In some ways it feels a bit surreal finally getting the chance to catch up on some of this winter’s photography while it’s 20+ degrees outside and it’s only March, but when the weather was colder and I was further north in recent months one of the genres of photography that I found myself becoming increasingly engaged in was night and low light work. Mind you with some of the settings and in particular Aurora Borealis opportunities I have just had it would be hard not too!
During the course of an excellent week in the Cairngorms in January we took full advantage of the fantastically clear conditions by engaging in some evening and dead of night photography.
Here you can see Nigel making the most of the clear conditions to capture an image that (had he turned his camera about 45 degrees to the right) might have looked something like this:
There are certain key elements to this type of night photography and if it’s clear pinpoints of stars that you are after as a rough guide on a 24-70mm lens you really don’t want an exposure of much more than 20 seconds or so. There is a precise calculation for this by the way but I’m all for simplicity of thinking! What this means is that you need to trust the high ISO capability of your SLR and shoot reasonably wide open in terms of aperture (this was around f4). You must trust your histogram too as your camera’s screen will make things look much brighter than they have really been recorded given it’s the only real light source out there! A really good tripod, mirror lockup and cable release (or self-timer) are also key.
The same steadiness of hand came into play when we tried out some low light shots of the ice formations on one of the nearby streams as well.
Here though it was a question of looking for the right sort of slow shutter speed to give the level of blur in the water that looked most appealing (this was around 30 seconds or so) and in order to emphasise the coldness of the shot and setting a cool white balance was set manually. I just loved some of the detail that could be found in the ice here!
Earlier this month I spent a week in Northern Finland and Norway and stayed in a location that has to be one of the best I’ve been to for opportunities to photograph that wonderful spectacle that is the Aurora borealis or Northern Lights. I was really pleased to have honed my approach to this type of photography already this winter as when the opportunities came (and boy did they come – we had 4 clear nights and some amazing displays) I wear able to slot into the groove and thinking straight away.
There has been a lot of media coverage and interest in this awesome phenomenon this year as it has been unusually visible in parts of Scotland too, but what makes northern Finland so special in my opinion is that not only is it so light pollution free but it’s weather systems are unaffected by maritime influence so the chances of the lights showing are increased. All of these images were only on level 3 in terms of potential intensity – it goes up to 9 or 10 I believe.
What all of this meant was plenty of opportunity to experiment with looking for big sweeping motions, deciding if landscape or portrait orientation worked best and also playing around with white balance as well.
All of the images bar this last one were taken on a relatively cool white balance, this one however on the warmer setting I tend to use for my wildlife work – I like the greener effect it gives to the lights themselves but am not so keen on what it does to the snow. It’s a matter of preference though so good to be on your game enough to try things out and when you have found a style and approach that’s working then it’s simply a question of standing back and revelling in what nature has to throw at you too.
Although it’s not the main purpose of the trip (I’m not sure how Northern Lights really can be as it’s so weather dependant) I will be staying at the same place again for 4 nights as part of the new Arctic Winter trip with Natures Images next March so if you fancy the potential to practice your night light photography…..