close-up shot of Niagara Falls (American side)

I'm walking along a bridge in northern Kauai and notice the tree tops are at eye-level for easy shooting. I pan around for the best cluster of Locust branches and then patiently wait for the slightest of breezes to pause long enough to capture this shot.

A short distance from the studio, there is a woods that slopes into a large marsh area. In this area, I commonly find many little things to capture on film. Although I'm in a four-season climate, it is not uncommon for there to be orchids growing in the wild at places like this marshy woods. This type of cypripedium orchid is commonly called "Lady's Slipper" as the bloom shape resembles the footwear.

Banyan tree silhouettes and reflections in Horseshoe Lake (southern Illinois) during sunset

looking quite similar to an xmas tree with ornaments and tinsel, this is actually a photograph of a hostile invasion possibly taking place in your own backyard. if you see a plant with a white or light-gray powdery substance on the top-side of its leaves, it is probably an invasion of the 'White Powdery Mildew Fungi'. many different types of these spores spread with the wind, rain, birds, and even the feet of insects, and when the right type of spore lands on a suitable plant, it quickly takes hold by rooting into the plant. it then steals nutrition from the plant to grow an outbreak of thread-like structures over the surface (seen as white rice-like chains in this photo) which eventually block the plant's photosynthesis process and kills it. when the mildew fungus is sufficiently mature, it develops new sets of spores (inside the brown raisin-like containers) to travel in the wind and repeat the cycle. each of the brown spore-sacks measure about 0.0014 inches in diameter which is the thickness of kitchen aluminum foil.

aerial view of clouds forming over Gulf of Mexico

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.

Indiana wetlands