medulla C-, KC+ rose; 3-methoxy-2,4-di-O-methylgyrophoric acid (major).<br />

.........................................................................................Parmelinopsis subfatiscens<br />

49b. Medulla C+ rose, KC+ red; gyrophoric acid (major) ............................................ 50<br />

50a. Lobes narrow, 0.5-2 mm wide; pustules not or rarely sorediate.<br />

.............................................................................................. Parmelinopsis spumosa<br />

50b. Lobes broad, 2-5 mm wide; pustules extensively sorediate.<br />

........................................................................................ Parmelinopsis afrorevoluta<br />

Leioderma Key:<br />

1a. Thallus sorediate .................................................................................. L. sorediatum<br />

1b. Thallus not sorediate...................................................................... L. erythrocarpum<br />

Leprocaulon Key:<br />

1a. Thallus K+ yellow ................................................................................. L. arbuscula<br />

1b. Thallus K- ...................................................................................L. pseudoarbuscula<br />

Lep<strong>to</strong>gium Key:<br />

1a. Lower surface with a thick layer <strong>of</strong> felty rhizinae ................................................... 2<br />

1b. Lower surface without, or with short or patchy rhizinae......................................... 4<br />

2a. Thallus with isidia.................................................................................. L. asiaticum<br />

2b. Thallus without isidia............................................................................................... 3<br />

3a. Apo<strong>the</strong>cia marginal, convex ...................................................................L. loriforme<br />

3b. Apo<strong>the</strong>cia laminal <strong>and</strong> concave, or absent........................................ L. pedicellatum<br />

4a. Thallus with isidia.................................................................................................... 5<br />

4b. Thallus without isidia, sometimes with lobules....................................................... 9<br />

5a. Thallus not wrinkled ............................................................................ L. cyanescens<br />

5b. Thallus wrinkled ...................................................................................................... 6<br />

6a. Thallus pale brown, gelatinous ................................................................................ 7<br />

6b. Thallus greyish, thinner ........................................................................................... 8<br />

7a. Thallus lobate, with raised margins ...................................................L. marginellum<br />

7b. Thallus pulvinate <strong>to</strong> anas<strong>to</strong>mosing....................................................L. coralloideum<br />

8a. Isidia marginal, apo<strong>the</strong>cia numerous .................................................L. marginellum<br />

8b. Isidia laminal, apo<strong>the</strong>cia rare ...................................................L. austroamericanum<br />

9a. Upper surface smooth (stress-wrinkles may occur)............................................... 10<br />

9b. Upper surface wrinkled.......................................................................................... 14<br />

10a. Lower surface pubescent, apo<strong>the</strong>cia with marginal lobes ...................... L. burgessii<br />

10b. Lower surface not pubescent, with or without rhizinae......................................... 11


11a. Thallus purplish brown, very thin........................................................L. streimannii<br />

11b. Thallus grey (in some shade) ................................................................................. 12<br />

12a. Apo<strong>the</strong>cia finally convex, thallus large, lobes up <strong>to</strong> 1 cm broad.........L. cochleatum<br />

12b. Apo<strong>the</strong>cia concave, thallus smaller........................................................................ 13<br />

13a. Thallus thin (c. 50 μm).......................................................................L. moluccanum<br />

13b. Thallus thicker (c. 80 μm)........................................................................ L. azureum<br />

14a. Apo<strong>the</strong>cia pedicellate on an inflated stipe ............................................ L. javanicum<br />

14b. Apo<strong>the</strong>cia not pedicellate or absent ....................................................................... 15<br />

15a. Thallus mostly lobate; apo<strong>the</strong>cia flat <strong>and</strong> large .......................................L. corticola<br />

15b. Thalus mostly pulvinate <strong>to</strong> anas<strong>to</strong>mosing.............................................................. 16<br />

16a. Wrinkles fine, older apo<strong>the</strong>cia with concentric wrinkles......................L. bullatulum<br />

16b. Wrinkles coarser, apo<strong>the</strong>cia without wrinkles....................................................... 17<br />

17a. Wrinkles very coarse, larger than <strong>the</strong> areas in between.........................L. enkarodes<br />

17b. Wrinkles smaller than <strong>the</strong> areas inbetween...................................................L. fallax<br />

Lobaria Key (after Sipman, H. 2004. The species <strong>of</strong> Lobaria (lichenized Ascomycetes) in<br />

New Guinea. Biblio<strong>the</strong>ca Lichenologica 88: 573-606.):<br />

1a. Pho<strong>to</strong>biont bluegreen (Nos<strong>to</strong>c in glomerules), fresh thallus grey <strong>to</strong> brown when<br />

wet; medulla C- <strong>and</strong> KC-; thallus like L. pulmonaria (brownish, scrobiculate with<br />

reticulate ridges, <strong>to</strong>mentum at least in <strong>the</strong> central ridges black).............................. 2<br />

1b. Pho<strong>to</strong>biont green (coccoid), fresh thallus green <strong>to</strong> brown when wet; medulla<br />

usually C+ or at least KC+ red; thallus like L. pulmonaria or different.................. 4<br />

2a. Isidia present, cylindrical or applanate, mainly scattered on <strong>the</strong> ridges .................. 3<br />

2b. Isidia absent ............................................................................. L. pseudopulmonaria<br />

3a. Central thallus ridges sharp (<strong>of</strong>ten higher than wide); medulla K+ yellow turning<br />

orange (stictic acid present), rarely K-.......................................................L. isidiosa<br />

3b. Central thallus ridges rounded; medulla K- (stictic acid absent)...L. pseudoretigera<br />

4a. Thallus L. pulmonaria-like, (brownish, scrobiculate with reticulate ridges,<br />

<strong>to</strong>mentum at least in <strong>the</strong> central grooves black); medulla K+ yellow turning<br />

orange (stictic acid present), rarely K-; cylindrical or flattened isidia present,<br />

marginal lobules absent............................................................................................ 5<br />

4b. Thallus different; medulla K- (stictic acid absent); isidia or marginal lobules<br />

present or absent ...................................................................................................... 7<br />

5a. Medulla K+ yellow turning orange (stictic acid present), C+ red or C-, KC+ red or<br />

KC- (gyrophoric acid present or absent).................................................................. 6<br />

5b. Medulla K- (stictic acid absent), C+ red or at least KC+ red (gyrophoric acid<br />

present).................................................................................................. L. spathulata


6a. Medulla C+ red or at least KC+ red (gyrophoric acid present) ...........L. isidiophora<br />

6b. Medulla C-, KC- (gyrophoric acid absent) ........................................L. meridionalis<br />

7a. Isidia or lobules present ........................................................................................... 8<br />

7b. Isidia <strong>and</strong> lobules absent ........................................................................................ 10<br />

8a. Marginal lobules present, fragile; thallus lobes flat or somewhat channeled;<br />

<strong>to</strong>mentum in + vein-like patches.............................................................................. 9<br />

8b. Laminal, flattened, more or less lobule-like isidia present; thallus lobes shallowly<br />

scrobiculate <strong>and</strong> reticulate-ridged; <strong>to</strong>mentum equally dispersed or in reticulate<br />

pattern ........................................................................................................ L. hertelii<br />

9a. Upper cortex 20-30 μm thick; ascospores 40-45 x 7-9 μm; <strong>to</strong>mentum patches pale;<br />

congyrophoric acid present.......................................................................L. crassior<br />

9b. Upper cortex 35-45 μm thick; ascospores 30-35 x 10-12 μm; <strong>to</strong>mentum patches<br />

blackish, vein-like; congyrophoric acid absent..................L. clemensiae var. crassa<br />

10a. Thallus scrobiculate <strong>to</strong> undulate, <strong>the</strong> depressions separated by wider or narrower,<br />

<strong>of</strong>ten reticulate ridges; <strong>to</strong>mentum largely restricted <strong>to</strong> <strong>the</strong> grooves....................... 11<br />

10b. Thallus with shallow depressions or flat, sometimes slightly canaliculate or<br />

shallowly undulate, without reticulate ridges; <strong>to</strong>mentum more or less vein-like .. 13<br />

11a. Thallus ridges sharp <strong>and</strong> depressions <strong>of</strong>ten pit-like; congyrophoric acid absent.<br />

........................................................................................................... L. dendrophora<br />

11b. Thallus ridges widely rounded <strong>and</strong> depressions rounded; congyrophoric acid<br />

present or absent .................................................................................................... 12<br />

12a. Congyrophoric acid present; pycnidia immersed in flat thallus .. L. subscrobiculata<br />

12b. Congyrophoric acid absent; pycnidia raised, in prominent thallus warts ......L. ferax<br />

13a. Medulla C-, KC- (gyrophoric acid absent), K- or K+ dark violet ......................... 14<br />

13b. Medulla C+ red or at least KC+ red (gyrophoric acid present), K- ....................... 15<br />

14a. Medulla orange-brown, K+ dark violet ............................................. L. endochroma<br />

14b. Medulla white, K- .....................................................................................L. discolor<br />

15a. Thallus closely applanate, subirregularly lobed; congyrophoric acid present;<br />

proper exciple visible as a ring around <strong>the</strong> disc..............................L. adscripturiens<br />

15b. Thallus loosely applanate, subirregularly or sublinearly lobed; congyrophoric acid<br />

absent; proper exciple not exposed...........................................................L. discolor<br />

Menegazzia Key (after James, P.W., A. Aptroot, P. Diederich, H.J.M. Sipman & E.<br />

Sérusiaux 2001. New species in <strong>the</strong> lichen genus Menegazzia in New Guinea. Biblio<strong>the</strong>ca<br />

Lichenologica 78: 91-108.):<br />

1a. Thallus with numerous <strong>to</strong> very sparse vegetative propagules (soredia, pustules,<br />

isidia) or with small, <strong>of</strong>ten perforate, ± erect, finger-like or clavate extensions;<br />

rarely fertile.............................................................................................................. 2<br />

1b. Thallus without vegetative propagules, but frequently with small lateral lobes or<br />

thallus extensions; usually at least sparingly fertile................................................. 9


2a. Thallus truly isidiate or with small, finger-like or clavate extensions..................... 3<br />

2b. Thallus erose- or pustulate-sorediate ....................................................................... 5<br />

3a. Lobes inflated, up <strong>to</strong> 5 mm wide; perforations confined <strong>to</strong> <strong>the</strong> lower cortex <strong>and</strong> <strong>to</strong><br />

<strong>the</strong> upper cortex on lateral lobes or extensions; upper surface with patches <strong>of</strong><br />

narrow, true, solid isidia which leave pits when shed...............................M. isidiata<br />

3b. Lobes not inflated, not exceeding 2.5 mm wide; perforations present in <strong>the</strong> upper<br />

cortex; hollow, finger-like or clavate extensions <strong>of</strong>ten present ............................... 4<br />

4a. Upper cortex weakly striate-ridged <strong>to</strong> roughened; lobes <strong>of</strong>ten becoming pendulous,<br />

pale grey; isidia elongat ...........................................................................M. pendula<br />

4b. Upper cortex smooth; lobes closely appressed, at least partly glossy brown; isidia<br />

elongate.............................................................................................. M. digitiformis<br />

4c. Upper cortex smooth; lobes closely appressed; isidia globose........M. globoisidiata<br />

5a. Upper cortex fragile, finely wrinkled, dissolving in<strong>to</strong> ± effuse soredia; soralia<br />

laminal, becoming ±erose <strong>and</strong> confluent; usually containing barbatic acid, in<br />

addtlion <strong>to</strong> <strong>the</strong> stictic acid complex ....................................................... M. dissoluta<br />

5b. Upper cortex firm, smooth or only faintly wrinkled, not dissolving in<strong>to</strong> soredia;<br />

soralia or pustules delimited, <strong>of</strong>ten ± elevated; not containing barbatic acid; stictic<br />

acid complex present................................................................................................ 6<br />

6a. Lobes inflated, not or sparingly branched, up <strong>to</strong> 5 mm wide; perforations confined<br />

<strong>to</strong> <strong>the</strong> lower cortex <strong>and</strong> <strong>to</strong> <strong>the</strong> upper cortex on lateral lobes or extensions; soralia<br />

scattered, <strong>of</strong>ten marginal, labriform or erumpent with markedly uneven, lacerate<br />

margins...............................................................................................M. efflorescens<br />

6b. Lobes not inflated, short or only somewhat elongate, <strong>of</strong>ten richly branched, up <strong>to</strong><br />

2.5 mm wide, upper cortex perforate; soralia or pustules sparse or abundant,<br />

usually formed on short, lateral lobe extensions...................................................... 7<br />

7a. Thallus closely appressed; lobes in part pale yellowish, suffused brown <strong>to</strong> nearly<br />

black; soralia capitate, confined <strong>to</strong> central parts <strong>of</strong> <strong>the</strong> thallus, originating from<br />

marginal lobules; saxicolous....................................................................M. saxicola<br />

7b. Thallus not closely appressed; lobes not brown; soralia not capitate; rarely<br />

saxicolous................................................................................................................. 8<br />

8a. Thallus with fatty acids........................................................................M. faminensis<br />

8b. Thallus with stictic acid complex .............M. malesiana <strong>and</strong>/or (or =) M. subsimilis<br />

8c. Thallus with fumarpro<strong>to</strong>cetraric acid.............................................M. menyamyensis<br />

9a. Lobes inflated, sparingly branched; perforations restricted <strong>to</strong> lateral lobes or<br />

extensions on <strong>the</strong> upper cortex, present or nearly absent on <strong>the</strong> lower cortex....... 10<br />

9b. Lobes not inflated, usually richly branched; perforations present only on <strong>the</strong> upper<br />

cortex...................................................................................................................... 11<br />

10a. Lobes sparingly irregularly branched, up <strong>to</strong> 5 mm wide; perforations confined <strong>to</strong><br />

<strong>the</strong> lower cortex <strong>and</strong> <strong>to</strong> <strong>the</strong> upper cortex <strong>of</strong> lateral lobes or extensions; lobes<br />

greyish, rarely brown or black-maculate; apo<strong>the</strong>cia ra<strong>the</strong>r frequent; usually<br />

epiphytic; containing stictic acid complex.......................................M. megathallina


10b. Lobes loosely interwoven or separate, not exceeding 2.5 mm wide; perforations<br />

very rare <strong>and</strong> irregular; lobes at least partly glossy brown, grey- or black-maculate;<br />

apo<strong>the</strong>cia absent; terricolous, saxicolous or epiphytic at high elevations;<br />

containing physodic, physodalic <strong>and</strong> alec<strong>to</strong>ronic acids. ......... Hypogymnia lugubris<br />

11a. Thallus <strong>of</strong> numerous, intricately interwoven lobes up <strong>to</strong> 1.5 mm wide; apo<strong>the</strong>cial<br />

margins with papilla-like projections........................................................ M. stellata<br />

11b. Thallus variable, short-lobed (<strong>to</strong> 3 mm wide) or with ± elongate, somewhat<br />

radiating lobes; apo<strong>the</strong>cial margins never with papilla-like projections ............... 12<br />

12a. Thallus with fatty acids.........................................................................M. asekiensis<br />

12b. Thallus with stictic acid complex .......................................................M. monospora<br />

Nephroma Key:<br />

1a. Margin <strong>of</strong> <strong>the</strong> apo<strong>the</strong>cia with isidia, upper surface <strong>of</strong> <strong>the</strong> apo<strong>the</strong>cia scabrid, pilose,<br />

thallus grey <strong>to</strong> brown .............................................................................. N. tropicum<br />

1b. Margin <strong>of</strong> <strong>the</strong> apo<strong>the</strong>cia broad, without isidia, upper surface smooth, thallus grey.<br />

...............................................................................................................N. plumbeum<br />

Nephromopsis Key (after R<strong>and</strong>lane, T. & A. Saag 1998. Synopsis <strong>of</strong> <strong>the</strong> genus<br />

Nephromopsis (fam. Parmeliaceae, lichenized Ascomycota). Cryp<strong>to</strong>gamie, Bryologie et<br />

Lichénologie 19: 175-191.):<br />

1a. Apo<strong>the</strong>cia laminal, always present ....................................................... N. pallescens<br />

1b. Apo<strong>the</strong>cia marginal or absent .........................................................N. morrisonicola<br />

Pannaria Key (after Jørgensen, P.M. & H.J.M. Sipman 2006. The lichen family<br />

Pannariaceae in <strong>the</strong> montane regions <strong>of</strong> New Guinea. Journal <strong>of</strong> <strong>the</strong> Hat<strong>to</strong>ri Botanical<br />

Labora<strong>to</strong>ry 100: 695-720.):<br />

1a. Thallus with bluish gymnidia (isidia without cortex)............................. P. conoplea<br />

1b. Thallus without gymnidia ........................................................................................ 2<br />

2a. Thallus with isidia................................................................................ P. prolificans<br />

2b. Thallus without isidia, usually fertile....................................................................... 3<br />

3a. Thallus with green pho<strong>to</strong>biont <strong>and</strong> cephalodia ........................................................ 4<br />

3b. Thallus with cyanobiont only................................................................................... 5<br />

4a. Thallus dominated by large, spreading lobes with green pho<strong>to</strong>biont, with cushions<br />

<strong>of</strong> globular cephalodia centrally...........................................................P. sphinctrina<br />

4b. Thallus dominated by brittle, ascending, small squamules; green pho<strong>to</strong>biont in <strong>the</strong><br />

marginal squamules only .........................................................................P. papuana<br />

5a. Thallus gelatinous, swelling much when wet, strongly wrinkled when dry P. lurida<br />

5b. Thallus not gelatinous, not or shallowly wrinkled................................................... 6<br />

6a. Thallus blue-green, foliose, with coarsely bundled marginal rhizohyphae;<br />

montane.................................................................................................................... 7


6b. Thallus grey or brown, placodioid or crus<strong>to</strong>se; rhizohyphae short <strong>and</strong> dense, not<br />

protruding beyond <strong>the</strong> thallus lobes, or forming a thick cushion; alpine................. 8<br />

7a. Thallus lobes crenulate ......................................................................P. molkenboeri<br />

7b. Thallus lobes linear, ca. 1 mm wide ............................................................ P. tenuis<br />

8a. Thallus grey-blue, nearly crus<strong>to</strong>se, resting on a thick cushion <strong>of</strong> rhizohyphae.<br />

.....................................................................................................................P. <strong>and</strong>ina<br />

8b. Thallus grey-brown, placodioid, with short, dense rhizohyphae underneath.<br />

.............................................................................................................. P. rubiginosa<br />

Parmeliella Key (after Jørgensen, P.M. & H.J.M. Sipman 2006. The lichen family<br />

Pannariaceae in <strong>the</strong> montane regions <strong>of</strong> New Guinea. Journal <strong>of</strong> <strong>the</strong> Hat<strong>to</strong>ri Botanical<br />

Labora<strong>to</strong>ry 100: 695-720.):<br />

1a. Thallus with yellow or orange colours in <strong>the</strong> medulla............................................. 2<br />

1b. Thallus grey-brown or -blue, without yellow/orange medulla ................................ 3<br />

2a. Thallus brown, with orange medulla, <strong>of</strong>ten fertile, on black, crus<strong>to</strong>se prothallus;<br />

spores citriform ............................................................................. P. end<strong>of</strong>erruginea<br />

2b. Thallus grey with a yellowish hue, with yellow medulla, rarely fertile, sparingly<br />

isidiate; on black, spongy prothallus...........................................................P. flavida<br />

3a. Thallus foliicolous, very thin (less than 100 μm) .................................... P. foliicola<br />

3b. Thallus not foliicolous, thicker (over 100 μm) ........................................................ 4<br />

4a. Apo<strong>the</strong>cia with thalline margin................................................................................ 5<br />

4b. Apo<strong>the</strong>cia only with proper margin ....................................................................... 11<br />

5a. Thallus very thick (200-400 μm) with prominent brownish rhizohyphae.<br />

...........................................................................................................P. pannarioides<br />

5b. Thallus thinner (under 200 μm) with blackish or without rhizohyphae .................. 6<br />

6a. Thallus flat, without ascending lobes, resting on a prominent prothallus ............... 7<br />

6b. Thallus cushion-forming, with at least some ascending lobes/squamules,<br />

prothallus less prominent ....................................................................................... 10<br />

7a. Thallus with isidia.................................................................................................... 8<br />

7b. Thallus without isidia............................................................................................... 9<br />

8a. Isidia globose <strong>to</strong> gnarled ....................................................................P. brisbanensis<br />

8b. Isidia cylindrical...................................................................................... P. papillata<br />

9a. Thallus large (<strong>of</strong>ten over 5 cm diam.), on spongy prothallus; lowl<strong>and</strong> ... P. mariana<br />

9b. Thallus smaller (not more than 5 cm diam.), on crus<strong>to</strong>se prothallus; montane.<br />

..................................................................................................................P. montana<br />

10a. Thallus coralloid, usually shiny, in dense cushions..................................... P. nitida<br />

10b. Thallus squamulose, dull, in loose cushions......................................P. polyphyllina


11a. Thallus with enlarged, radiating, marginal lobes............................P. pindaundensis<br />

11b. Thallus <strong>of</strong> more or less equal squamules ............................................................... 12<br />

12a. Thallus nearly crus<strong>to</strong>se with neatly incised lobes resting on blackish, crus<strong>to</strong>se<br />

prothallus............................................................................................... P. philippina<br />

12b. Thallus distinctly squamulose, prothallus irregular or poorly developed.............. 13<br />

13a. Thallus with numerous tiny lobules in lace pattern, apo<strong>the</strong>cia with thick,<br />

permanent proper margin (>100 μm), spores with thin, warty perispore.<br />

............................................................................................................... P. laceroides<br />

13b. Thallus mostly without lobules, forming flat rosettes, apo<strong>the</strong>cia with thin proper<br />

margin, <strong>of</strong>ten excluded at maturity (


10a. Medulla K+ yellow-orange; colensoic <strong>and</strong> 4-O-methylphysodic acids present.<br />

........................................................................................................P. menyamyaense<br />

10b. Medulla K-; alec<strong>to</strong>ronic acid present..................................................................... 11<br />

11a. Cilia inconspicuous; diffractaic acid present ................................... P. praeinsuetum<br />

11b. Cilia conspicuous; alec<strong>to</strong>ronic acid present........................................................... 12<br />

12a. Thallus blackened, strongly maculate................................................P. nilgherrense<br />

12b. Thallus rarely blackened, emaculate or only faintly maculate .............................. 13<br />

13a. Thallus distinctly membranaceous; lobes imbricate, lobulate-laciniate.<br />

.............................................................................................................P. subrugatum<br />

13b. Thallus membranaceous <strong>to</strong> coriaceous, lobes non-imbricate, laciniae absent....... 14<br />

14a. Thallus membranaceous <strong>to</strong> coriaceous; spores 30-35 µm long; conidia filiform.<br />

.............................................................................................................P. corniculans<br />

14b. Thallus coriaceous; spores 12-26 µm long; conidia sublageniform ...................... 15<br />

15a. Lobes suberect; spores 12-15 µm long ............................................. P. maclayanum<br />

15b. Lobes flat, <strong>of</strong>ten deeply divided; spores 22-26 µm long .........................P. durumae<br />

16a. Thallus isidiate; isidia cylindrical, wart-like or becoming sorediate ..................... 17<br />

16b. Thallus sorediate <strong>and</strong>/or pustulate; isidia absent ................................................... 34<br />

17a. Lobes eciliate ......................................................................................................... 18<br />

17b. Lobes ciliate........................................................................................................... 25<br />

18a. Medulla C+ pale pink or red; gyrophoric or lecanoric acids present..................... 19<br />

18b. Medulla C-; gyrophoric <strong>and</strong> lecanoric acids absent............................................... 20<br />

19a. Medulla white; lecanonc acid present; pigments absent........................ P. tinc<strong>to</strong>rum<br />

19b. Medulla pale yellow; gyrophoric acid <strong>and</strong> pigments (eumitrins) present.<br />

........................................................................................................ P. kurokawianum<br />

20a. Medulla pigmented brownish-pink throughout; pro<strong>to</strong>cetraric acid absent............ 21<br />

20b. Medulla white throughout; pro<strong>to</strong>cetraric acid present........................................... 22<br />

21a. Isidia syncorticate at apices; secalonic acids B & C present ................... P. lambleyi<br />

21b. Isidia epicorticate at apices; eumitrins A1, A2, A3 present.....................P. sipmanii<br />

22a. Upper surface grey <strong>to</strong> grey-green; usnic acid absent............................................. 23<br />

22b. Upper surface yellow-green; usnic acid present .................................................... 24<br />

23a. Patches <strong>of</strong> medullary pigment (euplectin) present; rhizines long <strong>and</strong> slender.<br />

................................................................................................................P. watutense<br />

23b. Medullary pigment absent; rhizines short <strong>and</strong> coarse.......................P. saccatilobum<br />

24a. Isidia brown- or black-tipped; medulla KC+ brick red; malonpro<strong>to</strong>cetraric <strong>and</strong><br />

pro<strong>to</strong>cetraric acids present .................................................P. malonpro<strong>to</strong>cetraricum


24b. Isidia pale-tipped; medulla KC-; malonpro<strong>to</strong>cetraric acid absent ......... P. pacificum<br />

25a. Medulla intense sulphur yellow or orange throughout; vulpinic acid present.<br />

............................................................................................................P. sulphuratum<br />

25b. Medulla mostly white ............................................................................................ 26<br />

26a. Lichexanthone (UV+ gold) <strong>and</strong> salazinic acid present........................P. ultralucens<br />

26b. Lichexanthone <strong>and</strong> salazinic acid absent ............................................................... 27<br />

27a. Isidia wart-like, ciliate ........................................................................ P. verrucatum<br />

27b. Isidia cylindrical, coralloid-branched, becoming sorediate <strong>and</strong>/or ciliate; not wartlike..........................................................................................................................<br />

28<br />

28a. Isidia eciliate .......................................................................................................... 29<br />

28b. Isidia ciliate............................................................................................................ 30<br />

29a. Isidia becoming ± subsorediate; medulla KC-, P-; diffractaic acid present.<br />

........................................................................................................ P. isidioinsuetum<br />

29b. Isidia intact; medulla KC+ pink-red, P+ deep orange-red; pro<strong>to</strong>cetraric acid<br />

present.............................................................................................P. kaisenikianum<br />

30a. Isidia eventually becoming granular- sorediate ..................................................... 31<br />

30b. Isidia ±fragile but not becoming sorediate............................................................. 32<br />

31a. Medulla K+ bright yellow; stictic acid present........................................ P. crinitum<br />

31b. Medulla K-; alec<strong>to</strong>ronic, a-colla<strong>to</strong>lic acids present ................................. P. mellissii<br />

32a. Cilia mostly <strong>to</strong> 1 mm long; lobules present; alec<strong>to</strong>ronic <strong>and</strong> a-colla<strong>to</strong>lic acids<br />

present...............................................................................................P. nanfongensis<br />

32b. Cilia greater than 1 mm long; lobules absent; alec<strong>to</strong>ronic <strong>and</strong> a-colla<strong>to</strong>lic acids<br />

absent ..................................................................................................................... 33<br />

33a. Medulla C-, KC- or KC+ brownish, P+ deep orange-red; fumarpro<strong>to</strong>cetraric <strong>and</strong><br />

succinpro<strong>to</strong>cetraric acids present; cilia 2-5 mm long ....................... P. acrotrychum<br />

33b. Medulla C-, KC+ reddish, P+ brick red; pro<strong>to</strong>cetraric <strong>and</strong> pro<strong>to</strong>lichesterinic acids<br />

present; cilia 1.5-3 mm long ...........................................................P. subcorallinum<br />

34a. Thallus pustulate, ±sorediate ................................................................................. 35<br />

34b. Thallus sorediate; pustules absent.......................................................................... 36<br />

35a. Medulla pale yellow (eumitrin A1); pustules esorediate ......................P. kainantum<br />

35b. Medulla white; pustules sorediate......................................................... P. madilynae<br />

36a. Lobes eciliate ......................................................................................................... 37<br />

36b. Lobes ciliate........................................................................................................... 42<br />

37a. Medulla K+ bright yellow turning bright red; salazinic acid present .. P. cristiferum<br />

37b. Medulla K- or K+ dirty yellow; salazinic acid absent ........................................... 38<br />

38a. Medulla P-; fatty acid present (praesorediosic acid).................... P. praesorediosum


38b. Medulla P+ deep orange-red; fatty acid absent; pro<strong>to</strong>cetraric or<br />

succinpro<strong>to</strong>cetraric acid present............................................................................. 39<br />

39a. Soralia situated on elaborate, coralloid-branched laciniae ..........................P. naonii<br />

39b. Soralia linear <strong>and</strong> marginal, submarginal, or subcapitate; coralloid-branched<br />

laciniae absent........................................................................................................ 40<br />

40a. Diffractaicacid present............................................................................ P. insuetum<br />

40b. Diffractaic acid absent ........................................................................................... 41<br />

41a. Thallus 10 cm or more wide; medullary pigments present; echinocarpic <strong>and</strong> usnic<br />

acids present........................................................................................... P. dilatatum<br />

41b. Thallus up <strong>to</strong> 7 cm wide; medulla white; usnic <strong>and</strong> echinocarpic acids absent.<br />

..................................................................................................................P. gardneri<br />

42a. Medulla K+ bright yellow turning bright red; salazinic acid present .. P. cristiferum<br />

42b. Medulla K- or K+ dirty yellow; salazinic acid absent ........................................... 43<br />

43a. Soralia punctiform or on elaborate, coralloid-branched laciniae........................... 44<br />

43b. Soralia punctiform or not, linear <strong>and</strong> marginal, submarginal, or subcapitate;<br />

coralloid-branched laciniae absent......................................................................... 45<br />

44a. Medulla partly pigmented deep orange (euplectin); alec<strong>to</strong>ronic acid present.<br />

......................................................................................................... P. hypomil<strong>to</strong>ides<br />

44b. Medulla white; pro<strong>to</strong>cetraric acid present......................................... P. fasciculatum<br />

45a. Medulla K+ bright yellow; stictic acid present....................................... P. perlatum<br />

45b. Medulla K- or K+ dirty yellow; stictic acid absent ............................................... 46<br />

46a. Medulla C+ red ...................................................................................................... 47<br />

46b. Medulla C- ............................................................................................................. 49<br />

47a. Lecanoric acid (major) present; gyrophoric acid absent............................P. cooperi<br />

47b. Gyrophoric acid (major) present; ± lecanoric acid (trace)..................................... 48<br />

48a. Medulla UV-, white throughout, or if pigmented, K+ purple (skyrin).<br />

..........................................................................................................P. sancti-angelii<br />

48b. Medulla UV-, yellow or pink-salmon in lower part; pigmented medulla K-.<br />

.............................................................................................................P. permutatum<br />

48c. Medulla usually UV+ greenish white; thallus maculate.....................P. lobulascens<br />

49a. Medulla UV-or + white; pro<strong>to</strong>cetraric acid <strong>and</strong>/or succinpro<strong>to</strong>cetraric acid present;<br />

alec<strong>to</strong>ronic sometimes present ............................................................................... 50<br />

49b. Medulla UV+ white; alec<strong>to</strong>ronic acid <strong>and</strong>/or a-colla<strong>to</strong>lic acid present ................. 55<br />

50a. Succinpro<strong>to</strong>cetraric acid (major) <strong>and</strong> pro<strong>to</strong>cetraric acid (minor) present.<br />

..........................................................................................................P. flaccidifolium<br />

50b. Pro<strong>to</strong>cetraric acid present; succinpro<strong>to</strong>cetraric acid absent................................... 51<br />

51a. Cilia conspicuous, moderate <strong>to</strong> dense, more than 2 mm long ............................... 52


51b. Cilia sparse, sometimes restricted <strong>to</strong> lobe axils <strong>and</strong> damaged margins only, up <strong>to</strong><br />

1.5 μm long ............................................................................................................ 53<br />

52a. Alec<strong>to</strong>ronic acid present; cilia 2-4(-7) mm long....................................P. deflectens<br />

52b. Alec<strong>to</strong>ronic acid absent; cilia 2-6(-10) mm long. ............................... P. subarnoldii<br />

53a. Echinocarpic acid present in medulla; ± usnic acid (minor/trace) present in cortex.<br />

................................................................................................................ P. dilatatum<br />

53b. Echinocarpic acid <strong>and</strong> usnic acid absent................................................................ 54<br />

54a. Thallus membranaceous, <strong>of</strong>ten partly blackened or discoloured; soralia mainly<br />

subcapitate on laciniae ............................................................................P. robustum<br />

54b. Thallus coriaceous, not blackened; soralia mainly linear <strong>and</strong> marginal or<br />

punctiform <strong>and</strong> submarginal ....................................................................P. gardneri<br />

55a. Thallus membranaceous, usually partly blackened; spores 27-35 µm long.<br />

................................................................................................................P. gloriosum<br />

55b. Thallus coriaceous, not obviously blackened; spores 10-12 µm long ................... 56<br />

56a. Cilia up <strong>to</strong> 3 mm long; medulla white; skyrin absent; lobes 10-20 mm wide (or<br />

rarely smaller) .............................................................................................. P. poolii<br />

56b. Cilia 3-6 mm long; medulla ± pigmented, containing skyrin; lobes 5-15 mm wide<br />

(or rarely larger)............................................................................... P. rampoddense<br />

Peltigera Key (after Sérusiaux, E., B. G<strong>of</strong>finet, J. Miadlikowska & O. Vitikainen 2009.<br />

Taxonomy, phylogeny <strong>and</strong> biogeography <strong>of</strong> <strong>the</strong> lichen genus Peltigera in Papua New<br />

Guinea. Fungal Diversity 38: 185-224.):<br />

1a. Soredia or soredioid masses present, at least in parts <strong>of</strong> <strong>the</strong> thallus ........................ 2<br />

1b. Soredia or soredioid masses absent.......................................................................... 7<br />

2a. Upper surface <strong>to</strong>men<strong>to</strong>se, at least in parts; soralia mostly laminal, or submarginal<br />

on old thalli .............................................................................................................. 3<br />

2b. Upper surface glabrous; soralia laminal, submarginal or marginal ......................... 4<br />

3a. Rhizines abundant, densely branched <strong>to</strong> fibrillose; young soralia C+ red<br />

................................................................................................................ P. extenuata<br />

3b. Rhizines sparse, simple <strong>to</strong> loosely branched; soralia C-.........................P. didactyla<br />

4a. Genuine soralia only ................................................................................................ 5<br />

4b. Genuine soralia present but always with soredioid or isidioid masses, or with<br />

granules or phyllidia. ............................................................................................... 6<br />

5a. Soralia mostly laminal, or submarginal <strong>and</strong> marginal; terpenoids absent P. ulcerata<br />

5b. Soralia strictly marginal; terpenoids present...............................................P. weberi<br />

6a. Margins disrupted in<strong>to</strong> soralia, soredioid or isidioid masses, or with granules or<br />

phyllidia; terpenoids present with zeorin always abundantly produced; thalli<br />

usually quite large, reaching 10 cm in diam ........................................ P. cichoracea


6b. Margins with soralia or isidioid masses, when welldeveloped also present on <strong>the</strong><br />

edge <strong>of</strong> <strong>the</strong> lower surface; terpenoids absent; thalli usually quite small, not<br />

exceeding 2-5 cm in diam......................................................................P. granulosa<br />

7a. Marginal lobules or phyllidia present ...................................................................... 8<br />

7b. Marginal lobules or phyllidia absent........................................................................ 9<br />

8a. Upper surface smooth or faintly <strong>to</strong> distinctly scabrous, sometimes with a whitish<br />

pruina near <strong>the</strong> lobes margins resulting in a frosted appearance, lobes carrying <strong>the</strong><br />

apo<strong>the</strong>cia usually <strong>to</strong>men<strong>to</strong>se; marginal phyllidia usually abundant, but sometimes<br />

few; lower surface with a conspicuous network <strong>of</strong> usually dark, raised veins;<br />

rhizines mostly threadlike or penicillate; apo<strong>the</strong>cia typically horizontal; terpenoids<br />

absent .......................................................................................................P. papuana<br />

8b. Upper surface smooth, rarely with a whitish pruina on lobes margins; marginal<br />

phyllidia rare (on lateral lobes or on damaged parts); lower surface usually<br />

lacking distinct veins; rhizines typically fasciculate <strong>and</strong> densely branched,<br />

remaining isolate <strong>and</strong> arranged in concentrical rows or forming dense cushions<br />

under <strong>the</strong> thallus; apo<strong>the</strong>cia typically saddle-shaped; terpenoids present.<br />

.......................................................................................... P. sumatrana (rare forms)<br />

9a. Upper surface <strong>to</strong>men<strong>to</strong>se, at least in parts; terpenoids absent ............................... 10<br />

9b. Upper surface glabrous or pruinose (in parts or at <strong>the</strong> extremities <strong>of</strong> young lobes);<br />

terpenoids present or absent................................................................................... 13<br />

10a. Rhizines usually very abundant <strong>and</strong> forming dense `bushy' masses, typically<br />

fibrillose <strong>to</strong> coralloid; apo<strong>the</strong>cia saddle-shaped..................................... P. koponenii<br />

10b. Rhizines abundant or not, simple, threadlike, penicillate or fasciculate, never<br />

fibrillose <strong>to</strong> coralloid; apo<strong>the</strong>cia horizontal or saddle-shaped ............................... 11<br />

11a. Apo<strong>the</strong>cia typically horizontal; pycnidia absent, or rare <strong>and</strong> inconspicuous;<br />

<strong>to</strong>mentum covering large parts <strong>of</strong> <strong>the</strong> thallus, or restricted <strong>to</strong> lobes carrying <strong>the</strong><br />

apo<strong>the</strong>cia ................................................................................................................ 12<br />

11b. Apo<strong>the</strong>cia typically saddle-shaped; pycnidia usually present, at least on some<br />

lobes margins, conspicuous (0.3-0.8 mm in diam.); <strong>to</strong>mentum <strong>of</strong> <strong>the</strong> upper surface<br />

most usually well-developed, but sometimes absent in parts <strong>of</strong> <strong>the</strong> thallus, with<br />

long <strong>and</strong> conspicuous (<strong>to</strong> 1-1.4 mm long) hairs or not ...........................P. fimbriata<br />

12a. Thallus large, <strong>to</strong> 15 cm in diam., lobes typically rounded at <strong>the</strong>ir extremities <strong>and</strong><br />

1-1.5 cm wide, margin revolute; <strong>to</strong>mentum present on most <strong>of</strong> <strong>the</strong> upper surface<br />

made <strong>of</strong> tiny whitish hairs (0.1-0.15 mm high) out <strong>of</strong> which longer ones (0.1-0.4<br />

mm long) may emerge .......................................................................... P. erioderma<br />

12b. Thallus forming attractive, small rounded rosettes (3-6 cm in diam. in suitable<br />

conditions); lobes imbricate, not exceeding 0.5-0.7 cm wide, with raised <strong>and</strong><br />

crenate (sometimes +/- crisped) margins; <strong>to</strong>mentum usually restricted <strong>to</strong> lobes<br />

carrying apo<strong>the</strong>cia but sometimes covering large parts <strong>of</strong> <strong>the</strong> thallus surface.<br />

..............................................................................................P. papuana (rare forms)<br />

13a. Apo<strong>the</strong>cia typically horizontal; terpenoids absent..................... P. montis-wilhelmii<br />

13b. Apo<strong>the</strong>cia saddle-shaped or absent; terpenoids present......................................... 14


14a. Tenuiorin <strong>and</strong> methylgyrophorate absent but terpenoids present; upper surface<br />

smooth, sometimes slightly pruinose at <strong>the</strong> margins or incrusted; lobes with raised<br />

<strong>and</strong> crisped lateral margins ..................................................................... P. oceanica<br />

14b. Tenuiorin <strong>and</strong> methylgyrophorate always produced, <strong>to</strong>ge<strong>the</strong>r with terpenoids..... 15<br />

15a. Rhizines abundant, or rarely sparse, ra<strong>the</strong>r short, fasciculate or densely branched.<br />

................................................................................................................................ 16<br />

15b. Rhizines sparse or abundant, most usually long <strong>and</strong> simple.................................. 17<br />

16a. Terpenoids present, mostly zeorin or peltidactylin but dolichorrhizin not produced<br />

............................................................................................................P. dolichorhiza<br />

16b. Terpenoids present, dolichorrhizin abundantly produced.....................P. sumatrana<br />

17a. Thallus robust, not distinctly undulating; lower surface with a dense network <strong>of</strong><br />

unraised, dark veins with distinct ra<strong>the</strong>r small, elliptical, whitish interstices; upper<br />

surface usually with pruina at <strong>the</strong> lobes margins <strong>and</strong> sometimes with large <strong>and</strong><br />

conspicuous incrusted patches; dolichorrhizin as <strong>the</strong> main terpenoid produced;<br />

terricolous ......................................................................................................P. nana<br />

17b. Thallus fragile, with a distinctly undulating surface with shallow depressions, at<br />

least in well-developed specimens; lower surface with a loose network <strong>of</strong> raised,<br />

pale <strong>to</strong> dark veins with large, ellipitical, whitish <strong>to</strong> pale orange interstices;<br />

terpenoids produced in several chemotypes; mostly epiphytic, rarely on rotten<br />

wood or on terricolous mosses...........................................................P. dolichorhiza<br />

Phaeophyscia Key:<br />

1a. Thallus without pigment in <strong>the</strong> medulla .................................................P. hispidula<br />

1b. Thallus with medullary pigment .............................................................................. 2<br />

2a. Medullary pigment yellow..........................................................................P. crocea<br />

2b. Medullary pigment red................................................................. P. endococcinodes<br />

Physcia Key:<br />

1a. Thallus without vegetative propagules .................................................................... 2<br />

1b. Thallus with isidia or soredia................................................................................... 3<br />

2a. Thallus maculate, saxicolous ....................................................................... P. phaea<br />

2b. Thallus not maculate, corticolous ..........................................................P. verrucosa<br />

3a. Thallus with true isidia........................................................................... P. vermifera<br />

3b. Thallus with soredia or isidioid soredia................................................................... 4<br />

4a. Lower surface black................................................................................................. 5<br />

4b. Lower surface white <strong>to</strong> brownish............................................................................. 6<br />

5a. Lower surface striate, soredia mainly marginal....................................P. atrostriata<br />

5b. Lower surface not striate.......................................................................................... 6<br />

6a. Upper surface bluish pruinose, soredia punctiform ...................................P. krogiae


6b. Upper surface grey, not pruinose, soredia o<strong>the</strong>rwise............................................... 7<br />

7a. Soredia marginal, sometimes isidioid.................................................... P. sorediosa<br />

7b. Soredia laminal ...................................................................................... P. erumpens<br />

8a. Soredia laminal ........................................................................................................ 9<br />

8b. Soredia marginal .................................................................................................... 10<br />

9a. Soralia crateriform, corticolous .............................................................. P. poncinsii<br />

9b. Soralia capitate, saxicolous...............................................................P. alboplumbea<br />

10a. Upper surface not pruinose ..................................................................P. tribacoides<br />

10b. Upper surface haevily pruinose ............................................................. P. dimidiata<br />

Physma Key:<br />

1a. Thallus with apo<strong>the</strong>cia ........................................................................... P. byrsaeum<br />

1b. Thallus with pseudoisidia ............................................................P. pseudoisidiatum<br />

Polychidium Key:<br />

1a. Algae Nos<strong>to</strong>c (with globose cells in chains)..........................................P. muscicola<br />

1b. Algae Scy<strong>to</strong>nema (with cylindrical cells in chains)................................................. 2<br />

2a. Cortex cells me<strong>and</strong>ering, jig-saw-shaped; thallus shiny........................P. stipitatum<br />

2b. Cortex cells ra<strong>the</strong>r regular, ultimate thallus branches dull ................. P. dendriscum<br />

Pseudocyphellaria Key (modified after Galloway, D.J. 1994. Studies in Pseudocyphellaria<br />

IV. Paleotropical species (excluding Australia). Bulletin <strong>of</strong> <strong>the</strong> British Museum (Natural<br />

His<strong>to</strong>ry), Botany 24: 115-159.):<br />

1a. Pho<strong>to</strong>biont green ...................................................................................................... 2<br />

1b. Pho<strong>to</strong>biont blue-green (Nos<strong>to</strong>c in chains).............................................................. 10<br />

2a. Medulla yellow ........................................................................................................ 3<br />

2b. Medulla white (note: pseudocyphellae or soredia could be yellow)........................ 6<br />

3a. Without soredia, isidia or phyllidia......................................................... P. clathrata<br />

3b. Sorediate, isidiate or phyllidiate .............................................................................. 4<br />

4a. Isidiate <strong>to</strong> phyllidiate only ................................................................... P. pickeringii<br />

4b. Sorediate (isidia may also be present) ..................................................................... 5<br />

5a. Soredia partly linear.................................................................................... P. aurata<br />

5b. Soredia formed on punctiform isidia .................................................... P. poculifera<br />

6a. Pseudocyphellae yellow....................................................................... P. carpoloma<br />

6b. Pseudocyphellae white............................................................................................. 7<br />

7a. Pseudocyphellae present on upper <strong>and</strong> lower surface.........................P. reineckiana


7b. Pseudocyphellae present only on lower surface ...................................................... 8<br />

8a. Without soredia, isidia or phyllidia........................................................P. sulphurea<br />

8b. Isidiate or phyllidiate ............................................................................................... 9<br />

9a. Lobes broad, rounded, phyllidiate .......................................................... P. multifida<br />

9b. Lobes narrow, punctate, isidiate <strong>to</strong> phyllidiate .................................... P. prolificans<br />

10a. Pseudocyphellae yellow......................................................................................... 11<br />

10b. Pseudocyphellae white........................................................................................... 16<br />

11a. Without soredia, isidia or phyllidia........................................................................ 12<br />

11b. Sorediate, isidiate or phyllidiate ............................................................................ 13<br />

12a. Upper surface faveolate, sometimes also maculate ................................P. maculata<br />

12b.Upper surface undulate only............................................................................P. gilva<br />

13a. Isidiate <strong>to</strong> phyllidiate.............................................................................................. 14<br />

13b. Sorediate ....................................................................................................P. crocata<br />

14a. Isidiate.................................................................................................P. desfontainii<br />

14b. Phyllidiate or with proliferations ........................................................................... 15<br />

15a. Phyllidiate ................................................................................................ P. neglecta<br />

15b. With proliferations.............................................................................. P. croca<strong>to</strong>ides<br />

16a. Without soredia, isidia or phyllidia........................................................................ 17<br />

16b. Sorediate or isidiate or phyllidiate ......................................................................... 20<br />

17a. Pseudocyphellae present on upper <strong>and</strong> lower surface............................................ 18<br />

17b. Pseudocyphellae present only on lower surface .......................................P. beccarii<br />

18a. Upper surface scrobiculate...........................................................................P. rigida<br />

18b. Upper surface plane ............................................................................................... 19<br />

19a. Lobe margins <strong>to</strong>men<strong>to</strong>se.....................................................................P. trichophora<br />

19b. Lobe margins glabrous......................................................................... P. semilanata<br />

20a. Isidiate <strong>to</strong> phyllidiate.............................................................................................. 21<br />

20b. Sorediate ................................................................................................................ 24<br />

21a. Phyllidiate .............................................................................................................. 22<br />

21b. Isidiate.................................................................................................................... 23<br />

22a. Pseudocyphellae present on upper <strong>and</strong> lower surface, surface plane . P. punctillaris<br />

22b. Pseudocyphellae present only on lower surface; upper surface pitted ... P. insculpta<br />

23a. Isidia associated with pseudocyphellae ................................................ P. argyracea<br />

23b. Isidia not associated with pseudocyphellae ............................................P. dissimilis


24a. Upper surface faveolate <strong>to</strong> pitted ............................................................. P. dozyana<br />

24b. Upper surface undulate only .................................................................... P. intricata<br />

Pyxine Key:<br />

1a. Thallus without vegetative propagules .................................................................... 2<br />

1b. Thallus with vegetative propagules ......................................................................... 8<br />

2a. Medulla yellow ........................................................................................................ 3<br />

2b. Medulla white .......................................................................................................... 4<br />

3a. Upper surface UV-................................................................................. P. limbulata<br />

3b. Upper surface UV+ yellow ...................................................................P. berteriana<br />

4a. Upper surface UV-................................................................................................... 5<br />

4b. Upper surface UV+ yellow ...................................................................................... 7<br />

5a. Lobes convex ......................................................................................... P. convexior<br />

5b. Lobes flat ................................................................................................................. 6<br />

6a. Medulla K-, P+red .................................................................................. P. schmidtii<br />

6b. Medulla K+ red..................................................................................... P. philippina<br />

7a. Lobes pruinose, corticolous .................................................................... P. petricola<br />

7b. Lobes epruinose, saxicolous, small-lobed ..................................................P. minuta<br />

8a. Thallus with isidia.................................................................................................... 9<br />

8b. Thallus with soredia or pustules ............................................................................ 10<br />

9a. Medulla yellow .....................................................................................P. isidiolenta<br />

9b. Medulla white ........................................................................................P. cylindrica<br />

10a. Medulla yellow ...................................................................................................... 11<br />

10b. Medulla white <strong>to</strong> pale ochraceous.......................................................................... 14<br />

11a. Upper surface UV+ yellow .................................................................. P. subcinerea<br />

11b. Upper surface UV-................................................................................................. 12<br />

12a. Pseudocyphellae (nearly) absent........................................................ P. meissnerina<br />

12b. Pseudocyphellae marginal, conspicuous................................................................ 13<br />

13a. Soredia granular, marginal, bluish, isidioid............................................P. sorediata<br />

13b. Soredia farinose, laminal ......................................................................... P. farinosa<br />

14a. Thallus UV+ yellow....................................................................................P. cocoes<br />

14b. Thallus UV- ........................................................................................................... 15<br />

15a. Soredia pustular/isidioid (polysidiangia) ..............................................P. retirugella<br />

15b. Soredia farinose, round .........................................................................P. copel<strong>and</strong>ii


Ramalina Key:<br />

1a. Thallus with soredia................................................................................................. 2<br />

1b. Thallus without soredia............................................................................................ 4<br />

2a. Thallus hollow ............................................................................................R. tenella<br />

2b. Thallus solid............................................................................................................. 3<br />

3a. Soralia punctiform .................................................................................R. peruviana<br />

3b. Soralia rounded ...................................................................................... R. nervulosa<br />

4a. Thallus hollow ......................................................................................................... 5<br />

4b. Thallus solid............................................................................................................. 6<br />

5a. Thallus less than 1 mm thin, apo<strong>the</strong>cia rare.............................................R. javanica<br />

5b. Thallus thicker, irregular, apo<strong>the</strong>cia common ............................................ R. inflata<br />

6a. Thallus canaliculate <strong>to</strong> flattened .............................................................................. 7<br />

6b. Thallus subterete ........................................................................................ R. tropica<br />

7a. disc margin with white lines ...............................................................R. subfraxinea<br />

7b. disc margin without white lines ....................................................... R. conduplicans<br />

Relicina Key (extracted from Elix, J.A. 1996a. A revision <strong>of</strong> <strong>the</strong> lichen genus Relicina.<br />

Biblio<strong>the</strong>ca Lichenologica 62: 1-150.):<br />

1a. Thallus isidiate <strong>and</strong>/or lobulate................................................................................ 2<br />

1b. Thallus not isidiate or lobulate............................................................................... 14<br />

2a. Isidia globose <strong>to</strong> cylindrical..................................................................................... 3<br />

2b. Isidia dorsiventral, becoming lobulate, or lobules only........................................... 8<br />

3a. Lower surface pale brown <strong>to</strong> dark brown ................................................................ 4<br />

3b. Lower surface black, rarely brown-black at lobe margins....................................... 5<br />

4a. Rhizines simple or sparingly branched...............................................R. sydneyensis<br />

4b. Rhizines with secondary rhizines which are densely branched <strong>and</strong> agglutinated.<br />

..........................................................................................................R. circumnodata<br />

5a. Lobes very narrow <strong>and</strong> tightly adnate, 0.3-1.0 mm wide .................... R. amphithrix<br />

5b. Lobes broader, adnate, 1-3 mm wide....................................................................... 6<br />

6a. Medulla K+ intense yellow (or orange) or yellow turning red; containing stictic or<br />

norstictic acids ......................................................................................... R. abstrusa<br />

6b. Medulla K-, or K+ pale yellow, containing 4-O-demethylbarbatic, echinocarpic or<br />

gyrophoric acids....................................................................................................... 7<br />

7a. Medulla P+ yellow or orange, containing echinocarpic acid.............. R. planiuscula<br />

7b. Medulla P-, containing gyrophoric acids.................................................... R. vinasii


8a. Isidia present ............................................................................................................ 9<br />

8b. Isidia absent ........................................................................................................... 11<br />

9a. Lobes narrow, tightly adnate, 0.3-1.0 mm wide .................................. R. amphithrix<br />

9b. Lobes broader, adnate, 1-3.5 mm wide.................................................................. 10<br />

10a. Thallus coriaceous; apo<strong>the</strong>cia ecoronate ............................................ R. planiuscula<br />

10b. Thallus fragile; apo<strong>the</strong>cia subcoronate ............................................. R. schizospatha<br />

11a. Lobes narrow, tightly adnate, 0.3-1.5 mm wide .................................................... 12<br />

11b. Lobes broader, adnate, 1-3.5 mm wide.................................................................. 13<br />

12a. Medulla P+ yellow or orange, containing echinocarpic acid....................R. palmata<br />

12b. Medulla P-, containing relicinulinic acids A, B..................................... R. relicinula<br />

13a. Medulla P+ yellow or orange; containing echinocarpic acid, ±gyrophoric acid<br />

(trace) ...................................................................................................R. gemmulosa<br />

13b. Medulla P-, C+ rose; containing gyrophoric acid (major), echinocarpic acid absent<br />

..............................................................................................................R. luteoviridis<br />

14a. Lower surface pale brown <strong>to</strong> dark brown .............................................................. 15<br />

14b. Lower surface black, rarely brown-black at lobe margins..................................... 17<br />

15a. Medulla P-; containing barbatic acid .................................................. R. agglutinata<br />

15b. Medulla P+ red-orange; containing pro<strong>to</strong>cetraric, fumarpro<strong>to</strong>cetraric or<br />

succinpro<strong>to</strong>cetraric acids........................................................................................ 16<br />

16a. Spores small, ca. 3 x 2 µm; containing succinpro<strong>to</strong>cetraric acid major),<br />

himarpro<strong>to</strong>cetraric acid (minor).........................................................R. ramosissima<br />

16b. Spores larger; containing pro<strong>to</strong>cetraric acid (major) .............................. R. sublanea<br />

17a. Apo<strong>the</strong>cia present, coronate or subcoronate .......................................................... 18<br />

17b. Apo<strong>the</strong>cia ecoronate or absent............................................................................... 23<br />

18a. Medulla K+ yellow <strong>the</strong>n red; containing norstictic acid.................... R. subabstrusa<br />

18b. Medulla K- or K+ yellow; norstictic acid absent................................................... 19<br />

19a. Lobes broad, 1-3 mm wide; adnate; containing gyrophoric acid (major).<br />

............................................................................................................R. retrospinosa<br />

19b. Lobes narrow, 0.3-1.5 mm wide; tightly adnate; gyrophoric acid absent or present<br />

in traces only.......................................................................................................... 20<br />

20a. Medulla P-.............................................................................................................. 21<br />

20b. Medulla P+ yellow, orange or red ......................................................................... 22<br />

21a. Hirtifructic acid present ............................................................................ R. fijiensis<br />

21b. Hirtifructic acid absent........................................................................... R. relicinula<br />

22a. Lobes separate, axils broad; with gyrophoric <strong>and</strong> echinocarpic acid ... R. samoensis


22b. Lobes separate, axils broad; with hypostictic acid............................... R. diederichii<br />

22c. Lobes contiguous, axils acute; containing hirtifructic acid ............ R. terricrocodila<br />

23a. Medulla P-.............................................................................................................. 24<br />

23b. Medulla P+ yellow, orange or red ......................................................................... 25<br />

24a. Medulla UV+ blue-white; containing alec<strong>to</strong>ronic acid.........................R. fluorescens<br />

24b. Medulla UV-; containing pro<strong>to</strong>lichesterinic acid, butlerins A, B, C......R. connivens<br />

25a. Medulla P+ brick red; containing fumarpro<strong>to</strong>cetraric acid.................... R. malesiana<br />

25b. Medulla P+ yellow or orange; containing echinocarpic acid ................................. 26<br />

26a. Medulla C+ rose or red; gyrophoric <strong>and</strong> hirtifructic acids present........ R. hirtifructa<br />

26b. Medulla C-; gyrophoric <strong>and</strong> hirtifructic acids absent............................................. 27<br />

27a. Lobes broad, 1.5-3 mm wide; upper cortex columnar......................... R. columnaria<br />

27b. Lobes narrow, 0.5-1 mm wide; upper cortex not columnar .....................R. sipmanii<br />

Relicinopsis Key:<br />

1a. Thallus with soredia........................................................................... R. malaccensis<br />

1b. Thallus without vegetative propagules .................................................. R. intertexta<br />

Siphula Key:<br />

1a. Branching dicho<strong>to</strong>mous ........................................................................ S. dicho<strong>to</strong>ma<br />

1b. Branching irregular, sparse .................................................................. S. decumbens<br />

Stereocaulon Key (after Sipman, H.J.M. 1998. Notes on <strong>the</strong> lichen genus Stereocaulon in<br />

New Guinea. Cryp<strong>to</strong>gamie, Bryologie et Lichénologie 19: 229-245.):<br />

1a. Phyllocladia wart-like or applanate <strong>to</strong> squamulose, rarely cylindrical; cephalodia<br />

not corticate, or absent ............................................................................................. 2<br />

1b. Phyllocladia cylindrical, sometimes coralloid-branched; cephalodia corticate....... 4<br />

2a. Soredia present, mealy, usually produced on <strong>the</strong> lower side <strong>of</strong> exp<strong>and</strong>ed<br />

pseudopodetium apices; lobaric acid present, occasionally absent S. leprocauloides<br />

2b. Soredia absent (however, cf. remark under S. graminosum)................................... 3<br />

3a. Phyllocladia wart-like <strong>to</strong> peltate; stictic acid present ........................ S. graminosum<br />

3b. Phyllocladia wart-like <strong>to</strong> cylindrical; lobaric acid present ................... S. glareosum<br />

3c. Phyllocladia wart-like <strong>to</strong> squamulose; stictic or colensoic acid present,<br />

occasionally both absent ...................................................................S. myriocarpum<br />

4a. Cephalodia more or less applanate <strong>and</strong> cristate, blue-grey with white lines or dots<br />

(pseudocyphellae) on <strong>the</strong> ridges........................................... S. pseudomassartianum<br />

4b. Cephalodia rounded <strong>to</strong> wrinkled, blue-grey without white spots or completely<br />

white (without pseudocyphellae) ............................................................................. 5


5a. Phyllocladia mainly basal, absent from most <strong>of</strong> <strong>the</strong> pseudopodetia; cephalodia<br />

usually white <strong>and</strong> with a granular surface; perla<strong>to</strong>lic acid present; on alpine rocks.<br />

...................................................................................................................S. staufferi<br />

5b. Phyllocladia present all over <strong>the</strong> pseudopodetia; cephalodia blue-grey, sometimes<br />

with a brownish tinge, with a smooth surface; perla<strong>to</strong>lic acid absent; on alpine<br />

rocks or o<strong>the</strong>rwise.................................................................................................... 6<br />

6a. Apo<strong>the</strong>cia mainly lateral on short branchlets along upper half <strong>of</strong> <strong>the</strong><br />

pseudopodetia; above 3000 m.............................................................. S. flabellatum<br />

6b. Apo<strong>the</strong>cia mainly terminal, in furcately branched groups, sometimes with<br />

additional lateral ones along <strong>the</strong> apical ramifications; c. 2000-4000 m .................. 7<br />

7a. Pseudopodetia slender, 0.5-1(-1.2) mm thick; widespread in mountains from<br />

c. 2000-4000 m ................................................................................S. massartianum<br />

7b. Pseudopodetia s<strong>to</strong>ut, 1.2-2 mm thick; above c. 3500 m only ..................... S. brassii<br />

Sticta Key (some additional species are reported, but not seen by me):<br />

1a. Algae green .............................................................................................................. 2<br />

1b. Algae bluegreen, lobe margins with or without lobules .......................................... 4<br />

2a. Thallus stipitate........................................................................................................ 3<br />

2b. Thallus not stipitate.................................................................................S. variabilis<br />

3a. Lobe margins entire ..................................................................................... S. sayeri<br />

3b. Lobe margins with lobules.....................................................................S. myrioloba<br />

4a. Thallus stipitate........................................................................................................ 5<br />

4b. Thallus not stipitate................................................................................................ 11<br />

5a. Thallus with lobules or isidia................................................................................... 6<br />

5b. Thallus without lobules or isidia.............................................................................. 8<br />

6a. Isidia laminal............................................................................................................ 7<br />

6b. Lobules present, marginal................................................................... S. marginifera<br />

7a. Lobes narrow, branched..................................................................... S. cyphellulata<br />

7b. Lobes rounded, unbranched......................................................................S. brevipes<br />

8a. Lobes narrow, branched........................................................................................... 9<br />

8b. Lobes broad, nearly unbranched, thallus <strong>of</strong>ten small ............................................ 10<br />

9a. Margin with black cilia ........................................................................... S. fimbriata<br />

9b. Margin without cilia...................................................................................... S. leami<br />

10a. Thallus foveate........................................................................................ S. heppiana<br />

10b. Thallus mostly smooth...........................................................................S. boschiana<br />

11a. Thallus with soredia............................................................................. S. sublimbata<br />

11b. Thallus without soredia.......................................................................................... 12


12a. Margins incised, on rock in alpine area ............................................S. alpinotropica<br />

12b. Margins with isidia or lobules, not incised ............................................................ 13<br />

13a. Margins with cylindrical isidia ..................................................................S. weigelii<br />

13b. Margins with flattendd lobules; alpine ...............................................S. xanthotropa<br />

Thamnolia Key:<br />

1a. Thallus hollow ...................................................................................T. vermicularis<br />

1b. Thallus solid................................................................................................ T. juncea<br />

Usnea Key (after Stevens, G.N. 1999. A revision <strong>of</strong> <strong>the</strong> lichen family Usneaceae in Australia.<br />

Biblio<strong>the</strong>ca Lichenologica 72.):<br />

1a. Axis hollow................................................................................................ U. baileyi<br />

1b. Axis solid ................................................................................................................. 2<br />

2a. Plant pendulous........................................................................................................ 3<br />

2b. Plant shrubby ........................................................................................................... 5<br />

3a. Main branches with erose cotex, not angular....................................... U. longissima<br />

3b. Main branches with smooth cortex, but angular...................................................... 4<br />

4a. Axis yellow .........................................................................................U. himan<strong>to</strong>des<br />

4b. Axis whitish ................................................................................................ U. hossei<br />

5a. With soredia or isidia............................................................................................... 6<br />

5b. Without soredia or isidia........................................................................................ 10<br />

6a. Plant partly red......................................................................................U. rubicunda<br />

6b. Plant greyish <strong>to</strong> yellowish........................................................................................ 7<br />

7a. With isidia.................................................................................................. U. dasaea<br />

7b. With soredia............................................................................................................. 8<br />

8a. Branches inflated .................................................................................U. perplexans<br />

8b. Branches not inflated ............................................................................................... 9<br />

9a. Medulla P+ yellow, with psoromic acid .............................................U. pycnoclada<br />

9b. Medulla P- or + red, with o<strong>the</strong>r acids ............................................ U. bismolliuscula<br />

10a. Thallus s<strong>of</strong>t, nearly without papillae...........................................................U. flexilis<br />

10b. Thallus firm, with many papillae........................................................U. molliuscula<br />

Xanthoparmelia Key:<br />

1a. Thallus grey ..................................................................................... X. atrocapnodes<br />

1b. Thallus yellowish green ........................................................................................... 2


2a. Not isidiate................................................................................................. X. incerta<br />

2b. Thallus isidiate......................................................................................................... 3<br />

3a. Thallus narrow, closely appressed ......................................................X. mougeotina<br />

3b. Thallus wider, loosley appressed ............................................................................. 4<br />

4a. Salazinic acid <strong>the</strong> main substance.......................................................... X. isidiigera<br />

4b. Norstictic acid <strong>the</strong> main substance.......................................................X. neotinctina<br />

Xanthoria Key:<br />

1a. Thallus sorediate, yellow ......................................................................X. c<strong>and</strong>elaria<br />

1b. Thallus not sorediate, orange .....................................................................X. elegans<br />

2. Checklist <strong>of</strong> <strong>the</strong> <strong>lichens</strong> <strong>and</strong> lichenicolous fungi reported up <strong>to</strong> 2009 from Papua New<br />

Guinea<br />

Based on published reports, both in print <strong>and</strong> on <strong>the</strong> internet. It lists only currently accepted<br />

records, <strong>and</strong> omits first reports when <strong>the</strong>y have been shown <strong>to</strong> be erroneous. Some groups, like<br />

Sticta, still include unreliable reports, o<strong>the</strong>rs like Arthoniaceae, Ramalinaceae, Micareaceae <strong>and</strong><br />

Graphidaceae are still very incomplete judging from <strong>the</strong> numerous unidentified samples. The<br />

present list contains 1418 species, an increase <strong>of</strong> 185 % since <strong>the</strong> last published <strong>checklist</strong><br />

(Streimann 1986).<br />

Abrothallus stereocaulorum Etayo Etayo 2002<br />

A. usneae Rabenh. Aptroot et al. 1997.<br />

Acantho<strong>the</strong>cis abaphoides (Nyl.) Staiger & Kalb www.tropical<strong>lichens</strong>.net specimen in B<br />

A. aurantiaca (Müll. Arg.) Staiger & Kalb www.tropical<strong>lichens</strong>.net specimen in B<br />

A. corcovadensis (Redinger) Staiger & Kalb www.tropical<strong>lichens</strong>.net specimen in B<br />

A. dialeuca (Krempelh.) Staiger & Kalb www.tropical<strong>lichens</strong>.net specimen in B<br />

A. farinosa Staiger www.tropical<strong>lichens</strong>.net specimen in B<br />

A. tetraphora (Nyl.) Staiger & Kalb www.tropical<strong>lichens</strong>.net specimen in B<br />

Agonimia pacifica (Harada) Diederich Aptroot et al. 1997.<br />

Ainoa mooreana (Carroll) Lumbsch & I. Schmidt Aptroot & Sipman 1991.<br />

Alec<strong>to</strong>ria ochroleuca (H<strong>of</strong>fm.) A. Massal. Streimann 1986.<br />

Amygdalaria aeolotera (Vain.) Hertel & Brodo Hertel 1987.<br />

Ancistrosporella australiensis (Thor) Thor Egea, Sérusiaux & Torrente 1996.<br />

A. curvata (Aptroot) Komposch Komposch, Aptroot & Hafellner 2002.<br />

Anisomeridium anas<strong>to</strong>mosans Aptroot Aptroot et al. 1997.<br />

A. anisolobum (Müll. Arg.) Aptroot Aptroot et al. 1997.<br />

A. biforme (Borrer) R.C. Harris Aptroot et al. 1997.<br />

A. consobrinum (Nyl.) Aptroot Aptroot et al. 1997.<br />

A. foliicola R. Sant. & Tibell Aptroot et al. 1997.<br />

A. subnexum (Nyl.) Aptroot Aptroot et al. 1997.<br />

A. subprostans (Nyl.) R.C. Harris Aptroot et al. 1997.<br />

A. subtruncatum Aptroot Aptroot et al. 1997.<br />

A. tamarindi (Fée) R.C. Harris Aptroot et al. 1997.<br />

A. terminatum (Nyl.) R.C. Harris Aptroot et al. 1997.<br />

A. truncatum (Müll. Arg.) R.C. Harris Aptroot et al. 1997.<br />

Anthraco<strong>the</strong>cium australiensis (Müll. Arg.) Aptroot Aptroot et al. 1997.<br />

A. macrosporum (Hepp) Müll. Arg. Aptroot et al. 1995 (as A. columellatum (Vain.) Zahlbr.).<br />

A. prasinum (Eschw.) R.C. Harris Aptroot et al. 1997.


Anzia afromontana R. Sant. Yoshimura, Sipman & Aptroot 1995.<br />

A. americana Yoshim. & Sharp Yoshimura, Sipman & Aptroot 1995.<br />

A. corallophora Yoshim. Yoshimura, Sipman & Aptroot 1995.<br />

A. end<strong>of</strong>lavida Yoshim. & Sipman Yoshimura, Sipman & Aptroot 1995.<br />

A. gregoriana Müll. Arg. Yoshimura, Sipman & Aptroot 1995.<br />

A. isidiolenta Diederich & Sipman Yoshimura, Sipman & Aptroot 1995.<br />

A. isidiosa Yoshim. Yoshimura, Sipman & Aptroot 1995.<br />

A. niuginiensis Elix Elix 1997.<br />

A. orna<strong>to</strong>ides Yoshim. Yoshimura, Sipman & Aptroot 1995.<br />

A. pseudoangustata Yoshim. & Sipman Yoshimura, Sipman & Aptroot 1995.<br />

A. pseudopustulata Sipman Yoshimura, Sipman & Aptroot 1995.<br />

A. pustulata Yoshim. Yoshimura, Sipman & Aptroot 1995.<br />

A. semiteres (Mont. & v.d. Bosch) Stiz. Yoshimura, Sipman & Aptroot 1995.<br />

Aptrootia terricola (Aptroot) Lücking, Umana & Chaves Aptroot 1999 (as Thelenella terricola<br />

Aptroot)<br />

Arthonia antillarum (Fée) Nyl. Streimann 1986.<br />

A. arthoniicola Diederich & Aptroot Aptroot et al. 1995.<br />

A. catenulata Ach. Aptroot et al. 1995.<br />

A. cinnabarina (DC.) Wallr. Streimann 1986.<br />

A. collectiva Stir<strong>to</strong>n Aptroot et al. 1997.<br />

A. complanata Fée Aptroot et al. 1997.<br />

A. conferta (Fée) Nyl. Aptroot et al. 1997.<br />

A. cyanea Müll. Arg. Aptroot & Sipman 1991.<br />

A. dispersula Nyl. Aptroot et al. 1997.<br />

A. lep<strong>to</strong>sperma (Müll. Arg.) R. Sant. Aptroot & Sipman 1991.<br />

A. meizomorpha Nyl. Streimann 1986.<br />

A. oceania Zahlbr. Streimann 1986.<br />

A. pelvetii (Hepp) Arnold Aptroot et al. 1997.<br />

A. picea Vain. Aptroot et al. 1997.<br />

A. polymorphoides Nyl. Streimann 1986.<br />

A. rechingeri Zahlbr. Streimann 1986.<br />

A. rimeliicola Diederich Aptroot et al. 1997.<br />

A. trilocularis Müll.Arg. Streimann 1986.<br />

Arthopyrenia antecellans (Nyl.) Arnold Aptroot et al. 1997.<br />

A. cinchonae (Ach.) Müll. Arg. Aptroot et al. 1995.<br />

A. malaccitula (Nyl.) Zahlbr. Aptroot et al. 1997.<br />

A. novaeguineae Szatala Aptroot et al. 1997.<br />

A. planorbis (Ach.) Müll. Arg. Aptroot et al. 1997.<br />

A. salicis A. Massal. Aptroot et al. 1997.<br />

Artho<strong>the</strong>lium ampliatum (C. Knight & Mitten) Müll. Arg. Streimann 1986.<br />

A. oasis A. Massal. Streimann 1986.<br />

A. spadiceum (C. Knight) Müll. Arg. Streimann 1986.<br />

Arthrorhaphis alpina (Schaer.) R. Sant. Streimann 1986.<br />

A. citrinella (Ach.) Poelt Streimann 1986.<br />

Aspido<strong>the</strong>lium cinerascens Vain. Aptroot & Sipman 1991.<br />

A. fugiens (Müll. Arg.) R. Sant. Aptroot & Sipman 1993.<br />

A. gemmiferum Sérusiaux & Lücking Sérusiaux & Lücking 2001.<br />

A. verruculosum R. Sant. Streimann 1986.<br />

Asterothyrium decipiens (Rehm) R. Sant. Aptroot et al. 1997.<br />

A. microsporum R. Sant. Aptroot et al. 1997.<br />

A. pittieri Müll. Arg. Streimann 1986.<br />

Astro<strong>the</strong>lium galbineum Krempelh. Aptroot et al. 1997.<br />

A. ocellatum Malme Aptroot et al. 1997.<br />

A. subfuscum Krempelh. Aptroot 1998.<br />

A. versicolor Müll. Arg. Aptroot (sse above).


Aulaxina dictyospora R. Sant. Aptroot et al. 1997.<br />

A. epiphylla (Zahlbr.) R. Sant. Aptroot et al. 1997.<br />

A. microphana (Vain.) R. Sant. Aptroot et al. 1997.<br />

A. opegraphina Fée Aptroot et al. 1997.<br />

A. unispora Sérus. Aptroot et al. 1997.<br />

Auriculora byssomorpha (Nyl.) Kalb Aptroot et al. 1997.<br />

Australiaena streimannii Matzer, Mayrh<strong>of</strong>er & Elix Matzer, Mayrh<strong>of</strong>er & Elix 1997.<br />

Bacidia africana Vĕzda Aptroot & Sipman 1993.<br />

B. mas<strong>to</strong>thallina Vain. Streimann 1986.<br />

B. micrommata (Krempelh.) R. Sant.<br />

Bacidina apiahica (Müll. Arg.) Vĕzda Aptroot & Sipman 1993.<br />

B. mirabilis (Vĕzda) Vĕzda Streimann 1986.<br />

B. streimannii Vĕzda Vĕzda 1994.<br />

Bactrospora lep<strong>to</strong>loma (Müll. Arg.) Egea & Torrente Aptroot et al. 1995.<br />

B. metabola (Nyl.) Egea & Torrente Aptroot et al. 1995.<br />

Badimia elegans (Vain.) Vĕzda Aptroot et al. 1997.<br />

B. lucida Aptroot & Sérus. Aptroot et al. 1997.<br />

B. polillensis (Vain.) Vĕzda Aptroot et al. 1997.<br />

B. vieillardii (Müll. Arg.) Vĕzda Aptroot et al. 1997.<br />

Baeomyces heteromorphus Nyl. Streimann 1986.<br />

B. marginalis Sipman & Aptroot Aptroot et al. 1997.<br />

B. trachypus Nyl. Streimann 1986.<br />

Bapalmuia marginalis (Vain.) Sérus. Aptroot et al. 1997.<br />

B. variratae Sérus. Kalb, Lücking & Sérusiaux 2000.<br />

Bia<strong>to</strong>ropsis usnearum Räsänen Diederich & Christiansen 1994.<br />

Biciliopsis lep<strong>to</strong>giicola Diederich Aptroot et al. 1997.<br />

Bispora christiansenii D. Hawksw. Aptroot et al. 1997.<br />

B. lichenum Diederich Aptroot et al. 1997.<br />

Brigantiaea leucoxantha (Sprengel) R. Sant. & Hafellner Aptroot & Sipman 1991.<br />

B. lobulata F.J. Walker & Hafellner Aptroot et al. 1997.<br />

B. tricolor (Mont.) Trevis Hafellner 1997.<br />

Bryophagus minutissima (Vĕzda) D. Hawksw. Streimann 1986.<br />

Bryoria dahlii (P.M. Jørg.) Brodo & D. Hawksw. Streimann 1986.<br />

B. indonesica (P.M. Jørg.) Brodo & D. Hawksw. Streimann 1986.<br />

Buellia adaucta Malme Marbach 2000 (sub Stigma<strong>to</strong>chroma).<br />

B. aethalea (Ach.) Th. Fr. Aptroot et al. 1997.<br />

B. americana (Fée) Zahlbr. Marbach 2000 (sub Cratiria).<br />

B. analgifera Aptroot & Diederich Aptroot et al. 1997.<br />

B. brugierae Vain. Marbach 2000 (sub Am<strong>and</strong>inea).<br />

B. curatellae Malme Marbach 2000 (sub Hafellia).<br />

B. dissa (Stir<strong>to</strong>n) Zahlbr. Aptroot & Sipman 1991 (as Hafellia).<br />

B. dissimilis (Nyl.) Müll. Arg. Marbach 2000 (sub Cratiria; as B. corallizans Zahlbr. in Aptroot<br />

et al. 1997).<br />

B. efflorescens Müll. Arg. Aptroot & Sipman 1991.<br />

B. epimarta Malme Aptroot & Sipman 1991.<br />

B. hypothallina Aptroot Aptroot et al. 1997.<br />

B. lauricassiae (Fée) Müll. Arg. Streimann 1986.<br />

B. lauricassiaeoides Aptroot Aptroot et al. 1997.<br />

B. manamiana Diederich Aptroot et al. 1997.<br />

B. melanochlora (Krempelh.) Müll. Arg. Marbach 2000 (sub Cratiria).<br />

B. metalep<strong>to</strong>des (Nyl.) G. Pant & D.D. Awasthi Marbach 2000 (sub Stigma<strong>to</strong>chroma).<br />

B. pulchella Tuck. Streimann 1986.<br />

B. submuriformis Aptroot & Diederich Aptroot et al. 1997.<br />

Buelliella dirinariae Diederich & Aptroot Aptroot et al. 1997.<br />

Bulbothrix goebelii (Zenker) Hale Streimann 1986.


B. isidiza (Nyl.) Hale Streimann 1986.<br />

B. subinflata (Hale) Hale Streimann 1986.<br />

B. tabacina (Mont. & v.d. Bosch) Hale Streimann 1986.<br />

B. tuskiformis Elix Elix 1997.<br />

Bullatina aspidota (Vain.) Vĕzda & Poelt Streimann 1986.<br />

Bunodophoron coomerense (Ohlsson) Wedin Aptroot et al. 1997.<br />

B. diplotypus (Vain.) Wedin Tibell 1987.<br />

B. murrayi (Ohlsson) Wedin Tibell 1987.<br />

B. patagonicus (C.W. Dodge) Wedin Tibell 1987.<br />

Byssolecania fumosonigricans (Müll. Arg.) R. Sant. Streimann 1986.<br />

Byssoloma arboricola Sérus. & Aptroot Aptroot et al. 1997.<br />

B. dimerelloides Sipman & Aptroot Aptroot et al. 1997.<br />

B. discordans (Vain.) Zahlbr. Aptroot et al. 1997.<br />

B. gahavisukanum Sérus. Aptroot et al. 1997.<br />

B. leucoblepharum (Nyl.) Vain. Streimann 1986.<br />

B. lueckingii Sérus. Sérusiaux 1995.<br />

B. microcarpum Kalb & Vĕzda Aptroot et al. 1997.<br />

B. minutissimum Kalb & Vĕzda Aptroot et al. 1997.<br />

B. murinum Vĕzda Aptroot & Sipman 1993.<br />

B. subdiscordans (Nyl.) P. James Streimann 1986.<br />

Calathaspis devexa I.M. Lamb & W.A. Weber Aptroot et al. 1997.<br />

Calenia depressa Müll. Arg. Streimann 1986.<br />

C. flava Lücking, Sérus. & Sipman Lücking, Sérus. & Sipman (2000).<br />

C. graphidea Vain. Streimann 1986.<br />

C. phyllogena (Müll. Arg.) R. Sant. Aptroot & Sipman 1993.<br />

C. <strong>the</strong>lotrematella Vain. Streimann 1986.<br />

Calicium abietinum Pers. Tibell 1987.<br />

C. bullatum Aptroot & Tibell Aptroot et al. 1997.<br />

C. glaucellum Ach. Tibell 1987.<br />

C. hyperelloides Nyl. Aptroot et al. 1997.<br />

C. lenticulare Ach. Tibell 1987.<br />

C. salicinum Pers. Tibell 1987.<br />

C. tricolor F. Wilson Tibell 1987.<br />

Calopadia fusca (Mül. Arg.) Vĕzda Streimann 1986.<br />

C. nymanii (R. Sant.) Vĕzda Streimann 1986.<br />

C. phyllogena (Müll. Arg.) Vĕzda Streimann 1986.<br />

C. puiggarii (Müll. Arg.) Vĕzda Streimann 1986.<br />

C. subcaerulescens (Zahlbr.) Vĕzda Streimann 1986.<br />

C. vermiculifera (Vain.) Sérus. Aptroot et al. 1997.<br />

Caloplaca brebissonii (Fée) Hafellner & Poelt Aptroot & Sipman 1991.<br />

C. byrsonimae Malme Aptroot et al. 1995.<br />

C. crocea (Krempelh.) Hafellner & Poelt Aptroot et al. 1997.<br />

Campylo<strong>the</strong>lium nitidum Müll. Arg. Aptroot et al. 1997.<br />

C<strong>and</strong>elaria crawfordii (Müll. Arg.) P.M. Jørg. & D. Galloway Aptroot & Sipman 1991.<br />

C<strong>and</strong>elariella reflexa (Nyl.) Lettau Aptroot & Sipman 1991.<br />

C. vitellina (H<strong>of</strong>fm.) Müll. Arg. Aptroot & Sipman 1991.<br />

Canomaculina subsumpta (Nyl.) Elix Streimann 1986.<br />

Canoparmelia adspersa (Vain.) Elix & Hale Aptroot & Sipman 1991.<br />

C. texana (Taylor) Elix & Hale Streimann 1986.<br />

Caprettia nyssaegenoides Sérus. & Lücking Sérusiaux & Lücking 2003<br />

Capronia baeomycetis Diederich Aptroot et al. 1997.<br />

C. hypotrachynae Etayo & Diederich Etayo & Diederich 1998.<br />

C. norm<strong>and</strong>inae R. Sant. & D. Hawksw. Aptroot et al. 1997.<br />

C. pseudonorm<strong>and</strong>inae Diederich Aptroot et al. 1997.<br />

Carbacanthographis amicta (Nyl.) Staiger & Kalb www.tropical<strong>lichens</strong>.net specimen in B


C. papuaensis Archer www.tropical<strong>lichens</strong>.net specimen in B<br />

Carbonea intrusa (Th. Fr.) Rambold & Triebel Aptroot et al. 1997.<br />

Catapyrenium lachneum (Ach.) R. Sant. Aptroot & Sipman 1991.<br />

C. squamulosum (Ach.) Breuss Aptroot et al. 1997.<br />

Catarraphia dictyoplaca (Mont. & v.d.Bosch) A. Massal. Egea, Sérusiaux & Torrente 1996.<br />

Celo<strong>the</strong>lium cinchonarum (Müll. Arg.) Vain. Aptroot et al. 1997.<br />

C. dominicanum (Vain.) B. Aguirre Aptroot et al. 1997.<br />

Cetraria isl<strong>and</strong>ica (L.) Ach. Streimann 1986.<br />

C. nigricans Nyl. Streimann 1986.<br />

C. nivalis (L.) Ach. Kärnefelt & Thell 1993.<br />

Cetrelia braunsiana (Müll. Arg.) W. Culb. & C. Culb. Aptroot et al. 1997.<br />

C. chicitae (W. Culb.) W. Culb. & C. Culb. Aptroot et al. 1997.<br />

C. japonica (Zahlbr.) W. Culb. & C. Culb. Aptroot et al. 1997.<br />

C. olive<strong>to</strong>rum (Nyl.) W. Culb. & C. Culb. Aptroot et al. 1997.<br />

C. sanguinea (Schaer.) W. Culb. & C. Culb. Aptroot et al. 1997.<br />

Cetreliopsis papuae R<strong>and</strong>l. & Saag R<strong>and</strong>lane, Thell & Saag 1995.<br />

Chaeno<strong>the</strong>ca brachypoda (Ach.) Tibell Aptroot & Sipman 1991.<br />

C. brunneola (Ach.) Müll. Arg. Tibell 1987.<br />

C. chlorella (Ach.) Müll. Arg. Streimann 1990.<br />

C. chrysocephala (Turner ex Ach.) Th. Fr. Streimann 1990.<br />

C. degelii Tibell Tibell 1987.<br />

C. gracillima (Vain.) Tibell Streimann 1990.<br />

C. papuensis Aptroot & Tibell Aptroot & Tibell 2003.<br />

C. stemonea (Ach.) Müll. Arg. Tibell 1987.<br />

Chaeno<strong>the</strong>copsis pilosa Tibell & Kalb Tibell & Ryman 1995.<br />

C. pusilla (Ach.) A. Schmidt Streimann 1990.<br />

Chiodec<strong>to</strong>n congestulum Nyl. Aptroot et al. 1997.<br />

C. lep<strong>to</strong>sporum Müll. Arg. Thor 1990.<br />

Chroodiscus mirificus (Krempelh.) R. Sant. Aptroot & Sipman 1993.<br />

Chrysothrix c<strong>and</strong>elaris (L.) J.R. Laundon Streimann 1990.<br />

C. xanthina (Vain.) Kalb Kalb 2004<br />

Cladia aggregata (Sw.) Nyl. Stenroos 1986-88.<br />

Cladina halei Ahti Stenroos 1986-88.<br />

C. rangiferina (L.) Nyl. ssp. abbayesii (Ahti) W. Culb. Stenroos 1986-88.<br />

Cladonia chlorophaea (Floerke ex Sommerf.) Sprengel Stenroos 1986-88.<br />

C. coccifera (L.) Willd. Stenroos 1986-88.<br />

C. corniculata Ahti & Kashiwadani Stenroos 1986-88.<br />

C. corymbescens Nyl. Stenroos 1986-88.<br />

C. crispata (Ach.) Flo<strong>to</strong>w Stenroos 1986-88.<br />

C. didyma (Fée) Vain. Stenroos 1986-88.<br />

C. fenestralis Nuno Stenroos 1986-88.<br />

C. floerkeana (Fr.) Floerke Stenroos 1986-88.<br />

C. fruticulosa Krempelh. Stenroos 1986-88.<br />

C. gymnopoda Vain. Stenroos 1986-88.<br />

C. macilenta H<strong>of</strong>fm. Stenroos 1986-88.<br />

C. macrophylla (Schaer.) Stenh. Stenroos 1986-88.<br />

C. melanocaulis Stenroos Stenroos 1986-88.<br />

C. ochrochlora Floerke Stenroos 1986-88.<br />

C. papuana Stenroos Stenroos 1986-88.<br />

C. peziziformis (With.) J.R. Laundon Stenroos 1986-88.<br />

C. phyllopoda (Vain.) Stenroos Stenroos 1986-88.<br />

C. pocillum (Ach.) O.- J. Rich. Stenroos 1986-88.<br />

C. poeciloclada des Abb. Stenroos 1986-88.<br />

C. polycarpoides Nyl. Aptroot 1998.<br />

C. ramulosa (With.) J.R. Laundon Stenroos 1986-88.


C. rappii Evans Stenroos 1986-88.<br />

C. scabriuscula (Delise) Nyl. Stenroos 1986-88.<br />

C. squamosa (Scop.) H<strong>of</strong>fm. Stenroos 1986-88.<br />

C. subradiata (Vain.) S<strong>and</strong>st. Stenroos 1986-88.<br />

C. subsquamosa Krempelh. Stenroos 1986-88.<br />

C. vulcani Savicz Stenroos 1986-88.<br />

C. weymouthii F. Wilson ex A.W. Archer Stenroos 1986-88.<br />

C. yunnana (Vain.) des Abb. Stenroos 1986-88.<br />

Clathroporina biroi Szatala Aptroot et al. 1997.<br />

C. eminentior (Nyl.) Müll. Arg. Aptroot 1998.<br />

C. exocha (Nyl.) Müll. Arg. Aptroot et al. 1997.<br />

Coccocarpia adnata L. Arvidsson Streimann 1986.<br />

C. aeruginosa Müll. Arg. Streimann 1986.<br />

C. dissecta Swinscow & Krog Aptroot et al. 1997.<br />

C. domingensis Vain. Aptroot & Sipman 1991.<br />

C. erythrocardia (Müll. Arg.) L. Arvidsson<br />

C. erythroxyli (Sprengel) Swinscow & Krog<br />

C. glaucina Krempelh. Streimann 1986.<br />

C. palmicola (Sprengel) L. Arvidsson & D. Galloway<br />

C. pellita (Ach.) Müll. Arg. Streimann 1986.<br />

C. pruinosa L. Arvidsson Streimann 1986.<br />

C. rottleri (Ach.) L. Arvidsson Streimann 1986.<br />

C. smaragdina Pers. Streimann 1986.<br />

C. tenuissima Müll. Arg. www.tropical<strong>lichens</strong>.net specimen in BM<br />

Coccotrema porinopsis (Nyl.) Imsh. ex Yoshim. Streimann & Sipman 1994.<br />

Coenogonium dilucidum (Krempelh.) Kalb & Lücking Streimann 1986.<br />

C. fallaciosum (Müll. Arg.) Kalb & Lücking Aptroot & Sipman 1993.<br />

C. hypophyllum (Vĕzda) Kalb & Lücking Aptroot & Sipman 1993.<br />

C. leprieurii (Mont.) Nyl. Streimann 1986.<br />

C. linkii Ehrenb. Aptroot & Sipman 1991.<br />

C. lisowskii (Vĕzda) Lücking Aptroot & Sipman 1993.<br />

C. luteum (Dickson) Kalb & Lücking Aptroot & Sipman 1991.<br />

C. piliferum (Vĕzda) Kalb & Lücking Vĕzda 1994.<br />

C. subluteum (Rehm) Kalb & Lücking Streimann 1986.<br />

C. weberi (Vĕzda) Lücking, Aptroot & Sipman Streimann 1986.<br />

Collema actinoptychum Nyl. Streimann 1986.<br />

C. coilocarpum (Müll. Arg.) Zahlbr. Streimann & Sipman 1994.<br />

C. chimbuense Degel. Degelius 1994.<br />

C. fasciculare (L.) Wigg. (var. microcarpum (Müll. Arg.) Degel.) Aptroot et al. 1997.<br />

C. japonicum (Müll. Arg.) Hue Streimann 1990.<br />

C. leptaleum Tuck. (incl. var. biliosum) Streimann 1986.<br />

C. papuanorum Degel. Aptroot et al. 1997.<br />

C. rugosum Krempelh. Streimann 1990.<br />

C. subconveniens Nyl. Aptroot et al. 1997.<br />

Compsocladium archboldianum I.M. Lamb Streimann 1986.<br />

Conotrema lumbricoides Sipman Aptroot et al. 1997.<br />

Cresponea apiculata Egea, Sérus. & Torrente Egea, Sérusiaux & Torrente 1996.<br />

C. flava (Vain.) Egea & Torrente Egea & Torrente 1993.<br />

C. leprieurii (Mont.) Egea & Torrente Egea, Sérusiaux & Torrente 1996.<br />

C. leprieurioides (Nyl.) Egea & Torrente Egea, Sérusiaux & Torrente 1996.<br />

C. macrocarpoides (Zahlbr.) Egea & Torrente Egea, Sérusiaux & Torrente 1996.<br />

C. proximata (Nyl.) Egea & Torrente Aptroot et al. 1995.<br />

Crocynia gossypina (Sw.) A. Massal. Streimann 1986.<br />

C. pyxinoides Nyl. Aptroot & Sipman 1991.<br />

Crus<strong>to</strong>spathula cartilaginea Aptroot Aptroot 1998.


Cryp<strong>to</strong>lechia subincolorella (Nyl.) D. Hawksw. Aptroot et al. 1997.<br />

Cryp<strong>to</strong><strong>the</strong>cia aleurella (Nyl.) Makhija & Patw. Aptroot et al. 1997.<br />

C. c<strong>and</strong>ida (Krempelh.) R. Sant. Streimann 1986.<br />

C. lunulata (Zahlbr.) Makhija & Patw. Aptroot et al. 1995.<br />

C. rubrocincta (Nyl.) G. Thor Streimann 1986.<br />

C. scripta G. Thor Thor 1997.<br />

C. subnidulans Stir<strong>to</strong>n Aptroot et al. 1997.<br />

Cyphellostereum pusiolum (Berkely & Curtis) Reid Aptroot & Sipman 1991.<br />

Davidgallowaya cornutispora Aptroot Aptroot 2007<br />

Degelia minor Sipman & Aptroot Aptroot et al. 1997.<br />

D. sorediata Aptroot Aptroot et al. 1997.<br />

Dibaeis holstii (Müll. Arg.) Kalb & Gierl Aptroot 1998.<br />

D. inaequalis Kalb & Gierl Gierl & Kalb 1993.<br />

D. sorediata Kalb & Gierl Gierl & Kalb 1993.<br />

D. weberi (Thomson) Kalb & Gierl Gierl & Kalb 1993.<br />

Dichosporidium boschianum (Mont.) G. Thor Thor 1990.<br />

D. constrictum G. Thor Thor 1990.<br />

D. sorediatum G. Thor Thor 1990.<br />

Dictyonema irpicinum Mont. Streimann 1986.<br />

D. ligulatum (Krempelh.) Zahlbr. Streimann 1986.<br />

D. moorei (Nyl.) A. Henssen H<strong>of</strong>fmann & Büdel 1992.<br />

D. sericeum (Sw.) Berkeley Streimann 1986.<br />

Diorygma hieroglyphicum (Pers.) Staiger & Kalb Kalb, Staiger & Elix 2004<br />

D. hololeucum (Mont.) Staiger & Kalb Kalb, Staiger & Elix 2004<br />

D. macgregorii (Vain.) Staiger & Kalb Kalb, Staiger & Elix 2004<br />

D. pruinosum (Eschw.) Staiger & Kalb Kalb, Staiger & Elix 2004<br />

D. rufopruinosum (Archer) Staiger & Kalb Kalb, Staiger & Elix 2004<br />

Diploschistes muscorum (Scop.) R. Sant. ssp. bartlettii Lumbsch Aptroot et al. 1997.<br />

D. rampoddensis (Nyl.) Zahlbr. Aptroot et al. 1997.<br />

Dirinaria aegialita (Afz. in Ach.) Moore Streimann 1990.<br />

D. applanata (Fée) D.D. Awasthi Streimann 1990.<br />

D. confluens (Fr.) D.D. Awasthi Aptroot & Sipman 1991.<br />

D. papillulifera (Nyl.) D.D. Awasthi Aptroot & Sipman 1991.<br />

D. picta (Sw.) Clem. & Shear Aptroot et al. 1995.<br />

D. purpurascens (Vain.) A. Moore Aptroot & Sipman 1991.<br />

Dyplolabia afzelii (Ach.) Massal Streimann 1986.<br />

Echinoplaca diffluens (Müll. Arg.) R. Sant. Aptroot & Sipman 1993.<br />

E. epiphylla Fée Streimann 1986.<br />

E. hispida Sipman Aptroot et al. 1997.<br />

E. incrusta<strong>to</strong>ciliata Sérus. Aptroot et al. 1997.<br />

E. leucotrichoides (Vain.) R. Sant. ex Thorold Streimann 1986.<br />

E. pellicula (Müll. Arg.) R. Sant. Streimann 1986.<br />

E. streimannii Sérus. Aptroot et al. 1997.<br />

Encephalographa anthraco<strong>the</strong>cii Diederich Aptroot et al. 1997.<br />

Endocarpon pusillum Hedw. Aptroot & Sipman 1991.<br />

Endococcus alpestris D. Hawksw. Aptroot et al. 1997.<br />

Enterographa anguinella (Nyl.) Redinger Sparrius 2004.<br />

E. deslooveri Sérus. Aptroot et al. 1995.<br />

E. divergens (Nyl.) Redinger Sparrius 2004.<br />

E. mazosiae R. Sant. ex Matzer & R. Sant. Matzer 1996.<br />

E. multiseptata R. Sant. Aptroot et al. 1995.<br />

E. pallidella (Nyl.) Redinger Aptroot et al. 1995.<br />

E. subsimilis (Nyl.) Redinger Sparrius 2004.<br />

Eremo<strong>the</strong>cella calamicola Sydow Streimann 1986.<br />

E. macrosperma (Zahlbr.) Sérus. Streimann 1986.


E. palmulacea (Müll. Arg.) Sérus. Streimann 1986.<br />

E. variratae (Sipman & Aptroot) Sérus. Aptroot & Sipman 1991.<br />

Erioderma confusum P.M. Jørg. & Sipman Jørgensen & Sipman 2002a.<br />

E. coriaceum P.M. Jørg. & Sipman Jørgensen & Sipman 2002a.<br />

E. gloriosum P.M. Jørg. & L. Arvidsson Jørgensen & Sipman 2002a.<br />

E. pellitum P.M. Jørg. & Sipman Jørgensen & Sipman 2002a.<br />

E. phaeorhizum Vain. Jørgensen & Sipman 2002a.<br />

E. sorediatum P.M. Jørg. & D. Galloway Jørgensen & Sipman 2002a.<br />

E. <strong>to</strong>men<strong>to</strong>sum Hue Jørgensen & Sipman 2002a.<br />

Erythrodec<strong>to</strong>n malacum (Krempelh.) G. Thor Thor 1990.<br />

Euopsis granatina (Sommerf.) Nyl. Aptroot et al. 1997.<br />

E. pulvinata (Schaer.) Vain. Aptroot 1998.<br />

Everniastrum catawbiense (Dey) Hale ex Sipman Streimann 1986.<br />

E. cirrhatum (Fr.) Hale ex Sipman Streimann 1986.<br />

E. sorocheilum (Vain.) Hale ex Sipman Streimann 1986.<br />

E. vexans (Zahlbr.) Hale ex Sipman Streimann 1986.<br />

Fellhanera bouteillei (Desm.) Vĕzda Streimann 1986.<br />

F. bullata Kalb & Vĕzda Aptroot et al. 1997.<br />

F. croceoverrucosa Sérus. Aptroot et al. 1997.<br />

F. fuscatula (Müll. Arg.) Vĕzda Streimann 1986.<br />

Feltgeniomyces uniseptatus Diederich Aptroot et al. 1997.<br />

Fissurina dumastii Fée www.tropical<strong>lichens</strong>.net specimen in ABL<br />

F. triticea (Nyl.) Staiger www.tropical<strong>lichens</strong>.net specimen in ABL<br />

Flavoparmelia haysomii (Dodge) Hale Streimann 1986.<br />

Fuscoderma papuanorum P.M. Jørg. & Sipman Jørgensen & Sipman 2002b.<br />

Fuscopannaria coerulescens P.M. Jørg. Jørgensen 2000.<br />

F. cacuminum P.M. Jørg. & Sipman Jørgensen & Sipman 2006.<br />

F. dissecta P.M. Jørg. Jørgensen & Sipman 2006.<br />

F. venusta P.M. Jørg. & Sipman Jørgensen & Sipman 2006.<br />

Glyphis cicatricosa Ach. Aptroot & Sipman 1991.<br />

G. scyphulifera (Ach.) Staiger Streimann 1990 (as Gyros<strong>to</strong>mum scyphuliferum (Ach.) Nyl. ).<br />

Gomphillus morchelloides Lücking & Sérus. Lücking & Sérusiaux 2005<br />

G. ophiosporus Kalb & Vĕzda Aptroot et al. 1997.<br />

Graphidastra multiformis (Mont. & v.d. Bosch) G. Thor Thor 1990.<br />

Graphis anfractuosa (Eschw.) Eschw. www.tropical<strong>lichens</strong>.net specimen in B<br />

G. assimilis Nyl. www.tropical<strong>lichens</strong>.net specimen in B<br />

G. atroclata (Archer) Archer www.tropical<strong>lichens</strong>.net specimen in B<br />

G. brahmanensis Aptroot Lücking, Archer & Aptroot 2009<br />

G. cervina Müll. Arg. www.tropical<strong>lichens</strong>.net specimen in B<br />

G. cinnamomea Adaw. & Makhija www.tropical<strong>lichens</strong>.net<br />

G. consimilis Vain. www.tropical<strong>lichens</strong>.net specimen in B<br />

G. copel<strong>and</strong>ii Vain. www.tropical<strong>lichens</strong>.net specimen in B<br />

G. crasslabra Müll. Arg. www.tropical<strong>lichens</strong>.net specimen in B<br />

G. daintreensis (A.W. Archer) A.W. Archer www.tropical<strong>lichens</strong>.net specimen in B<br />

G. dealbata Nyl. www.tropical<strong>lichens</strong>.net specimen in B<br />

G. diplocheila Vain. www.tropical<strong>lichens</strong>.net specimen in B<br />

G. dracaenae Vain. www.tropical<strong>lichens</strong>.net specimen in B<br />

G. exalbata Nyl. www.tropical<strong>lichens</strong>.net specimen in B<br />

G. filiformis Adaw. & Makhija www.tropical<strong>lichens</strong>.net specimen in B<br />

G. garoana Nagarkar & Patw. www.tropical<strong>lichens</strong>.net specimen in B<br />

G. immersella Müll. Arg. www.tropical<strong>lichens</strong>.net specimen in B<br />

G. inspersolongula Aptroot Lücking, Archer & Aptroot 2009<br />

G. insulana (Müll. Arg.) Lücking & Spman www.tropical<strong>lichens</strong>.net specimen in B<br />

G. lep<strong>to</strong>carpa Fée www.tropical<strong>lichens</strong>.net specimen in B<br />

G. lep<strong>to</strong>clada Müll. Arg. www.tropical<strong>lichens</strong>.net specimen in B


G. lep<strong>to</strong>gramma Nyl. www.tropical<strong>lichens</strong>.net specimen in B<br />

G. marginata Raddi www.tropical<strong>lichens</strong>.net specimen in B<br />

G. maritima (A.W. Archer) A.W. Archer www.tropical<strong>lichens</strong>.net specimen in B<br />

G. myolensis Aptroot Lücking, Archer & Aptroot 2009<br />

G. nadurina Aptroot Lücking, Archer & Aptroot 2009<br />

G. nanodes Vain. www.tropical<strong>lichens</strong>.net specimen in B<br />

G. negrosina (Vain.) Lücking www.tropical<strong>lichens</strong>.net specimen in B<br />

G. palmyrensis Zahlbr. www.tropical<strong>lichens</strong>.net specimen in B<br />

G. persicina Meyen & Flo<strong>to</strong>w www.tropical<strong>lichens</strong>.net specimen in B<br />

G. phaeospora Vain. www.tropical<strong>lichens</strong>.net specimen in B<br />

G. propinqua Müll. Arg.. www.tropical<strong>lichens</strong>.net specimen in B<br />

G. saxicola (Müll. Arg.) A.W. Archer www.tropical<strong>lichens</strong>.net specimen in B<br />

G. stipitata A.W. Archer www.tropical<strong>lichens</strong>.net specimen in B<br />

G. subasahinae Nagarkar & Patw. www.tropical<strong>lichens</strong>.net specimen in B<br />

G. subassimilis Müll. Arg.. www.tropical<strong>lichens</strong>.net specimen in B<br />

G. subintermedians Hale ex Lücking www.tropical<strong>lichens</strong>.net specimen in B<br />

G. subvelata Stir<strong>to</strong>n www.tropical<strong>lichens</strong>.net specimen in B<br />

G. tenella Ach. www.tropical<strong>lichens</strong>.net specimen in B<br />

G. tenuirima (Shirley) A.W. Archer www.tropical<strong>lichens</strong>.net specimen in B<br />

G. vittata Müll. Arg.. www.tropical<strong>lichens</strong>.net specimen in B<br />

Gylectidium caucasicum (Elenkin & Woronichin) Vĕzda Aptroot & Sipman 1993.<br />

G. filicinum Müll. Arg. Streimann 1986.<br />

G. flabellatum Sérus. Ferraro, Lücking & Sérusiaux 2001.<br />

G. fuscum Lücking & Sérus. Ferraro, Lücking & Sérusiaux 2001.<br />

G. gahavisukanum Sérus. Ferraro, Lücking & Sérusiaux 2001.<br />

G. microcarpum (Vĕzda) Lücking, Sérus. & Vĕzda Ferraro, Lücking & Sérusiaux 2001.<br />

G. novoguineense Sérus. Ferraro, Lücking & Sérusiaux 2001.<br />

G. p<strong>and</strong>ani Vĕzda Vezda 2007<br />

G. verruculosum Sérus. Ferraro, Lücking & Sérusiaux 2001.<br />

G. yahriae Buck & Sérus. Buck & Sérusiaux 2002.<br />

Gyalidea epiphylla Vĕzda Streimann 1986.<br />

G. luzonensis (Kalb & Vĕzda) Aptroot & Lücking Aptroot & Lücking 2003.<br />

G. multispora Lumbsch & Vĕzda Aptroot & Sipman 1991.<br />

G. novaeguineae P. James & Vĕzda Streimann 1986.<br />

Gyalideopsis cochlearifer Lücking & Sérus. Lücking & Sérusiaux 1998.<br />

G. graminicola Vĕzda & Kantvilas Aptroot et al. 1997.<br />

G. perlucida Vĕzda & Hafellner Aptroot et al. 1997.<br />

G. rubescens Vĕzda Streimann 1986.<br />

G. verruculosa Vĕzda & Hafellner Aptroot et al. 1997.<br />

Gymnographa heterospora (Nyl.) Staiger www.tropical<strong>lichens</strong>.net specimen in B<br />

Haema<strong>to</strong>mma africanum (Steiner) C.W. Dodge Staiger & Kalb 1995.<br />

H. collatum (Stir<strong>to</strong>n) C.W. Dodge Staiger & Kalb 1995.<br />

H. papuense Kalb & Staiger Staiger & Kalb 1995.<br />

H. rufidulum (Fée) A. Massal. Staiger & Kalb 1995.<br />

H. sorediatum R.W. Rogers Aptroot 1998.<br />

H. wattii (Stir<strong>to</strong>n) Zahlbr. Aptroot & Sipman 1991.<br />

Hemigrapha pseudocyphellariae Diederich & Wedin Diederich & Wedin 2000.<br />

Heterodermia antillarum (Vain.) Swinscow & Krog Aptroot et al. 1997.<br />

H. casarettiana (A. Massal.) Trevis. Aptroot & Sipman 1991.<br />

H. comosa (Eschw.) Follm. & Redón Streimann 1986.<br />

H. dactyliza (Nyl.) Swinscow & Krog Streimann 1990.<br />

H. diademata (Taylor) D.D. Awasthi Streimann 1986.<br />

H. flabellata (Fée) D.D. Awasthi Aptroot & Sipman 1991.<br />

H. galac<strong>to</strong>phylla (Tuck.) W. Culb. Streimann 1986.<br />

H. hypoleuca (Ach.) Trevis. Aptroot & Sipman 1991.


H. isidiophora (Nyl.) D.D. Awasthi Streimann 1986.<br />

H. japonica (Satô) Swinscow & Krog Streimann 1986.<br />

H. leucomela (L.) Poelt Streimann 1986.<br />

H. lutescens (Kurok.) Follm. Streimann 1986.<br />

H. magellanica (Zahlbr.) Swinscow & Krog Aptroot et al. 1997.<br />

H. microphylla (Kurok.) Swinscow & Krog Aptroot & Sipman 1991.<br />

H. obscurata (Nyl.) Trevis. Streimann 1986.<br />

H. papuana Aptroot & Sipman Aptroot & Sipman 1991.<br />

H. podocarpa (Bél.) D.D. Awasthi Streimann 1986.<br />

H. speciosa (Wulfen) Trevis. Streimann 1986.<br />

H. verrucifera (Kurok.) W.A. Weber Aptroot & Sipman 1991.<br />

Hemi<strong>the</strong>cium balbisii (Fée) Trevis. www.tropical<strong>lichens</strong>.net specimen in B<br />

H. chlorocarpoides (Nyl.) Staiger Streimann 1986 (as Phaeographina chlorocarpoides (Nyl.)<br />

Zahlbr.)<br />

H. laubertianum (Fée) Staiger www.tropical<strong>lichens</strong>.net specimen in B<br />

Hippocrepidea nigra Sérus. Aptroot et al. 1997.<br />

Hyperphyscia adglutinata (Floerke) H. Mayrh<strong>of</strong>er & Poelt Aptroot & Sipman 1991.<br />

Hypogymnia lugubris (Pers.) Krog Elix & Jenkins 1989.<br />

H. pectinatula Zahlbr. Elix & Jenkins 1989.<br />

H. pseudobitteriana (D.D. Awasthi) D.D. Awasthi Elix & Jenkins 1989.<br />

H. vittata (Ach.) Gasilien Elix & Jenkins 1989.<br />

H. zeylanica (R. Sant.) D.D. Awasthi & K.P. Singh Elix & Jenkins 1989.<br />

Hypotrachyna addita (Hale) Hale Streimann 1986.<br />

H. adducta (Nyl.) Hale Streimann 1986.<br />

H. adjuncta (Hale) Hale Louwh<strong>of</strong>f & Elix 2002.<br />

H. <strong>and</strong>ensis Hale Louwh<strong>of</strong>f & Elix 2002.<br />

H. brevirhiza (Kurok.) Hale Aptroot & Sipman 1991.<br />

H. consimilis (Vain.) Hale Streimann 1986.<br />

H. corneola Kurok. & K.H. Moon Kurok. & K.H. Moon 2000.<br />

H. costaricensis (Nyl.) Hale Streimann 1986.<br />

H. endochlora (Leigh<strong>to</strong>n) Hale Streimann 1986.<br />

H. exsecta (Taylor) Hale Streimann 1986.<br />

H. galbinica Elix, Laily & Wahid Louwh<strong>of</strong>f & Elix 2002.<br />

H. hnatiukii Louwh<strong>of</strong>f & Elix Louwh<strong>of</strong>f & Elix 2002.<br />

H. imbricatula (Zahlbr.) Hale Streimann 1986.<br />

H. immaculata (Kurok.) Hale Louwh<strong>of</strong>f & Elix 2002.<br />

H. koyaensis (Asah.) Hale Louwh<strong>of</strong>f & Elix 2002.<br />

H. lichesterinica Louwh<strong>of</strong>f & Elix Louwh<strong>of</strong>f & Elix 2002.<br />

H. majoris (Vain.) Hale Streimann 1986.<br />

H. malesiana Louwh<strong>of</strong>f & Elix Louwh<strong>of</strong>f & Elix 2002.<br />

H. meyeri (Zahlbr.) Streim. Streimann 1986.<br />

H. microblasta (Vain.) Hale Streimann 1986.<br />

H. monticola Louwh<strong>of</strong>f & Elix Louwh<strong>of</strong>f & Elix 2002.<br />

H. munduai Louwh<strong>of</strong>f & Elix Louwh<strong>of</strong>f & Elix 2002.<br />

H. neodigitata Kurok. & K.H. Moon Kurok. & K.H. Moon 2000.<br />

H. orientalis (Hale) Hale Streimann 1990.<br />

H. osseoalba (Vain.) Park & Hale Streimann 1986.<br />

H. peruviana (Nyl.) Hale Louwh<strong>of</strong>f & Elix 2002.<br />

H. pseudosinuosa (Asah.) Hale Aptroot & Sipman 1991.<br />

H. quaesita (Kurok.) DePriest & B. Hale Louwh<strong>of</strong>f & Elix 2002.<br />

H. radiculata (Kurk.) Elix Louwh<strong>of</strong>f & Elix 2002.<br />

H. reducens (Nyl.) Hale Streimann 1986.<br />

H. revoluta (Flörke) Hale Streimann 1986.<br />

H. rockii (Zahlbr.) Hale Streimann 1986.<br />

H. simbuensis Elix Louwh<strong>of</strong>f & Elix 2002.


H. sinuosa (Sm.) Hale Streimann 1986.<br />

H. subphysodalica (Hale) Hale Louwh<strong>of</strong>f & Elix 2002.<br />

H. tariensis Elix Elix 1995.<br />

H. terricola Elix Elix 1997.<br />

H. <strong>to</strong>iana Elix Louwh<strong>of</strong>f & Elix 2002.<br />

H. woitapensis (Kurok.) DePriest & B. Hale Louwh<strong>of</strong>f & Elix 2002.<br />

Ionaspis tropica Aptroot Aptroot et al. 1997.<br />

Julella lactea (A. Massal.) M.E. Barr Aptroot & v.d.Boom 1995.<br />

J. vitrispora (Cooke & Harkness) M.E. Barr Aptroot & v.d.Boom 1995.<br />

Kroswia crystallifera P.M. Jørg. Jørgensen & Sipman 2006.<br />

Lasioloma arachnoideum (Krempelh.) R. Sant. Aptroot et al. 1997.<br />

L. phycophilum (Vain.) R. Sant. Aptroot et al. 1997.<br />

L. trichophorum (Vain.) R. Sant. Aptroot et al. 1997.<br />

Laurera aurantiaca Makhija & Patw. Aptroot et al. 1997.<br />

L. megasperma (Mont.) Riddle Aptroot & Sipman 1991.<br />

L. meris<strong>to</strong>spora (Mont. & Bosch) Zahlbr. Aptroot et al. 1997.<br />

L. papillosa P.M. McCarthy Aptroot et al. 1997.<br />

Lecanactis abietina (Ach.) Körber Egea, Sérusiaux & Torrente 1996.<br />

L. olivascens Egea, Sérus. & Torrente Egea, Sérusiaux & Torrente 1996.<br />

L. platygraphoides (Müll. Arg.) Zahlbr. Egea & Torrente 1994.<br />

Lecanographa laingiana Diederich, Egea & Sipman Aptroot et al. 1995.<br />

L. subno<strong>the</strong>lla (Nyl.) Ertz Ertz 2009<br />

Lecanora dispersogranulata Szatala Lumbsch 1994.<br />

L. epibryon (Ach.) Ach. ssp. broccha (Nyl. in Crombie) Lumbsch Lumbsch 1994.<br />

L. formosula Lumbsch Lumbsch, Feige & Elix 1995.<br />

L. helva Stizenb. Lumbsch 1994.<br />

L. leproplaca Zahlbr. www.tropical<strong>lichens</strong>.net specimen in BM<br />

L. leprosa Fée Lumbsch 1994.<br />

L. margarodes C. Knight Lumbsch 1994.<br />

L. novaeguineae Lumbsch Lumbsch 1994.<br />

L. pangerangensis Zahlbr. Lumbsch 1994.<br />

L. polytropa (H<strong>of</strong>fm.) Rabenh. Aptroot et al. 1997.<br />

L. pseudistera Nyl. Lumbsch 1994.<br />

L. subimmersa (Fée) Zahlbr. ssp. ramboldii Lumbsch & Elix Lumbsch 1994.<br />

L. streimannii Lumbsch Lumbsch 1994.<br />

L. sulphurescens Fée Lumbsch 1994.<br />

L. tropica Zahlbr. Lumbsch 1994.<br />

Lecidea lapicida (Ach.) Ach. Aptroot et al. 1997.<br />

Lecidella enteroleucella (Nyl.) Hertel Hertel 2007<br />

L. sublapicida (C. Knight) Hertel Aptroot et al. 1997.<br />

L. wulfenii(Hepp) Körber Hertel 2007<br />

Leioderma erythrocarpum (Delise ex Nyl.) D. Galloway & P.M. Jørg. Jørgensen & Galloway<br />

1989.<br />

L. sorediatum D. Galloway & P.M. Jørg. Jørgensen & Galloway 1989.<br />

Leiorreuma exaltatum (Mont. & v.d. Bosch) Staiger Streimann 1986 (as Phaeographis exaltata<br />

(Mont. & v.d. Bosch) Müll. Arg.)<br />

Lepraria caesioalba (B. de Lesd.) J.R. Laundon Aptroot et al. 1997.<br />

L. leprolomopsis Diederich & Sérus. Aptroot et al. 1997.<br />

L. nigrocincta Diederich, Sérus. & Aptroot Aptroot et al. 1997.<br />

L. vouauxii (Hue) R.C. Harris Leuckert & Kümmerling 1991.<br />

Leprocaulon arbuscula (Nyl.) Nyl. Streimann 1986.<br />

L. pseudoarbuscula (Asah.) I.M. Lamb & Ward Streimann 1986.<br />

Lep<strong>to</strong>gium asiaticum Jorg. Aptroot & Sipman 1991.<br />

L. austroamericanum (Malme) C.W. Dodge Streimann & Sipman 1994.<br />

L. azureum (Sw.) Mont. Streimann 1986.


L. azurellum Jatta Streimann 1986.<br />

L. bullatulum Müll. Arg. Verdon 1990.<br />

L. bullatum (Sw.) Mont. Streimann 1986.<br />

L. burgessii (L.) Mont. Streimann 1986.<br />

L. burnetiae C.W. Dodge Aptroot et al. 1997.<br />

L. caesium (Ach.) Vain. Streimann 1986.<br />

L. chloromelum (Ach.) Nyl. Streimann 1986.<br />

L. cochleatum (Dickson) P.M. Jørg. & P. James www.tropical<strong>lichens</strong>.net specimen in BM<br />

L. coralloideum (Meyen & Flo<strong>to</strong>w) Vain. Verdon 1990.<br />

L. corticola (Taylor) Tuck. www.tropical<strong>lichens</strong>.net specimen in BM<br />

L. cyanescens (Ach.) Körber Streimann 1986.<br />

L. enkarodes D. Verdon Verdon 1990.<br />

L. fallax Müll. Arg. Streimann 1986.<br />

L. granulans Vain. Streimann & Sipman 1994.<br />

L. incavatum Szatala Streimann 1986.<br />

L. inflatum Müll. Arg. Streimann 1986.<br />

L. javanicum (Mont. & Bosch) Mont. Streimann 1986.<br />

L. laceroides B. de Lesd. Aptroot et al. 1997.<br />

L. loriforme P.M. Jørg. & Kashiw. Jørgensen & Kashiwadani 2008<br />

L. marginellum S. Gray Streimann 1986.<br />

L. millegranum Tuck. www.tropical<strong>lichens</strong>.net specimen in BM<br />

L. moluccanum (Pers.) Vain. Streimann & Sipman 1994.<br />

L. montis-wilhelmii Diederich & Sipman Aptroot et al. 1997.<br />

L. pedicellatum P.M. Jørg . Aptroot & Sipman 1991.<br />

L. phyllocarpum (Pers.) Mont. Streimann 1986.<br />

L. streimannii Verdon Verdon 1990.<br />

L. subcerebrinum Zahlbr. Streimann 1986.<br />

L. trichophorum Müll. Arg. Verdon, Sipman & Glenny 1996.<br />

Lep<strong>to</strong>sphaerulina peltigerae (Fuckel) Riedl Aptroot et al. 1997.<br />

Letrouitia domingensis (Pers.) Hafellner & Bellemère Aptroot & Sipman 1991.<br />

L. leprolyta (Nyl.) Hafellner Aptroot et al. 1995.<br />

L. muralis Hafellner Aptroot & Sipman 1991.<br />

L. parabola (Nyl.) R. Sant & Hafellner Streimann 1986.<br />

L. sayeri (Müll. Arg.) Elix Aptroot et al. 1997 (as L. subvulpina (Nyl.) Hafellner).<br />

L. transgressa (Malme) Hafellner & Bellemère Streimann 1990.<br />

L. vulpina (Tuck.) Hafellner & Bellemère Aptroot & Sipman 1991.<br />

Lichenochora bellemerei Navarro-Rosines, Roux & Diederich Navarro-Rosines, Roux &<br />

Diederich 1998.<br />

L. gahavisukae Diederich Aptroot et al. 1997.<br />

Lichenoconium usneae (Anzi) D. Hawksw. Aptroot et al. 1997.<br />

Lichenopeltella bunodophoronis Diederich Aptroot et al. 1997.<br />

L. epiphylla R. Sant. Aptroot et al. 1997.<br />

L. heterodermiae Diederich Aptroot et al. 1997.<br />

L. hypogymniae Diederich Aptroot et al. 1997.<br />

L. hypotrachynae Diederich Aptroot et al. 1997.<br />

L. lep<strong>to</strong>gii Diederich Aptroot et al. 1997.<br />

L. megalosporae Diederich Aptroot et al. 1997.<br />

L. microspora Diederich Aptroot et al. 1997.<br />

L. pannariacearum Diederich Aptroot et al. 1997.<br />

L. peltigericola (D. Hawksw.) R. Sant. Aptroot et al. 1997.<br />

L. physciae Diederich Aptroot et al. 1997.<br />

L. pseudocyphellariae Diederich Aptroot et al. 1997.<br />

L. ramalinae Etayo & Diederich Aptroot et al. 1997.<br />

Lichenostigma maureri Hafellner Aptroot et al. 1997.<br />

Lichenothrix riddlei A. Henssen H<strong>of</strong>fmann & Büdel 1992.


Linhartia patellarioides (Rehm) Vĕzda Streimann 1986.<br />

Litho<strong>the</strong>lium hyalosporum (Nyl.) Aptroot Aptroot 1991a.<br />

L. obtectum (Müll. Arg.) Aptroot Aptroot et al. 1997.<br />

L. submuriforme R.C. Harris & Aptroot Aptroot 1998.<br />

Llimoniella pubescens Etayo & Diederich Etayo & Diederich 1998.<br />

Lobaria adscripturiens (Nyl.) Hue Sipman 2004.<br />

L. clemensiae Vain. Streimann 1986.<br />

L. crassior Vain. Sipman 2004.<br />

L. dendrophora Zahlbr. Streimann 1986.<br />

L. discolor (Bory) Hue Streimann 1986.<br />

L. endochroma Sipman Sipman 2004.<br />

L. ferax Vain. Sipman 2004.<br />

L. hertelii Sipman Sipman 2004.<br />

L. isidiophora Yoshim. Streimann 1986.<br />

L. isidiosa (Müller Arg.) Vain. Streimann 1986.<br />

L. meridionalis Vain. Streimann 1986.<br />

L. pseudopulmonaria Gyelnik Streimann 1986.<br />

L. pseudoretigera Sipman. Sipman 2004.<br />

L. spathulata (Inamuno) Yoshim. Sipman 2004.<br />

L. subscrobiculata Vain. Streimann 1986.<br />

L<strong>of</strong>lammea demoulinii Sérus. Sérusiaux 1986.<br />

L. flammea (Müll. Arg.) Vĕzda Streimann 1986.<br />

L. intermedia (R. Sant.) Vĕzda Aptroot & Sipman 1993.<br />

L. gabrielis (Müll. Arg.) Vĕzda Aptroot & Sipman 1993.<br />

Loxospora septata (Sipman & Aptroot) Kantvilas Aptroot et al. 1997 (as Sarrameana septata<br />

Sipman & Aptroot).<br />

Lyromma nect<strong>and</strong>rae Batista & Maia Aptroot et al. 1997.<br />

Macentina perminuta Vĕzda Aptroot & Sipman 1993.<br />

Malcolmiella aurigera (Fée) Aptroot Aptroot et al. 1995.<br />

M. granifera (Ach.) Kalb & Lücking Streimann 1986.<br />

Mazaedio<strong>the</strong>cium rubigineum Aptroot Aptroot 1991a.<br />

Mazosia bambusae (Vain.) R. Sant. Streimann 1986.<br />

M. conica Sérus. Aptroot et al. 1997.<br />

M. melanophthalma (Müll. Arg.) R. Sant. Streimann 1986.<br />

M. paupercula (Müll. Arg.) R. Sant. Streimann 1986.<br />

M. phyllosema (Nyl.) Zahlbr. Streimann 1986.<br />

M. pilosa Kalb & Vĕzda Aptroot & Sipman 1993.<br />

M. rotula (Mont.) A. Massal. Aptroot & Sipman 1993.<br />

Megaloblastenia marginiflexa (J.D. Hooker & Taylor) Sipman Aptroot et al. 1997.<br />

Megalospora albescens Sipman Streimann 1986.<br />

M. atrorubicans (Nyl.) Zahlbr. Streimann 1986.<br />

M. coccodes (Bél.) Sipman ssp. nigricans (Müll. Arg.) Sipman Streimann 1986.<br />

M. granulans Sipman Streimann 1986.<br />

M. halei Sipman Streimann 1986.<br />

M. pruinata (Müll. Arg.) Sipman ssp. fusca Sipman Streimann 1986.<br />

M. sulphurata Meyen Streimann 1986.<br />

M. tuberculosa (Fée) Sipman Streimann 1986.<br />

M. weberi Sipman Streimann 1986.<br />

Megalotremis pustulata Aptroot Aptroot et al. 1997.<br />

M. verrucosa (Makhija & Patw.) Aptroot Aptroot et al. 1997.<br />

Melanelia calva (Essl.) Essl. Aptroot et al. 1997.<br />

Melanophloea pacifica P. James & Vĕzda Aptroot et al. 1997.<br />

Melaspilea diplasiospora (Nyl.) Müll. Arg. Aptroot 1998.<br />

Menegazzia asekiensis Elix Elix 2007b


M. digitiformis P. James, Aptroot, Diederich & Sérus. P. James, Aptroot, Diederich, Sipman &<br />

Sérusiaux 2001.<br />

M. dissoluta P. James, Aptroot, Diederich & Sérus. P. James, Aptroot, Diederich, Sipman &<br />

Sérusiaux 2001.<br />

M. efflorescens P. James, Aptroot, Diederich & Sérus. P. James, Aptroot, Diederich, Sipman &<br />

Sérusiaux 2001.<br />

M. faminensis Elix Elix 2007a<br />

M. globoisidiata Elix Elix 2007b<br />

M. isidiata P. James, Aptroot, Diederich & Sérus. P. James, Aptroot, Diederich, Sipman &<br />

Sérusiaux 2001.<br />

M. malesiana Elix, Bawingan & Schumm Elix, Bawingan & Schumm 2005<br />

M. megathallina P. James, Aptroot, Diederich & Sérus. P. James, Aptroot, Diederich, Sipman &<br />

Sérusiaux 2001.<br />

M. menyamyensis Elix Elix 2007b (also as M. fumarpro<strong>to</strong>cetrarica)<br />

M. monospora. Bjerke & Sipman Bjerke & Sipman 2007<br />

M. pendula P. James, Aptroot, Diederich & Sérus. P. James, Aptroot, Diederich, Sipman &<br />

Sérusiaux 2001.<br />

M. saxicola P. James & Aptroot P. James, Aptroot, Diederich, Sipman & Sérusiaux 2001.<br />

M. stellata P. James, Aptroot, Diederich & Sérus. P. James, Aptroot, Diederich, Sipman &<br />

Sérusiaux 2001.<br />

M. subsimilis (H. Magn.) R. Sant. Bjerke & Sipman 2007<br />

Micarea lignaria (Ach.) Hedl. Aptroot et al. 1997.<br />

Micro<strong>the</strong>liopsis uleana Müll. Arg. Streimann 1986.<br />

Milospium graphideorum (Nyl.) D. Hawksw. Aptroot et al. 1997.<br />

Monoblastia papillosa Sérus. & Aptroot Sérusiaux & Aptroot 1998.<br />

M. pellucida Aptroot Aptroot 1991b.<br />

Muellerella lichenicola (Sommerf.) D. Hawksw. Aptroot et al. 1997.<br />

Mycoblastus affinis (Schaer.) Schauer Aptroot et al. 1997.<br />

Mycocalicium albonigrum (Nyl.) Tibell Tibell 1987.<br />

M. subtile (Pers.) Szatala Streimann 1990.<br />

Mycomicro<strong>the</strong>lia decipiens (Müll. Arg.) R.C. Harris Aptroot et al. 1997 (as Orna<strong>to</strong>pyrenis<br />

muriformis).<br />

M. exigua (Müll. Arg.) D. Hawksw. Aptroot 1991a.<br />

M. obovata (Stir<strong>to</strong>n) D. Hawksw. Aptroot & Sipman 1991.<br />

M. punctata Aptroot Aptroot 1991a.<br />

M. queensl<strong>and</strong>ica (Müll. Arg.) Sipman & Aptroot Aptroot et al. 1997 (as Orna<strong>to</strong>pyrenis<br />

queensl<strong>and</strong>ica (Müll. Arg.) Aptroot).<br />

M. subfallens (Müll. Arg.) D. Hawksw. Aptroot 1991a.<br />

Mycoporum compositum (A. Massal.) R. C. Harris Aptroot et al. 1997.<br />

M. eschweileri (Müll. Arg.) R.C. Harris Aptroot et al. 1997 (as Tomasellia eschweileri (Müll.<br />

Arg.) R.C. Harris).<br />

Myelochroa aurulenta (Tuck.) Elix & Hale Streimann 1986.<br />

M. noth<strong>of</strong>agi Elix Elix 1996b.<br />

Myeloconis erumpens McCarthy & Elix McCarthy & Elix 1996.<br />

Myriotrema album Fée www.bgbm.org/scripts/ASP/lichcol specimen in B<br />

M. bahianum (Ach.) Hale www.bgbm.org/scripts/ASP/lichcol specimen in B<br />

M. desquamans (Müll. Arg.) Hale www.bgbm.org/scripts/ASP/lichcol specimen in B<br />

M. glaucescens (Nyl.) Hale www.bgbm.org/scripts/ASP/lichcol specimen in B<br />

M. hartii (Müll. Arg.) Hale www.bgbm.org/scripts/ASP/lichcol specimen in B<br />

M. polytretum Hale www.bgbm.org/scripts/ASP/lichcol specimen in B<br />

M. pro<strong>to</strong>cetraricum (Hale) Hale www.bgbm.org/scripts/ASP/lichcol specimen in B<br />

M. pycnoporellum (Tuck.) Hale www.bgbm.org/scripts/ASP/lichcol specimen in B<br />

M. reclusum (Krempelh.) Hale www.bgbm.org/scripts/ASP/lichcol specimen in B<br />

M. rugiferum (Harm.) Hale www.bgbm.org/scripts/ASP/lichcol specimen in B<br />

M. scabridum (Hale) Hale www.bgbm.org/scripts/ASP/lichcol specimen in B


M. terebratulum (Nyl.) Hale www.bgbm.org/scripts/ASP/lichcol specimen in B<br />

Myxophora ovalispora Nik. H<strong>of</strong>fm. & Hafellner H<strong>of</strong>fmann & Hafellner 2000.<br />

Nadvornikia hawaiensis (Tuck.) Tibell Streimann 1990.<br />

Nectria lecanodes Ces. in Rabenh. Aptroot et al. 1997.<br />

Nectriopsis coccocarpiae Diederich Aptroot et al. 1997.<br />

N. collematis Diederich Aptroot et al. 1997.<br />

N. lep<strong>to</strong>gii Diederich Aptroot et al. 1997.<br />

Neolamya peltigerae (Mont.) Theiss. & Syd. Aptroot et al. 1997.<br />

Nephroma plumbeum (Mont.) Mont. Aptroot et al. 1997.<br />

N. tropicum Zahlbr. Aptroot & Sipman 1991.<br />

Nephromopsis morrisonicola M.J. Lai R<strong>and</strong>lane & Saag 1998.<br />

N. pallescens (Schaer.) S.Y. Park R<strong>and</strong>lane & Saag 1998.<br />

Niesslia lobariae Etayo & Diederich Etayo & Diederich 1996.<br />

N. pseudocyphellariae Etayo & Diederich Etayo 2000.<br />

Norm<strong>and</strong>ina pulchella (Borrer) Nyl. Aptroot 1990.<br />

N. simodense (Asahina) Aptroot Aptroot 1990.<br />

Ocellularia berkeleyana (Mont.) Zahlbr. www.bgbm.org/scripts/ASP/lichcol specimen in B<br />

O. dolichotata (Nyl.) Zahlbr. www.bgbm.org/scripts/ASP/lichcol specimen in B<br />

O. groenhartii Hale www.bgbm.org/scripts/ASP/lichcol specimen in B<br />

O. marivelensis (Vain.) Hale www.bgbm.org/scripts/ASP/lichcol specimen in B<br />

O. massalongoi (Mont.) Hale www.bgbm.org/scripts/ASP/lichcol specimen in B<br />

O. papillata (Leight.) Zahlbr. www.bgbm.org/scripts/ASP/lichcol specimen in B<br />

O. perforata (Müll. Arg.) Zahlbr. www.bgbm.org/scripts/ASP/lichcol specimen in B<br />

O. punctulata (Leight.) Zahlbr. www.bgbm.org/scripts/ASP/lichcol specimen in B<br />

O. sticticum Hale www.bgbm.org/scripts/ASP/lichcol specimen in B<br />

O. <strong>the</strong>lotremoides (Leight.) Zahlbr. www.bgbm.org/scripts/ASP/lichcol specimen in B<br />

Ochrolechia africana Vain. Aptroot 1998.<br />

O. szatalaensis Verseghy Aptroot 1998.<br />

Opegrapha apomelaena A. Massal. Aptroot et al. 1995.<br />

O. dekeselii Ertz Ertz 2009.<br />

O. ec<strong>to</strong>lechiacearum Matzer & R. Sant. Matzer 1996.<br />

O. encephalographoidea Diederich & Aptroot Aptroot et al. 1997.<br />

O. filicina Mont. Streimann 1986.<br />

O. herbarum Mont. Ertz 2009.<br />

O. irosina Vain. Ertz 2009.<br />

O. luzonensis Sérus. Aptroot et al. 1997.<br />

O. mazosioides Sérus. Aptroot et al. 1997.<br />

O. medusulina Nyl. Ertz 2009.<br />

O. ochrocheila Nyl. Ertz 2009.<br />

O. physcidiae Kalb & Elix Kalb & Elix 1995.<br />

O. plec<strong>to</strong>carpoidea Diederich Aptroot et al. 1997.<br />

O. puiggarii Müll. Arg. Streimann 1986.<br />

O. robusta Vain. Streimann & Sipman 1994.<br />

O. simplicior (Nyl.) Nyl. Ertz 2009.<br />

O. subrimulosa Nl. Ertz 2009.<br />

O. subvulgata Nyl. Streimann 1986.<br />

O. trilocularis Müll. Arg. Aptroot et al. 1997 (Ertz 2009 as O. cf maldiveana Ertz).<br />

O. dekeselii Ertz Ertz 2009.<br />

O. varia Pers. Aptroot et al. 1995.<br />

O. viridis (Ach.) Behlen Ertz 2009.<br />

O. viridistellata Sérus., Lücking & Sparrius Sérus., Lücking & Sparrius 2008.<br />

O. vulgata Ach. Ertz 2009.<br />

Orphniospora moriopsis (A. Massal.) D. Hawksw. Aptroot et al. 1997.<br />

Pannaria <strong>and</strong>ina P.M. Jørg. & Sipman Jørgensen & Sipman 2006.<br />

P. conoplea (Ach.) Bory Jørgensen & Sipman 2006.


P. molkenboeri (Mont.) Hue Jørgensen & Sipman 2006.<br />

P. papuana (Aptroot & Diederich) P.M. Jørg. & Sipman Jørgensen & Sipman 2006.<br />

P. prolificans Vain. Jørgensen & Sipman 2006.<br />

P. rubiginella P.M. Jørg. & Sipman Jørgensen & Sipman 2006.<br />

P. sphinctrinum (Mont.) P.M. Jørg. Aptroot et al. 1997.<br />

P. tenuis P.M. Jørg. & Sipman Jørgensen & Sipman 2006.<br />

Pannoparmelia angustata (Pers.) Zahlbr. Aptroot & Sipman 1991.<br />

Parapyrenis lichenicola Aptroot & Diederich Aptroot et al. 1997.<br />

Parmelia erumpens Kurok. Kurokawa 1986.<br />

Parmeliella brisbanensis (C. Knight) P.M. Jørg & D. Galloway Streimann & Sipman 1994.<br />

P. endomilta (Vain.) Makhija & Adawadkar Jørgensen & Sipman 2006.<br />

P. flavida P.M. Jørg. Jørgensen & Sipman 2006.<br />

P. foliicola Aptroot & P.M. Jørg. Jørgensen & Sipman 2006.<br />

P. hawaiiensis H. Magn. Jørgensen & Sipman 2006.<br />

P. laceroides P.M. Jørg. & Sipman Jørgensen & Sipman 2006.<br />

P. mariana (Fries) P.M. Jørg & D. Galloway Streimann & Sipman 1994.<br />

P. montana P.M. Jørg. & Sipman Jørgensen & Sipman 2006.<br />

P. nitida P.M. Jørg. & Sipman Jørgensen & Sipman 2006.<br />

P. pannarioides P.M. Jørg. & Sipman Jørgensen & Sipman 2006.<br />

P. papillata P.M. Jørg. Jørgensen 2001.<br />

P. philippina (Vain.) P.M. Jørg. Jørgensen & Sipman 2006.<br />

P. piundensis P.M. Jørg. & Sipman Jørgensen & Sipman 2006.<br />

P. polyphyllina P.M. Jørg. Jørgensen 2001.<br />

Parmelinella wallichiana (Taylor) Elix & Hale Streimann 1986.<br />

Parmelinopsis afrorevoluta (Krog & Swinscow) Elix & Hale Louwh<strong>of</strong>f & Elix 2002.<br />

P. cryp<strong>to</strong>chlora (Vain.) Elix & Hale Louwh<strong>of</strong>f & Elix 2002.<br />

P. horrescens (Taylor) Elix & Hale Louwh<strong>of</strong>f & Elix 2002.<br />

P. minarum (Vain.) Elix & Hale Streimann 1990.<br />

P. pro<strong>to</strong>cetrarica Elix Louwh<strong>of</strong>f & Elix 2002.<br />

P. spumosa (Asah.) Elix & Hale Aptroot & Sipman 1991.<br />

P. subfatiscens (Kurok.) Elix & Hale Aptroot & Sipman 1991.<br />

Parmotrema acrotrychum (Kurok.) Streim. Streimann 1986.<br />

P. <strong>and</strong>inum (Müll. Arg.) Hale Streimann 1986.<br />

P. austrocetratum Elix & J. Johnst. Louwh<strong>of</strong>f & Elix 1999.<br />

P. cetratum (Ach.) Hale Louwh<strong>of</strong>f & Elix 1999.<br />

P. cooperi (Stir<strong>to</strong>n) Sérus. Streimann 1990.<br />

P. corniculans (Nyl.) Hale Streimann 1986.<br />

P. crinitum (Ach.) M. Choisy Streimann 1986.<br />

P. cristiferum (Taylor) Hale Streimann 1986.<br />

P. clavuliferum (Räs.) Streim. Streimann 1986.<br />

P. deflectens (Kurok.) Streim. Streimann 1986.<br />

P. dilatatum (Vain.) Hale Streimann 1986.<br />

P. durumae (Krog & Swinscow) Krog & Swinscow Louwh<strong>of</strong>f & Elix 1999.<br />

P. elacinulatum (Kurok.) Streim. Streimann 1986.<br />

P. fasciculatum (Vain.) Hale Streimann 1986.<br />

P. flaccidifolium (Kurok.) Streim. Streimann 1986.<br />

P. gardneri (C.W. Dodge) Sérus. Streimann 1990.<br />

P. gloriosum (Kurok.) Streim. Streimann 1986.<br />

P. hypomil<strong>to</strong>ides (Vain.) Kurok. Louwh<strong>of</strong>f & Elix 1999.<br />

P. insuetum (Kurok.) Hale Streimann 1986.<br />

P. isidioinsuetum Elix Elix 1995.<br />

P. kainantum Kurok. & K.H. Moon Louwh<strong>of</strong>f & Elix 1999.<br />

P. kaisenikianum (Kurok.) Streim. Streimann 1986.<br />

P. kurokawianum Louwh<strong>of</strong>f & Elix Louwh<strong>of</strong>f & Elix 1999.<br />

P. lambleyei Elix Elix 1995.


P. latissimum (Fée) Hale Streimann 1986.<br />

P. lobulascens (J.Steiner) Hale Elix, Bawingan & Schumm 2005<br />

P. maclayanum (Müll. Arg.) Hale Louwh<strong>of</strong>f & Elix 1999.<br />

P. madilynae A. Fletcher Louwh<strong>of</strong>f & Elix 1999.<br />

P. malonpro<strong>to</strong>cetraricum Louwh<strong>of</strong>f & Elix Louwh<strong>of</strong>f & Elix 1999.<br />

P. melanothrix (Mont.) Hale Streimann 1986.<br />

P. mellissii (Dodge) Hale Streimann 1990.<br />

P. menyamyaense Louwh<strong>of</strong>f & Elix Louwh<strong>of</strong>f & Elix 1999.<br />

P. merrillii (Vain.) Hale Louwh<strong>of</strong>f & Elix 1999.<br />

P. nanfongense (Kurok.) DePriest & B. Hale Louwh<strong>of</strong>f & Elix 1999.<br />

P. naonii Elix, Din & Ismail Elix, Din & Ismail 1997.<br />

P. nilgherrense (Nyl.) Hale Louwh<strong>of</strong>f & Elix 1999.<br />

P. overeemii (Zahlbr.) Elix Louwh<strong>of</strong>f & Elix 1999.<br />

P. pacificum (Kurok.) Kurok. Louwh<strong>of</strong>f & Elix 1999.<br />

P. perlatum (Huds.) M. Choisy Streimann 1986.<br />

P. permutatum (Stir<strong>to</strong>n) Hale Streimann 1986.<br />

P. pigmen<strong>to</strong>sum Hale Louwh<strong>of</strong>f & Elix 1999.<br />

P. poolii (C.W. Dodge) Krog & Swinscow Louwh<strong>of</strong>f & Elix 1999.<br />

P. praeinsuetum (Kurok.) Louwh<strong>of</strong>f & Elix Kurokawa 1986.<br />

P. praesorediosum (Nyl.) Hale Streimann 1990.<br />

P. rampoddense (Nyl.) Hale Streimann 1986.<br />

P. reticulatum (Taylor) Hale Streimann 1986.<br />

P. robustum (Degel.) Hale Streimann 1990.<br />

P. saccatilobum (Taylor) Hale Streimann 1990.<br />

P. sancti-angelii (Lynge) Hale Streimann 1986.<br />

P. sipmanii Louwh<strong>of</strong>f & Elix Louwh<strong>of</strong>f & Elix 1999.<br />

P. subarnoldii (des Abb.) Hale Streimann 1986.<br />

P. subcorallinum (Hale) Hale Louwh<strong>of</strong>f & Elix 1999.<br />

P. subrugatum (Krempelh.) Hale Streimann 1990.<br />

P. subtinc<strong>to</strong>rium (Zahlbr.) Hale Aptroot et al. 1997 (ignored by Louwh<strong>of</strong>f & Elix 1999).<br />

P. sulphuratum (Nees) Hale Streimann 1990.<br />

P. tinc<strong>to</strong>rum (Nyl.) Hale Streimann 1986.<br />

P. ultralucens (Krog) Hale Streimann 1986.<br />

P. verrucatum Louwh<strong>of</strong>f & Elix Louwh<strong>of</strong>f & Elix 1999.<br />

P. watutense Louwh<strong>of</strong>f & Elix Louwh<strong>of</strong>f & Elix 1999.<br />

Peltigera canina (L.) Willd. Streimann 1986.<br />

P. cichoracea Jatta Sérusiaux et al. 2009.<br />

P. didactyla (With.) J.R. Laundon Streimann 1986.<br />

P. dolichorhiza (Nyl.) Nyl. Streimann 1986.<br />

P. erioderma Vain. Streimann 1986.<br />

P. fimbriata Sérus. et al. Sérusiaux et al. 2009.<br />

P. koponenii Sérus. et al. Sérusiaux et al. 2009<br />

P. oceanica Gyelnik Sérusiaux et al. 2009.<br />

P. papuana Sérus. et al. Sérusiaux et al. 2009.<br />

P. ulcerata Müll. Arg. Aptroot & Sipman 1991.<br />

P. weberi Sérus. et al. Sérusiaux et al. 2009.<br />

Peltula bol<strong>and</strong>eri (Tuck.) Wetmore Aptroot 1998.<br />

P. obscurans (Nyl.) Gyelnik Aptroot et al. 1997.<br />

Pertusaria allogibberosa A.W. Archer & Elix Archer & Elix 1998a.<br />

P. angabangensis A.W. Archer & Elix Archer & Elix 1998a.<br />

P. anomalospora A.W. Archer, Elix & Streim. Elix, Aptroot & Archer 1997.<br />

P. aptrootii A.W. Archer & Elix Archer & Elix 1998a.<br />

P. asterella Aptroot Elix, Aptroot & Archer 1997.<br />

P. atrospilota A.W. Archer & Elix Archer & Elix 1998a.<br />

P. balekensis A.W. Archer & Elix Archer & Elix 1998a.


P. bogia A.W. Archer & Elix Archer & Elix 1998a.<br />

P. buloloensis A.W. Archer, Elix & Streim. Elix, Aptroot & Archer 1997.<br />

P. bundensis A.W. Archer & Elix Archer & Elix 1998b.<br />

P. burburana Elix & A.W. Archer Elix, Aptroot & Archer 1997.<br />

P. ceylonica Müll. Arg. Elix, Aptroot & Archer 1997.<br />

P. cicatricosa Müll. Arg. (incl. var. deficiens Archer, Elix & Streimann) Elix, Aptroot & Archer<br />

1997.<br />

P. consanguinea Müll. Arg. Elix, Aptroot & Archer 1997.<br />

P. copel<strong>and</strong>ii Vain. Elix, Aptroot & Archer 1997.<br />

P. dehiscens Müll. Arg. Archer & Elix 1998b.<br />

P. damiensis A.W. Archer, Elix & Streim. Elix, Aptroot & Archer 1997.<br />

P. elliptica Müll. Arg. Elix, Aptroot & Archer 1997.<br />

P. epi<strong>the</strong>ciifera Sipman Elix, Aptroot & Archer 1997.<br />

P. gongylospora Elix & A.W. Archer Elix, Aptroot & Archer 1997.<br />

P. gorokorana Elix & A.W. Archer Elix, Aptroot & Archer 1997.<br />

P. gyalec<strong>to</strong>ides Vĕzda Elix, Aptroot & Archer 1997.<br />

P. hermaka A.W. Archer Elix, Aptroot & Archer 1997.<br />

P. howeana A.W. Archer & Elix Elix, Aptroot & Archer 1997.<br />

P. hypothamnolica Dibben Elix, Aptroot & Archer 1997.<br />

P. hypopro<strong>to</strong>cetrarica A.W. Archer & Elix Archer & Elix 1998a.<br />

P. inconspicua A.W. Archer & Elix Archer & Elix 1998a.<br />

P. irregularis Müll. Arg. Archer & Elix 1998a.<br />

P. kagamugana Elix & A.W. Archer Elix, Aptroot & Archer 1997.<br />

P. kaindiensis A.W. Archer, Elix & Streim. Elix, Aptroot & Archer 1997.<br />

P. karkarensis A.W. Archer & Elix Archer & Elix 1998a.<br />

P. laeana A.W. Archer & Elix Archer & Elix 1998a.<br />

P. leiocarpella Müll. Arg. Elix, Aptroot & Archer 1997.<br />

P. manamensis A.W. Archer & Elix Archer & Elix 1998a.<br />

P. micros<strong>to</strong>ma Müll. Arg. Elix, Aptroot & Archer 1997.<br />

P. modesta Müll. Arg. Elix, Aptroot & Archer 1997.<br />

P. montpittensis A.W. Archer Elix, Aptroot & Archer 1997.<br />

P. myola A.W. Archer & Elix Archer & Elix 1998a.<br />

P. naduriensis A.W. Archer & Elix Archer & Elix 1998a.<br />

P. novoguineae A.W. Archer & Elix Archer & Elix 1998a.<br />

P. orarensis A.W. Archer & Elix Archer & Elix 1998b.<br />

P. papuana A.W. Archer & Elix Archer & Elix 1998a.<br />

P. parmatica A.W. Archer & Elix Archer & Elix 1998a.<br />

P. persulphurata Müll. Arg. Elix, Aptroot & Archer 1997.<br />

P. perthwaitesii A.W. Archer & Elix Archer & Elix 1998a.<br />

P. petrophyes C. Knight Archer & Elix 1998a.<br />

P. philippina Vain. Elix, Aptroot & Archer 1997.<br />

P. plethocarpa A.W. Archer, Elix & Streim. Elix, Aptroot & Archer 1997.<br />

P. praecipua A.W. Archer & Elix Archer & Elix 1998b.<br />

P. pseudococcodes Müll. Arg. Elix, Aptroot & Archer 1997.<br />

P. psoromica A.W. Archer & Elix Elix, Aptroot & Archer 1997.<br />

P. puffina A.W. Archer & Elix Elix, Aptroot & Archer 1997.<br />

P. pycnophora Nyl. Elix, Aptroot & Archer 1997.<br />

P. pycno<strong>the</strong>lia Nyl. Elix, Aptroot & Archer 1997.<br />

P. ramuensis A.W. Archer & Elix Archer & Elix 1998b.<br />

P. ramulifera H. Magn. Elix, Aptroot & Archer 1997.<br />

P. rechingeri Zahlbr. Elix, Aptroot & Archer 1997.<br />

P. scaberula A.W. Archer Elix, Aptroot & Archer 1997.<br />

P. sipmanii A.W. Archer & Elix Archer & Elix 1998a.<br />

P. streimannii Elix & A.W. Archer Elix, Aptroot & Archer 1997.<br />

P. subplanaica A.W. Archer & Elix Elix, Aptroot & Archer 1997.


P. subsorodes Elix & A.W. Archer Elix, Aptroot & Archer 1997.<br />

P. subven<strong>to</strong>sa Malme (incl. var. hypothamnolica A.W. Archer & Elix) Elix, Aptroot & Archer<br />

1997.<br />

P. thwaitesii Müll. Arg. Elix, Aptroot & Archer 1997.<br />

P. tropica Müll. Arg. Elix, Aptroot & Archer 1997.<br />

P. velata (Turner) Nyl. Elix, Aptroot & Archer 1997.<br />

P. vulpina A.W. Archer Elix, Aptroot & Archer 1997.<br />

P. wauensis Elix & A.W. Archer Elix, Aptroot & Archer 1997.<br />

P. weberi Elix & A.W. Archer Elix, Aptroot & Archer 1997.<br />

P. yupna A.W. Archer & Elix Archer & Elix 1998a.<br />

Phacopsis oxyspora (Tul.) Triebel & Rambold Aptroot et al. 1997.<br />

Phaeographis intricans (Nyl.) Staiger www.tropical<strong>lichens</strong>.net specimen in B<br />

P. lobata (Eschw.) Müll. Arg. www.tropical<strong>lichens</strong>.net specimen in B<br />

Phaeographopsis palaeotropica Kalb Kalb 2004<br />

Phaeophyscia crocea Aptroot & Sipman Aptroot & Sipman 1991.<br />

P. endococcinodes (Poelt) Essl. Aptroot & Sipman 1991.<br />

P. hispidula (Ach.) Moberg (incl. ssp. primaria Poelt) Aptroot & Sipman 1991.<br />

Phaeosporobolus alpinus R. Sant., Alstrup & D. Hawksw. Aptroot et al. 1997.<br />

Phylloba<strong>the</strong>lium nigrum R. Sant. & Tibell Aptroot & Sipman 1993.<br />

Phylloblastia dolichospora Vain. Streimann 1986.<br />

P. pocsii Vĕzda Sérusiaux, Coppins & Lücking 2007<br />

Phyllocratera papuana Sérus. & Aptroot Aptroot et al. 1997.<br />

Phyllopsora buettneri (Müll. Arg.) Zahlbr. Streimann & Sipman 1994.<br />

P. confusa Swinscow & Krog Streimann & Sipman 1994.<br />

P. furfuracea (Pers.) Zahlbr. Aptroot et al. 1997.<br />

P. haemophaea (Nyl.) Müll. Arg. Aptroot et al. 1997.<br />

P. pannosa Müll. Arg. Aptroot et al. 1997.<br />

P. parvifolia (Mont.) Müll. Arg. Streimann 1986.<br />

P. santensis (Tuck.) Swinscow & Krog Aptroot et al. 1997.<br />

Physcia alba (Fée) Müll. Arg. Aptroot 1998.<br />

P. atrostriata Moberg Aptroot & Sipman 1991.<br />

P. dimidiata (Arn.) Nyl. Aptroot & Sipman 1991.<br />

P. erumpens Moberg Aptroot & Sipman 1991.<br />

P. krogiae Moberg Streimann 1990.<br />

P. phaea (Tuck.) J. Thomson Aptroot & Sipman 1991.<br />

P. poncinsii Hue Aptroot & Sipman 1991.<br />

P. sorediosa (Vain.) Lynge Aptroot & Sipman 1991.<br />

P. tribacoides Nyl. Streimann 1990.<br />

P. vermifera Aptroot & Sipman Aptroot & Sipman 1991.<br />

P. verrucosa Moberg Streimann 1990.<br />

Physcidia australasica Kalb & Elix Kalb & Elix 1995.<br />

P. cylindrophora (Taylor) Hue Kalb & Elix 1995.<br />

P. wrightii (Tuck.) Tuck. Streimann 1986.<br />

Physma byrsaeum (Ach.) Tuck. Aptroot & Sipman 1991.<br />

P. pseudoisidiatum Aptroot & Sipman Aptroot et al. 1997.<br />

Piccolia conspersa (Fée) Hafellner Hafellner 1995.<br />

P. elmeri (Vain.) Hafellner Hafellner 1995.<br />

P. haematina (Müll. Arg.) Hafellner Aptroot & Sipman 1991.<br />

Placopsis albida (Krempelh.) I.M. Lamb Galloway 2005.<br />

P. auriculata Lumbsch & Kashiw. Lumbsch, Kashiwadani & Streimann 1993.<br />

P. cribellans (Nyl.) Räsänen Aptroot & Sipman 1991.<br />

P. gelida (L.) Lindsay www.tropical<strong>lichens</strong>.net specimen in BM<br />

P. isidiophora I.M. Lamb. Aptroot et al. 1997 (as P. rhodophthalma (Müll. Arg.) Räs).<br />

P. perrugosa (Nyl.) Nyl. Aptroot & Sipman 1991.<br />

Placynthiella icmalea (Ach.) Coppins & P. James Aptroot et al. 1997.


Platygramme colubrosa (Nyl.) Staiger www.tropical<strong>lichens</strong>.net specimen in B<br />

Platy<strong>the</strong>cium acutisporum Staiger www.tropical<strong>lichens</strong>.net specimen in B<br />

P. dimorphodes (Nyl.) Staiger Staiger 2002.<br />

P. spaherosporellum (Nyl.) Staiger www.tropical<strong>lichens</strong>.net specimen in B<br />

Plec<strong>to</strong>carpon arthonioides Diederich Aptroot et al. 1997.<br />

P. epiphyllum (Sérus.) Cáceres et al. Aptroot et al. 1997.<br />

P. lambinonii Diederich & Etayo Aptroot et al. 1997.<br />

P. pseudocyphellariae Diederich Aptroot et al. 1997.<br />

Polychidium dendriscum (Nyl.) A. Henssen Aptroot et al. 1997.<br />

P. muscicola (Sw.) S. Gray Aptroot et al. 1997.<br />

P. stipitatum Vĕzda & W.A. Weber Aptroot et al. 1997.<br />

Polycoccum montis-wilhelmii Diederich Aptroot et al. 1997.<br />

Polymeridium albidum (Müll. Arg.) R.C. Harris Aptroot et al. 1997.<br />

P. albocinereum (Krempelh.) R.C. Harris Harris 1993.<br />

P. campylo<strong>the</strong>lioides Aptroot & Sipman Aptroot et al. 1995.<br />

P. catapastum (Nyl.) R.C. Harris Harris 1993.<br />

P. contendens (Nyl.) R.C. Harris Aptroot et al. 1997.<br />

P. proponens (Nyl.) R.C. Harris Aptroot et al. 1997.<br />

Porina albicera (Krempelh.) van Overeem-de Haas Aptroot & Sipman 1993.<br />

P. applanata Vain. Streimann 1986.<br />

P. atriceps (Vain.) Vain. Lücking & Vĕzda 1998.<br />

P. atropunctata Lücking & Vĕzda Lücking & Vĕzda 1998.<br />

P. cerina (Zahlbr.) R. Sant. Streimann 1986.<br />

P. chlorotica (Ach.) Müll. Arg. Aptroot 1998.<br />

P. conica R. Sant. Streimann 1986.<br />

P. corruscans (Rehm) R. Sant. Streimann 1986.<br />

P. desquamescens Fée Aptroot et al. 1997.<br />

P. dipterocarpi Aptroot Aptroot et al. 1997.<br />

P. epiphylla (Fée) Fée Streimann 1986.<br />

P. exasperatula Vain. Aptroot 1998.<br />

P. farinosa C. Knight McCarthy 1995.<br />

P. fulvella Müll. Arg. Streimann 1986.<br />

P. gaumae Aptroot & Sipman Aptroot et al. 1995.<br />

P. guen<strong>the</strong>ri (Flo<strong>to</strong>w) Zahlbr. Aptroot et al. 1997.<br />

P. homala R. Sant. Streimann 1986.<br />

P. imitatrix Müll. Arg. Streimann 1986.<br />

P. internigrans (Nyl.) Müll. Arg. www.tropical<strong>lichens</strong>.net specimen in BM<br />

P. lep<strong>to</strong>sperma Müll. Arg. Streimann 1986.<br />

P. limbulata (Krempelh.) Vain. Streimann 1986.<br />

P. lucida R. Sant. Streimann 1986.<br />

P. mas<strong>to</strong>idea (Ach.) Müll. Arg. Aptroot et al. 1995.<br />

P. minutissima A. Henssen, Lücking & Vĕzda Lücking & Vĕzda 1998.<br />

P. mirabilis Lücking & Vĕzda Lücking & Vĕzda 1998.<br />

P. multiseptata Müll. Arg. Streimann 1986.<br />

P. nitidula Müll. Arg. Streimann 1986.<br />

P. nucula Ach. Aptroot et al. 1997.<br />

P. perminuta Vain. Aptroot et al. 1995.<br />

P. planiuscula Vĕzda Vĕzda 1994.<br />

P. pseud<strong>of</strong>urvella Sérus. Aptroot & Sipman 1991.<br />

P. rufula (Krempelh.) Vain. Streimann 1986.<br />

P. semecarpi Vain. Streimann 1986.<br />

P. sphaerocephala Vain. Streimann 1986.<br />

P. tetracerae (Afzel. in Ach.) Müll. Arg. Aptroot et al. 1997.<br />

P. tricho<strong>the</strong>lioides R. Sant. Aptroot et al. 1997.<br />

P. virescens (Krempelh.) Müll. Arg. Aptroot & Sipman 1993.


P. viridinigricans Vain. Streimann & Sipman 1994.<br />

Porocyphus lichinelloides A. Henssen Aptroot et al. 1997.<br />

Porpidia crustulata (Ach.) Hertel & Knoph ww.tropical<strong>lichens</strong>.net<br />

P. macrocarpa (DC.) Hertel & Schwab Aptroot et al. 1997.<br />

Pro<strong>to</strong>parmelia badia (H<strong>of</strong>fm.) Hafellner Aptroot et al. 1997.<br />

P. isidiata Diederich, Aptroot & Sérus. Aptroot et al. 1997.<br />

P. pulchra Diederich, Aptroot & Sérus. Aptroot et al. 1997.<br />

Pseudocyphellaria argyracea (Delise) Vain. Galloway 1994.<br />

P. aurata (Ach.) Vain. Galloway 1994.<br />

P. beccarii (Krempelh.) D. Galloway Galloway 1994.<br />

P. carpoloma (Delise) Vain. Galloway 1994.<br />

P. clathrata (De Not.) Malme Galloway 1994.<br />

P. crocata (L.) Vain. Galloway 1994.<br />

P. croca<strong>to</strong>ides D. Galloway Galloway 1994.<br />

P. desfontainii (Delise) Vain. Galloway 1994.<br />

P. dissimilis (Nyl.) D. Galloway & P. James Galloway 1994.<br />

P. dozyana (Mont. & v.d. Bosch) D. Galloway Galloway 1994.<br />

P. gilva (Ach.) Malme Galloway 1994.<br />

P. insculpta (Stiz.) D. Galloway Galloway 1994.<br />

P. intricata (Delise) Vain. Galloway 1994.<br />

P. maculata D. Galloway Galloway 1994.<br />

P. multifida (Nyl.) D. Galloway & P. James Galloway 1994.<br />

P. neglecta (Müll. Arg.) H. Magn. Galloway 1994.<br />

P. pickeringii (Tuck.) D. Galloway Galloway 1994.<br />

P. poculifera (Müll. Arg.) D. Galloway & P. James Galloway 1994.<br />

P. prolificans (Nyl.) Vain. Galloway 1994.<br />

P. punctillaris (Müll. Arg.) D. Galloway Galloway 1994.<br />

P. reineckiana (Müll. Arg.) D. Galloway Galloway 1994.<br />

P. rigida (Müll. Arg.) D. Galloway Galloway 1994.<br />

P. semilanata (Müll. Arg.) D. Galloway Galloway 1994.<br />

P. sulphurea (Shaerer) D. Galloway Galloway 1994.<br />

P. trichophora (Vain.) D. Galloway Galloway 1994.<br />

Pseudopyrenula papuana Aptroot Aptroot et al. 1997.<br />

P. pyrenuloides Zahlbr Aptroot et al. 1997.<br />

P. serusiauxii Aptroot Aptroot 1998.<br />

P. subnudata Müll. Arg. Aptroot et al. 1997.<br />

Psoroma filicicola P.M. Jørg. & Sipman Jørgensen & Sipman 2006.<br />

Punc<strong>to</strong>nora nigropulvinata Aptroot Aptroot et al. 1997.<br />

Pyrenula aggregans Vain. Aptroot et al. 1997.<br />

P. anomala (Ach.) R.C. Harris Aptroot et al. 1997.<br />

P. aspistea (Ach.) Ach. Aptroot et al. 1997.<br />

P. astroidea (Fée) R.C. Harris Aptroot et al. 1997.<br />

P. ciliata Aptroot Aptroot et al. 1997.<br />

P. citriformis R.C. Harris Aptroot et al. 1997.<br />

P. cocoes Müll. Arg. Aptroot et al. 1997.<br />

P. concatervans (Nyl.) R.C. Harris Aptroot et al. 1997.<br />

P. confinis (Nyl.) R.C. Harris Aptroot et al. 1997.<br />

P. derma<strong>to</strong>des (Borrer) Schaer. Aptroot et al. 1997.<br />

P. gahavisukana Aptroot Aptroot et al. 1997.<br />

P. globifera (Eschw.) Aptroot www.tropical<strong>lichens</strong>.net specimen in BM<br />

P. grossa Aptroot Aptroot et al. 1997.<br />

P. laureriformis Aptroot Aptroot et al. 1997.<br />

P. linea<strong>to</strong>stroma Aptroot Aptroot et al. 1997.<br />

P. leucos<strong>to</strong>ma Ach. Aptroot et al. 1997.<br />

P. macrocarpa A. Massal. Aptroot et al. 1997.


P. macularis (Zahlbr.) R.C. Harris Aptroot et al. 1997.<br />

P. mamillana (Ach.) Trevis. Aptroot et al. 1997.<br />

P. massariospora (Starb.) R.C. Harris Aptroot et al. 1997.<br />

P. media Aptroot Aptroot et al. 1997.<br />

P. microcarpa Müll. Arg. Aptroot et al. 1997.<br />

P. montana Aptroot Aptroot et al. 1997.<br />

P. mucosa (Vain.) R.C. Harris Aptroot et al. 1997.<br />

P. nitidula (Bres.) R.C. Harris Aptroot et al. 1997.<br />

P. ochrace<strong>of</strong>lava (Nyl.) R.C. Harris Aptroot et al. 1997.<br />

P. parva Vain. Aptroot et al. 1997.<br />

P. parvinuclea (Meyen & Flo<strong>to</strong>w) Aptroot Aptroot et al. 1997.<br />

P. pyrenastrospora Aptroot Aptroot et al. 1997.<br />

P. pyrgillospora Aptroot Aptroot et al. 1997.<br />

P. quassiaecola Fée Aptroot et al. 1997.<br />

P. quinqueseptata Aptroot Aptroot et al. 1997.<br />

P. ravenelii (Tuck.) R.C. Harris Aptroot et al. 1997.<br />

P. santensis (Nyl.) Müll. Arg. Aptroot et al. 1997.<br />

P. septicollaris (Eschw.) R.C. Harris Aptroot et al. 1997.<br />

P. subcongruens Müll. Arg. Aptroot et al. 1997 (as P. pileata Vain.).<br />

P. subferruginea (Malme) R.C. Harris Aptroot et al. 1997.<br />

Pyrgillus cubanus Nyl. Aptroot 1991a.<br />

P. javanicus (Mont. & v.d. Bosch) Nyl. Aptroot & Sipman 1991.<br />

Pyxine berteriana (Fée) Imsh. Streimann 1986.<br />

P. cocoes (Sw.) Nyl. Aptroot et al. 1995.<br />

P. convexior (Müll. Arg.) Swinscow & Krog Aptroot & Sipman 1991.<br />

P. copel<strong>and</strong>ii Vain. Aptroot & Sipman 1991.<br />

P. coralligera Malme Streimann 1986.<br />

P. cylindrica Kashiw. Aptroot et al. 1995.<br />

P. farinosa Kashiw. Aptroot et al. 1995.<br />

P. isidiolenta R. Rogers Aptroot et al. 1995.<br />

P. limbulata Müll. Arg. Aptroot & Sipman 1991.<br />

P. meissnerina Nyl. Aptroot & Sipman 1991.<br />

P. minuta Vain. Aptroot & Sipman 1991.<br />

P. petricola Nyl. in Crombie Streimann 1986.<br />

P. philippina Vain. Streimann 1986.<br />

P. retirugella Nyl. (as consocians) Aptroot & Sipman 1991.<br />

P. schmidtii Vain. (as papuana) Streimann 1986.<br />

P. sorediata (Ach.) Mont. in Sagra Streimann 1990.<br />

P. subcinerea Stir<strong>to</strong>n Streimann 1986.<br />

Raciborskiella janeirensis (Müll. Arg.) R. Sant. Streimann 1986.<br />

Ramalina inflata (J.D. Hooker & Taylor) J.D. Hooker & Taylor Aptroot et al. 1997.<br />

R. conduplicans Vain. www.tropical<strong>lichens</strong>.net specimen in BM<br />

R. javanica Nyl. Streimann 1986.<br />

R. leiodea (Nyl.) Nyl. Streimann 1986.<br />

R. nervulosa (Müll. Arg.) des Abb. Streimann 1990.<br />

R. peruviana Ach. Aptroot et al. 1997.<br />

R. subfraxinea Nyl. Streimann 1986.<br />

R. tenella Müll. Arg. Streimann 1990.<br />

R. tropica G.N. Stevens Streimann 1990.<br />

Ramboldia aurantiaca (Aptroot & Diederich) Kalb, Lumbsch & Elix Aptroot et al. 1997 (as<br />

Pyrrhospora aurantiaca Aptroot & Diederich).<br />

R. brunneocarpa Kantvilas & Elix Aptroot et al. 1997.<br />

R. russula (Ach.) Kalb, Lumbsch & Elix Aptroot et al. 1997 (as Pyrrhospora russula (Ach.)<br />

Hafellner).<br />

Ramonia microspora Vĕzda Aptroot 1998.


R. monospora Aptroot Aptroot et al. 1997.<br />

Relicina abstrusa (Vain.) Hale Elix 1996a.<br />

R. agglutinata Elix & J. Johns<strong>to</strong>n Elix 1996a.<br />

R. amphithrix Hale Elix 1996a.<br />

R. circumnodata (Nyl.) Hale Elix 1996a.<br />

R. columnaria Elix & J. Johns<strong>to</strong>n Elix 1996a.<br />

R. connivens (Kurok.) Hale Elix 1996a.<br />

R. diederichii Elix Elix 2007a.<br />

R. fijiensis Elix & J. Johns<strong>to</strong>n Elix 1996a.<br />

R. fluorescens (Hale) Hale Elix 1996a.<br />

R. gemmulosa (Kurok.) Streim. Streimann 1986.<br />

R. hirtifructa (Kurok.) Streim. Streimann 1986.<br />

R. luteoviridis (Kurok.) Hale Streimann 1986.<br />

R. malesiana (Hale) Hale Streimann 1986.<br />

R. palmata Elix Elix 1996a.<br />

R. planiuscula (Kurok.) Hale Streimann 1986.<br />

R. ramosissima (Kurok.) Hale Elix 1996a.<br />

R. relicinula (Müll. Arg.) Hale Elix 1996a.<br />

R. retrospinosa (Kurok. & Kashiw.) Streim. Streimann 1986.<br />

R. samoensis (Zahlbr.) Hale Elix 1996a.<br />

R. schizospatha (Kurok.) Hale Streimann 1986.<br />

R. sipmanii Elix Elix 1996a.<br />

R. subabstrusa (Gyelnik) Hale Elix 1996a.<br />

R. sublanea (Kurok.) Hale Elix 1996a.<br />

R. sydneyensis (Gyelnik) Hale Elix 1996a.<br />

R. terricrocodila Elix & J. Johns<strong>to</strong>n Elix 1996a.<br />

R. vinasii Elix Elix 1996a.<br />

Relicinopsis intertexta (Mont. & v.d. Bosch) Elix & D. Verdon Streimann 1986.<br />

R. malaccensis (Nyl.) Elix & D. Verdon Streimann 1986.<br />

Rhizocarpon badioatrum (Flörke ex Sprengel) Th. Fr. Aptroot et al. 1997.<br />

R. geographicum (L.) DC. Aptroot et al. 1997.<br />

R. simillimum (Anzi) Lettau www.tropical<strong>lichens</strong>.net specimen in BM<br />

Rimularia globulispora Sipman & Aptroot Aptroot & Sipman 1991.<br />

Rinodina albosorediata Aptroot, Diederich & Sérus. Aptroot et al. 1997.<br />

R. cinereovirescens (Harm.) Zahlbr. Aptroot & Sipman 1991.<br />

R. conradii Körber Aptroot et al. 1997.<br />

R. fuscocrystallina Aptroot Aptroot et al. 1997.<br />

R. occulta (Körber) Sheard Aptroot et al. 1997.<br />

R. oxydata (A. Massal.) A. Massal. Aptroot et al. 1997.<br />

R. xanthomelana Müll. Arg. Aptroot & Sipman 1991.<br />

Roccella montagnei Bél. Streimann 1990.<br />

Roselliniella atlantica Matzer & Hafellner Aptroot et al. 1997.<br />

R. cladoniae (Anzi) Matzer & Hafellner Aptroot et al. 1997.<br />

R. papuana Diederich Aptroot et al. 1997.<br />

Sagenidiopsis merrotsii R. Rogers & Hafellner Aptroot et al. 1997.<br />

Sarcographa elmeri (Vain.) Sipman Aptroot et al. 1997.<br />

S. heteroclita (Mont.) Zahblr. Streimann 1986.<br />

S. labyrinthica (Ach.) Müll. Arg. Streimann 1986.<br />

Sarcographina glyphiza (Nyl.) K.P. Singh & D.D. Awasthi www.tropical<strong>lichens</strong>.net specimen<br />

in B<br />

Schis<strong>to</strong>phoron variabile Tibell www.tropical<strong>lichens</strong>.net specimen in BM<br />

Sclerophy<strong>to</strong>n aptrootii Sparrius Sparrius 2004<br />

S. elegans Eschw. Sparrius 2004<br />

S. extenuatum (Nyl.) Sparrius Sparrius 2004<br />

Scutula epicladonia (Nyl.) Sacc. Aptroot et al. 1997.


Semigyalecta paradoxa Vain. Aptroot et al. 1997.<br />

Sep<strong>to</strong>trapelia triseptata (Hepp) Aptroot Aptroot & Sipman 1991 (as Bacidia triseptata (Hepp)<br />

Zahlbr).<br />

Siphula decumbens Nyl. Lambley 1991.<br />

S. dicho<strong>to</strong>ma Vain. Elix 1991.<br />

Solorina simensis Hochst. ex Flo<strong>to</strong>w Vitikainen 1989.<br />

Sphaerello<strong>the</strong>cium araneosum (Rehm ex Arnold) Zopf Aptroot et al. 1997.<br />

S. cladoniicola E.S. Hansen & Alstrup Aptroot et al. 1997.<br />

S. gallowayi Diederich Diederich 2007.<br />

Sphinctrina tubaeformis A. Massal. Aptroot & Sipman 1991.<br />

Sporopodiopsis mortimeriana Sérus. Sérusiaux 1997.<br />

Sporopodium argillaceum (Müll. Arg.) Zahlbr. Aptroot & Sipman 1991.<br />

S. isidiatum Sérus. & Lücking Sérusiaux & Lücking 2005.<br />

S. leprieurii Mont. Streimann & Sipman 1994.<br />

S. lucidum Aptroot & Sipman Aptroot et al. 1997.<br />

S. muscicola Lambley & Sérus. Aptroot et al. 1997.<br />

S. phyllocharis (Mont.) A. Massal. Aptroot et al. 1997.<br />

S. xantholeucum (Müll. Arg.) Zahlbr. Aptroot et al. 1997.<br />

Stauro<strong>the</strong>le australis Groenhart Aptroot et al. 1997.<br />

Stereocaulon brassii I.M. Lamb Streimann 1986.<br />

S. flabellatum Mineta Streimann 1986.<br />

S. glareosum (Sav.) H. Magn. Sipman 1998.<br />

S. graminosum Schaer. Streimann 1986.<br />

S. leprocauloides I.M. Lamb ex W.A. Weber Streimann 1986.<br />

S. massartianum Hue Streimann 1986.<br />

S. myriocarpum Fr. Streimann 1986.<br />

S. pseudomassartianum I.M. Lamb ex Frey Streimann 1986.<br />

S. staufferi I.M. Lamb ex Frey Streimann 1986.<br />

Sticta alpinotropica Aptroot Aptroot 2008.<br />

S. boschiana Mont. Streimann 1986.<br />

S. brevipes (Müll. Arg.) Zahlbr. www.tropical<strong>lichens</strong>.net specimen in BM<br />

S. caulescens De Not. Streimann 1986.<br />

S. cyphellulata (Müll. Arg.) Hue Streimann 1986.<br />

S. dendroidella Zahlbr. www.tropical<strong>lichens</strong>.net specimen in ABL<br />

S. filicina Ach. www.tropical<strong>lichens</strong>.net specimen in ABL<br />

S. fimbriata Schaer. Streimann 1986.<br />

S. fuliginosa (Dicks.) Ach. Streimann 1986.<br />

S. heppiana Hue Streimann 1986.<br />

S. hirsuta Mont. Streimann 1986.<br />

S. keysseri Zahlbr. Streimann 1986.<br />

S. leami Zahlbr. Streimann 1986.<br />

S. macrophylla Bory Streimann 1986.<br />

S. marginifera Mont. Streimann 1986.<br />

S. myrioloba (Müll. Arg.) D. Galloway Galloway 1998<br />

S. pedunculata Krempelh. Streimann 1986.<br />

S. pochii Zahlbr. Streimann 1986.<br />

S. pulvinata Vain. Streimann 1986.<br />

S. sayeri Müll. Arg. Streimann 1986.<br />

S. semilanata (Müll. Arg.) Zahlbr. Streimann 1986.<br />

S. sublimbata (J. Steiner) Swinscow & Krog www.tropical<strong>lichens</strong>.net specimen in BM<br />

S. subpalmata Zahlbr. Streimann 1986.<br />

S. sulphurae Schaer. Streimann 1986.<br />

S. variabilis Ach. Galloway 1998<br />

S. weigelii Isert in Ach. Streimann 1986.<br />

S. xanthotropa (Krempelh.) D. Galloway www.tropical<strong>lichens</strong>.net specimen in ABL


Stigmidium epiphyllum Matzer Matzer 1996.<br />

Stir<strong>to</strong>nia macrocephala R. Sant. Aptroot & Sipman 1991.<br />

S. obvallata (Stir<strong>to</strong>n) A.L. Sm. Aptroot et al. 1995.<br />

Stratisporella episemoides (Nyl.) Hafellner Aptroot et al. 1997.<br />

Strigula albomaculata Sérus. Aptroot et al. 1997.<br />

S. macrocarpa Vain. Aptroot et al. 1997.<br />

S. melanobapha (Krempelh.) R. Sant. Streimann 1986.<br />

S. multipunctata (Merr. ex R. Sant.) R.C. Harris Streimann 1986 (as Phylloporis).<br />

S. muriformis Aptroot & Diederich Aptroot et al. 1997.<br />

S. nemathora Mont. (incl. var. hypo<strong>the</strong>lia (Nyl.) R. Sant.) Aptroot et al. 1995.<br />

S. obducta (Müll. Arg.) R.C. Harris Streimann 1986 (as Phylloporis).<br />

S. orbicularis Fr. Streimann 1986.<br />

S. phaea (Ach.) R.C. Harris Aptroot et al. 1997.<br />

S. phyllogena (Müll. Arg.) R.C. Harris Streimann 1986 (as Phylloporis).<br />

S. platypoda (Müll. Arg.) R.C. Harris Aptroot & Sipman 1993 (as Phylloporis).<br />

S. smaragdula Fr. Streimann 1986.<br />

S. subelegans Vain. Streimann 1986.<br />

S. subtilissima (Fé) Müll. Arg. Aptroot & Sipman 1993.<br />

S. viridiseda (Nyl.) R.C. Harris Aptroot et al. 1997.<br />

S. wilsonii (Riddle) R.C. Harris Aptroot et al. 1997.<br />

Syzygospora bachmannii Diederich & M.S. Christ. Diederich 1996.<br />

S. physciacearum Diederich Diederich 1996.<br />

Szczawinskia foliicola Holien & Tønsberg Holien & Tønsberg 2002 (as T. tsugae Funk in<br />

Aptroot et al. 1997).<br />

Taeniolella delicata M.S. Christ. & D. Hawksw. Aptroot et al. 1997.<br />

T. serusiauxii Diederich Aptroot et al. 1997.<br />

Tapellaria nigrata (Müll. Arg.) R. Sant. Streimann 1986.<br />

Teloschistes flavicans (Sw.) Norman Aptroot et al. 1997.<br />

Tephromela atra (Huds.) Hafellner Aptroot et al. 1997.<br />

Thalloloma hypoleptum (Nyl.) Staiger www.tropical<strong>lichens</strong>.net specimen in B<br />

T. isidiosum Staiger Staiger 2002.<br />

Thamnochrolechia verticillata Aptroot & Sipman Aptroot et al. 1997.<br />

Thamnolia juncea R. Sant. Santesson 2004<br />

T. vermicularis (Sw.) Ach. ex Schaer. Streimann 1986.<br />

Thecaria montagnei (Mont. & v.d. Bosch) Staiger www.tropical<strong>lichens</strong>.net specimen in B<br />

T. quassiaecola Fée www.tropical<strong>lichens</strong>.net specimen in B<br />

Thelenella brasiliensis (Müll. Arg.) Vain. Aptroot 1998.<br />

Thelopsis byssoidea Diederich Aptroot et al. 1997.<br />

Thelotrema armellense Patw. et al. www.bgbm.org/scripts/ASP/lichcol specimen in B<br />

T. dilatatum (Müll. Arg.) Hale www.bgbm.org/scripts/ASP/lichcol specimen in B<br />

T. leprieurii (Mont.) Hale www.bgbm.org/scripts/ASP/lichcol specimen in B<br />

T. leprocarpoides Hale www.bgbm.org/scripts/ASP/lichcol specimen in B<br />

T. patens Nyl. www.bgbm.org/scripts/ASP/lichcol specimen in B<br />

T. pidurutalagala Hale www.bgbm.org/scripts/ASP/lichcol specimen in B<br />

T. porinoides Mont. & v.d. Bosch www.bgbm.org/scripts/ASP/lichcol specimen in B<br />

T. subweberi Sipman Sipman 1993<br />

T. waassii Hale www.bgbm.org/scripts/ASP/lichcol specimen in B<br />

T. weberi Hale Sipman 1993<br />

Thysano<strong>the</strong>cium scutellatum (Fr.) D. Galloway Streimann 1986.<br />

Trapelia coarctata (Sm.) M. Choisy Aptroot & Sipman 1991.<br />

T. geochroa (Körber) Hertel Aptroot & Sipman 1991.<br />

T. placodioides Coppins & P. James Aptroot 1998.<br />

Trapeliopsis flexuosa (Fr.) Coppins & P. James Aptroot et al. 1997.<br />

T. glaucolepidea (Nyl.) Gotth. Schneider Aptroot & Sipman 1991.<br />

T. granulosa (H<strong>of</strong>fm.) Lumbsch Aptroot et al. 1997.


T. haumanii (Zahlbr.) Gotth. Schneider Aptroot & Sipman 1991.<br />

Traponora asterella Aptroot Aptroot et al. 1997.<br />

T. globosa Aptroot Aptroot 2009<br />

T. macrospora Aptroot Aptroot 2009<br />

T. pallida Aptroot Aptroot 2009<br />

Tremella cladoniae Diederich & M.S. Christ. Diederich 1996.<br />

T. lobariacearum Diederich Diederich 1996.<br />

T. microcarpa Diederich Diederich 1996.<br />

T. montis-wilhelmii Diederich Diederich 1996.<br />

T. papuana Diederich Diederich 1996.<br />

T. parmeliarum Diederich Diederich 1996.<br />

T. parmeliellae Diederich Diederich 1996.<br />

T. psoroglaenae Diederich Diederich 1996.<br />

T. psoromatis Diederich Diederich 1996.<br />

T. santessonii Diederich Diederich 1996.<br />

T. stevensiana Diederich Diederich 1996.<br />

T. stictae Diederich Diederich 1996.<br />

Tricharia albostrigosa R. Sant. Aptroot et al. 1997.<br />

T. demoulinii Sérus. Aptroot et al. 1997.<br />

T. deslooveri Sérus. Aptroot et al. 1997.<br />

T. elegans Sérus. Aptroot et al. 1997.<br />

T. helminthospora R. Sant. Aptroot et al. 1997.<br />

T. novoguineensis Sérus. Aptroot et al. 1997.<br />

T. ramifera Sérus. Aptroot et al. 1997.<br />

T. Vain.i R. Sant. Streimann 1986.<br />

Tricharia variratae Lücking & Sipman Lücking, Sérusiaux & Vezda 2005.<br />

T. verrucosa Sérus. Aptroot et al. 1997.<br />

Tricho<strong>the</strong>lium alboatrum Vain. Streimann 1986.<br />

T. annulatum (P. Karsten) R. Sant. Aptroot & Sipman 1993.<br />

T. croceum Sérus. Aptroot et al. 1997.<br />

T. epiphyllum Müll. Arg. Aptroot & Sipman 1993.<br />

T. kalbii Lücking Lücking & Caceres 2004.<br />

Trype<strong>the</strong>iopsis coccinea (Aptroot & Sipman) Aptroot Aptroot & Sipman 1993.<br />

T. epiphylla (R.Sant.) Aptroot Aptroot et al. 1997.<br />

T. gigas (Zahlbr.) Aptroot Aptroot 1998.<br />

T. kalbii (Lücking & Sérus.) Aptroot Aptroot et al. 1997.<br />

T. kassamensis (Sérus.) Aptroot Aptroot et al. 1997.<br />

Trype<strong>the</strong>lium aeneum (Eschw.) Zahlbr. Aptroot & Sipman 1991.<br />

T. cinereorosellum Krempelh. Aptroot et al. 1997.<br />

T. eluteriae Sprengel Aptroot & Sipman 1991.<br />

T. epileucodes Nyl. Aptroot et al. 1997.<br />

T. galligenum Aptroot Aptroot 1998.<br />

T. grossum Müll. Arg. Streimann 1986.<br />

T. macrosporum Makhija & Patw. Aptroot et al. 1997.<br />

T. nitidiusculum (Nyl.) R. C. Harris Aptroot et al. 1997.<br />

T. ochroleucum (Eschw.) Nyl. Aptroot & Sipman 1991.<br />

T. subeluteriae Makhija & Patw. Harris 1995.<br />

T. tropicum (Ach.) Müll. Arg. Aptroot & Sipman 1991.<br />

Tylophoron moderatum Nyl. Tibell 1987.<br />

T. protrudens Nyl. Aptroot et al. 1997.<br />

Usnea alboverrucata G.N. Stevens Stevens 1999.<br />

U. baileyi Stir<strong>to</strong>n Streimann 1986.<br />

U. bismolliuscula Zahlbr. Stevens 1999.<br />

U. dasaea Stir<strong>to</strong>n Streimann 1986 (as U. undulata Stir<strong>to</strong>n).<br />

U. flexilis Stir<strong>to</strong>n Streimann 1986.


U. himan<strong>to</strong>des Stir<strong>to</strong>n. Stevens 1999.<br />

U. hossei Vain. Stevens 1999.<br />

U. longissima Ach. Stevens 1991.<br />

U. misamisensis Motyka Streimann 1986.<br />

U. molliuscula Stir<strong>to</strong>n Stevens 1999.<br />

U. perplexans Stir<strong>to</strong>n www.tropical<strong>lichens</strong>.net specimen in BM<br />

U. pycnoclada Vain. Stevens 1999.<br />

U. rubicunda Stir<strong>to</strong>n Streimann 1986.<br />

Verrucaria calciseda DC. Aptroot et al. 1997.<br />

V. hydrela Ach. Aptroot 1998.<br />

V. inconstans P.M. McCarthy Aptroot 1998.<br />

V. margacea (Wahlenb.) Wahlenb. Aptroot 1998.<br />

V. praetermissa (Trevisan) Anzi Aptroot 1998.<br />

Vezdaea dawsoniae Döbbeler Aptroot et al. 1997.<br />

V. foliicola Sérus. Aptroot et al. 1997.<br />

Wegea tylophorelloides Aptroot & Tibell Aptroot & Tibell 1998.<br />

Wentiomyces tatjanae Kondratyuk Kondratyuk 1996.<br />

Xanthoparmelia atrocapnodes (Elix & Johns<strong>to</strong>n) Blanco et al. Elix & Johns<strong>to</strong>n 1986 (as<br />

Paraparmelia atrocapnodes Elix & J. Johns<strong>to</strong>n).<br />

X. incerta (Kurok. & Filson) Elix & J. Johns<strong>to</strong>n Elix, Johns<strong>to</strong>n & Armstrong 1986.<br />

X. isidiigera (Müll. Arg.) Elix & J. Johns<strong>to</strong>n Elix, Johns<strong>to</strong>n & Armstrong 1986.<br />

X. mougeotina (Nyl.) D. Galloway Aptroot 1998.<br />

X. neotinctina (Elix) Elix & J. Johns<strong>to</strong>n Elix, Johns<strong>to</strong>n & Armstrong 1986.<br />

Xanthoria c<strong>and</strong>elaria (L.) Th. Fr. Aptroot et al. 1997.<br />

X. elegans (Link) Th. Fr. Aptroot & Sipman 1991.<br />

Xylographa parallela (Ach.: Fr.) Behlen & Desberg Aptroot et al. 1997.<br />

Zwackhiomyces cladoniae (Dodge) Diederich Aptroot et al. 1997.<br />

Additional genera reported:<br />

Acarospora Aptroot et al. 1997.<br />

Cryp<strong>to</strong><strong>the</strong>le Aptroot 1998.<br />

Escha<strong>to</strong>gonia Aptroot et al. 1997.<br />

Fuscidea Aptroot et al. 1997.<br />

Homo<strong>the</strong>cium Aptroot 1998.<br />

Psoroglaena Diederich 1988.<br />

Rejected records:<br />

This includes all old records not accepted by Streimann (1986) <strong>and</strong> all species <strong>of</strong> <strong>the</strong> genus Anzia<br />

not accepted by Yoshimura, Sipman & Aptroot (1995), Bryoria by Hawksworth (in his review <strong>of</strong><br />

Streimann (1986) in Lichenologist), Bunodophoron <strong>and</strong> Calicium by Tibell (1987, sub<br />

Sphaerophorus), Cladonia by Stenroos (various pubs.), Lecanora by Lumbsch (various papers),<br />

Pertusaria by Archer & Elix (various papers), pannarioids by Jorgensen & Sipman (various<br />

papers), <strong>and</strong> Usnea by Stevens (1999), Anthraco<strong>the</strong>cium, Arthopyrenia <strong>and</strong> Pyrenula by Aptroot<br />

et al. (1997); fur<strong>the</strong>rmore a few species <strong>of</strong> Baeomyces <strong>and</strong> Heterodermia are omitted because <strong>the</strong>y<br />

are doubtlessly wrong.<br />

Additional information about rejected records:<br />

Ca<strong>to</strong>lechia wahlenbergii: <strong>the</strong> specimen (seen in LAE) is Arthrorhaphis alpina<br />

Cetrariopsis wallichiana: wrong report, due <strong>to</strong> confusion with <strong>the</strong> heterotypic Parmelinella<br />

wallichiana<br />

Dactylina arctica: probably Thamnolia<br />

Hypogymnia bitteri: erroneous report<br />

Lep<strong>to</strong>rhaphis novaeguineae: <strong>the</strong> type is lost, it may have been a Celo<strong>the</strong>lium<br />

Melano<strong>the</strong>ca achariana: a Pyrenula<br />

Menegazzia terebrata: an undescribed species


Microphiale agyrothalamia: type <strong>to</strong> be studied<br />

Micro<strong>the</strong>lia <strong>the</strong>lena: <strong>the</strong> specimen is Mycomicro<strong>the</strong>lia obovata (see Aptroot 1991)<br />

Mycomicro<strong>the</strong>lia miculiformis: erroneous report<br />

Myxodictyon subcaeruleum: no idea what this is<br />

Nephroma helveticum: identical with N. tropicum<br />

Nephromopsis nephromoides (Nyl.) Ahti & R<strong>and</strong>lane (as ec<strong>to</strong>carpisma (Hue) Gyelnik)<br />

Streimann 1990. not cited by R<strong>and</strong>lane & Saag 1998.<br />

N. stracheyi (Church. Bab.) Müll. Arg. Lambley 1991. not cited by R<strong>and</strong>lane & Saag 1998.<br />

Ochrolechia frigida: this is Lecanora novaeguineae<br />

Parmelia curtata: this is an Everniastrum (chemical strain)<br />

Porina epiphylloides: this is P. minutissima.<br />

Pseudopyrenula limitata: <strong>the</strong> type is lost, it may have been Trype<strong>the</strong>lium tropicum<br />

Pyrenula ochracea: <strong>the</strong> type is lost<br />

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