D. Galic, A. Cenov, D. Lušić, M. Glad, Slaven Jozić, Bruno Cvetković, Daniel Maestro, N. Maestro, D. Mance, Darija Vukić Lušić
{"title":"克罗地亚内陆浴场的质量:对地区和欧盟的参考","authors":"D. Galic, A. Cenov, D. Lušić, M. Glad, Slaven Jozić, Bruno Cvetković, Daniel Maestro, N. Maestro, D. Mance, Darija Vukić Lušić","doi":"10.17532/JHSCI.2021.1110","DOIUrl":null,"url":null,"abstract":"Introduction: The Republic of Croatia (HR) has significantly invested in monitoring the quality of inland bathing areas during the past 10 years. The aim of this paper was to analyze the results obtained during the 2014-2019 period and to compare them with the Region (non-European Union [EU] countries neighboring Croatia) and EU. Moreover, bathing water quality data at two bathing areas of Zagreb (lakes Jarun and Bundek) were processed in more detail.Methods: The quality of inland bathing areas in the HR is monitored in five rivers and five lakes in nine Croatian counties; 19 of the 35 monitored sites are located in Zagreb County. Escherichia coli (EC) was determined by EN ISO 9308-3: 1998, while intestinal enterococci (ENT) were defined by EN ISO 7899-2: 2000. Statistical processing of the results was performed using the Microsoft Excel Statistical Package (Redmond, USA) and Statistica 13.5. (Stat.Sof.Inc., Tulsa, USA); the significance level was set to p < 0.05.Results: During the study period, the worst Croatian inland water quality was recorded in 2019 (excellent quality for only 25.9% of the bathing areas), while the best quality was recorded in 2015 (excellent quality in 57.1%). On average (2014-2019), the share of bathing areas with excellent quality in Croatia was 46.3% (i.e., under the EU average of 85.3%); with no poor locations (EU average was nearly 2%). A significant positive correlation was found between fecal indicators (EC&ENT) and the amount of precipitation, while a negative correlation with water and air temperature in lakes.Conclusions: The quality of Croatian inland bathing areas is significantly lower than the European average, while EU water quality is improving. Regarding the countries bordering Croatia, Italy, Slovenia, and Hungary have achieved better results, while Montenegro, Serbia, and Bosnia and Herzegovina are still in the process of developing the monitoring of the bathing water quality.","PeriodicalId":15873,"journal":{"name":"Journal of Health Science","volume":"64 1","pages":""},"PeriodicalIF":0.0000,"publicationDate":"2021-02-15","publicationTypes":"Journal Article","fieldsOfStudy":null,"isOpenAccess":false,"openAccessPdf":"","citationCount":"2","resultStr":"{\"title\":\"Quality of Croatian Inland Bathing Areas: Reference to The Region and EU\",\"authors\":\"D. Galic, A. Cenov, D. Lušić, M. 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Statistical processing of the results was performed using the Microsoft Excel Statistical Package (Redmond, USA) and Statistica 13.5. (Stat.Sof.Inc., Tulsa, USA); the significance level was set to p < 0.05.Results: During the study period, the worst Croatian inland water quality was recorded in 2019 (excellent quality for only 25.9% of the bathing areas), while the best quality was recorded in 2015 (excellent quality in 57.1%). On average (2014-2019), the share of bathing areas with excellent quality in Croatia was 46.3% (i.e., under the EU average of 85.3%); with no poor locations (EU average was nearly 2%). A significant positive correlation was found between fecal indicators (EC&ENT) and the amount of precipitation, while a negative correlation with water and air temperature in lakes.Conclusions: The quality of Croatian inland bathing areas is significantly lower than the European average, while EU water quality is improving. 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引用次数: 2
摘要
导言:克罗地亚共和国(HR)在过去十年中为监测内陆浴场的质量投入了大量资金。本文的目的是分析2014-2019年期间获得的结果,并将其与该地区(克罗地亚邻国的非欧盟[EU]国家)和欧盟进行比较。此外,对萨格勒布两个洗浴区(Jarun湖和Bundek湖)的洗浴水质数据进行了更详细的处理。方法:对克罗地亚9个县的5条河流和5个湖泊进行内陆浴场水质监测;35个监测场址中有19个位于萨格勒布县。大肠杆菌(EC)测定方法采用EN ISO 9308- 3:20 98,肠球菌(ENT)测定方法采用EN ISO 7899- 2:20 00。使用Microsoft Excel Statistical Package (Redmond, USA)和Statistica 13.5对结果进行统计处理。(Stat.Sof.Inc。(塔尔萨,美国);显著性水平设为p < 0.05。结果:在研究期间,克罗地亚内陆水质最差的年份是2019年(只有25.9%的浴场水质优良),而最好的年份是2015年(57.1%的浴场水质优良)。平均而言(2014-2019年),克罗地亚优质浴场的比例为46.3%(即低于欧盟85.3%的平均水平);没有贫困地区(欧盟平均水平接近2%)。粪便指标(EC&ENT)与降水量呈显著正相关,与湖泊水温和气温呈显著负相关。结论:克罗地亚内陆浴场水质明显低于欧洲平均水平,而欧盟水质正在改善。在与克罗地亚接壤的国家中,意大利、斯洛文尼亚和匈牙利取得了较好的成果,而黑山、塞尔维亚和波斯尼亚和黑塞哥维那仍在开展洗浴水质监测工作。
Quality of Croatian Inland Bathing Areas: Reference to The Region and EU
Introduction: The Republic of Croatia (HR) has significantly invested in monitoring the quality of inland bathing areas during the past 10 years. The aim of this paper was to analyze the results obtained during the 2014-2019 period and to compare them with the Region (non-European Union [EU] countries neighboring Croatia) and EU. Moreover, bathing water quality data at two bathing areas of Zagreb (lakes Jarun and Bundek) were processed in more detail.Methods: The quality of inland bathing areas in the HR is monitored in five rivers and five lakes in nine Croatian counties; 19 of the 35 monitored sites are located in Zagreb County. Escherichia coli (EC) was determined by EN ISO 9308-3: 1998, while intestinal enterococci (ENT) were defined by EN ISO 7899-2: 2000. Statistical processing of the results was performed using the Microsoft Excel Statistical Package (Redmond, USA) and Statistica 13.5. (Stat.Sof.Inc., Tulsa, USA); the significance level was set to p < 0.05.Results: During the study period, the worst Croatian inland water quality was recorded in 2019 (excellent quality for only 25.9% of the bathing areas), while the best quality was recorded in 2015 (excellent quality in 57.1%). On average (2014-2019), the share of bathing areas with excellent quality in Croatia was 46.3% (i.e., under the EU average of 85.3%); with no poor locations (EU average was nearly 2%). A significant positive correlation was found between fecal indicators (EC&ENT) and the amount of precipitation, while a negative correlation with water and air temperature in lakes.Conclusions: The quality of Croatian inland bathing areas is significantly lower than the European average, while EU water quality is improving. Regarding the countries bordering Croatia, Italy, Slovenia, and Hungary have achieved better results, while Montenegro, Serbia, and Bosnia and Herzegovina are still in the process of developing the monitoring of the bathing water quality.