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Predicting Heat Stress to Inform Reef Management: NOAA Coral Reef Watch's 4-Month Coral Bleaching Outlook

机译:预测热应激以告知珊瑚礁管理:NOAA珊瑚礁观察网的4个月珊瑚漂白展望

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The U.S. National Oceanic and Atmospheric Administration’s (NOAA) Coral Reef Watch (CRW) operates a global Four-Month Coral Bleaching Outlook system for shallow-water coral reefs in collaboration with NOAA’s National Centers for Environmental Prediction (NCEP). The Outlooks are generated by applying the algorithm used in CRW’s operational satellite coral bleaching heat stress monitoring, with slight modifications, to the sea surface temperature (SST) predictions from NCEP’s operational Climate Forecast System Version 2 (CFSv2). Once a week, the probability of heat stress capable of causing mass coral bleaching is predicted for four months in advance. Each day, CFSv2 generates an ensemble of 16 forecasts, with nine runs out to 45 days, three runs out to three months, and four runs out to nine months. This results in 28-112 ensemble members produced each week. A composite for each predicted week is derived from daily predictions within each ensemble member. The probability of each of four heat stress ranges (Watch and higher, Warning and higher, Alert Level 1 and higher, and Alert Level 2) is determined from all the available ensemble members for the week to form the weekly probabilistic Outlook. The probabilistic Four-Month Outlook is the highest weekly probability predicted among all the weekly Outlooks during a four-month period for each of the stress ranges. An initial qualitative skill analysis of the Outlooks for 2011-2015, compared with CRW’s satellite-based coral bleaching heat stress products, indicated the Outlook has performed well with high hit rates and low miss rates for most coral reef areas. Regions identified with high false alarm rates will guide future improvements. This Outlook system, as the first and only freely available global coral bleaching prediction system, has been providing critical early warning to marine resource managers, scientists, and decision makers around the world to guide management, protection, and monitoring of coral reefs since 2012. This has been especially valuable during the third global coral bleaching event that started in mid-2014 and extended into mid-2017. The Outlook system is an integrated component of CRW’s global decision support system for coral bleaching. Recent management actions taken in light of this system are discussed.
机译:美国国家海洋与大气管理局(NOAA)珊瑚礁观察组织(CRW)与NOAA的国家环境预测中心(NCEP)合作,为浅水珊瑚礁运行了全球四个月的珊瑚漂白展望系统。通过将CRW的运营卫星珊瑚漂白热应力监测中使用的算法应用于NCEP的运行气候预测系统第2版(CFSv2)预测的海面温度(SST),可以对Outlook进行生成。每周一次,预计会提前四个月出现热应激导致珊瑚大量变色的可能性。每天,CFSv2都会生成16个预测的集合,其中9个预测用时45天,3个预测用时3个月,4个预测用时9个月。这导致每周产生28-112个合奏成员。每个预测周的组合是从每个合奏成员中的每日预测得出的。由一周中所有可用的整体成员确定四个热应力范围(“监视”和更高,“警告”和更高,“警报级别1”和更高,以及“警报级别2”)中每一个的概率,以形成每周概率展望。对于每个压力范围,概率四个月展望是在四个月期间所有每周展望中预测的最高每周概率。与CRW的卫星式珊瑚漂白热应力产品相比,对《 2011-2015年展望》的初步定性技能分析表明,《展望》在大多数珊瑚礁地区的命中率高而漏报率低,表现良好。误报率高的地区将指导未来的改进。自2012年以来,这个Outlook系统是全球第一个也是唯一免费提供的全球珊瑚白化预测系统,一直向世界各地的海洋资源管理者,科学家和决策者提供重要的预警,以指导珊瑚礁的管理,保护和监测。这在2014年中开始并延续到2017年中的第三次全球珊瑚白化事件中尤其有价值。 Outlook系统是CRW珊瑚漂白全球决策支持系统的集成组件。讨论了根据该系统最近采取的管理措施。

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