i just couldn't pass up a side trip to Mars to grab a couple of surface shots! Or maybe i just happen to be inside a volcano crater and the surrounding red-rock landscape looks much like a Martian world.

an unusual grouping of various flowers

Typically when I shoot autumn images, I am biased toward early autumn so that there is more green with only some yellows and orange. I so much appreciate the lush greens that nature produces and it looks so full of life. Although fall colours are quite beautiful, I still prefer to maintain a fair amount of green in the photo as this makes the other autumn colours more pronounced and appreciable.

along coast of Lake Michigan

about a week ago, my finger got pinched and created a tiny blood blister. now it's coming off and i decided to photograph the remains using a very tiny lens. this photo captures an an area about .057 inches wide (about the thickness of a DVD) and is of the outer regions of the blister where the dark dried blood meets the surrounding tough dried skin (whitish areas).

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.

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.

this is an extreme closeup shot of a silicon wafer that has shattered. like most hard & brittle materials, the broken fragments have scalloped patterns along the shattered edges (like broken glass). this particular fragment's pattern resembled a lightning storm and shows off an area of 0.0055 x 0.0037 inches (averaging out to the thickness of a sheet of paper).