closely resembling a (well used) golf ball, this is actually a super closeup shot of a Zinnia's flower petal. the petals have a cool pattern of dimples each measuring about 1/1000th of an inch across. we then focused a ultra-tiny spotlight so that the shaft of light was the size of a human hair (smaller than a laser beam). as the highly focused light bled out through the relatively flat petal (see inset), it created the shading effect of a round ball.

this is a super closeup shot of computer CPU (or 0.01% of the whole CPU). this particular area shows a mish-mash of wires criss-crossing and refracting light into a rainbow of colours. the micro-wires are so tiny that over 48,000 of them can lay side-by-side within an inch and have plenty of room for insulation in between (as best as we can measure - it is really small stuff in there).

Having such a small body and graciously long wings, the Tiger Longwing doesn't flap quickly like most butterflies. Instead, it creates a very elegant slow-flutter to navigate through the rain-forest foliage in Brazil. It's motion is very different from what i'm accustomed to in the northern hemisphere, and i found it quite mesmerizing.

I'm certainly not a marine biologist, but am informed that this is a 'Dactylometra Quinquecirrha' type jellyfish, so I'll take their word for it. Their tentacles are covered with stinging cells that attach themselves to anything that touches them and injects a venom into it's prey. Fortunately I didn't get the opportunity to experience this in action even though I'm told it's not fatal. My biggest problem capturing this image is that there is absolutely nothing stable to attach a camera to underwater. Tripods are useless, I'm moving, the camera is moving, the sea creatures are moving, all at different rhythms (guess I didn't need to bring the cable release). All in all, this was probably the most serene and beautiful creature I've ever witnessed; it's pulsating motions and delicate nature were extremely enjoyable.

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.

Sunrise on the high plateau of Colorado.

very large wall of tightly packed spires in Utah wilderness

when a large mass of lava cools very slowly, it can create column-like fissures during it's cooling. then, over the years, water and ice push the columns apart and the outer pillars topple giving you a scene like this one. there's only a handful of places on earth where conditions were just right for these strange rock formations to form.