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1. 渤海底层低氧区的空间特征与形成机制 [1464]
2. 小清河流域抗生素污染分布特征与生态风险评估 [1004]
3. Variability of Yellow River turbid plume detected with satellite r.. [865]
4. Suspended Particle Size Retrieval Based on Geostationary Ocean Col.. [792]
5. 利用胶州湾水环境指标分析青岛市环境经济关系 [788]
6. Spatial Diversity of Bacterioplankton Communities in Surface Water.. [725]
7. Influence of Rising Sea Level on Tidal Dynamics in the Bohai Sea [723]
8. Seasonal Hydrodynamics and Salt Exchange of a Shallow Estuary in N.. [693]
9. The features and mechanisms of the North Shandong Coastal Current:.. [621]
10. 烟台海岸带微塑料的污染特征研究 [559]
11. 基于FerryBox 的渤海海峡水质低成本长期自动监测 [550]
12. The Influence of Wind Direction during Storms on Sea Temperature i.. [532]
13. Upstream Extension of a Bottom-Advected Plume and Its Mechanism: T.. [516]
14. 基于长期定点观测资料的莱州湾人工鱼礁建设区局地水动力特征 [485]
15. The Impacts of Wind and Air Pressure on Fluctuations of the Mean B.. [468]
16. Characterization of microbial community structure associated with .. [463]
17. The Impacts of Wind and Air Pressure on Fluctuations of the Mean B.. [425]
18. Extreme precipitation event over the Yellow Sea western coast: Is .. [419]
19. 基于muddy-LOICZ 模型的小清河河口及下游河段营养盐通量估算 [406]
20. 一种用于测定沉积物—水界面物质交换通量的实验培养装置 [334]
21. 基于多波束声呐的人工鱼礁区地形特征分析 [309]
22. 北方典型海岛高质量发展策略与途径——以长岛为例 [174]
23. Assessment of surface current measured by HF radars within a suspe.. [118]
24. Drivers of suspended sediment dynamics along the shorelines of the.. [107]
25. 近海人工鱼礁水下物理状态探测与评估 [82]
26. Particle Size Distribution Slope Changes along the Yellow River De.. [59]
27. 强化科研院所科技管理队伍建设的分析与思考 [50]
28. 基于FerryBox的渤海海峡水质低成本长期自动监测 [41]
29. Aggregating Synechococcus contributes to particle organic c.. [39]
30. 基于muddy-LOICZ模型的小清河河口及下游河段营养盐通量估算 [10]