appearing to be a nice artsy mosaic of tiles, this is actually a closeup shot of a Rose of Sharon flower. this particular shrub had white blooms with dark-pink patterns down in the throat. when you zoom in (way in) to where the pink and white meet, you can see cell patterns like this. (photo captures 0.05 x 0.03 inches of the flower petal so the height of this photo is the thickness of a credit card)

this is a closeup shot of the feathery scales on a Monarch butterfly wing. each scale has a length of around 1/220 of an inch, so the height of this entire shot would be equivalent to the thickness of 3 sheets of paper. this particular butterfly died naturally near our studio, so we took the opportunity to explore what it had to offer.

this is a shot of the massive amounts of water going over Niagara Falls (Canadian side).

an 80-foot waterdrop along the McKenzie River in Willamette National Forest

After the boiling hot mineral water oozes up from the earth, it eventually starts to cool and the mineral elements fall out of suspension. Since the edges are cooler than the middle, the sediment builds up a little perimeter wall one grain at a time. Over time, large cascading pools are created as they overflow and puddle to create more.

There are many woodsy areas within biking distance of the studio and they make wonderful places to explore and capture images. This particular one is nearly all pine trees and has a wonderful air about it. The ground is very soft with years of accumulated pine needles and while the sun is high, light dances through the trees and makes for very interesting patterns for as far as the eye can see. I chose to capture this as a wider shot to enhance the field of view so the viewer becomes more immersed and can almost smell the pine air.

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.

as the snow accumulates in the high mountains, it stacks up and begins to slide down the mountain side as a glacier. as the glacier continues to get pushed from behind (from more incoming snow), it becomes packed into a very dense ice and can travel decades across the country side. sometimes they end by finally giving way to the heat, and turn into a stream of icy cold water. other times they end by crumbling into an ocean like this one.