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

appearing as a beautiful iridescent wing from a magical creature, this is actually a small portion of a single grain of black sand. we were exploring a small clump of sand for a good shot, and noticed a tiny colourful spot sparkling out from one of the grains of lava rock. zooming in much more, we discovered this 'wing' shape measuring 0.0058 inches long (equivalent to the thickness of a sheet of paper). the entire grain of sand at this level of magnification, would fill 20 of these photos.

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.

I'm certainly not a marine biologist, but am informed that this is a 'Dactylometra Quinquecirrha' type jellyfish, so I'll take their word for it. Their tentacles are covered with stinging cells that attach themselves to anything that touches them and injects a venom into it's prey. Fortunately I didn't get the opportunity to experience this in action even though I'm told it's not fatal. My biggest problem capturing this image is that there is absolutely nothing stable to attach a camera to underwater. Tripods are useless, I'm moving, the camera is moving, the sea creatures are moving, all at different rhythms (guess I didn't need to bring the cable release). All in all, this was probably the most serene and beautiful creature I've ever witnessed; it's pulsating motions and delicate nature were extremely enjoyable.

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.

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.

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.