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The influence of resilience-based management on coral reef monitoring: A systematic review

机译:基于复原力的管理对珊瑚礁监测的影响:系统综述

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摘要

With rapid changes taking place on coral reefs, managers and scientists are faced with prioritising interventions that might avoid undesirable losses in ecosystem health. The property of resilience captures how reefs react and respond to stressors and environmental changes. Therefore, in principle, management goals are more likely to be realised if resilience theory is used to inform decision making and help set realistic expectations for reef outcomes. Indeed, a new approach to reef management has been termed ‘resilience-based management’ (RBM). Yet, resilience concepts have often been criticised for being vague, difficult to operationalise, and beset by multiple definitions. Here, we evaluate how the advent of RBM has changed one aspect of reef management: assessment and monitoring. We compare the metrics used in conventional monitoring programs with those developed through resilience assessments and find that the latter have a stronger focus on ecological processes and exposure to environmental drivers. In contrast, monitoring tends to focus on metrics of reef state and has greater taxonomic resolution, which provides comprehensive information on the nature of changes but does not predict the future responses of reefs in part because it is difficult to extrapolate statistical trends of complex ecological systems. In addition, metrics measured by resilience studies are more diverse, owing in part to the reliance of state metrics as proxies of processes given the difficulty in quantifying key ecological processes directly. We conclude by describing practical ways of improving resilience assessments, and avenues for future research.
机译:随着珊瑚礁的迅速变化,管理人员和科学家面临着优先处理可能避免生态系统健康遭受不利损失的干预措施。复原力的性质可以捕获珊瑚礁如何对压力源和环境变化做出反应和做出反应。因此,原则上,如果使用复原力理论来指导决策并帮助设定对礁石结果的现实期望,则管理目标更有可能实现。实际上,一种新的礁石管理方法被称为“基于复原力的管理”(RBM)。然而,弹性概念经常因其含糊,难以操作以及被多种定义所困扰而受到批评。在这里,我们评估RBM的出现如何改变了珊瑚礁管理的一个方面:评估和监测。我们将常规监控程序中使用的指标与通过抵御能力评估开发的指标进行了比较,发现后者更注重生态过程和环境驱动因素。相反,监测往往侧重于礁石状态的度量标准,并且具有更高的分类学分辨率,这提供了有关变化性质的全面信息,但不能预测礁石的未来反应,部分原因是难以推断复杂生态系统的统计趋势。此外,通过复原力研究测量的指标更加多样化,部分原因是由于难以直接量化关键的生态过程,因此依赖状态指标作为过程的代理。最后,我们通过描述提高弹性评估的实用方法以及未来研究的途径来进行总结。

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