Two researchers at the University of Haifa have developed Sea-Thru, an algorithmic method for color-correcting underwater images. The tool allows scientists—and laypeople—to understand and contextualize the “true” colors of aquatic phenomena like fish, coral, and anemones. Sea-Thru was developed by Derya Akkaynak and Tali Treibitz and is a more accurate re-reading of colors, rather than editing tones artificially in Photoshop.
In the paper’s abstract, the duo explain that the way colors come through underwater is not uniform (which is why the aforementioned Photoshop doctoring isn’t accurate). Rather, the distance from the lens and the reflectivity of the captured object determines how its colors appear. So, the way sand appears is differently modulated by the water than, say the scales on a fish passing above the sand. Sea-Thru uses an algorithm to accurately and efficiently adjust images taken underwater.
Do stories and artists like this matter to you? Become a Colossal Member today and support independent arts publishing for as little as $5 per month. You'll connect with a community of like-minded readers who are passionate about contemporary art, read articles and newsletters ad-free, sustain our interview series, get discounts and early access to our limited-edition print releases, and much more. Join now!