this is a closeup shot of a copper snake chain necklace. the islands of gold are parts of corroded copper links that are kept bright by constantly rubbing against the skin. the aqua river is the remaining part of the copper that goes down into valleys between chain links where the corrosion has gone untouched and turned a beautiful blue-green. the chain of this necklace measures 0.045 of an inch in diameter and this photo captures an area equivalent to the thickness of a credit card.

beautiful rain-forest trees and foliage in southern Maui

edge of a corn crop in Indiana

sun setting above the clouds near hawaii

appearing to be a nice artsy mosaic of tiles, this is actually a closeup shot of a Rose of Sharon flower. this particular shrub had white blooms with dark-pink patterns down in the throat. when you zoom in (way in) to where the pink and white meet, you can see cell patterns like this. (photo captures 0.05 x 0.03 inches of the flower petal so the height of this photo is the thickness of a credit card)

High in the Urubamba Mountains, lies the recently famous ruins of MachuPicchu. The peak off to the right is WaynaPicchu. After a lengthy steep climb up damp and slippery rocks, it provides a nice overlook of the ancient city. Many photographers stand on the hill on the left side of this photo and capture a portion of the ruins; I chose to climb to a neighboring peak and shoot down over the entire area. The stepped plateaus going down the side were farmland and between each level are stone steps protruding out from the wall.

unique purple lily blooms in southern China

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.