an assortment of brightly-coloured algae reflect in the steam rolling off a large hot spring.

an up-shot of the large clusters of dates on this Phoenix dactylifera in Kauai

I was camping out on one of the lower peaks (about 8500 feet) in the Andes Mountains. It was a wet and somewhat tropical area and had a light rain most of the night. As daylight started making itself known, the remaining rain clouds started dissipating and swirling about the neighboring peaks. Once again, I grabbed my camera gear and prepared for a moody shot. The sunlight was peaking out here and there, clouds blowing by and changing each second, I just had to wait for everything to come into balance and squeeze the shutter's release cable. The dark neighboring mountain peak intertwined with scattering clouds created a mysterious and suspenseful image, expressing the drama in the air this morning.

a super closeup photograph of a swimsuit (Ocean Pacific, if you're curious). all the nylon/spandex fibers are white and only the portions toward the outer surface are dyed with a pattern of colours. the spaghetti-like strands seen here, are the ultra-tiny fibers that make up a single thread. these 'micro-threads' measure only 0.0004 inches in diameter (thinner than kitchen plastic wrap), and quite a few are bundled together to create an actual thread used to knit the fabric.

peeking through the trees toward Horseshoe Lake mostly covered with lily-pads and blooms

this is a super closeup photo of a fallen lily petal. to the naked eye, the petal appears a pale plum colour, but when zoomed in with a bunch of light, we discovered that this flower was mostly white and only had colour running through these vein-like areas. the once juicy cells are drying out which is causing the puckers & wrinkles in the clear/white areas. the coloured 'veins' measure about 0.00042 inches in diameter (a tad thinner than kitchen plastic wrap).

small forest on the side of a volcano in Maui

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.