Understanding the Basics of Low Light Photography

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There are times when you have to use a flash when shooting a wedding or portrait session. For example, if you are shooting outside and the sun has gone down completely, or if you are shooting inside with dim overhead lighting, a flash is a necessity. But whenever I can avoid it, I prefer taking advantage of natural light, even if it is waning in the half hour after sunset.

To get the most out of your camera, follow these guidelines: [Read more...]

Inverse Square Law of Light Explanation (Part 2) from Karl Taylor

A couple weeks back we saw a video from Karl Taylor where he gave a very straightforward and understandable explanation for the inverse square law of light. The above video is the second and final part of the discussion from Karl.

To reinforce Karl’s video again, the inverse square law in photographic lighting says:  the intensity of light radiating from a source is inversely proportional to the square of the distance from the source.

As a result, an object 2 meters away from a light source, receives only one-quarter the light as an object that is 1 meter away from the source.

Karl Taylor Shows Powerful “Before & After” Photoshop and Lighting Demo

Check out this video from Karl Taylor as he shoots photos of a model with window light, studio lighting, then adds makeup and then adds post-production in Photoshop. It provides a pretty powerful demonstration of what not only Photoshop can do, but also what quality studio lighting can do for portraits.

Inverse Square Law of Light Explanation from Karl Taylor

Karl Taylor is back with another solid video. This time he’s breaking down the sometimes difficult-to-comprehend concept of the inverse square law into more understandable terms.

The inverse square law in photographic lighting says, the intensity of light radiating from a source is inversely proportional to the square of the distance from the source. As a result, an object 2 meters away from a light source, receives only one-quarter the light as an object that is 1 meter away from the source.

Check out Karl’s video embedded above for a practical demonstration of this principle. And notice how Karl demonstrates it by shortening the ratio of distance between the two subjects and the light source.