2004年春末加利福尼亚湾南部拉巴斯湾水域的生物光学特征

Pub Date : 2020-01-17 DOI:10.22370/rbmo.2019.54.3.2031
Erik Coria-Monter, M. A. Monreal‐Gómez, D. S. Leon, Elizabeth Durán-Campos
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引用次数: 1

摘要

2004年6月报告了关于加利福尼亚湾南部拉巴斯湾水域选定的生物光学特性和初级生产价值的信息。该地区的生物多样性非常丰富,包括具有高度生态相关性的特有物种和濒危物种。自然荧光和光合成可用辐射(标准杆数)的内部测量使得能够随后计算入射辐照度(E0)、消光系数(k)、补偿深度(Z c)和临界深度(Z cr)。结果表明,光的存在有利于浮游植物群落的生长和净初级生产力,这对光穿透、海洋颜色、初级生产力模型和有机碳能量流分析的潜在发展具有重要意义。
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Bio-optical characterization of the waters of the Bay of La Paz, southern Gulf of California, during late spring 2004
Information on selected bio-optical properties and primary production values of the waters of the Bay of La Paz, southern Gulf of California, is reported during June 2004, a region characterized to have very rich biodiversity, including endemic and endangered species, with high ecological relevance. In-situ measurements of natural fluorescence and photosynthetically available radiation (PAR) enabled the subsequent calculation of the incident irradiance ( E 0 ), the light extinction coefficient ( k ), compensation depth ( Z c ) and critical depth ( Z cr ). The results suggest the presence of light propitious conditions for phytoplankton community growth and net primary production, which are highly significant for the potential development of models of light penetration, ocean color, primary productivity, and analyses of organic carbon energy flow.
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