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).

amongst the ruins in MachuPicchu

i've been scouting around for a perfect rose shot - which for anyone whom has tried this, understands the challenge - there's almost always some imperfection or imbalance that keeps one searching for something better. i happen to find these three pink roses in a row and focused on the perfect pattern of soft pink petals on the center bloom.

This is the main center area of MachuPicchu. The "D" shaped structure near center is the Temple of the Sun. For some reason it was worthy of a complex curved wall, unlike all other surrounding structures.

Whenever I'm in the mood to photograph butterflies, I try to seek out large clusters of small deep-throated flowers. They seem designed just for the mouths of butterflies and during the right season, it can make for some great photos. Typically, I setup near these flowers with all my readings made in advance and hope for something like this beautiful Clipper butterfly of the Philippines to land in front of me.

This is called "get the shot and run for cover". I'm wading waist-deep to get the desired camera angles and when i saw this swell raising more and more, i knew i would be grabbing the camera and heading for more shallow water before i get clobbered.

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.