James Cook University, Catchment Reef Research Group, TropWater, Townsville, Qld 4811, Australia.
Kuwait Environment Public Authority, P.O. Box 24395, Safat 13104, Kuwait.
Mar Pollut Bull. 2015 Nov 30;100(2):607-20. doi: 10.1016/j.marpolbul.2015.10.022. Epub 2015 Oct 18.
This work analyses a 30 year water quality data set collated from chemical analyses of Kuwait's marine waters. Spatial patterns across six sites in Kuwait Bay and seven sites located in the Arabian Gulf are explored and discussed in terms of the changing influences associated with point and diffuse sources. Statistical modelling demonstrated significant increases for dissolved nutrients over the time period. Kuwait marine waters have been subject to inputs from urban development, untreated sewage discharges and decreasing river flow from the Shatt al-Arab River. Chlorophyll biomass showed a small but significant reduction; the high sewage content of the coastal waters from sewage discharges likely favouring the presence of smaller phytoplankton taxa. This detailed assessment of temporal data of the impacts of sewage inputs into Kuwait's coastal waters establishes an important baseline permitting future assessments to be made as sewage is upgraded, and the river continues to be extracted upstream.
本研究分析了科威特海洋水质 30 年的数据集,这些数据是通过对科威特海域的化学分析得出的。研究探讨了科威特湾六个地点和阿拉伯湾七个地点的空间分布模式,以及与点源和面源相关的变化影响。统计模型表明,在研究期间,溶解营养物显著增加。科威特的海洋水域受到城市发展、未经处理的污水排放以及来自阿拉伯河的河水流量减少的影响。叶绿素生物量略有但显著减少;沿海污水中高含量的污水可能有利于较小的浮游植物类群的存在。对科威特沿海水域污水输入影响的时间数据的详细评估建立了一个重要的基准,允许在污水升级和河流继续在上游抽取时进行未来的评估。