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Recent Advances in Wave Modelling for the North Sea and German Bight

机译:北海和德国光波建模的最新进展

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The ocean wave modelling has shown impressive developments, both on the theoretical aspects as in the quality of the results available to users. The state-of-the-art development of the WAM wave model for forecasts applications at operational services and for hindcasts and climate assessments for the North Sea and the German Bight is presented here. The ocean waves control the exchange of energy, momentum, heat, moisture, gas, etc. between the ocean and the atmosphere in the earth system. The impact of waves on currents and water levels in coastal areas is demonstrated. Therefore first steps towards a fully coupled atmosphere-wave-ocean model have been carried out. The synergy between wave observations and models for the North Sea and German Bight is increased on the road to improving the ocean state estimate and predictions in the coastal areas and generating up-to-date information, products and knowledge. Sea state reconstructions and climate scenarios computations with the WAM model have created a huge interest to use the data in industrial applications.
机译:海浪建模表明了令人印象深刻的发展,无论是在用户可用的结果质量的理论方面。这里提出了用于预测运营服务和Hindcasts和北海气候评估和北海和德国光途的WAM波模型的最先进的发展。海浪控制了海洋和地球系统中的大气之间的能量,动量,热,水分,气体等的交换。展示了波浪对沿海地区电流和水位的影响。因此,已经进行了朝向完全耦合的气氛波浪海洋模型的第一步。在沿海地区改善海洋国家估计和预测的道路上增加了波浪观测和德国光滑的协同作用,从而提高了沿海地区的海洋估计和预测,并产生了最新的信息,产品和知识。与WAM模型的海州重建和气候情景计算已经为使用工业应用中的数据创造了巨大的兴趣。

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