同济大学海洋与地球科学学院海洋地质学科30年庆典

为庆祝海洋地质学科30岁华诞，同济大学海洋与地球科学学院拟举行一系列活动，包括学术会议、学生活动、师生重聚。     

China Ocean Engineering An International Journal

正Aims and Scope Being an international journal,China Ocean Engineering takes as its prime function the integration of new research concepts,equipment,technology,materials and structures and other scientific advances within the field of estuarial,coastal.offshore,and deepwater     

China Ocean Engineering An International Journal

正Aims and Scope Being an international journal,China Ocean Engineering takes as its prime function the integration of new research concepts,equipment,technology,materials and structures and other scientific advances within the field of estuarial,coastal,offshore,and deepwater engineering with particular reference to developments.The Journal is concerned with all engineering     

数字地球与海洋科学的发展

本文从数字地球的概念出发，根据海洋科学的发展要求，详细论述了数字地球与海洋科学的发展关键。并提出了海洋科学的新的发展战略和配套技术的开发研究理论，从而为我国海洋事业的发展和数字地球的建立有一个协调和统一的认识观点。     

China Ocean Engineering An International Journal

Aims and Scope
Being an international journal, China Ocean Engineering takes as its prime function the integration of new research concepts, equipment, technology, materials and structures and other scientific advances within the field of estuarial, coastal, offshore, and deepwater engineering with particular reference to developments. The Journal is concerned with all engineering aspects involved in the exploration and utilization of ocean resources. Topics regularly covered include research, design and construction of structures （including wharfs, dikes, breakwaters, platforms, mooring systems, etc.）, instrumentation/testing （physical model and numerical model）, wave dynamics, sedimentation, structural/stress analysis, soil mechanics, and material research.     

China Ocean Engineering An International Journal

正Aims and Scope Being an international journal,China Ocean Engineering takes as its prime function the integration of new research concepts,equipment,technology,materials and structures and other scientific advances within the field of estuarial,coastal,offshore,and deepwater engineering with particular reference to developments.The Journal is concerned with all engineering aspects involved in the exploration and utilization of ocean resources.Topics regularly covered include research,design and     

海底热液活动与海洋科学研究

本文简要介绍了海底热液活动的研究历史 ,以及目前研究的几个主要问题。指出海底热液活动是海洋中永远存在的自然现象。热液区主要分布在大洋中脊、弧后盆地和热点区。在这些区域由于地质构造的不稳定性 ,造成冷海水通过隙缝下渗 ,并在岩浆房作用下形成高温热水。热水在上升通道中与围岩作用 ,并发生复杂的岩 -水反应 ,从而改变了海水的化学成分。流出的热液可以形成多种矿物沉积 ,其中最有价值的是 Zn,Cu,Fe,Pb的硫化物。岩 -水反应可以产生可观的元素通量 ,因此 ,对海水元素恒定性的解释需要重新审视。利用 3 He/热比值可以计算海洋的热通量。热液活动为耐温生物的研究提出了新的课题     

我国海洋科技创新发展的回顾与思考

文章系统回顾了党的十八大以来我国海洋科技创新在顶层设计、高端技术和惠及民生等方面的重要成果,包括规划编制、体制机制改革、载人深潜、海洋调查、海水淡化、海洋能、海洋卫星、海洋标准计量以及促进民生和经济发展等内容,提出加快海洋科技创新、推动海洋科技向创新引领型转变的思考。     

Sixty volumes of the Journal du Conseil / ICES Journal of Marine Science

Article 1 of the ICES Convention of 1964 sets out the fundamentalpurposes of the Council and includes as the third and finalpoint: "to publish or otherwise disseminate the results of researchand investigations carried out under its auspices or to encouragethe publication thereof". Publication and dissemination of informationabout the living resources and their environment have been atthe heart of ICES from the first     

卫星重力梯度测量在海洋科学中的应用分析

简述了卫星重力梯度测量技术的基本原理和GOCE数据特点;基于三个不同的重力场模型,采用不同阶次,联合卫星测高平均海面高模型分别推算出全球海面地形,并对结果作了比较分析;探讨了卫星重力梯度测量技术在海洋科学各相关领域的具体应用前景,指出卫星重力梯度测量技术的发展将为海洋科学发展带来巨大的变化。     

“联合国海洋科学促进可持续发展十年”:内容与评述

为了找到逆转海洋健康状况衰退的有效途径,联合国决定自2021年启动“联合国海洋科学促进可持续发展十年”(以下简称“海洋十年”)计划。2020年12月31日获得联合国大会审议通过的《“海洋十年”实施计划》以“构建我们所需要的科学、打造我们所希望的海洋”为愿景,描绘了“海洋十年”的预期成果、挑战与目标,以及实施、治理、协调、筹资、监督与审查等机制。“海洋十年”被联合国喻为“一生一次”的计划,是联合国发起的海洋大科学综合性顶层计划,它将通过激发和推动海洋科学领域的变革,在全球和国家层面构建更加强大的基于科技创新的治理体系来实现海洋的可持续发展。这将深刻改变人类对海洋的认知与行为模式,深刻影响乃至引导海洋秩序的演化过程,也会对海洋区域合作整体布局产生较大影响。建议我国以“海洋命运共同体”理念为指导,积极参与“海洋十年”,作为深度参与全球海洋治理的核心抓手,尽快组建“海洋十年”国家委员会,制定中国行动方案,与国际社会一道推进海洋的可持续发展。     

Korea Institute of Ocean Science and Technology Earth System Model and Its Simulation Characteristics

Ocean Science Journal - We document the performance of a new earth system model developed at Korea Institute of Ocean Science and Technology, called the KIOST-ESM, based on a low-resolution...     

我国海洋环境科学与海洋监测技术的发展问题

阐述了海洋环境科学和海洋监测技术的国家需求和技术特点,介绍了"九五"海洋监测技术的发展和产业化的起步情况.     

The next few years of the ICES Journal of Marine Science

This issue marks a change in the editorial team of the ICESJournal of Marine Science, in that we have bid farewell to ourformer Editor-in-Chief, Niels Daan, after six years of sterlingservice, and to our Elsevier Publishing Editor, Andrew Richford,after an even longer period of years. Both deserve credit fortheir energy and vision that has left us the legacy of a journalas widely read and cited as the ICES Journal now is, but theyleave a gap that will be a huge challenge for us to meet. However,in my new capacity as Editor-in-Chief and in Els Bosma's capacityas Elsevier's Publishing Editor, I     

简述挪威海洋科技发展战略与海洋产业的发展

1　概况1 .1　自然条件挪威是欧盟的成员国之一 ,位于欧洲北部的斯堪的纳维亚半岛 ,面积约 32 .4万 km2 ,海岸线长度2 1 92 5万 km(含岛屿岸线 ) ,国土的 2 /3为山地 ,内有 1 6万个湖泊和岛屿。它的毗邻区为 1 0 n mile,大陆架为 2 0 0 n mile,专属经济区为 2 0 0 n mile,领海为 4n mile受到北大西洋海流和墨西哥暖流的影响 ,雨量丰富 ,气候温暖 ,虽地处高纬度地区 ,但冬季不太冷 ,平均温度为 - 4℃ ,沿海不结冰。夏季最高温度为 2 6℃ ,冬季最低温度为 - 1 5℃ ,森林覆盖面积为 2 7%,最近被国际上评为最适合人类居住的地方 ,人口平均寿命为…