I’m not great at keeping up with social media, but I was recently convinced to start putting up photos on Instagram. If you’d like to see my photos fairly regularly, you can follow me https://www.instagram.com/tuxable/. I’m going for a photo every day – not quite succeeding so far, but getting close. However, there will be a two to three week break soon when I’ll be up north without a cell signal. I’ll keep the details under wraps for now, but I’m pretty excited to be able to share some photos with you when I get back!
This winter I got my first taste of ski touring and backcountry winter camping! Besides the blisters from borrowed boots, it was incredible and I look forward to many more trips. This trip I fell a lot, so not a whole lot of picture taking happened. I promise I’ll get better at skiing and deliver more photos in the future.
Taken in Molar Meadows, Banff
23mm, f7.1, 1/1000 of a second
At just the right temperature and humidity levels, frost will form in hexagonal towers. Here’s a more descriptive photo of what this looks like (click on the photo for a larger version). These towers were about 1cm tall.
Hoar frost is a beautiful phenomenon that can cause problems if you’re in the mountains in winter. The hoar frost forms on the snow, and when fresh snow falls on top of it, it forms a weak layer in the snowpack. This can make avalanches a lot more likely.
Taken in Yosemite National Park.
I’m making some final tweaks to the slides for the class on Saturday, and I thought I’d take a break to put up a photo and let you know about the Draw for Free Stuff. You’ll get entered if you share the post on facebook, like the St Albert Photo Classes page, or blog about it and post the link there.
So like or share this: St Albert Photo Classes Facebook Page and you could win an 8×10 print or a pendant!
Also, if you want to learn all about photography and how to use your camera (it must have interchangeable lenses for this class) sign up at http://stalbertphotoclasses.com.
The photo is from Jasper. 300mm, f5.6, 1/125 of a second on a tripod.
A couple weeks ago I posted a shot of icicles forming against the sky – it was a pretty high key shot (composed mostly of light tones). This last week I went back to the same place and caught the same scene from a different angle with very different lighting. Instead of the icicles being backlit by a bright sky, they were front-lit with a dark overhang behind them. With this contrast in lighting it was fairly easy to get lots of detail in the ice while completely getting rid of the small amount of ambient light behind the waterfall.
300mm, f5.6, 1/800 of a second
The ridge around those spruce trees is called a “lateral moraine” and was left behind by the Athabasca Glacier as it receded. I took this photo at the Columbia Ice Fields on a dark and cloudy day. I get the sense that this moraine is protecting the trees — like they’re sitting safe in their own fortress. And then I notice the mountain behind, which, by it’s comparative mass, renders the trees and moraine almost insignificant.
If you’re not interested in lenses, feel free to ignore the next bit. The photo is taken with the Panasonic 100-300 lens on my Olympus OM-D. When I got this lens, I was worried about it not being very sharp. I have looked up many reviews, but a lot of the photos in the reviews had shutter speeds under 1/1000 of a second with image stabilization turned on. It seems to me that this comments on the effectiveness of the IS, but says nothing about how sharp the lens is. Even using the lens on a tripod I find to be questionable because the center of balance is far infront of the tripod. So I ordered a lens collar with a tripod foot from Rudolf Rösch Feinmechanik. It didn’t get here in time for my trip to the mountains, so I don’t have a definitive review on the sharpness of the lens, but my initial impressions are that, while not being razor sharp, it is fairly good. The lens collar itself is beautiful — I’m thoroughly impressed. I will be using it a lot in the next while, and I’ll report back on its effectiveness.
1/4000 of a second, f7.1, 140mm