Run, Bike, Ski

It’s great that one can do all three of these in the winter. Ski in Flagstaff; run and mountain bike in the deserts. We have done all three this winter with the emphasis on running. Here are a collection of photos from this winter.

Group of runners stand around pools of water (01/20/2024).
Group of runners stand around pools of water (01/20/2024).
X-C skiing at Fort Tuthill (02/09/2024).
X-C skiing at Fort Tuthill (02/09/2024).
X-C skiing at Fort Tuthill (02/09/2024).
X-C skiing at Fort Tuthill (02/09/2024).
Trail run on Sketch Trail, Sedona (02/13/2024).
Trail run on Sketch Trail, Sedona (02/13/2024).
Snowy run on Schultz Pass Road (02/15/2024).
Snowy run on Schultz Pass Road (02/15/2024).
Trail run on Margs Draw, Sedona (02/17/2024).
Trail run on Margs Draw, Sedona (02/17/2024).
Mountain biking on Little Rock Trail, Sedona (02/20/2024).
Mountain biking on Little Rock Trail, Sedona (02/20/2024).
Trail run on Lower Chimney Trail, Flagstaff (02/22/2024).
Trail run on Lower Chimney Trail, Flagstaff (02/22/2024).
Trail run on Woods Canyon Trail, Sedona (03/02/2024).
Trail run on Woods Canyon Trail, Sedona (03/02/2024).
Trail run on Woods Canyon Trail, Sedona (03/02/2024).
Trail run on Woods Canyon Trail, Sedona (03/02/2024).

Bonus photo from last year’s epic winter. Yeah, untracked powder!

Preparing to descend Flying Dutchman chute, Mt. Humphreys (01/18/2023).
Preparing to descend Flying Dutchman chute, Mt. Humphreys (01/18/2023).

 

 

Sunset panorama

Sunset panorama over Flagstaff.
Sunset panorama over Flagstaff.

Yesterday (01 August) had only scattered thunderstorm activity for much of the day. However, radar indicated a weak convergence boundary near Flagstaff so there was a chance of late afternoon storms developing close by. And so it did happen.

A strong storm was located east of Flagstaff just before and after sunset. As the sun dropped to the horizon the underside of the storm and anvil cloud was lit with golden hour light. This is a panorama of that view. It was taken with a ultra-wide-angle lens in portrait mode with ten individual images that were stitched together.

Beautiful!

Comet C/2020 F3 (NEOWISE)—II

The comet is now visible in the evening sky but also remains visible in the morning sky. Evening twilight is bright enough to make it difficult to see the comet without binoculars or long exposures on a camera. That will change quickly as the comet moves higher in the northwestern sky in the coming days and weeks.

Comet C/2020 F3 (NEOWISE) is visible in the evening twilight over Flagstaff, Arizona.
Comet C/2020 F3 (NEOWISE) is visible in the evening twilight over Flagstaff, Arizona.

Above is an image of the comet in the evening sky. Layers of clouds and moisture threatened to interfere but actually made the photograph more interesting with saturated twilight colors.

This image is a stack of ten images each 4 secs exposure at ISO 1600, ƒ/1.8, and 85mm focal length. The individual images were stacked using Starry Landscape Stacker.

 

Milky Way and Sunset Crater National Monument

The weather has been fairly typical for late June and early July: warm temperatures, breezy afternoon winds, and mostly clear and sometimes absolutely clear skies.

That will change dramatically over the next few days as the North American Monsoon ramps up across Arizona and the desert southwest. As subtropical moisture begins to move northward we will see a significant increase in cloudiness and thunderstorms. Clear night skies will quickly become a distant memory.

With that in mind, I took advantage of clear skies and did some Milky Way photographs. I decided to try Sunset Crater Volcano National Monument so that I could get some of the volcanic hills and ridges in the image.

The Milky Way arches across the sky at Sunset Crater Volcano National Monument.
The Milky Way arches across the sky at Sunset Crater Volcano National Monument.

Near the horizon is Mars which is becoming very bright in the evening sky—and will reach its peak brightness later in July. The planet Saturn is also visible within the starry mass of the Milky Way.