you'd probably believe me if i said this was a tentacle from some deep-sea creature, but it is actually a closeup shot of a common flower stigma (the tiny little stem sticking out of the center and captures pollen from the stamen). the stigma of a red gladiolus is only 0.025 inches in diameter (thickness of 2 playing cards) and this photo captures the very tip that protrudes farthest outside the bloom. (check out our "Balanced Gems" shot to see the neighboring anther part of the same flower).

ruffle and stripe details on a giant Bearded Iris

appearing to be a nice artsy mosaic of tiles, this is actually a closeup shot of a Rose of Sharon flower. this particular shrub had white blooms with dark-pink patterns down in the throat. when you zoom in (way in) to where the pink and white meet, you can see cell patterns like this. (photo captures 0.05 x 0.03 inches of the flower petal so the height of this photo is the thickness of a credit card)

After the boiling hot mineral water oozes up from the earth, it eventually starts to cool and the mineral elements fall out of suspension. Since the edges are cooler than the middle, the sediment builds up a little perimeter wall one grain at a time. Over time, large cascading pools are created as they overflow and puddle to create more.

a picture-perfect passage between cliffs in southern Illinois

east end of Glacier National Park

JiuZhaiGou, China

This is a close-up of Dichrolam Film - an exotic material that won awards for being one of the most innovative materials in the world. It's paper thin and made up of several hundred layers of super-thin plastics that diffract and filter light into different colours depending on the viewing angle.