Portfolio Review: Old Kona Airport

This is an example of harsh mid-day sun and its effect on the surrounding scenes of a beach near Kona. I like to balance compositions of subjects to create an encompassing view that holds the attention of the viewer inside the confines of the frame.

This image is available to purchase as printed products. To access, viait the print store.

Why Do Some Autumns Seem More Brilliant Than Others?

This year the colors of fall have been better from what I’ve seen in the past. For whatever reason. Is it because it got cold early, was there more precip.? For whatever reason the visuals have been stunning. I looked for some answers to this question and found this:

The two primary pigments are carotenoids that produce orange, yellow, and brown colors, and anthocyanins that are responsible for resplendent reds. The orange pigments (carotenoids) are present in leaves year round and get to shine when the green chlorophyll takes a break. Because the orange pigments are constant, their showiness in the fall is predictable. But, the red pigments (anthocyanins) are created in the autumn in response to light, plant chemical changes, temperature, and water supply. This is where weather affects the brilliance of the fall color display.

Witnessing Unusual Atmospheric Phenomena: Anticrepuscular Rays

It is one of the most unusual sights I rarely see. This image was taken off the Kona Coast of Hawaii early one morning looking westward toward the remnants of Hurricane Lane. These are Anticrepuscular rays, or antisolar rays. They are meteorological optical phenomena similar to the rays you would see radiating through clouds at sunrise at sunset or sunrise; anticrepuscular rays but appear opposite of the Sun in the sky. These rays are really parallel, but appear to converge toward the antisolar point, or vanishing point, due to a visual illusion.