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Shorter wavelengths in the blue part of the spectrum are able to penetrate the water more easily than redder frequencies. so as divers descend the watery surroundings appear not only darker but also more blue. the red component of sunlight is completely filtered out close to the surface. that's why red fish already appear black just board a six meters below the waves. while yellow fish can still be made out at depths of over twenty meters. and bluefish retain their color even sixty meters down. the ocean is full of particles and floating organisms which function much like bind droplets of mist...

Shorter wavelengths in the blue part of the spectrum are able to penetrate the water more easily than red or frequencies. so as divers descend the watery surroundings appear not only darker but also more blue. the red component of sunlight is completely filtered out close to the surface. that's why red fish already appear black just board six metres below the waves. while yellow fish can still be made out at depths of over twenty metres. and bluefish retain their color even sixty metres down. the ocean is full of particles and floating organisms which function much like bind droplets of mist i...

Shorter wavelengths in the blue part of the spectrum are able to penetrate the water more easily than red or frequencies. so as divers descend the watery surroundings appear not only darker but also more blue. the red component of sunlight is completely filtered out close to the surface. that's why red fish already appear black just board a six meters below the waves. while yellow fish can still be made out at depths of over twenty meters. and bluefish retain their color even sixty meters down. the ocean is full of particles and floating organisms which function much like fine droplets of mist...

Down you're available from san cristoval de las cost us wants to know why is it dark on the seabed. the twilight zone begins about sixty meters below the surface. that's about as far as sunlight can penetrate. light passes through the atmosphere far more easily than through the ocean water is more dense so it can absorb much more sunlight than air can. what we call light is actually a spectrum of different wavelengths of radiation which we perceive as colors. shorter wavelengths in the blue part of the spectrum are able to penetrate the water more easily than red or frequencies so as divers de...

Is actually a spectrum of different wavelengths of radiation which we perceive as colors. shorter wavelengths in the blue part of the spectrum are able to penetrate the water more easily than red or frequencies so as divers descend the watery surroundings appear now. only darker but also more blue. the red component of sunlight is completely filtered out close to the surface. that's why red fish already appear black just board a six metres below the waves. while yellow fish can still be made out at depths of over twenty metres. and bluefish retain their color even sixty metres down. the ocean ...