Advancing Wind-Waves Climate Science The COWCLIP Project
Advancing Wind-Waves Climate Science The COWCLIP Project
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DOI：
10.1175/bams-d-11-00184.1
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发表时间：
2012-06-01
影响因子：
8
通讯作者：
Swail, Val R.
中科院分区：
文献类型：
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作者：
Hemer, Mark A.;Wang, Xiaolan L.;Swail, Val R.
作者：MARK a . HEMER, XIAOLAN L. WANG, RALF WEISSE, AND VAL R. SWAIL, challenges, AND recommendations AND related to wind waves in climate change。本文讨论了四个主题：历史波浪气候变率和变化、全球波浪气候预测、区域波浪气候预测和耦合风波气候模拟。COWCLIP社区旨在生成波浪气候预测（最终是全球范围的），并通过以下方式帮助对其不确定性进行全面评估：a)提供系统的社区框架，以支持波浪气候预测的验证、相互比较、记录和数据获取；B)描述区域波浪气候预估的最佳做法；c)将风浪群落的兴趣纳入更广泛的气候群落，最终发展耦合的大气-波浪-海洋gcm，以便对耦合气候系统中风浪驱动的反馈进行定量估计。
BY MARK A. HEMER, XIAOLAN L. WANG, RALF WEISSE, AND VAL R. SWAIL tions, challenges, and recommendations relevant to wind-waves in a changing climate. Four themes are addressed: historical wave climate variability and change, global wave climate projections, regional wave climate projections, and coupled wind–wave–climate modeling. The COWCLIP community aims to generate wave climate projections (ultimately of global extent) and aid comprehensive assessments of their uncertainty by: a) providing a systematic community-based framework to support validation, intercomparison, documentation, and data access for wave climate projections; b) describing best practice for regional wave climate projections; and c) engaging the interests of the wind-wave community into the wider climate community and ultimately developing coupled atmosphere–wave–ocean GCMs in order to derive quantitative estimates of wind-wave–driven feedbacks in the coupled climate system.