Wildlife, landscape and weather photography
June means severe weather season here in Colorado and that can make for some fun afternoons. Today, we had a nice thunderstorm move through and, thankfully, no big hail.
After the storm passed, the clouds to the east looked awesome with bits of mammatus mixed in with the formations.
I tried my best to get some lightning shots but failed. It seemed no matter which way I pointed my camera, the bolts were the opposite way. 😉
The sunrise itself on this particular day last week wasn’t anything to write home about. However, looking toward the north, the clouds were kind of dramatic with just a hint of color on the horizon. Taken at the Rocky Mountain Arsenal National Wildlife Refuge near Denver, Colorado.
A very cool scene in the skies east of the Denver area this morning. These iridescent clouds lingered for a long time and provided a diversion while I was waiting for critters. We actually had some at sunset last night as well. Cloud iridescence is caused by clouds (usually cirrus) that have small water droplets or ice crystals in them causing the light to be diffracted, or spread out. The phenomena is much like the rainbow colors seen with oil in water.
Winter sunsets and sunrises here in Colorado are oftentimes pretty darned amazing. For the late day shows, we oftentimes have wave clouds and lenticular clouds above. These almost alien looking clouds look cool any time but throw in the colored rays of the setting sun and the view is jaw-dropping. Such was the case this past Friday evening. From my home I don’t have a clear view to the west so instead I zoomed in and focused on some of the more interesting shapes.
It was a pretty darned chilly evening around the campsite on the last day of September and in some ways I wanted to be inside. I could not however ignore the show unfolding outside. Wave clouds had setup over the mountain peaks to our east and they had this amazing silver color to them. I had hoped that sunset would color them orange but that never materialized. As is though, they were pretty awesome looking. Taken near Estes Park, Colorado.
I was expecting a typically gorgeous Colorado sunset on this day not long ago but it was the pre-show about a half hour before that was the best part. Iridescent clouds appeared and turned the sky into a rainbow of colors. It was an awesome one seen from my backyard.
Cloud iridescence is caused by clouds (usually cirrus) that have small water droplets or ice crystals in them causing the light to be diffracted, or spread out. The phenomena is much like the rainbow colors seen with oil in water.
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A very fun weather phenomena last week over the Denver metro area. Cloud iridescence is caused by clouds (usually cirrus) that have small water droplets or ice crystals in them causing the light to be diffracted, or spread out. The phenomena is much like the #rainbow colors seen with oil in water. Unfortunately I was out for a walk when this was happening and I only had my big wildlife lens so was unable to capture the overall scene.. Nevertheless, closeups show just how cool it was.
Well, at least I sure hope so! This morning as I was heading out for my drive I saw the rising sun start to illuminate these gorgeous lenticular clouds above our Rocky Mountains. I raced as fast as I could to find someplace with a relatively open view to the horizon and managed a few captures before the coloring faded. Taken in Adams County, Colorado.
To say the show in the sky yesterday evening was amazing doesn’t do it justice. While a beautiful sunset unfolded to the west, my eye was drawn to the north where these fantastic lenticular clouds had formed. The glow from the sunset bathed them in orange and when set against the brilliant, blue Colorado sky… Well, it was magical!
Also known by their scientific name of altocumulus standing lenticularis, these clouds are not entirely unusual in Colorado on the Front Range during the winter. Strong jet winds force moist air to be pushed up by the rugged terrain of the adjacent Rocky Mountains. This creates a wave-like pattern of air flow that condenses at high altitudes (usually around 20,000 feet).
