Below ground caverns in Arizona wilderness, carved out by centuries of flash flood waters from rain many miles away.

I'm hiking across the inside of a volcano crater and loving the diverse assortment of mineral colours. every few minutes it seems like i enter a new alien world with unique soil and rock types. The distant base of the clouds are over a mile in elevation, and they peak around 8,500 feet – the camera is just under 10,000 feet to capture this beautiful and unique land.

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.

sunset above the clouds near the hawaiian islands

i was lucky to have an ash tree growing right outside the studio. On one rainy day, i stepped out on the 3rd floor balcony and could look straight across into the branches holding countless drops of rain. It's a gentle misty-rain, so the drips grow, drop, and start again every few minutes. This gave me little time to set up before the scene would change and i'd have to recompose for a different shot.

crown-shaped pinnacle in Colorado

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 the remains of Bristol Lake in the Mojave Desert. After the water evaporated and lake bottom began to dry, the variations in temperature caused the drying surface to crack and the soft elements underneath to ooze out between the cracks, forming little walls. The surface is extremely hard and rock-like and the jagged walls are strong and sharp.