SIO Reference 58-60. The asymptotic radiance hypothesis asserts that the angular distribution of radiance approaches a fixed form at great depths in natural waters. A simple proof of this hypothesis is.given.

SIO Reference 58-60. The asymptotic radiance hypothesis asserts that the angular distribution of radiance approaches a fixed form at great depths in natural waters. A simple proof of this hypothesis is.given.

SIO Reference 58-60. The asymptotic radiance hypothesis asserts that the angular distribution of radiance approaches a fixed form at great depths in natural waters. A simple proof of this hypothesis is.given.

SIO Reference 58-60. The asymptotic radiance hypothesis asserts that the angular distribution of radiance approaches a fixed form at great depths in natural waters. A simple proof of this hypothesis is.given.

SIO Reference 58-60. The asymptotic radiance hypothesis asserts that the angular distribution of radiance approaches a fixed form at great depths in natural waters. A simple proof of this hypothesis is.given.

SIO Reference 58-60. The asymptotic radiance hypothesis asserts that the angular distribution of radiance approaches a fixed form at great depths in natural waters. A simple proof of this hypothesis is.given.

SIO Reference 58-60. The asymptotic radiance hypothesis asserts that the angular distribution of radiance approaches a fixed form at great depths in natural waters. A simple proof of this hypothesis is.given.

SIO Reference 58-60. The asymptotic radiance hypothesis asserts that the angular distribution of radiance approaches a fixed form at great depths in natural waters. A simple proof of this hypothesis is.given.

SIO Reference 58-60. The asymptotic radiance hypothesis asserts that the angular distribution of radiance approaches a fixed form at great depths in natural waters. A simple proof of this hypothesis is.given.

SIO Reference 58-60. The asymptotic radiance hypothesis asserts that the angular distribution of radiance approaches a fixed form at great depths in natural waters. A simple proof of this hypothesis is.given.