多瑙河及其三角洲。Hydrogeographic特征。实际的合成。

P. Gâștescu, Elena Țuchiu
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摘要

本文提供了对多瑙河的水文、水文和水质特征的最新分析,描述了其整个过程的特征,并着重于下游部分。多瑙河在长度(2860公里)和流域面积(817,000平方公里)方面是欧洲第二大水道。在罗马尼亚,多瑙河长1075公里,流经该国97%的领土。多瑙河的多年平均流量增加了下游收集支流的水-在与Inn河汇合后,在Passau的流量为1,470 m3/s;维也纳1,920 m3/s;布达佩斯的流量为2350 m3/s,德拉瓦、蒂萨和萨瓦汇合处的流量为5300 m3/s。多瑙河以5,523 m3/s(1931-2020年期间的多年平均流量)的流量进入罗马尼亚的baziazu。最大的流量记录在高泉水,但偶尔也在夏季:2006年4月在巴齐亚诺特15,800 m³/s;在Giurgiu和Ceatal Chilia分别为15,300 m3/s和15,900 m3/s。最小流量出现在秋季,偶尔出现在冬季:1949年在baziazu的流量为1040 m3/s;1947年在智利中部的1790立方米/秒。1840-2000年,Isaccea的悬浮沉积物平均排放量为5300万吨/年,即1681 kg/s。自1996年以来,通过国际保护多瑙河委员会(ICPDR)的多瑙河跨国监测网络(TNMN)对水进行了定性监测。Pontic部门的物理化学质量指标的时空变化反映了1996-2020年期间在流域一级在监测站(从baziazu到Reni及其3个分支)确定的主要压力的一般特征和影响。根据《水框架指令》的规定,从完整和综合的角度介绍了多瑙河水体及其类型、生态状况/潜力和化学状况。已经审查了根据国际、欧洲和国家法律要求建立的与多瑙河下游有关的自然保护区。
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The Danube and its delta. Hydrogeographic characteristics. Actual synthesis.
This paper provides an updated analysis of the Danube’s hydrographic, hydrologic, and water quality features describing the characteristics of its entire course and focusing on the lower sector. The Danube is the second largest watercourse in Europe in terms of length (2860 km) and basin area (817,000 km2). In Romania, the Danube is 1,075 km long and drains over 97% of the country’s territory.. The Danube’s multiannual average discharge increases downstream collecting the tributaries waters - 1,470 m3/s at Passau, after the confluence with the river Inn; 1,920 m3/s in Vienna; 2,350 m3/s in Budapest and 5,300 m3/s after the Drava, Tisa, and Sava confluences. The Danube enters Romania at Baziaş with 5,523 m3/s (multiannual average flow during the 1931-2020 period). The maximum discharge is recorded by the high spring waters, but occasionally in summer, too: 15,800 m³/s at Baziaș in April 2006; 15,300 m3/s at Giurgiu, and 15,900 m3/s at Ceatal Chilia. The minimum discharge occurs in autumn and occasionally in winter: 1,040 m3/s at Baziaș in 1949; and 1,790 m3/s at Ceatal Chilia in 1947. The suspended sediments discharge (1840-2000) was on average 53 million tons/ year at Isaccea, that is, 1,681 kg/s. Since 1996, the qualitative monitoring of the water has been implemented through the Danube Transnational Monitoring Network (TNMN) of the International Commission for the Protection of the Danube River (ICPDR). The spatial and temporal variation in the Pontic sector of the physical-chemical quality indicators, reflects the general characteristics and the effect/impact of the main pressures identified at the basin level for the 1996-2020 period, in monitoring stations (from Baziaș to Reni and on its 3 arms). From a complete and integrative perspective and in line with the Water Framework Directive provisions, the Danube water bodies, their typology, ecological status/potential, and chemical status have been presented. The lower Danube-associated natural protected areas that are established under the international, European and national legal requirements have been reviewed.
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