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

occasionally when an Eastern Redbud tree (which has pinkinsh-purple blooms instead of the more typical red blooms) gets rather old, clusters of blooms squeeze out from every part of each branch, limb, and trunk. it's a great find if you happen to find one during the right moment of spring (then it's just a matter of getting the camera equipment up in the tree).
Eastern Redbud 2

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.
Dichrolam 1

I was set up for this whitewater section of rapids and took several shots, freezing the splashes of water at different moments in time. It was an extremely wet area from all the mist, and the lens had to be wiped down between each shot. Then I continued my hike up stream, shooting along the way. At the base of the falls, it was time to change film. For an unknown reason, my camera indicated that I had rewound the film completely, but a good portion was actually still vulnerable. When I opened up the back, boy was I surprised to have just exposed my work to daylight. Having no idea which part I had just ruined, I retraced my steps and began re-shooting each scene with a different camera back in hopes to not repeat the malfunction. While in wooded areas, since many scenes are shaded by neighboring trees, I commonly will first hike unencumbered with gear to calculate the ideal time of day for that particular scene. Thankfully, my window of light for this area was long enough to obtain a second set of exposures.
Falls and Rapids

this is a piece of abstract art that was created on another planet - yes, really! on the occasion that a planet blows up (usually from a massive collision), the various substrates fly off into space and sometimes find their way to earth as a meteorite. typically these are either rocky (from the planet's mantle and crust) or iron-nickel (from the core), but on very rare occasions, earth receives a piece from the in-between boundary layer where crystals have formed. this is a closeup photo of a pallasite meteorite, looking deep into the olivine crystals formed on another world. we zoomed in to view about 1/20 of an inch (about the thickness of a DVD), and used very bright and finely focused lights that illuminated every bubble and imperfection to refract an assortment of extra colours... after all, this is from another planet, so we have to make it look as other-worldly as possible.
Space Grunge
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