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Bird mortality due to the Deepwater Horizon oil spill: Reply to Sackmann & Becker (2015)

机译:Deepwater Horizo​​n溢油事故致鸟死亡:回复Sackmann&Becker(2015)

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Sackmann & Becker (2015; Mar Ecol Prog Ser 534: 273-277, this volume) question assumptions we used to estimate bird mortalities from the 2010 Deepwater Horizon blowout in the northern Gulf of Mexico, recommending spill-and Gulf of Mexico-specific data, especially for estimating the probability of shoreline deposition of seabird carcasses killed at sea. The carcass drift and sinking study they recommend provides limited insight regarding shoreline deposition probability, because it fails to account for advection of tagged carcasses out to sea, the effects of tethering carcasses to buoyant floats, the time to abdominal cavity penetration by scavengers, or the very different conditions when the study was conducted in summer 2011 in comparison with the wind and current regime immediately following the blowout in spring 2010. Recognizing such limitations in studies of seabird carcass drift and sinking at sea, we think that the modeling approach we used, which provides parameter estimates primarily as uncertainty distributions rather than focusing on point estimates from single studies, more faithfully represents the state of knowledge supporting such estimates.
机译:Sackmann&Becker(2015; Mar Ecol Prog Ser 534:273-277,this volume)提出了一些假设假设,我们根据墨西哥北部北部2010年Deepwater Horizo​​n井喷事件来估计禽类死亡,推荐了泄漏数据和墨西哥湾特定数据,尤其是用于估计在海上被杀死的海鸟尸体在海岸线上沉积的可能性。他们建议进行的drift体漂移和下沉研究对于海岸线沉积的可能性提供了有限的见识,因为它不能解决带标签的car体向海对流,将ether体拴系到浮标上的影响,清除剂渗透到腹腔的时间或相较于2010年春季爆发后的风速和当前状态,2011年夏季进行研究时的条件有很大不同。认识到研究海鸟尸体在海上漂移和下沉的局限性,我们认为我们使用的建模方法它主要将参数估计值作为不确定性分布提供,而不是将重点放在单个研究的点估计上,更忠实地表示支持这种估计的知识状态。

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