Science
- Evolutionary ecology research
- Horticultural research
- Plant diversity research
- Amalie Dietrich project
- Australian freshwater algae
- Australian mesic zone biota
- Biology of Myrtaceae
- Bryophytes
- Cycad evolution and diversity
- Cyperaceae
- DNA of ground orchids
- DNA studies of Restionaceae
- Ecdeiocoleaceae
- Evolution of Australian Utricularia
- Evolution of Proteaceae
- Fern biodiversity of Australia
- Indigofera
- Key to the Lichen Genus Pertusaria
- Pertusaria Group 1
- Pertusaria Group 2
- Pertusaria Group 3
- Pertusaria Group 4
- Pertusaria Group 5
- Pertusaria Group 6
- Pertusaria Group 7
- Pertusaria Group 8
- Pertusaria Group 9
- Pertusaria Group 10
- Pertusaria Group 11
- Pertusaria Group 12
- Pertusaria Group 13
- Pertusaria Group 14
- Pertusaria Group 15
- Pertusaria Group 16
- Pertusaria Group 17
- Pertusaria Group 18
- Pertusaria Group 19
- Pertusaria Group 20
- Pertusaria Group 21
- Pertusaria Group 22
- Pertusaria Synonyms
- Lamiaceae & Urticaceae
- Lamiaceae
- Lejeuneaceae
- Lepidoziaceae - southern liverworts
- Marine algae
- New Species and phylogeny in Restionaceae
- Phylogenetic biome conservatism
- Phylogeny and new species of Australian Utricularia
- Phylogeny of Orchidaceae tribe Diurideae
- Poales
- Pollination studies in Prostanthera
- Project Camellia
- Rutaceae
- She-oaks - tough survivors
- Telopea special edition
- Theaceae of South-East Asia
- Trees of Papua New Guinea
- Tristaniopsis in south-east Asia
- Urticaceae of Java
- XVIII International Botanical Congress
- Plant pathology research
- Herbarium & resources
- Scientific publications
Pertusaria Group 5
Apothecia present, verruciform; ascospores 1 per ascus; on rock
= view photo 
= view synonyms
|
1 |
Norstictic acid present; spores 170-395 µm long; NZ |
P. otagoana Galloway |
| 1a | Protocetraric acid present; spores ca. 140 µ long; Antarctic; also sterile |
P. corallophora Vain. |
| 1b | 5-O-methylhiascic acid present; spores 130-200 µm long; Tas | P. expansa Kantvilas & Elix |