1)  Shenzhen
深圳2030
1.
This paper discusses the methodologyof city spatial strategy research based on systematicmethodology with Shenzhen 2030 City DevelopmentStrategy as a case.
以《深圳2030城市发展策略》为例,探讨了基于系统方法的城市空间发展战略研究方法,提出了依据系统方法原理的城市空间发展战略研究技术路线,并具体介绍了《深圳2030城市发展策略》运用系统方法的结果。
2)  Shenzhen
深圳
1.
Chemical Characteristics of Atmospheric Precipitation in Shenzhen;
深圳大气降水的化学组成特征
2.
Current Status and Strategy of Ecotourism Development of Mangrove Wetlands in Shenzhen;
深圳红树林湿地的现状及生态旅游开发对策
3.
Protection and Restoration of Wetlands in Shenzhen;
深圳市湿地的保护与修复研究
3)  Shenzhen City
深圳
1.
Measuring Urban Ecological Sustainability:A Case Study in Shenzhen City;
城市生态可持续发展量度方法探讨——以深圳市为例
2.
Evaluation of Environmental Impact Assessment Effectiveness of Shenzhen City;
深圳市环境影响评价有效性评估
3.
Virescence Energy-saving Reconstruction of Old Building Roof in Shenzhen City;
深圳地区既有建筑屋顶的绿色节能改造研究
4)  Shenzhen
深圳市
1.
Contents of heavy metals in marine animals along intertidal zone at Shenzhen;
深圳市潮间带动物体内的重金属含量
2.
Evolution Analysis of Coordinated Development between Economy and Environment in Shenzhen;
深圳市经济与环境协调发展的演进分析
3.
Landscape accessibility and its effect on forest-cover change in quickly urbanizing area:a case study of Baoan,Shenzhen;
快速城市化地区景观可达性及其对林地的影响——以深圳市宝安区为例
5)  Shenzhen area
深圳地区
1.
Analyses on the typical atmospheric pollution processes in Shenzhen area;
深圳地区典型大气污染过程分析
2.
The practical application of this method to Shenzhen area shows that it is simple and effective.
通过对深圳地区地应力场的算例,表明这种方法是简单而有效的。
6)  Shenzhen Bay
深圳湾
1.
Communities of miniature organisms and their ecological functions in Futian mangrove area,Shenzhen Bay;
深圳湾福田红树林区藻类、纤毛虫等生物群落及其与环境的关系
2.
Effect of rich organic matter on Paraprionospio pinnata (Polychaeta:Spionidae) on Futian tidal flat in Shenzhen Bay;
深圳湾福田红树林潮滩奇异稚齿虫的富有机质效应
3.
Heavy metal contents on Futian tidal flat in Shenzhen Bay and their effect on macrobenthos;
深圳湾福田潮滩重金属含量及对大型底栖动物的影响
参考词条
补充资料:2030mm冷轧厂宽带钢轧钢厂鸟瞰图(上海宝山钢铁总厂)


2030mm冷轧厂宽带钢轧钢厂鸟瞰图(上海宝山钢铁总厂)


自瞬 2030mm冷轧厂宽带钢轧钢厂鸟瞰图(上海宝山钢铁总厂)
说明:补充资料仅用于学习参考,请勿用于其它任何用途。