Photonic Crystal Light Collectors in Fish Retina Improve Vision in Turbid Water
鱼
视网膜
视力
光学
物理
生物
渔业
作者
Moritz Kreysing,Roland Pusch,Dorothee Haverkate,Meik Landsberger,Jacob Engelmann,J.M.J. De Ruiter,Carlos Mora-Ferrer,Elke Ulbricht,Jens Grosche,Kristian Franze,Stefan Streif,Sarah Schumacher,F. N. Makarov,Johannes Kacza,Jochen Guck,Hartwig Wolburg,James K. Bowmaker,Gerhard von der Emde,Stefan Schuster,Hans‐Joachim Wagner,Andreas Reichenbach,Mike Francke
出处
期刊:Science [American Association for the Advancement of Science (AAAS)] 日期:2012-06-29卷期号:336 (6089): 1700-1703被引量:73
Seeing in the Dark Elephantnose fish are known to use electrosensing to navigate their murky freshwater environment. However, unlike some other animals from dark environments, they have retained their eyes and some dependence on vision. While most vertebrate vision optimizes either photon catch (for increased light capture) or visual acuity, Kreysing et al. (p. 1700 ) show that the unique structures of the grouped retinae found in the eyes of this species matches rod and cone sensitivity, which allows for the simultaneous use of both types of photoreceptors over a large range of dim light intensities.