UV Lights Up Marine Fish

Jill P. Zamzow; Peter A. Nelson; George S. Losey

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UV Lights Up Marine Fish

机译：紫外线照亮海鱼

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The human eye perceives the underwater world as a deep-blue. Water absorbs most of the longer wavelengths of light that we can see, such as the reds and yellows, leaving the remaining ambient light enriched in the shorter-wavelength blues and violets. What humans cannot see, however, is that water also transmits even shorter wavelengths-those of the ultraviolet (UV). Although the lens in a human's eye blocks that segment of the electromagnetic spectrum, that's not the case for some marine fishes. In fact, the eyes of some species evolved-in part-to capture the UV. As we shall also explain, other features of some fishes evolved to endure this radiation.

机译：人眼将水下世界感知为深蓝色。水吸收了我们可以看到的大部分较长波长的光，例如红色和黄色，而其余的环境光则集中在较短波长的蓝色和紫色中。但是，人类看不到的是，水还可以传播更短的波长-紫外线（UV）。尽管人眼中的透镜会阻挡电磁频谱的这一部分，但某些海洋鱼类却并非如此。实际上，某些物种的眼睛部分进化以捕获紫外线。正如我们还将要解释的那样，某些鱼类的其他特征也得以发展以承受这种辐射。

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来源
《American Scientist》 |2008年第6期|p.482-489|共8页
作者
Jill P. Zamzow; Peter A. Nelson; George S. Losey;
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作者单位

Biology Department, Uni-versity of Alabama Birmingham, 1300 University Boulevard, Campbell Hall 103, Birmingham, AL 35294;

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收录信息美国《科学引文索引》(SCI);
原文格式 PDF
正文语种 eng
中图分类自然科学总论;
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1. The relationship between the effects of UV light and thermal shock on gametes and the viability of early developmental stages in a marine teleost fish, the sea bass (Dicentrarchus labrax L.) [J] . Felip A, Carrillo M, Zanuy S, Heredity: An International Journal of Genetics . 1999,第4期

机译：紫外线和热冲击对配子的影响与海洋硬骨鱼类鲈鱼（Dicentrarchus labrax L.）的早期发育阶段活力之间的关系。
2. The relationship between the effects of UV light and thermal shock on gametes and the viability of early developmental stages in a marine teleost fish, the sea bass (Dicentrarchus labrax L.). [J] . Felip A, Piferrer F, Carrillo M, Heredity: An International Journal of Genetics . 1999,第Pta4期

机译：紫外线和热冲击对配子的影响与海洋硬骨鱼类鲈鱼（Dicentrarchus labrax L.）的早期发育阶段活力之间的关系。
3. Effect of ultraviolet-A (UV-A) light on growth, photosynthetic activity and production of biopterin glucoside by the marine UV-A resistant cyanobacterium Oscillatoria sp. [J] . Youji Wachi, J. Grant Burgess, Kaori Iwamoto, Biochimica et Biophysica Acta. General Subjects . 1995,第1期

机译：紫外线-A（UV-A）光对耐海洋紫外线-A的蓝细菌Oscillatoria sp。的生长，光合作用活性和生物蝶呤糖苷生产的影响。
4. Fish freshness estimation using eye image processing under white and UV lightings [C] . Katsuhiro Kanamori, Yuri Shirataki, Liao Qiuhong, Sensing for Agriculture and Food Quality and Safety IX . 2017

机译：在白光和紫外线下使用眼睛图像处理估算鱼的新鲜度
5. The physiological ecology of UV-absorbing compounds from the mucus of marine fishes. [D] . Zamzow, Jill Patricia. 2003

机译：来自海水鱼类黏液的紫外线吸收化合物的生理生态学。
6. Arctic marine fishes and their fisheries in light of global change [O] . Jørgen S Christiansen, Catherine W Mecklenburg, Oleg V Karamushko -1

机译：鉴于全球变化北极海洋鱼类及其渔业
7. Marine Fisheries Policy Brief-4; Fishing Using Lights How should India handle this new development [O] . Mohamed K S 2016

机译：海洋渔业政策简报-4;使用灯钓鱼印度应如何应对这一新发展
8. New York State Department of Environmental Conservation Division of Fish,Wildlife and Marine Resources. Bureau of Fisheries. Annual Report of Highlights and Accomplishments for State Fiscal Year 2000/2001 [R] . 2001

机译：纽约州鱼类，野生动物和海洋资源环境保护司。渔业局。 2000/2001国家财政年度重点和成就年度报告

UV Lights Up Marine Fish

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