Page last updated 24 Jun 2010
Springbrook Research Centre
Omphalotus spp (a)[Maguire 2009]
A possible new species being studied.

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Two specimens showing colour difference between Omphalotus spp(a) [Maguire 2009]  above 
and  Omphalotus spp(b) [Maguire 2009] below

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17-04-2009

Omphalotus spp(a)[Maguire 2009]

Daytime photo showing the pileus view of the largest specimen collected.

click the image for a larger view

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17-04-2009

Omphalotus spp(a) [Maguire 2009]

Daytime photo showing the underside of the largest specimen collected.

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17-04-2009

Omphalotus spp(a) [Maguire 2009]

Daytime photo showing the size of specimens collected.

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17-04-2009

Omphalotus spp(a) [Maguire 2009]

Daytime photo underside view


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18-04-2009

Omphalotus spp(a) [Maguire 2009] spores.
Photo= 10x through a CMOS_CCD camera

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18-04-2009

Omphalotus spp(a) [Maguire 2009] spores.
Photo=  40x through a CMOS_CCD camera

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17-04-2009

Omphalotus spp(a) [Maguire 2009]

Whole colony.

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18-04-2009

Omphalotus spp(a) [Maguire 2009]

Nightime photo
The fruit bodies do not produce enough bioluminescence to enable my DVD video camera to hold focus.

Night Photos are compliments of Stuart Webber.

click the image for a larger view

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18-04-2009

Omphalotus spp(a) [Maguire 2009]


Photo compliments of Stuart Webber.

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18-04-2009

Omphalotus spp(a) [Maguire 2009]

Nightime photo
The fruit bodies do not produce enough bioluminescence to enable my DVD video camera to hold focus.
Night Photos are compliments of Stuart Webber.

click the image for a larger view

Omp_spp_SW_3_sm.jpg (3705 bytes)

22-02-2010

Omphalotus spp(a) [Maguire 2009]

Nightime photo
Stuart Webber with an extraordinary display find of Omphalotus at Lamington.
Night Photos are compliments of Stuart Webber.

click the image for a larger view

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21-04-2009

Omphalotus spp(b) [Maguire 2009]

Daytime photo showing the pileus view of the largest specimen collected.

click the image for a larger view

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21-04-2009

Omphalotus spp(b) [Maguire 2009]

Daytime photo showing the lamellae/stipe view of the largest specimen collected.

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Here we have a giant rainforest snail making very short work of a ghost fungus. This is the fate that befalls most luminous fungi on Springbrook.
Apology for the quality as this shot was taken at night by pen-light.

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The White Kneed cricket (Papuastus sp) can grow up to 8cm long. They live in smooth-walled burrows in the soil during the day. They pull leaf litter over the entrance of their tunnels to conceal them.
• Their hindlegs are very powerful and they can leap several metres if disturbed. They emerge at night to roam the forest floor and feed on decaying organic matter, although in season they prefer luminous mushrooms. They have large, strong jaws which they use to kill small creatures in the leaf litter.

Thorny crickets also eagerly devour the luminous fungi.
In the wet season thorny crickets after gorging on the soft flesh of the mushroom, have been observed glowing in the dark, and leaving luminous "footprints" on the wet soil behind them.
Photo taken at night by pen-light.

click the image for a larger view

 

Common Name: Ghost Fungus
Study name : Omphalotus spp [Maguire 2009]

Comparison table with O.nidiformis below:

Common Name: Ghost Fungus Study subject Ghost Fungus [A] Study subject Ghost Fungus [B]
Synonym: Omphalotus nidiformis. Study reference=Omphalotus spp[A] [Maguire 2009] Study reference=Omphalotus spp[B]
[Maguire 2009]
Pileus The cap is cream in colour though sometimes tinted with a brown centre.
Specimens growing at Springbrook are generally 100 to 150 mm in diameter are funnel-shaped with inrolled margins only if growing in sunlight where they develop a hardened pileus.   They become inverse in appearance with sometimes upturned margins if growing in total shade with high humidity.Under these conditions the flesh is s
oft and easily damaged. Softer specimens degenerate rapidly when cut.
Odor mild when fresh, pungent to musty/putrid odour when decaying.
The cap is cream with a yellow  to  mustard/yellow centre.
Specimens found to date are 20mm to 50mm in diameter, shallow d
ome-shaped in appearance with inrolled margins.
Tough rubbery flesh, does not damage easily.
Unchanging when cut; odor mild when fresh, stronger
musty but not unpleasant odour when decaying.
The cap is cream with a grey/black centre.
Specimens found to date are 20mm to 1
20 mm in diameter, shallow funnel-shaped in appearance with inrolled margins.
Tough rubbery flesh, does not damage easily.
Unchanging when cut; odor mild when fresh, stronger
musty but not unpleasant odour when decaying.
Lamellae Cream-white gills are decurrent.
If growing in sunlight can be the most luminescent part of the fruitbody due to the hardening of the pileus.
Cream-white gills are decurrent and are the most luminescent part of the fruitbody. Cream-white gills are decurrent and are the most luminescent part of the fruitbody.
Stipe Can be central to lateral in its attachment to the cap and is up to 8 cm long and tapers to the base. Can be central to lateral in its attachment to the cap and is up to 3 cm long and tapers to the base. Can be central to lateral in its attachment to the cap and is up to 6 cm long and tapers to the base of which shares the same grey/black colouration.
Spores spores white in deposit. spores white in deposit. spores white in deposit
Mycelia Bioluminescence is not particularly noticable on external log surfaces , but is sometimes quite remarkable when very wet soft rotting logs are split open at night after fruiting has finished particularly in seasons of very high rainfall. No bioluminescence on host trees has yet been observed. No bioluminescence on host trees has yet been observed.
Habitat Found widely along the Great Dividing Range from as far north as the Queensland border ranges to the south along the coastline around to Perth in West Australia. Usually clustered at bases of living or dead trees, or on stumps, of trees such as Eucalyptus, Leptospermum, Banksia, Grevillea, also on exotic Pinus and Platanus. To date only Springbrook Queensland. To date only Springbrook Queensland.
Edibility Poisonous, causing severe vomiting within a couple of hours of ingestion. Unpallatable (from personally sampling) Unpallatable (from personally sampling)
Comments Generally fruits after periods of prolonged wet summer weather in Queensland usually in the Autumn. In order to achieve any longevity it needs shade and very high humidity. This new discovery appears to be a different species from what we know as Omphalotus nidiformis.
It has colouration similar to Omphalotus nidiformis but any resemblance ends there.
It differs dramatically in size and shape being much smaller, cleaner in shape, quite 'rubbery' in texture (one can strike a mushroom against a tree to dislodge gnat larvae from the gills without damaging it ),and it is very well structured when growing in clusters, a growth habit very different to O.nidiformis that grows in an erratic pattern with no apparent cluster structure whatsoever.
Yet another variant species from what we know as Omphalotus nidiformis.
Similar to Omphalotus spp [Maguire 2009] but the colouration and shape are also different both on pileus and stipe.
Growing in a cluster the fruitbodies are smaller and well structured. Growing as individual specimens they are much larger and considerably darker in colouration.

 

Further study will be done, including cloning and propagation.
The results of these proceedures will take at least three years.  

G.Maguire
Springbrook Research Centre

 

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