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On the Front Line: frontal zones as priority at-sea conservation areas for mobile marine vertebrates

机译:在前线:额区优先海上移动海洋保护区脊椎动物

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摘要

Identifying priority areas for marine vertebrate conservation is complex because species of conservation concern are highly mobile, inhabit dynamic habitats and are difficult to monitor. Many marine vertebrates are known to associate with oceanographic fronts - physical interfaces at the transition between water masses - for foraging and migration, making them important candidate sites for conservation. Here, we review associations between marine vertebrates and fronts and how they vary with scale, regional oceanography and foraging ecology. Accessibility, spatiotemporal predictability and relative productivity of front-associated foraging habitats are key aspects of their ecological importance. Predictable mesoscale (10s-100skm) regions of persistent frontal activity (frontal zones') are particularly significant. Frontal zones are hotspots of overlap between critical habitat and spatially explicit anthropogenic threats, such as the concentration of fisheries activity. As such, they represent tractable conservation units, in which to target measures for threat mitigation. Front mapping via Earth observation (EO) remote sensing facilitates identification and monitoring of these hotspots of vulnerability. Seasonal or climatological products can locate biophysical hotspots, while near-real-time front mapping augments the suite of tools supporting spatially dynamic ocean management.Synthesis and applications. Frontal zones are ecologically important for mobile marine vertebrates. We surmise that relative accessibility, predictability and productivity are key biophysical characteristics of ecologically significant frontal zones in contrasting oceanographic regions. Persistent frontal zones are potential priority conservation areas for multiple marine vertebrate taxa and are easily identifiable through front mapping via EO remote sensing. These insights are useful for marine spatial planning and marine biodiversity conservation, both within Exclusive Economic Zones and in the open oceans.
机译:确定优先领域海洋脊椎动物保护是复杂的,因为物种的保护担忧流动性很高,居住动态的栖息地和难以监控。许多海洋脊椎动物联系起来与海洋方面——物理接口水质量之间的过渡觅食和迁移,使其重要候选人网站保护。海洋脊椎动物之间的关联方面,以及他们如何随规模、区域海洋生态和觅食。时空的可预测性和相对的生产力front-associated觅食栖息地生态的关键方面的重要性。地区持续的活动(额额区”)尤其重要。之间的重叠区域热点至关重要生境与空间明确的人为威胁,如渔业的浓度活动。保护单位,目标措施为缓解气候变化的威胁。观察(EO)遥感便利识别和监控这些热点的弱点。产品定位生物物理的热点地区,近实时映射增强套件海洋的工具支持空间动态管理。区域生态环境重要的移动海洋脊椎动物。可访问性、可预测性和生产力是关键的生物物理特性生态重要额区对比鲜明的海洋区域。额叶区域潜在的优先保护多个海洋脊椎动物类群和领域很容易地识别通过映射通过EO前面遥感。海洋空间规划和海洋生物多样性在专属经济保护区和开放的海洋。

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