This dusty miller plant would look right at home as an underwater sea plant on a coral reef, but is actually a nice terrain-based plant with velvety-soft leaves.

this would be the coolest set of marbles around, if only they were really marbles. this is actually an extreme closeup photo of a compound eye on the Green-blue Long-legged fly (Condylostylus). these flies are much smaller than the common/plump housefly, and they serve good purpose around your garden's plants. this one had red eyes that originally appeared like rows of warm-red jelly beans with an overall dull luster. but once we pinpointed the studio's lighting into the eye's lenses, it rapidly increased the aging/deterioration process and the inner-eye elements started displaying this beautiful crackled pattern. each of these lenses measure 0.0008 inches in diameter (about the thickness of kitchen plastic wrap), and a closer look will show that some have a tiny three-hair 'grappling-hook' coming out between them.

On my way back to the studio, after a routine walk with the camera, I stopped to rest a moment halfway up a steep hill. It was early autumn and the leaves had begun their colour cycle. Like most of us, sometimes I forget to look up to see what's directly above. In my moment of fatigue (too much gear), I arched my back to stretch and WOW! I was standing right under a perfect shot. A lower branch spread across my view with bright red leaves and a little higher up was a maple that turned yellow and just past that, a couple different greens from the oaks. Topped off with patches of deep blue sky, it was truly a colourful moment.

Meet "Crusty" the sand crab on the coral-sand beaches of Guam. He was kind enough to not move while I setup my gear in very close proximity and capture this macro shot.

Sunlight reflecting from the pond's surface, was shining up through a lily pad leaf that had grown to a few inches above the water. I loved the way it illuminated the structure of the leaf and it reminded me of modern fractal art (complex patterns generated by mathematical algorithms).

appearing as an aerial shot over an industrial area, this is actually an extreme closeup photo of a computer chip. more specifically a 64-bit Pentium dual core processor, containing 167-million transistors. the various colours come from the studio lights reflecting off the ultra-fine details in the semiconductor material causing a diffraction-grating type effect. this entire shot captures an area of 0.0000205 square inches (tad larger than the diameter of a human hair). to capture the whole CPU at this magnification, would take nearly 8,400 photos.

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.

yes, this is real. i was hiking through a desert (with a load of camera gear of course) and saw this little cactus growing on top of a rock. it was too unique and charming to pass by without taking this photo opportunity.