This is a collection of some of the water drops flowing into the Yosemite Valley. It is difficult to take a bad photograph in this area, as the main valley area is surrounded with lush pines and giant cliff walls in all directions. The falls were abnormally robust this summer due to a previous heavy winter and wet spring.

Trying not to sound like an advertisement for tripods, but I really love my Benbo Trekker. It is an extremely well engineered piece of British equipment and is the only tripod that has accommodated every place I have desired to place a camera. For this photo, I'm set up between the seats on a 737 so I could capture this through the window.

This scene has summer fun and relaxation written all over it. It was late June and a perfect day for the season. Climbing down the steep embankment, I was actually standing in several inches of water to get a good view of the mountain peak framed nicely between the nearby trees. I waited for the ripples I created to disappear, and adjusted the tripod rather low to capture the stones just below the water's surface. The way the water refracted from being able to see the bottom of the lake, which slowly faded into the reflections from the far shore, was a nice bonus.

a secluded little waterfall along the road to Hana in Maui

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.

glass tulips illuminated with various neon lights would certainly make a wonderful piece of contemporary art, but this is actually a closeup photo of a Grecian Windflower. in between the bumpy center cone and the outer petals, is a ring of many stamen with short filaments. zooming in extra tight on the area where the anthers (top part resembling mini-tulips) connect with the filaments (supporting stems), and adding in a micro-spotlight to make everything sparkle, you then get a shot like this. each filament (stems seen at the bottom) measures around 0.0062 inches in diameter which is a tad thinner than a bristle on a toothbrush.

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.