Consistently finding great photo opportunities isn’t just luck, but neither is it a divine gift. With that in mind, I sometimes refer to “The 3 P’s of nature photography,” describing the effort and sacrifice necessary to consistently create successful landscape images: Preparation, Persistence, and Pain.
Of course every once in a while you might come across an image that simply fell into your lap and all you had to do was whip out your smartphone and click. But those images are few and far between, and I daresay are rarely as rewarding as the images you worked for.
Picking a favorite image and trying to assign one or more of the 3 P’s to it is a fun little exercise I sometimes use to remind myself to keep doing the extra work. Take a few minutes to scan your portfolio; ask yourself how many didn’t require at least one of the 3 P’s. (I’ll wait.) …….. See what I mean?
Ready or not, here it comes
For this image, I will thank preparation. But, if you know how obsessively I plan my moonrises, not the kind of preparation you might think. Since I started photographing the moon long before The Photographer’s Ephemeris and other moon-plotting apps were available (long before smartphones, in fact), my moonrise/set workflow has always been to just plot everything manually using location-specific moon altitude and azimuth data, combined with topo map software (pretty much the same thing TPE does behind the curtain). But I didn’t do that for this moonrise because the moon wasn’t on my radar this evening.
Guiding my Eastern Sierra workshop group to Olmsted point for the workshop’s final sunset, I hadn’t plotted the moon because this workshop didn’t coincide with the full moon (I’d scheduled it for peak fall color, not the moon), and because the moonrise doesn’t align with any feature of particular interest at Olmsted Point.
But even when the moon isn’t part of my plan, it’s never far from my mind. (This is where the preparation part kicks in.) I always make it a point to know what the moon is doing, both its phase and general rise/set time and direction, whenever I’m out with my camera. Once I got my group situated on the granite at Olmsted Point, I mentally checked on the moon. Knowing that a 90% waxing gibbous moon would be rising in the southeast a couple of hours before sunset, I wondered how long it would take it to crest the ridge above us.
On my iPhone is an app called Theodolite that I can point at any feature to learn its altitude and azimuth in degrees of whatever I point it at. I wouldn’t trust this data enough to engineer a bridge, but since it works without connectivity, it’s perfect for exactly what I wanted to do—get a general idea of when and where the moon would appear. I pointed Theodolite at the ridge (using my phone’s camera, it computes and transposes the various angles on the display), and learned that the ridge rose 8 degrees above my location.
Next I switched to my Focalware app (which also doesn’t require connectivity) and learned that the moon should appear (rise to 8 degrees) a little less than 30 minutes before sunset. Focalware also gives me the moon’s azimuth at any given time, an angle I was able to find on the ridge using Theodolite (by pointing it at the ridge and shifting the view until the crosshairs aligned with the desired azimuth), giving me a general idea of the location on the ridge where the moon would rise.
Not only was I able to alert my group to this bonus moonrise, I was able to tell them when and where to look. The light on Half Dome was so good that some decided to pass on the moon, but those who wanted to photograph it had plenty of time to set up with their desired lens and composition.
For the moon’s appearance, especially when there isn’t an iconic landscape feature to pair it with, I like going long, the longer the better. Even though I had no expectation of using it, I’d still carried my Sony 100-400 GM lens on the short hike out to Olmsted—because, well, you never know. That, combined with my Sony 2X Teleconverter (which I also always carry), gave me 800mm.
There was nothing special about the ridge, so I tried to find a tree (or trees) to juxtapose with the rising moon. Though I knew about where the moon would appear, I wouldn’t know exactly where to point until I actually saw it. So I identified a few potential target trees, then pasted my eyes on the ridge.
By the time the moon rose, the warm light from the setting sun was just about to leave the granite. I raced to the spot that aligned with the first tree I’d identified and went to work. As soon as the moon separated from the ridge, I sprinted along the granite until I could frame it with a pair of trees, shifting slightly after every two or three clicks.
The preparation I credit for this image starts with my general sense of the moon’s phase at rise time. I was also there with all the tools I needed, from my long lens and teleconverter, to a couple of apps that allowed me to get the information I needed on the fly. And finally, because the moon ascends surprisingly fast, it helped a lot to have pre-identified my foreground targets.