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改变的洋流:理解和预测不断变化的海洋环流的策略。

Changing currents: a strategy for understanding and predicting the changing ocean circulation.

机构信息

Ocean and Earth Science, National Oceanography Centre Southampton, University of Southampton, UK.

出版信息

Philos Trans A Math Phys Eng Sci. 2012 Dec 13;370(1980):5461-79. doi: 10.1098/rsta.2012.0397.

Abstract

Within the context of UK marine science, we project a strategy for ocean circulation research over the next 20 years. We recommend a focus on three types of research: (i) sustained observations of the varying and evolving ocean circulation, (ii) careful analysis and interpretation of the observed climate changes for comparison with climate model projections, and (iii) the design and execution of focused field experiments to understand ocean processes that are not resolved in coupled climate models so as to be able to embed these processes realistically in the models. Within UK-sustained observations, we emphasize smart, cost-effective design of the observational network to extract maximum information from limited field resources. We encourage the incorporation of new sensors and new energy sources within the operational environment of UK-sustained observational programmes to bridge the gap that normally separates laboratory prototype from operational instrument. For interpreting the climate-change records obtained through a variety of national and international sustained observational programmes, creative and dedicated UK scientists should lead efforts to extract the meaningful signals and patterns of climate change and to interpret them so as to project future changes. For the process studies, individual scientists will need to work together in team environments to combine observational and process modelling results into effective improvements in the coupled climate models that will lead to more accurate climate predictions.

摘要

在英国海洋科学领域,我们针对未来 20 年的海洋环流研究制定了一项战略。我们建议专注于三种类型的研究:(i)持续观测不断变化和演化的海洋环流,(ii)仔细分析和解释观测到的气候变化,以便与气候模型预测进行比较,以及(iii)设计和执行重点现场实验,以了解在耦合气候模型中无法解决的海洋过程,以便能够在模型中真实地嵌入这些过程。在英国持续观测中,我们强调明智、具有成本效益的观测网络设计,以从有限的现场资源中提取最大信息。我们鼓励在英国持续观测计划的运行环境中纳入新的传感器和新能源,以缩小通常将实验室原型与运行仪器分隔开来的差距。为了解释通过各种国家和国际持续观测计划获得的气候变化记录,富有创造力和敬业精神的英国科学家应率先努力提取气候变化的有意义信号和模式,并对其进行解释,以便预测未来的变化。对于过程研究,个别科学家需要在团队环境中合作,将观测和过程建模结果结合起来,以有效地改进耦合气候模型,从而提高气候预测的准确性。

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