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Establishing company level fishing revenue and profit losses from fisheries: A bottom-up approach

机译:建立公司水平渔业收入和渔业的利润损失:自下而上的方法

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摘要

A third of global fish stocks are overexploited and many are economically underperforming, resulting in potential unrealized net economic benefits of USD 51 to 83 billion annually. However, this aggregate view, while useful for global policy discussion, may obscure the view for those actors who engage at a regional level. Therefore, we develop a method to associate large companies with their fishing operations and evaluate the biological sustainability of these operations. We link current fish biomass levels and landings to the revenue streams of the companies under study to compute potentially unrealized fisheries revenues and profits at the level of individual firms. We illustrate our method using two case studies: anchoveta (Engraulis ringens; Engraulidae) in Peru and menhaden in the USA (Brevoortia patronus and B. tyrannus; Clupeidae). We demonstrate that both these fisheries could potentially increase their revenues compared to the current levels of exploitation. We estimate the net but unrealized fishery benefits for the companies under question. This information could be useful to investors and business owners who might want to be aware of the actual fisheries performance options of the companies they invest in.
机译:全球鱼类的第三个被过度开发,许多在经济上表现不佳,导致美元51〜83十亿每年潜在的未实现净经济利益。然而,这种聚合视图,而对于全球政策讨论是有用的,可以掩盖那些谁在区域一级从事演员的看法。因此,我们开发大公司拥有自己的捕鱼作业相关联的方法和评估这些操作的生物可持续性。我们正在研究计算潜在的未实现渔业收入和利润在个别公司的水平链路电流鱼类生物量水平和降落到公司的收入来源。我们说明了使用两个案例我们的方法:凤尾鱼(鳀ringens;鳀)在秘鲁和美国(Brevoortia守护神和B.泰兰努斯;鲱)鲱。我们证明,这两种渔业可能会增加他们的收入相比,开发的现有水平。我们估计受到质疑公司的净却没有实现渔业效益。这些信息可能是谁可能想知道他们投资的公司的实际渔业性能选项的投资者和企业主非常有用。

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