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1.
《中国海洋工程》1993,(4)
The 7th National Symposium on Coastal Engineering was held in Zhuhai, China, fromNovember 13th to 16th, 1993, co-sponsored by —Chinese Ocean Engineering Society —Harbour Engineering Committee, Chinese Society of Civil Engineering —Harbour and Waterway Committee, Chinese Society of Hydraulic Engineering —Coast and Estuary Committee, Chinese Ocean and Limnology Society —Guangdong Ocean and Limnology Society —Guandong Society of Oceanograph 相似文献
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This paper presents a brief review of the results on the interaction between waves and muddy bottom obtained during the last decade including the results obtained by the author at the Coastal Engineering Laboratory of Tianjin University. 相似文献
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《中国海洋工程》2010,24(2):I0001-I0001
The32nd International Conference on Coastal Engineering(ICCE 2010),the first of its kind ever held in the mainland of China,was convened on June30to July 5,2010,in Shanghai,China.650 delegates from over 40 countries and 16 institutional exhibitors participated in this great event. 相似文献
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<正>2014年6月17日在韩国首尔举行的第34届国际海岸工程会议(ICCE2014)上,大连理工大学李玉成教授获得美国土木工程师学会(ASCE)所属海岸、海洋、港口与航运工程院(Academy of Coastal,Ocean,PortNavigation Engineers,ACOPNE)授予的港口工程杰出学者(Diplomate of Port Engineering)荣誉称号。 相似文献
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Discussion on Coastal Erosion Near Xizhuang, Penglai, China 总被引：1，自引：0，他引：1
Wu Guiqiu Li Wei Professor First Institute of Oceanography State Oceanic Administration Qingdao Associate Researcher 《中国海洋工程》1994,(2)
-In this work, on the basis of the characteristics of coastal erosion near Xizhuang (Penglai, Shandong, China) and the in-situ measured data and theoretical calculation, the causes of coastal erosion there are obtained: (1) natural erosion, (2) beach sand borrowing, and (3) sand borrowing at the Dengzhou shoal near Xizhuang, which results in the loss of the function of the wave force resistance of the shoal. Since the wave energy is increased, the longshore sediment transport rate is increased. Coastal erosions are more and more serious. A scientific basis to reduced the calamity of coastal erosion in local area is presented. Some experiences are accumulated for studying coastal erosion. 相似文献
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《中国海洋工程》1989,(1)
Sponsors Chinese Ocean Engineering Society (COES) Harbour Engineering Committee, Chinese Society of Civil Engineering Harbour and Waterway Committee, Chinese Society of Hydraulic Engineering Tianjin Society of Water Transport Engineering Shanghai Ocean and Limnology Society The Authority of Comprehensive Improvement for Yangtze River Estuaty and Taihu Trainage Area. 相似文献
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《中国海洋工程》1990,(4)
Organized by Consiglio Nazional delle Ricerche (CNR), Gruppo Nedonale diIdraulice(GNI) with the support of the Ministry of Public Works and under the auspices of theCoastal Engineering Research Council(CERC) of the American Society of CivilEngineering(ASCE), and co-sponsored by the international Association for Hydraulic of Navi-gation Congress(PIANC) and by the Associazione di Ingegneria Offshore e Marina(AIOM).Aim 相似文献
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Coastal erosion on islands is increasing due to sea level rise, frequent extreme events, and anthropogenic activities. However, studies on the multifactorial coastal erosion risk and the vulnerability of islands are limited. In this study, the Coastal Erosion Risk Assessment(CERA) method was applied for the first time to the study area in China to assess the erosion risk on the coast of Hainan Island; to explore the effects of coastal ocean dynamics,sediment movement characteristics, and anthrop... 相似文献
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A study of coccolith assemblages from a box core from the central South Yellow Sea(SYS) was performed revealing fluctuations on their relative abundance(%) that can be related to climatic and hydrographic changes over the last 230 years(1780–2011). Total coccolith abundances ranged from 7.0 to 55.1×10~6 coccoliths·g~(-1)sediment. Although the abundance of different species varied widely throughout the core, seven taxa dominated the assemblage. Among these species, Gephyrocapsa oceanica was the most dominant species, and it showed an average percentage of 50.1%. The pattern of G. oceanica(eutrophic species) was opposite to that of the combined percentage of Braarudosphaera bigelowii and Umbilicosphaera sibogae(both oligotrophic species), indicating that in the Yellow Sea(YS), the distribution pattern of G. oceanica might be characteristic of nutrient availability.Similar patterns between G. oceanica and the Siberian High were observed on an inter-decadal time scale,indicating that the East Asian Winter Monsoon(EAWM) may be an important driver of ecological changes in the YS. When the EAWM prevails, both the Yellow Sea Coastal Current(YSCC) and Yellow Sea Warm Current(YSWC)strengthen, and the increasing nutrient availability and warmer water brought by the strengthened YSWC favor eutrophic and warm-water coccolithophore species, such as G. oceanica. This likely mechanism demonstrates that coccolith assemblages can be used as benign and reliable proxy for climate change and surface oceanography. 相似文献
11.
《海洋通报(英文版)》2016,(2)
正Established in 1953,College of Marine and Environmental Sciences(formerly known as Salt Chemical Engineering Department of Tianjin College of Light Industry),changed its name to College of Marine Science and Engineering of Tianjin University of Science and Technology in 2001,and was renamed College of Marine and Environmental 相似文献
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河口和沿岸科学协会(Estuarine and Coastal Sciences Association)于1971年在英国成立,原名为“河口和半咸水科学协会”(Estuarine and Brackish Water Sciences Association),1989年改为现名。该协会为一国际性学术团体,其所涉及的研究领域包括生物学、化学、地质学、水文学和人类对水环境的利用等。此处所说的水环境系指盐度高于或低于正常海水,而 相似文献
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Yang Zhang Fei Chai Joseph Zhang Yang Ding Min Bao Yunwei Yan Hong Li Wei Yu Liang Chang 《海洋学报(英文版)》2022,41(2):127-138
During the northeast monsoon season, Zhe-Min Coastal Current(ZMCC) travels along the Chinese mainland coast and carries fresh, cold, and eutrophic water. ZMCC is significantly important for the hydrodynamic processes and marine ecosystems along its path. Thus, this bottom-trapped plume deserves to be further discussed in terms of the major driving factor, for which different opinions exist. For this purpose, in this study, a high resolution Semi-implicit Cross-scale Hydroscience Integrated Syste... 相似文献
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Nonylphenol(NP) and bisphenol A(BPA) are endocrine disruptors causing harmful effects including feminization and carcinogenesis to various organisms,and consequently,their contamination in natural environment has received wide concerns.This study reports the distribution characteristics of NP and BPA in surface sediments and their deposition history based on a dated sediment core in the Changjiang River(Yangtze River) Estuary and its adjacent East China Sea.The contents of NP and BPA in surface sediments ranged from 1.56-35.8 and 0.72-13.2 ng/g(dry mass),respectively,with high values recorded in the two mud zones,the Changjiang River Estuarine Mud Zone and the Zhejiang Coastal Mud Zone.High values in the Zhejiang Coastal Mud Zone suggest the possibility of long distance transport of both contaminants through the Changjiang riverine plume.The contents were not correlated with the distance from the pollution source,indicating other factors including particle deposition rate and sediment grain size obviously affecting the distribution pattern.NP was also detected in a sediment core at layers deposited from the year of 1971 to 2001 with contents of up to 20.9 ng/g(dry mass).The deposition fluxes of NP varied from 0.68 to 17.9 ng/(cm2 · a) with peaks and valleys reflecting the traces of economic development history in China during the previous three decades.BPA was detected at sediment layers deposited from 1973 to 2001 with contents of up to 3.66 ng/g.The fluxes of BPA varied from 0.62 to 3.13 ng/(cm2 · a) showing a similar pattern as NP.The contents of NP and BPA also indicated potential risks on benthic organisms in the study area. 相似文献
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《中国海洋工程》2017,(2)
正Aims and Scope Being an international journal,China Ocean Engineering(COE)takes its prime function as 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 相似文献
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《中国海洋工程》2021,(3)
正Aims and scope Being an international journal, China Ocean Engineering(COE) takes its prime function as 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. 相似文献
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温盐深测量仪(CTD)是目前国际上应用最为广泛的物理海洋调查仪器设备之一。2014年中国科学院海洋研究所在黄海布放的潜标上搭载了三种不同型号的CTD(37Coastal、CTD48和304Plus),本文对这三种CTD所获取的数据资料分别进行了对比分析。三者数据两两对比结果显示,37Coastal与CTD48压力以及温度数据最为接近,盐度数据则为37Coastal与304Plus相差最小。三种设备的压力、温度以及电导率数据稳定性对比结果如下, 37Coastal压力数据稳定性表现最好;其温度数据稳定性三者表现一致;而盐度数据稳定性则是37Coastal和CTD48一致。 相似文献
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国际海岸工程会议(International Coference on Coastal Engineering),每两年举行一次会议。其第二十届会议,于1986年11月9日到11月14日,在中国台湾省台北市举行.国际海岸工程会议,由美国土木工程师学会主办.因第二十届会议是在中国台北举行的,所以由台湾省的土木工程学会承担了会务工作。在本届会议上的学术演讲相当多,共有四个会场。所以,即使每天都出席会议,也只能听到四分之 相似文献