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The Neural Simulator of the Pollution Factors Impact on the Quality of the Water inside the Romanian Harbour of Black Sea

机译:污染因素的神经模拟器对黑海罗马尼亚港中水中的质量影响

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The aim of this research is to identify and investigate the pollution sources inside the Romanian harbor of Black Sea from Constanta, by monitoring the quality water parameters. Furthermore we will try to disseminate the information collected and we will propose adequate actions to prevent the continuous degradation of the environment. Several sampling sites were established around the Port zone and analyses were carried monthly. Physical and chemical indicators of the water quality, nutrients compounds, Dissolved Oxygen (DO), petroleum/hydrocarbons pollution indicators, Salinity, Sulfides, Cu, Cr and Fe are the monitored quality parameters. The values of quality-monitored parameters are variable in quasi-large ranges, depending on the position of the sampling sites. A direct correlation between these indicators can be done. Water pollution causes loss of biomass, affecting some organisms until they disappear and also blooms of phytoplankton destroying the ecosystems, due to the loss of oxygen from the water. The most important measures to remediate the area were building dams, cleaning residual water, building areas of protected water, and building special places to collect the residues, to prevent direct discharge in the surface water. In our research we try to make an interesting presentation of the neural simulation model of the wide database concerning the water pollution degree inside of Constanta port strategic location, and based on this, to predict the future results.
机译:本研究的目的是通过监测质量水参数来识别和调查黑海罗马尼亚黑海港口的污染源。此外,我们将尝试传播所收集的信息,并提出充分的行动来防止环境不断退化。在端口区建立了几个采样网站,并每月进行分析。水质的物理和化学指标,营养化合物,溶解氧(DO),石油/烃污染指示剂,盐度,硫化物,Cu,Cr和Fe是监测的质量参数。质量监测参数的值在准大范围内是可变的,具体取决于采样站点的位置。可以完成这些指标之间的直接相关性。水污染会导致生物质的丧失,影响一些生物,直到它们消失,并且由于水的氧气损失,吞噬生态系统的植物造成的植物。修复该地区的最重要措施是建造水坝,清洁残留水,保护水域建筑物,以及建造特殊的地方收集残留物,以防止地表水直接放电。在我们的研究中,我们试图使有关康斯坦察港口地理位置优越的水质污染程度内的广泛数据库的神经模拟模型的一个有趣的演示文稿,并在此基础上,预测未来的结果。

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