Bamboo forest in China

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).

It's been raining most of the day and it's paying off by making this typically smaller waterfall much more voluminous.

occasionally when an Eastern Redbud tree (which has pinkinsh-purple blooms instead of the more typical red blooms) gets rather old, clusters of blooms squeeze out from every part of each branch, limb, and trunk. it's a great find if you happen to find one during the right moment of spring (then it's just a matter of getting the camera equipment up in the tree).

Typically when I shoot autumn images, I am biased toward early autumn so that there is more green with only some yellows and orange. I so much appreciate the lush greens that nature produces and it looks so full of life. Although fall colours are quite beautiful, I still prefer to maintain a fair amount of green in the photo as this makes the other autumn colours more pronounced and appreciable.

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.

This is one of many pools of water from underground hot springs at Yellowstone. As the water spreads out at the surface, it cools and allows a variety of different algae to sustain life. In this case, the algae that survives in the hotter temperatures is blue and green, and the somewhat cooler algae appears red and orange, forming a circular rainbow pattern to mark the temperature ranges of the water.

driving around Mt. Rainier on a clear summer day