northern shore of Guam

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.

I was set up for this whitewater section of rapids and took several shots, freezing the splashes of water at different moments in time. It was an extremely wet area from all the mist, and the lens had to be wiped down between each shot. Then I continued my hike up stream, shooting along the way. At the base of the falls, it was time to change film. For an unknown reason, my camera indicated that I had rewound the film completely, but a good portion was actually still vulnerable. When I opened up the back, boy was I surprised to have just exposed my work to daylight. Having no idea which part I had just ruined, I retraced my steps and began re-shooting each scene with a different camera back in hopes to not repeat the malfunction. While in wooded areas, since many scenes are shaded by neighboring trees, I commonly will first hike unencumbered with gear to calculate the ideal time of day for that particular scene. Thankfully, my window of light for this area was long enough to obtain a second set of exposures.

this is a closeup photo of a computer chip that has been 'un-gracefully' opened so we could see it's innards. the warm and colourful section shows different layers of micro-circuity that have been ripped apart from our opening process (somewhere out there, the folks at Intel are cringing). the lava-like black area is the base silicon that has chipped and shattered (again from our opening process). this photo captures an area approximately 1/8 inch in height.

this is a closeup shot of an Asiatic Lily. toward the base of each petal, are two short rows of fleshy-hairs running down the center (easily gone unnoticed). as the dark red petal nears the main flower stem, it makes a quick transition to white and then green. this shot captures the tiny fuzz (gummi worms in foreground) near the base of the petal (green brick-like cells in background) during that multi-colour transition. each 'worm' measures 0.0021 inches in diameter (a row of 475 would make an inch).

you'd probably believe me if i said this was a tentacle from some deep-sea creature, but it is actually a closeup shot of a common flower stigma (the tiny little stem sticking out of the center and captures pollen from the stamen). the stigma of a red gladiolus is only 0.025 inches in diameter (thickness of 2 playing cards) and this photo captures the very tip that protrudes farthest outside the bloom. (check out our "Balanced Gems" shot to see the neighboring anther part of the same flower).

Looks like these two are watching each others' back preparing for a mission.

closeup of a tortoise emerging as desert temperatures become more tolerable just before sunset in Arizona