1) Yangtze Estuary south branch
长江口南支
1.
The erosion and deposition intensity of Yangtze Estuary south branch(Xuliujing River estuary-Wusongjiang River estuary) are reconstructed before modern observation system.
本研究基于GIS技术构建网格体系,处理三份近代实测海图汇编资料,重建了长江口南支河段(徐六泾口-吴淞口)1861-1953年期间的冲淤强度及其分布,基本理清了19世纪中期——20世纪中期现代观测制度确立前研究区内河槽冲淤状况及变化过程,19世纪中期——20世纪初期南支处于强烈冲刷阶段,至20世纪中期冲淤大体平衡而略有淤积;其中≤3m和≥10m水域的冲淤变化状况最为明显。
3) the south bank of the Changjiang Estuary
长江口南岸
1.
Influence of diking on the benthic macro-invertebrate community structure and diversity in the south bank of the Changjiang Estuary;
围垦对长江口南岸底栖动物群落结构及多样性的影响
5) the north branch of Changjiang estuary
长江口北支
1.
Numerical simulation of flow and pollutants in the north branch of Changjiang estuary by hybrid grids flux difference splitting scheme;
长江口北支基于混合网格的通量差分裂水流水质计算模式
6) North branch of Changjiang estuary
长江口北支
1.
Study on intertidal macrobenthos in North Branch of Changjiang Estuary;
长江口北支水域潮间带大型底栖动物研究
2.
Based on on-field investigation on North branch of Changjiang estuary wetland,the paper analyzed the species composition and flora characteristics of seed plants,wetland plant community types and their characteristics,and the typical wetland plant community diversity.
在对长江口北支湿地植物资源野外调查的基础上,分析了种子植物的物种组成、区系特征、湿地植物群落类型及其特征和典型湿地植物群落多样性。
3.
North branch of Changjiang estuary wetland is a complex system consisting of coastal tidal flat wetland ecosystem, estuary wetland ecosystem and artificial wetland ecosystem.
本文主要研究了长江口北支湿地生态环境特征和生物多样性以及自然保护区建设三个方面的内容。
补充资料：太仓南广寺
坐落于太仓南郊镇，建于宋绍兴二年，距今800多年历史，1993年批准重建，占地面积97亩，主要有山门殿、地藏殿、法堂方丈楼等。
说明：补充资料仅用于学习参考，请勿用于其它任何用途。
参考词条