Grand Finale

Lunar Lift Off, El Capitan, Yosemite
Sony α1
Sony 200-600 G
Sony 1.4x teleconverter
ISO 800
f/13
1/25 second

For most of my full moon workshops, I try to schedule the moonrise main event for the workshop’s final sunset. Sometimes other factors prevent this (for example, in Yosemite I try to avoid weekends), but when the schedule works, a nice moonrise gives the group something exciting to anticipate throughout the workshop. This becomes especially important when some or all of the workshop’s hoped-for conditions fail to materialize.

Last month’s Yosemite Winter Moon workshop lacked to winter snow and cloudy skies we hope for in a Yosemite winter workshop, but the moon (among other things) saved the day for us by not only giving us something to look forward to, but also by photobombing an earlier sunset. The true star of that prior sunset was the clouds and color, and as nice as it was to accent the scene with the moon, it was the final night moonrise that I most looked forward to.

As I’ve written before, despite all the unjustified “supermoon” hype, the key to photographing a big moon is focal length—the longer the better. Period. If you don’t care about what’s in the foreground, or for that matter choose not to include any foreground at all, any location where the moon is visible will do. But if you want to complement your legitimate big moon (a moon image that happens in one click) with a striking landscape feature, the farther you position yourself from your landscape subject, the longer the focal length you can use, and the bigger the moon will be. Of course if you make the moon bigger with a longer focal length, the less of your foreground you can include, and the more precise the moon/foreground alignment must be.

In Yosemite, the best place to set up for a telephoto moonrise that also includes photo-worthy foreground features, is Tunnel View. At Tunnel View, the prime moonrise subjects are El Capitan and Half Dome, three and eight miles distant. From there, I can include all of Half Dome with a focal length up to 400mm; with a longer lens, I can enlarge the moon further, while still including some of Half Dome—if the alignment is right.

The most important part of photographing a moonrise from Tunnel View is to align it with a desirable foreground subject. Most of the year, the moon rises much too far south to include in a Tunnel View scene, but for 2 or 3 months each winter, the full moon rises far enough north to align beautifully with Tunnel View’s magnificent monoliths.

But success is not simply a matter of showing up at Tunnel View the night of the full moon. Each winter the solar/lunar choreography is different, which is why the moon is all over the place in my many Tunnel View moonrise images in the gallery below: left of Half Dome, right of Half Dome, directly aligned with Half Dome, and occasionally closer to El Capitan than Half Dome.

This winter’s geometry was especially exciting to me when I realized the January moon would rise farther north, and therefore closer to El Capitan, than I’d ever photographed it. I have photographed the moon arriving from behind El Capitan’s vertical face, but I’d never seen it come up from behind the top of El Capitan. Always up for photographing something new (especially in Yosemite), I scheduled a workshop for it.

Which is how my workshop group and I ended up at my favorite Tunnel View vantage point on a Sunday evening last month. Sunset that evening was 5:05, and my calculations said the moon would at just about the same time—pretty much perfect timing for a moonrise, because you want the sky dark enough for the moon to stand out in contrast, while still bright enough that the landscape has enough light to reveal detail without blowing out the moon.

I’d set up with two tripods and cameras, one with my 200-600 lens, the other my 24-205 lens. The long telephoto was for the moon’s arrival; the wider lens was for when the moon elevated enough to separate from El Capitan. I’d planned to increase the magnification of the telephoto with my 2x teleconverter, but trying to attach the teleconverter to the lens, I fumbled it and helplessly watched it roll down the steep granite toward a vertical drop of several hundred feet. Fortunately, it lodged in small crack just before taking the plunge, but when I put it on the view was completely blurred, so I switched to my 1.4X teleconverter, giving me a focal range of 280-840.

As the sun dropped and the time approached, I became aware that a thin film of clouds had drifted across the eastern horizon above El Capitan—so thin that they weren’t visible at all in daylight brightness, but just substantial enough to reflect some color as sunset approached.

The moon arrived right on schedule, and we immediately started clicking. My earliest shots were almost entirely long telephotos, like this one at 840mm. It’s always shocking to see how fast the moon moves across a long telephoto frame, but I soon started mixing in a few wider frames (that required less frequent adjustments) as the moon started separating from El Capitan. By this time sky had pinked up beautifully, adding an element of color I hadn’t expected.

We all come to a workshop with expectations, students and leaders alike, but rarely are all of them met. And while the January group’s hopes for snowy winter scenes were dashed, I think that loss was more than made up for by other things we witnessed, some complete surprises, and some just a little better than our already high expectations—like this sunset moonrise to finish the workshop.

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