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.

a picture-perfect passage between cliffs in southern Illinois

One of my favorite locations is southeastern Utah. The area has many bizarre rock formations in all shapes and sizes. It is just after dawn and I'm on my way to a planned trailhead as I pass by these absolutely massive walls of rock. A few extra moments for this side trip won't hurt my plans, so I stop and wait for the sun to raise just a little higher. I grab a non-distorting wide angle lens and finish setting up in front of this wonder. The low warm light made this giant formation glow with contrasting shadowed edges, enhancing its texture and rich colour, making for a beautiful image to preserve on film.

rarely does an insect stay put long enough for us to go through our setup process, but this large dragonfly was very trusting and didn't move while we choose a good macro lens, took light readings, test exposures, and finally this shot.

we scouted for days along the Oregon coast, looking for the right balance of rock mounds in combination with the right moment of setting sun light.

Toward the end of each summer, I try to go out and chase butterflies. Partially just to capture something delicate and enchanting and partly just to stay in shape by constant lugging equipment from spot to spot trying to capture close-ups as they flutter around in the wild. It's not often that one can get camera gear between a bloom and a feeding butterfly. With this unique perspective, the large and colourful insect has a more slimline stealthy appearance while it feeds on this zinnias nectar.

a closeup shot of an Amanita Bisporigera mushroom... more specifically the thin fleshy fins on the underside of the mushroom's top. each of the fins measure 0.0048 inches in thickness (like a typical sheet of paper). i found it interesting that the seemingly simple brown fins were speckled with millions of tiny dots arranged into clusters that made up the brown and near-white patches seen here. we made an attempt to photograph these dot patterns extra closeup (resembling the dots on a dice), but our lighting kept cooking the thin and delicate mushroom fin before a quality photograph could be obtained. we'll probably try again using a refrigeration plate or ice to keep the tiny fin fresh.