How Infrared Photography Can Turn Your Ordinary Images into Magical Photos

Deborah Sandidge Deborah Sandidge

How Infrared Photography Can Turn Your Ordinary Images into Magical Photos
How Infrared Photography Can Turn Your Ordinary Images into Magical Photos

It’s sort of a reverse magic trick: now you don’t see it—now you do.

Infrared (IR) light is the light we don’t see, but we can photograph its effects—and that’s what got my attention: how I could with infrared photography take subjects I saw every day and transform them into something extraordinary; how they became beautiful and magical, certainly surreal, maybe a bit mysterious.

I loved how infrared could be a scene’s mood shifter, a different way to tell a story—a way that was often more powerful than a regular color or black-and-white picture.

In this image, taken in the Palouse region of Washington State, it only looks like the clouds were moving; this was the natural look of the sky in a 1/100-second exposure. I used my 14-24mm lens at 14mm to include as much of the highly reflective vegetation as possible, with the farmhouse as the foundation of the image.

But before we go any further, just what is infrared light? Without getting technical, it’s light in the electromagnetic spectrum with longer wavelengths than visible light. We can’t see it, but we can certainly capture what it does.

The Colony Hotel in South Beach, Florida, in a photo made even more surreal by the tilt of the D7000 camera. I’ve photographed the architecture and foliage of South Beach in every season, at every time of day and night, but infrared is still a new and different way to portray it.

In order to take infrared pictures in the days of film, I needed film that was sensitive to the infrared spectrum. In the early days of digital, I put an R72 infrared filter on my lens to block visible light and allow only infrared light to reach the camera’s sensor.

Today I shoot with modified DSLRs that are dedicated to infrared photography. These cameras’ straight-from-the-factory built-in filters, which block IR light, have been removed and replaced with filters that allow in only IR light.

If you decide to convert a camera for IR photography, you can choose the type of IR filter you want to have, and your choice will depend on the infrared look you want in your photos. If you’re unfamiliar with the various choices, the best way to decide would be to check out the examples of IR photographs that you’ll find at camera conversion company websites.

In The Orchard at Altapass, Spruce Pine, North Carolina, I took this with my standard-modification D40X. In a color photo it's blue sky, green grass, green leaves—and nothing special. But with IR, and my 10.5mm fisheye lens to fill the frame, it’s bright white foliage on a dancing apple tree.

My IR conversions were done by LifePixel, which has a helpful website video that demonstrates the range of control you can get with various IR filters. The site also offers a display of sample images that result from the different filters.

Over the years I’ve used three Nikon DSLRs as my dedicated infrared cameras: a D40X, a D200, and a D7000. These days I shoot mostly with the D7000, which was modified by LifePixel to produce a standard, traditional black-and-white IR image.

My D200 has their Super Color filter, which produces a heightened infrared color effect. The D40X, my earliest dedicated IR camera, also has the standard conversion filter. Overall, I prefer the traditional look because it gives me images with the greatest contrast and the strongest blacks and whites.

Infrared boosts the menacing look of the Gas Works, a family-friendly public park in Seattle. I shot from a low angle for maximum drama with the Super Color D200, but took the color down in post.

The Experience Factor
At the start, infrared photography is a matter of gaining experience, of experimenting (for a fairly short period of time) to find out how your camera reacts to the scene, and to find out what kinds of scenes will produce the most dramatic or subtle results or, more important, the kinds of results you like to see. I found out right away that my dedicated IR cameras functioned exactly the same way as my other cameras when it came to exposure, metering, and focusing. Some people have found that their cameras need a bit of exposure compensation to produce the results they want, so it’s best to take a few shots to see how your make and model reacts to IR, and if any adjustments—say, a stop or a half-stop of exposure compensation—are needed.

I also learned early on how infrared light is reflected or absorbed by trees, vegetation, and buildings, and how the reaction to various surfaces will affect IR images. From that experience I knew what types of scenes would give me the best IR results, so I knew to bring along my cameras if I was going to be in locations that would give me a great IR look.

I shot this barn in the Palouse in color, too, but after reviewing the images I decided to concentrate on IR for the scene and its beautiful leading line. If I’d shot from eye level, the fence line wouldn’t be as dominant.

One of those places is South Beach, Florida, where the beautiful palm trees with their feathery fronds as well as the great details of background architecture will give me striking pictures. If I’m headed for the Palouse region of Washington State, I take my IR cameras because infrared is how I want to portray much of the area’s incredible landscapes.

The Real Deal
I know there are postproduction programs and filters that will give photographs an infrared look, but there’s no post effect or technique that can portray the intensity or brilliance of reflected light that a real IR image will capture. It’s not possible for programs to emulate the depth and detail of an image taken with a dedicated IR camera.

But the camera by itself doesn’t guarantee good results; experience does. It’s said that Ansel Adams was able to envision what landscapes would look like in black and white as he looked at them in color. I believe the infrared photographer has to be able to envision, to a great degree, what the result will be, and the skill to do that will come with experience.

You’ll know, for example, that conifers are going to react differently than, say, maple trees. From experience, you’ll know what’s going to create a really beautiful IR image. There may be some happy accidents, but for the most part you’ll know what you’re going to get. And unlike Adams, you’ll be able to check the results right away!

Got an older digital camera in a closet or on a shelf? Thinking of upgrading your current model? Convert a camera to infrared and tell some different stories.

Read more of my articles on Shutterbug.

Your blog posts will appear here

To see the actual view of your blog, click the Preview icon ( ) to see how your blog looks

Privacy and cookie policy
This site uses cookies to enhance your browsing experience, serve personalized content, and analyze traffic. By continuing to use this site you agree to use of cookies and stewardship of your data.