Introduction to special section on Recent Advances in the Study of Optical Variability in the Near-Surface and Upper Ocean

Introduction to special section on Recent Advances in the Study of Optical Variability in the Near-Surface and Upper Ocean
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近地表和上层海洋光学变率研究最新进展专题介绍

DOI:
10.1029/2012jc007964
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发表时间:
2012
期刊:
影响因子:
--
通讯作者:
Dickey T
Dickey T
中科院分区:
--
文献类型:
--
作者:
Dickey T

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光学变化发生在近地表和海洋上层,时间和空间尺度非常短(例如,毫秒和毫米以及更小)以及更大的尺度。这种变化是由太阳,气象和其他物理强迫以及影响光学特性及其分布的生物和化学过程引起的,这反过来又控制了光在海气界面和上层海洋中的传播。几种技术和建模能力的最新发展使人们能够研究与上层海洋物理学、化学以及动态近地表海洋中的光传播和利用相关的各种基本和应用问题。这里的目的是提供背景,并介绍了一系列的文件,致力于新技术和观测结果以及模型模拟,这是促进新的见解光学变化和光传播在海洋中,因为它们受到不断变化的大气和海洋条件。
Optical variability occurs in the near‐surface and upper ocean on very short time and space scales (e.g., milliseconds and millimeters and less) as well as greater scales. This variability is caused by solar, meteorological, and other physical forcing as well as biological and chemical processes that affect optical properties and their distributions, which in turn control the propagation of light across the air‐sea interface and within the upper ocean. Recent developments in several technologies and modeling capabilities have enabled the investigation of a variety of fundamental and applied problems related to upper ocean physics, chemistry, and light propagation and utilization in the dynamic near‐surface ocean. The purpose here is to provide background for and an introduction to a collection of papers devoted to new technologies and observational results as well as model simulations, which are facilitating new insights into optical variability and light propagation in the ocean as they are affected by changing atmospheric and oceanic conditions.
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DOI: 10.1121/1.1918772
发表时间: 1963
影响因子: 2.4
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