This is called "get the shot and run for cover". I'm wading waist-deep to get the desired camera angles and when i saw this swell raising more and more, i knew i would be grabbing the camera and heading for more shallow water before i get clobbered.

Although this can commonly grow into a tree it is officially classified as a shrub (cotinus coggygria) from Eurasia, and a really cool shrub at that. This was my first encounter with one of these and I was delightfully amazed with its colours. The leaves were a grape-purple on the top side with a more common greenish underside. When the sunlight shown through the leaves, they lit up a brilliant red, adding another odd colour to this unparalleled plant. I made sure to capture this wonder of colour on a bright sunny day with an equal amount of leaves showing their upper and lower hues.

this is a closeup shot of an Asiatic Lily. toward the base of each petal, are two short rows of fleshy-hairs running down the center (easily gone unnoticed). as the dark red petal nears the main flower stem, it makes a quick transition to white and then green. this shot captures the tiny fuzz (gummi worms in foreground) near the base of the petal (green brick-like cells in background) during that multi-colour transition. each 'worm' measures 0.0021 inches in diameter (a row of 475 would make an inch).

sunset above the clouds near the hawaiian islands

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.

a couple of tiny frogs taking a nap on a tree branch

this is a super closeup shot of computer CPU (or 0.01% of the whole CPU). this particular area shows a mish-mash of wires criss-crossing and refracting light into a rainbow of colours. the micro-wires are so tiny that over 48,000 of them can lay side-by-side within an inch and have plenty of room for insulation in between (as best as we can measure - it is really small stuff in there).