rarely does an insect stay put long enough for us to go through our setup process, but this large dragonfly was very trusting and didn't move while we choose a good macro lens, took light readings, test exposures, and finally this shot.

Although appearing to be an autumn scene, this was actually captured mid-spring. At the edge of a woods quite near the studio, was a young red maple and hovering over it like a parent, was a much larger green maple and then some oak trees. With a short tripod, I laid on the ground and shot up toward these colourful leaves. The back-lighting from the sun created very strong colour and interesting patterns of light and shadow.

almost looking like the famous british breakfast omelet, this is actually an extreme closeup shot of a flower petal. more specifically, an area of 0.06 x 0.04 inches (about the thickness of a DVD) of a gladiolus bloom. i focused on the area of the petal where it transitioned from an overall pale-yellow down to it's dark-red throat. here, i discovered a layer of egg-yolk-like cells separated by clear gel-like cells which allowed me to see down to a lower layer of pale-yellow flesh riddled with tiny purple spots (averaging 1/1500 of an inch each). all-in-all, a most interesting find for the day that makes a beautiful piece of abstract art.

fresh young bamboo stalks growing in eastern Chinese forest

Sierra Nevada Mountains in late spring as the snow begins to melt at this elevation

looking quite similar to an xmas tree with ornaments and tinsel, this is actually a photograph of a hostile invasion possibly taking place in your own backyard. if you see a plant with a white or light-gray powdery substance on the top-side of its leaves, it is probably an invasion of the 'White Powdery Mildew Fungi'. many different types of these spores spread with the wind, rain, birds, and even the feet of insects, and when the right type of spore lands on a suitable plant, it quickly takes hold by rooting into the plant. it then steals nutrition from the plant to grow an outbreak of thread-like structures over the surface (seen as white rice-like chains in this photo) which eventually block the plant's photosynthesis process and kills it. when the mildew fungus is sufficiently mature, it develops new sets of spores (inside the brown raisin-like containers) to travel in the wind and repeat the cycle. each of the brown spore-sacks measure about 0.0014 inches in diameter which is the thickness of kitchen aluminum foil.

this is a super closeup shot of computer CPU (or 0.01% of the whole CPU). this particular area shows a mish-mash of wires criss-crossing and refracting light into a rainbow of colours. the micro-wires are so tiny that over 48,000 of them can lay side-by-side within an inch and have plenty of room for insulation in between (as best as we can measure - it is really small stuff in there).