some picture-perfect stalks of Imperial Fritillaria (lutea maxima) just waiting for someone like me to come by and capture them on film.

these are either a batch of eggs that will eventually develop into full-grown candy-canes, or this is a super closeup shot of a red gladiolus flower petal and these juicy 'eggs' are the plant cells that make up the flower's beauty and shine. each cell measures about 0.0015 inches across which is the thickness of aluminum foil in your kitchen (the thin/economic type; not the heavy duty) and what appears to be a bubble inside each cell is the cell nucleus (averaging around 1/1200 of an inch).

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 dusty miller plant would look right at home as an underwater sea plant on a coral reef, but is actually a nice terrain-based plant with velvety-soft leaves.

This natural arch was within a large section of land called "Canyonlands" in southeast Utah. Although there are many distant things to see in this vast territory, this photo opportunity was a brief hike from the road. Upon first finding this framed lookout onto the valley below, I just knew it would make a great image. For some time, I moved around, first left and right, then closer and farther, higher and lower, until I ultimately got the rock formations below to frame nicely inside the arch (and had enough space to setup a camera).

this is a closeup photo of a computer chip that has been 'un-gracefully' opened so we could see it's innards. the warm and colourful section shows different layers of micro-circuity that have been ripped apart from our opening process (somewhere out there, the folks at Intel are cringing). the lava-like black area is the base silicon that has chipped and shattered (again from our opening process). this photo captures an area approximately 1/8 inch in height.

southern Maui along the road to Hana