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首页> 外文期刊>Frontiers in Marine Science >A Dark Hole in Our Understanding of Marine Ecosystems and Their Services: Perspectives from the Mesopelagic Community
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A Dark Hole in Our Understanding of Marine Ecosystems and Their Services: Perspectives from the Mesopelagic Community

机译:在我们对海洋生态系统及其服务的理解中的一个黑洞:来自叶尾社区的观点

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摘要

In the face of increasing anthropogenic pressures acting on the Earth system, urgent actions are needed to guarantee efficient resource management and sustainable development for our growing human population. Our oceans - the largest underexplored component of the Earth system - are potentially home for a large number of new resources, which can directly impact upon food security and the wellbeing of humanity. However, the extraction of these resources has repercussions for biodiversity and the oceans ability to sequester green house gases and thereby climate. In the search for “new resources” to unlock the economic potential of the global oceans, recent observations have identified a large unexploited biomass of mesopelagic fish living in the deep ocean. This biomass has recently been estimated to be 10 billion metric tonnes, 10 times larger than previous estimates however the real biomass is still in question. If we are able to exploit this community at sustainable levels without impacting upon biodiversity and compromising the oceans’ ability to sequester carbon, we can produce more food and potentially many new nutraceutical products. However, to meet the needs of present generations without compromising the needs of future generations, we need to guarantee a sustainable exploitation of these resources. To do so requires a holistic assessment of the community and an understanding of the mechanisms controlling this biomass, its role in the preservation of biodiversity and its influence on climate as well as management tools able to weigh the costs and benefits of exploitation of this community.
机译:面对增加在地球系统上作用的人为压力,需要采取紧急行动,以保证我们不断增长的人口的有效资源管理和可持续发展。我们的海洋 - 地球系统最大的望远镜组成部分 - 可能是大量新资源的家园,这可以直接影响粮食安全和人类的福祉。然而,这些资源的提取对生物多样性和海洋能力螯合绿色房屋气体的能力,从而具有影响。在寻求解锁全球海洋的经济潜力的“新资源”中,最近的观察结果已经确定了居住在深海中的大型未开发的生物量。该生物质最近估计为10亿公吨,比以前的估计大10倍,但实际生物质仍然有问题。如果我们能够在可持续水平下利用这一社区而不会影响生物多样性并妥协海洋芦碳的能力,我们可以生产更多的食物和潜在许多新的营养产品。然而,为了满足现代的需求而不影响后代的需求,我们需要保证对这些资源的可持续开发。为此需要对社区的整体评估以及对控制这种生物质的机制的理解,其在保护生物多样性的作用及其对气候的影响以及能够权衡这一社区利用的成本和益处的管理工具。

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