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Geographic limitations and regional differences in ships' ballast water management to reduce marine invasions in the contiguous United States.

机译:船舶压载水管理中的地理限制和区域差异,以减少连续美国的海洋入侵。

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Marine species are in constant motion in the ballast water and on the hulls of the ships that ply the world's oceans; ships serve as a major vector for biological invasions. Despite federal and state regulations that require ballast water exchange (BWE), particular trade routes impose geographic and temporal constraints on compliance, limiting whether a ship can conduct BWE at the required distance (>=200 nautical miles) from shore to minimize transfers of coastal organisms. Ships moving across the Americas are largely unable to conduct open-ocean BWE, but instead often conduct exchanges inside coastal waters. Overall, strong differences exist in volumes, geographic sources, and the use of BWE for ballast water discharge among the three major coasts of the contiguous United States. Such patterns suggest important geographic differences in invasion opportunities and also argue for more effective alternative ballast water treatments that can be applied more evenly.Digital Object Identifier http://dx.doi.org/10.1525/bio.2011.61.11.7
机译:在压载水和铺在世界海洋上的船体上,海洋生物不断运动。船只是生物入侵的主要媒介。尽管联邦和州法规要求进行压载水交换(BWE),但特定的贸易路线对合规性施加了地理和时间限制,限制了船舶是否可以在距海岸所需的距离(> = 200海里)处进行BWE,以最大程度地减少沿海转移生物。横渡美洲的船只在很大程度上无法进行开放海洋的BWE,而是经常在沿海水域进行交换。总体而言,美国三个主要海岸之间的体积,地理来源以及使用BWE排放压载水存在很大差异。这种模式表明了入侵机会的重要地理差异,并且还提出了可以更均匀地应用的更有效的替代压载水处理方法。数字对象标识符http://dx.doi.org/10.1525/bio.2011.61.11.7

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