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G’day there! I’m Ben, and this is my about… 19th social media #introduction post? I’m a #photography and #science nerd, and the victim of perennial curiosity.

I’m an #actuallyautistic #disabledartist, living in lutruwita/Tasmania, #australia, in my mid 30s. I specialise in #landscapephotography, #astrophotography, and #timelapse in the island’s wild places.

I like to play with light. These are some of my more successful experiments.

How are we all? Say hello!

During the autumn months, Tasmania sees a brief explosion of a short-lived bioluminescent fungus, the so-called Ghost fungus (Omphalotus nidiformis) in secluded damp forest patches affixed to rotting trees. Owing to their typical low position hidden underneath forest canopies, a view out to the night sky is very rarely afforded, much less on clear nights – making this view out to the crown jewel of the night sky, the galactic centre of the Milky Way, a truly once in a lifetime opportunity.
During the autumn months, Tasmania sees a brief explosion of a short-lived bioluminescent fungus, the so-called Ghost fungus (Omphalotus nidiformis) in secluded damp forest patches affixed to rotting trees. Owing to their typical low position hidden underneath forest canopies, a view out to the night sky is very rarely afforded, much less on clear nights – making this view out to the crown jewel of the night sky, the galactic centre of the Milky Way, a truly once in a lifetime opportunity.
Tasmania’s Low Head is home to one of the most important lighthouse arrays. Sitting at the mouth of kanamaluka/River Tamar, it serves as herald of land for sailors arriving across the Bass Strait. Occasionally it plays host to the southern aurora and the setting Milky Way, captured with grasses and rocks fluorescing strongly in the foreground.
Tasmania’s Low Head is home to one of the most important lighthouse arrays. Sitting at the mouth of kanamaluka/River Tamar, it serves as herald of land for sailors arriving across the Bass Strait. Occasionally it plays host to the southern aurora and the setting Milky Way, captured with grasses and rocks fluorescing strongly in the foreground.
Under certain spectrums of light, living and organic matter can produce intensely vibrant colours, glowing as if by magic. This process is called biofluoresence. Here, the Milky Way’s galactic core rises behind a small oceanic lake on Queensland’s coast.
Under certain spectrums of light, living and organic matter can produce intensely vibrant colours, glowing as if by magic. This process is called biofluoresence. Here, the Milky Way’s galactic core rises behind a small oceanic lake on Queensland’s coast.