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Fungi, Mosses, Liverworts, etc Fungi, Mosses, Liverworts, etc

Overview

Spore-producing organisms are called cryptogams. Ferns and fern allies are cryptogams but I say nothing about them for on the Nature Map they are included with the flowering plants. So, while the word cryptogam can be used for brevity, this means only 'spore producing organism other than ferns and fern allies'. The cryptogams are:

Mosses, liverworts and hornworts (which make up the bryophytes).

Fungi. Things such as mushrooms, puffballs, stinkhorns are spore producing structures of various fungi and spore-producing structures, in many cases ephemeral, are often referred to as fruit bodies. The permanent, feeding part of the fungus is out of sight (in wood, soil, dung, etc) and consists of a network of fine threads, called a mycelium. In essence, the mycelium is the fungal individual, just as a tree (not any of its fruits) is considered to be the individual.

Recording fungi: When photographing fungi take images of everything possible on the fungi from the top down.

Providing there are several ie. 3+ fruiting bodies, its safe to dig one up. Do not break it, you must dig it up with a tool. An old oyster knife or a fold away pocket knife is handy to carry in your pocket when you are going on a walk.

 The outer cap, its edge, are there hairs or scales on the cap, how is the stem attached to the cap, the gills, how many, are they close or widely spaced, the colour, is there a collar or are they free from the stem, is the stem solid, or hollow, is it covered in fibers or scales or does it have holes, what is it growing on wood or buried wood or another species of fungi or animal or poop or insect.

There are several good beginner books available from Fungimap which you will find helpful.

 The fungi we see are only the fruiting bodies which come up to drop off their spores for reproduction, the rest of the fungi itself continues its life beneath us in the earth. 

Lichens, each of which is a symbiotic partnership between a fungus and an alga or a cyanobacterium. The classification is based on the fungal partner and lichens are often referred to as lichenized fungi. Those lacking symbiotic algal or cyanobacterial partners are the non-lichenized fungi. The separation of lichenized from non-lichenized fungi is artificial, with no taxonomic basis, but is nevertheless useful in everyday talk. When people use the word 'fungi' they generally mean non-lichenized fungi and that's how 'fungi' will be used in comments about Atlas of Life in the Coastal Wilderness (ALCW) Nature Map sightings. It would be mind-numbingly pedantic to say 'non-lichenized fungi.'

Algae and cyanobacteria (the latter sometimes referred to as blue-green algae).

Myxomycetes (colloquially called slime moulds, even though they are not fungi).

The Friends of the Australian National Botanic Gardens funded the production of three websites that present more information about the structures, ecology and biology of:

Bryophytes: http://www.cpbr.gov.au/bryophyte/

Fungi (non-lichenized): http://www.cpbr.gov.au/fungi/

Lichens: http://www.cpbr.gov.au/lichen/

What am I counting?

ALCW Nature Map asks for abundance information. Don't agonize over the 'correct' count for crytpogam sightings. If you see 15 wombats in a woodland you know that you are looking at 15 individuals and the count gives you useful information about the abundance of wombats, in that it gives you a minimum number for that area. When you count visible cryptogam structures you are not necessarily producing that sort of abundance information. For example. Suppose you see 15 mushrooms, all of the same species, spread over say a few square metres. Visually, it is impossible to say whether all come from one mycelium or from 15, so you do not know whether there is only one fungal individual present or 15 individual fungi. If those 15 came from the one mycelium, the count of 15 tells you as much about the abundance of that species as the count of 15 Banksia cones from one bush would tell you about the abundance of Banksia.

What is a native cryptogam?

If there is good evidence that a species has been introduced to Australia, it will be recorded as Exotic on the ALCW Nature Map. Otherwise it will be recorded as Local native (or Rare native or Very rare/Threatened if there is relevant evidence). To say that a species is native to Australia means that it occurs naturally in this country and was not introduced by humans. Since almost all vascular plants and mammals that are native to Australia are also confined to Australia, it would not be surprising if many people assumed that a cryptogam species described as native to Australia was confined to Australia. Don't make that assumption. There are cryptogams known only from Australia but there are also those that are naturally widespread, meaning that a particular species may be native to Australia as well as being native elsewhere.

Page 1 of Fungi, Mosses, Liverworts, etc - 862 species

Achrophyllum dentatum David Tng
Achrophyllum dentatum Niels Klazenga
Achrophyllum dentatum Paddy Dalton
Achrophyllum dentatum
Achrophyllum dentatum
Achrophyllum dentatum
Achrophyllum dentatum 2 Niels Klazenga
Achrophyllum dentatum 2 David Tng
Achrophyllum dentatum 2 Rod Seppelt
Achrophyllum dentatum 2
Achrophyllum dentatum 2
Achrophyllum dentatum 2
Acrocladium chlamydophyllum David Tng
Acrocladium chlamydophyllum Rod Seppelt
Acrocladium chlamydophyllum
Acrocladium chlamydophyllum
Acroporium stramineum Niels Klazenga
Acroporium stramineum
Aerobryopsis longissima Niels Klazenga
Aerobryopsis longissima Niels Klazenga
Aerobryopsis longissima Niels Klazenga
Aerobryopsis longissima
Aerobryopsis longissima
Aerobryopsis longissima

Fungus Agaricus augustus (Agaricus augustus)

Agaricus augustus
Agaricus augustus
Agaricus augustus
Agaricus augustus
Agaricus augustus
Agaricus augustus
Agaricus rotalis Sue Muffler
Agaricus rotalis Sue Muffler
Agaricus rotalis Sue Muffler
Agaricus rotalis
Agaricus rotalis
Agaricus rotalis

Fungus Agaricus sp. (Agaricus)

Agaricus sp. image Jackie Miles
Agaricus sp. image Jackie Miles
Agaricus sp.
Agaricus sp.

Fungus Agaricus sp.. (Agaricus)

Agaricus sp.. Heino Lepp
Agaricus sp.. Heino Lepp
Agaricus sp..
Agaricus sp..

Fungus Agaricus xanthodermus (Yellow Stainer)

Agaricus xanthodermus
Agaricus xanthodermus

Fungus Aleurina ferruginea (Aleurina ferruginea)

Fungus Aleurodiscus limonisporus (Aleurodiscus limonisporus)

Aleurodiscus limonisporus Heino Lepp
Aleurodiscus limonisporus

Fungus Aleurodiscus sp. (Aleurodiscus sp.)

Aleurodiscus sp. Heino Lepp
Aleurodiscus sp. Heino Lepp
Aleurodiscus sp.
Aleurodiscus sp.

Fungus Amanita austroviridis (Amanita austroviridis)

Fungus Amanita farinacea (Amanita farinacea)

Amanita farinacea
Amanita farinacea

Fungus Amanita muscaria (Fly Agaric)

Amanita muscaria image Jackie Miles
Amanita muscaria image Jackie Miles
Amanita muscaria
Amanita muscaria

Fungus Amanita ochrophylla (Amanita ochrophylla)

Amanita ochrophylla ALA Richard Hartland
Amanita ochrophylla

Fungus Amanita ochrophylloides (Amanita ochrophylloides)

Amanita ochrophylloides ALA Richard Hartland
Amanita ochrophylloides

Fungus Amanita phalloides (Death Cup)

Amanita phalloides Heino Lepp
Amanita phalloides Heino Lepp
Amanita phalloides Volvariella sp.on right – note similarity
Amanita phalloides
Amanita phalloides
Amanita phalloides

Fungus Amanita punctata (Amanita punctata)

Amanita punctata image Max Campbell
Amanita punctata image Max Campbell
Amanita punctata
Amanita punctata

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