Home
Current studies
External Projects
Enclosed environment
Bioluminescence
Location
Links
Contact
Copyright
          

src_welto.gif (4120 bytes)
Established in 1987
2509 Springbrook Road, Springbrook, Queensland, Australia.

 

GW_droplet_sm.jpg (9112 bytes)

21-04-2009
Glow worm chemical reaction product= Water
At last....photographic evidence !!!

Pure water being produced resulting from the glow worm's use of a chemical reaction to 'burn off' it's body waste. Read more here: All about Glow Worms
Click the photo for larger view.

Photo by Stuart Webber at the Springbrook Research Centre

18-04-2009

Possible new bioluminescent fungi discovered at Springbrook April 2009 and until verified as a new species, given the study name of:

Omphalotus spp.

Click the image to view more detail.

O_spp1010469_sm.jpg (4749 bytes)

m_delicatum_1sm.jpg (19486 bytes)

New bioluminescent fungi discovered at Springbrook originally in 1988, studied in 2006 and named in 2008 as :

Mycena delicatum [ Maguire 2006 ]

Click the image to view more detail.

Our environmental research centre is located in a sub-tropical rainforest environment at an altitude of 714 metres above sea level on the Springbrook Plateau in South East Queensland, Australia.
Our voluntary field and scientific personnel are currently specialising in the study of bioluminescent fungi and insects found in the rainforest area surrounding our centre. The research group involves local and overseas personnel who are experts in their respective fields of the environment, biology and biochemistry.

ozmap1.jpg (29354 bytes)

sunrise050408.jpg (9282 bytes)

Due to it's geograpical location of being located in the highest most easterly populated area of Australia, our research centre receives

Australia's First Sunrise

every day !

 

 

Reception / information area and bioluminescent fungi propogation area at night looking through the glass walls.

.lab_4b.jpg (30978 bytes)

sat_map_spr_sm.jpg (12585 bytes)

Google Earth satellite pic of our research centre as seen from space .

click the image for a larger view.

Luminous Mushrooms
In the luminous mushroom season ( Late December ---> February ) you will be able to see luminous mushrooms that have been cultivated from clones of species newly discovered in our research area.
The fungus of these clones has been innoculated into logs that are stacked in the rainforest.
Our Research Centre is the only location in Australia that is intentionally growing luminous mushrooms.
The Springbrook Research Centre is also the sole location worldwide where ( in season ) cultivated specimens of :
Mycena lampadis [ Maguire 1988 ]
one of the brightest light generating mushrooms in the world can be seen.

B_072_040305sm.jpg (9005 bytes)

Going underground
into the enclosed environment chamber
affectionally known as
"the Wormhole"

   Current studies:
   ( Follow the Current Projects link above or click this link for details )

    1. Luminous fungi

Ongoing studies into the propagation of the five different types of bioluminescent fungi that occur naturally in the rainforest around our centre.
Progress reports of the studies in the underground controlled environment are updated
on the Current Projects pages when available.

    2. Bioluminescent caterpillars

CAT5.JPG (14260 bytes) I was hoping that our luminous caterpillars were the larval stage of our local variety of Firefly viz: ELATEROIDEA
Atyphella atra Lea (Lampyridae: Luciolinae)
that are common at Springbrook during the late spring to early summer period, although expert external advice assures us that they are not.
These caterpillars, it has been suggested, could also be the larval stage of a luminous moth mentioned in pioneer correspondence circa 1914.
This moth has yet to be sighted in recent times.

Other avenues of investigation...

(a) There are many unanswered questions about the relationship of larger insects and spiders that appear to protect and live in harmony with glow worms.
The larger varieties of huntsman spiders are interactive with glow worms in the warmer months but there are also varieties of small spiders that have adapted their web-spinning technique to use the glow worms' light all year around to trap their food, sometimes to the detriment of the glow worm.

(b) Possible commercial applications for organic bioluminescence.


A group of university students from Japan visiting our centre.

School class visitors from Coolangatta.

We are pleased to have our work internationally recognised by having one of our close-up photos recently published in Belgium in a book titled "Vivre & Survival" by Prof. Paul Galand
Free University of Brussels, Laboratory of cytology and
experimental cancerology.

Groups of students attend here as a daytime or night time educational experience.
Any small donations for such welcome visits go directly toward funding ongoing research.

Springbrook Research Centre
----------------
Current Projects | Enclosed environment | Bioluminescence | Links | Location | Copyright | Contact

© Springbrook Glow Worms Research Centre 2001

   Visitors