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.

closeup texture shot of a purple Iris

This dusty miller plant would look right at home as an underwater sea plant on a coral reef, but is actually a nice terrain-based plant with velvety-soft leaves.

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.

just as you are wondering how we captured such a fantastic shot of a distant mountain at the same time as a network of caverns below it, the truth behind this photo is even more fantastic. this is really a closeup shot of a rose thorn broken off it's stem. the lower 2/3 of the photo is the inside part of the thorn where it used to be attached. the 'landscape' at top is the outer surface of the thorn that happened to have a bump shaped like a mountain (measuring 0.014 inches wide which is about the thickness of a playing card). to hold it steady during photography, we have the sharp point stuck into a piece of blue plastic which created our sky and blue reflections on the distant 'mountains'. the underground 'diamonds' are white crystal-looking cells that reflected our lighting like little mirrors.

one of the dozens of tiny islands in the Hawaiian Islands

geyser at Yellowstone

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.