Science
- Evolutionary ecology research
- Horticultural research
- Plant diversity research
- Amalie Dietrich project
- Australian 'Bush Potato'
- Australian freshwater algae
- Australian mesic zone biota
- Biology of Myrtaceae
- Boronia and Zieria
- Bryophytes
- Cycas - ancient survivors
- Cyperaceae
- DNA of ground orchids
- DNA studies of Restionaceae
- Ecdeiocoleaceae
- Evolution of Australian Utricularia
- Evolution of Proteaceae
- Evolution of Vallisneria
- Fern biodiversity of Australia
- Indigofera
- Key to the Lichen Genus Pertusaria
- Lamiaceae & Urticaceae
- Lejeuneaceae
- Lepidoziaceae - southern liverworts
- Marine algae
- New Species and phylogeny in Restionaceae
- Phylogenetic biome conservatism
- Poales
- Pollination studies in Prostanthera
- Project Camellia
- 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
Spores/SporangiaMarine algal spores come in many shapes and sizes. All spores contain all the necessary genetic information to germinate and grow into the next or new generation of plants. Gametes, on the other hand, always need to be fertilised by their sexual counterpart (either male or female) before they can grow into an adult plant. Red algal tetrasporangia come in three basic designs. Cruciate, whereby the four spores form a cross, Tetrahedral, where they form the corners of a three sided pyramid, and Zonate, where they are placed end to end in a row.
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Red algal spores that are the result of the fertilisation of the male and female gametes are known as carposporangia meaning ‘fruit spores‘. Here you can see the spores forming a tight ball perched on a very thin, transparent ‘connecting filament‘ in Schmitzia evanescens. |
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Red algal spores that are the result of the fertilisation of the male and female gametes are known as carposporangia meaning ‘fruit spores‘. Here you can see the spores forming a tight ball perched on a very thin, transparent ‘connecting filament‘ in Schmitzia evanescens. |
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In many brown algae, such as this specimen of Tomaculopsis herbertiana, you can see the sporangial sori forming swellings along the stalks of the ‘pom poms‘. |
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In Sporochnus stylosus, another brown alga, the sporangial sori form swellings at the base of the lateral branchlets. |




