just as you are wondering how we captured such a fantastic shot of a distant mountain at the same time as a network of caverns below it, the truth behind this photo is even more fantastic. this is really a closeup shot of a rose thorn broken off it's stem. the lower 2/3 of the photo is the inside part of the thorn where it used to be attached. the 'landscape' at top is the outer surface of the thorn that happened to have a bump shaped like a mountain (measuring 0.014 inches wide which is about the thickness of a playing card). to hold it steady during photography, we have the sharp point stuck into a piece of blue plastic which created our sky and blue reflections on the distant 'mountains'. the underground 'diamonds' are white crystal-looking cells that reflected our lighting like little mirrors.

growing in Poipu, Kauai

a super closeup of an ant's head showing a portion of it's face along with half of it's lateral eye. visually, the entire head appeared a stealthy black, but the photography lighting caused the eye to glow a dark red which made for some interesting contrast. each of the micro-lenses on the compound eye, measure 0.00074 inches in diameter (1,350 of them would make inch). another interesting effect is how the translucent hairs acted like lenses and focused our lighting into little hotspots on the scaly surface.

Banyan tree silhouettes and reflections in Horseshoe Lake (southern Illinois) during sunset

early morning on Kauai

this is a super closeup photo of a fallen lily petal. to the naked eye, the petal appears a pale plum colour, but when zoomed in with a bunch of light, we discovered that this flower was mostly white and only had colour running through these vein-like areas. the once juicy cells are drying out which is causing the puckers & wrinkles in the clear/white areas. the coloured 'veins' measure about 0.00042 inches in diameter (a tad thinner than kitchen plastic wrap).

an 80-foot waterdrop along the McKenzie River in Willamette National Forest