AbstractMajor objectives were to provide a comprehensive dataset on beach macro-litter for parts of th'/> Beach macro-litter monitoring on southern Baltic beaches: results, experiences and recommendations
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Beach macro-litter monitoring on southern Baltic beaches: results, experiences and recommendations

机译:南波罗的海海滩上的海滩宏垃圾监测:结果,经验和建议

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AbstractMajor objectives were to provide a comprehensive dataset on beach macro-litter for parts of the southern Baltic Sea and to analyse if the methodology is fully applicable and a suitable monitoring method in the Baltic. We carried out a regular macro litter beach monitoring (OSPAR methodology, 4 time a year) on 35 beaches along the German and Lithuanian Baltic coast over 2–5?years. Additional experiments addressed the subjectivity of the field surveys and spatio-temporal variability on different scales. We observed no seasonality of the data and a monthly compared to a 3-monthly sampling resulted in 3 times higher annual item numbers. Along the Lithuanian coast, the average number of items per survey varied between 138 and 340 and along the German Baltic coast between 7 and 404, with a median value of 47. All data showed a very high spatio-temporal variability. Using the Matrix Scoring Technique we assessed beach litter sources. With 50% tourism and recreation was the most important source. 3D–transport simulations helped to explain the minor role of shipping as a source and, compared to the North Sea, the low numbers of items on German Baltic beaches. Floating litter had a short duration time in the western Baltic Sea and offshore drift dominated. Further, the common regular beach cleanings reduced the potential for local litter accumulation and translocation. We suggest a monitoring system on 14 Baltic beaches in Germany and 2 in Lithuania and provide cost calculations. The analysis of macro-litter in cormorant nesting material and the search for beached dead animals did not show any result. We can conclude that the macro-litter beach monitoring method is less suitable for Baltic beaches and should only serve as a complementary method in combination with others.]]>
机译:<![cdata [ <标题>抽象 ara id =“par1”>主要目标是在海滩宏上提供全面的数据集 - 南部波罗的海的部分地点,并分析方法是否完全适用,并且在波罗的海中具有合适的监测方法。我们在德国和立陶宛波罗的海海岸35个海滩上进行了常规宏垃圾海滩监测(Ospar方法,4次),超过2-5辆超过2-5辆。附加实验解决了不同尺度上的现场调查和时空变异性的主观性。我们观察到数据的季节性和每月与3个月的抽样相比,年度项目编号的3倍。沿着立陶宛海岸,每次调查的平均物品数量在138到340之间,沿德国波罗的海海岸在7到404之间,中值47.所有数据都显示出非常高的时空变异性。使用我们评估海滩垃圾来源的矩阵评分技术。拥有50%的旅游和娱乐是最重要的来源。 3D-Transport模拟有助于解释运送作为源头的次要作用,与北海相比,德国波罗的海海滩上的少量物品。漂浮垃圾在西部波罗的海和海上漂移占主导地位的持续时间短。此外,常见的常规海滩清洁减少了局部垃圾堆积和易位的可能性。我们建议在德国14个波罗的海海滩和立陶宛的2个监测系统,并提供成本计算。对鸬鹚嵌套材料的宏凋落物分析及寻找海滩死亡动物并未显示出任何结果。我们可以得出结论,宏垃圾海滩监测方法不太适合波罗的海滩,并且应该作为与他人结合的互补方法。 ]]>

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