![]() WATER |
![]() ROCK |
![]() DESERT |
![]() SKY |
![]() TREES |
![]() PLANTS |
![]() ANIMALS |
![]() MAN-MADE |
![]() PATTERNS |
![]() CLOSE-UP |

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).
Sea Monster

Delicate Arch, one of the most photographed natural arches in the country, and is even the state icon appearing on nearly everything throughout Utah. It is quite massive and resides on the edge of a steep canyon wall that quickly slopes more and more, making the hiker uncertain just how far beyond this landmark they can travel before footing will give way.
Up & Over

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).
Gummi Worms

a super closeup shot of a bee's wing. the longer hairs are on the side of the wing facing the camera, and since the wing is mostly transparent, you can also see the hairs on the opposite side which appear shorter as they fade off into the distance. each of these ultra-tiny hairs have a diameter about 1/8000 of an inch (1/4 the thickness of kitchen plastic wrap).
Bee Wing

This is the remains of Bristol Lake in the Mojave Desert. After the water evaporated and lake bottom began to dry, the variations in temperature caused the drying surface to crack and the soft elements underneath to ooze out between the cracks, forming little walls. The surface is extremely hard and rock-like and the jagged walls are strong and sharp.
Lakebed
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