1.
Research on Sporopollen of Surface Sediment from Haizhou Bay of Jiangsu Province in China;
江苏海州湾海区表层沉积物的孢粉研究
2.
Behavior of Dissolved Arsenic in the Jiaozhou Bay、East China Sea and Part of South China Sea;
胶州湾、东海及南海部分海区中溶解态砷的行为
3.
The gross analysis of breeding product of Eriocheir sinensis in the area of Haizhouwan;
海州湾地区河蟹育苗生产的总量分析
4.
SESTON DYNAMICS IN BAY SCALLOP (ARGOPECTEN IRRADIANS LAMARCK) MARICULTURE AREAS OF LAIZHOU BAY
莱州湾海湾扇贝养殖区海水中悬浮颗粒的动态变化
5.
The Impact of Build-Constructing Hangzhou Bay Bridge on Ningbo's Regional Economics
兴建杭州湾跨海大桥对宁波区域经济的影响
6.
Analytical Research on the Road System of the Centre of the Bay City Quanzhou
基于海湾型城市的泉州市区道路系统分析研究
7.
The Development Strategy for the Urbanization of Shanghai Maritime Area;
上海市杭州湾北岸滨海地区城市化发展战略研究
8.
Method to submarine pipe status inspection in strong tide region:submarine pipe status inspection in Hangzhou Bay
强潮地区海底管线状态检测方法研究——杭州湾海底管线状态检测
9.
Regional Conference on Water Pollution in the Gulf
湾区海水污染区域会议
10.
Study on Environment Factors Affecting Outbreaks of Red Tide in Haizhou Bay Coastal Waters;
海州湾海域赤潮形成的环境因子研究
11.
Mechanics of Salt Tectonics in Laizhouwan Sag,Offshore Bohai Bay Basin
渤海海域莱州湾凹陷盐构造成因探讨
12.
RESEARCH OF ARTIFICIAL GEOLOGIC DISASTERS OF COAST BELT IN EAST BANK OF LAIZHOU BAY, BOHAI BAY
渤海湾莱州湾东岸海岸带人为地质灾害研究
13.
Discussion of Listing Haizhou Bay Economic Zone as a National Experimental Zone for Comprehensive Reform;
将海州湾经济区列为国家综合改革试验区的探讨
14.
BART System = Bay Area Rapid Transit System
海湾地区高速交通系统
15.
BART (Bay Area Rapid Transit System)
海湾地区快速运输系统
16.
The sedimentary pollution in the Laizhou Bay and Jiaozhou Bay has become great trouble to the economic and social developments in the Yellow Sea and Bohai Sea.
莱州湾、胶州湾沉积性污染已成为黄、渤海区域经济社会发展面临的两大忧患。
17.
Design and Construction of Steel Boxed Cofferdams for Pile Caps of Hangzhou Bay Sea-Crossing Bridge in Tidal-Flat Area on South Bank
杭州湾跨海大桥南滩涂区承台钢吊箱围堰设计与施工
18.
Use of Saline Aquaculture Effluent to Irrigate Salt-Tolerant Crops, Jerusalem Artichoke and Sunflower, in the Laizhou Bay Region;
莱州湾地区海水养殖废水灌溉耐盐植物—菊芋和油葵的研究