首页> 外文期刊>Continental Shelf Research: A Companion Journal to Deep-Sea Research and Progress in Oceanography >Seasonal distribution of the inorganic carbon system and net ecosystem production in the north eastern shelf of the Gulf of Cádiz (Southwest Iberian Peninsula)
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Seasonal distribution of the inorganic carbon system and net ecosystem production in the north eastern shelf of the Gulf of Cádiz (Southwest Iberian Peninsula)

机译:加的斯湾(西南伊比利亚半岛)东北陆架的无机碳系统和生态系统净产量的季节性分布

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摘要

There is scatter information of the inorganic carbon system in the coastal zones and it is important to increment our knowledge and understand the global carbon cycle. We investigated the distribution of inorganic carbon system parameters and its controls in the coastal waters of the north eastern shelf of the Gulf of Cádiz (GoC) during four cruises that took place in June 2006, November 2006, February 2007 and May 2007. The objectives of this study are: (1) to describe the spatio-temporal distribution of inorganic carbon system parameters in waters of the north eastern shelf of the GoC using four cruises, each undertaken in one of the four seasons, (2) to calculate net ecosystem production (NEP) and (3) to examine factors controlling these distributions. The distribution of inorganic carbon system parameters in the north eastern shelf of the Gulf of Cádiz showed temporal and spatial variability. River input, mixing, primary production, respiration, CO_2 air-sea exchange, and remineralization were factors that controlled such distributions. The coastal zone of the GoC is autotrophic on an annual scale at a rate of 1.0mmolm~(-2)d~(-1). Further measurements are needed it to improve the NEP calculation and to evaluated to intra-annual variability.
机译:沿海地区存在无机碳系统的分散信息,因此增加我们的知识并了解全球碳循环非常重要。在2006年6月,2006年11月,2007年2月和2007年5月进行的四次航行中,我们研究了加的斯湾东北架子(GoC)东北沿海水域中无机碳系统参数的分布及其控制。目标这项研究的内容是:(1)使用四个巡游(每个巡游是在四个季节之一进行的)描述GoC东北陆架水域中无机碳系统参数的时空分布,(2)计算净生态系统生产(NEP)和(3)研究控制这些分布的因素。加的斯湾东北架子的无机碳系统参数分布显示出时空变化。河流输入,混合,初级生产,呼吸作用,CO_2海海交换和再矿化是控制这种分布的因素。 GoC的沿海地区每年以1.0mmolm〜(-2)d〜(-1)的速度自养。需要进一步的测量以改善NEP计算并评估年内变化。

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