地球系统模型如何为阿拉斯加北极地区海洋食品安全的关键方面提供信息

Georgina A. Gibson, H. Eicken, Henry P. Huntington, Clara J. Deal, Olivia Lee, Katherine M. Smith, Nicole Jeffery, Josephine-Mary Sam
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摘要

北极地区是多个土著民族群体的家园,每个群体都有自己独特的与环境互动的方式和生活方式。北极地区土著居民的粮食主权与粮食安全紧密相连。自给性收获活动为阿拉斯加原住民家庭和社区提供了营养丰富、具有重要文化意义的食物。气候变化正在导致环境条件发生快速且更加不可预测的变化,影响到粮食安全的三个关键方面,即可用性、稳定性和可获得性。虽然社区监测食物网和环境的丰度和健康状况是自给性收获实践的一部分,但预测这些系统中的重大转变和变化却具有挑战性。我们探索了地球系统模型输出在帮助预测或预测与阿拉斯加土著居民粮食安全需求相关的物理或生态系统变化方面的潜力。通过提供海洋资源可获取性和可用性测量的模型产品实例,我们表明,现代模型(如本文介绍的能源超大规模地球系统模型)可以提供与粮食安全相关的大量变量的估计值。我们研究了地球系统模式的输出如何有助于探索与北极粮食安全有关的问题,如可获得性和可利用性,并强调了目前模式的不足之处,这些不足之处如果得到解决,将使地球系统模式更接近于成为一种有用的工具,用于了解环境因素对可收获粮食资源的可获得性和可利用性造成的变化。我们从模型中得出的粮食安全指标示例说明了如何将地球系统模型输出与相关的非模型信息源相结合;这些模型产品仅作为一个起点和工具,用于吸引社区成员参与,并以一种易于理解的方式,向权利持有人和关注粮食安全的利益相关者介绍模型的潜在效用或当前缺乏的效用。我们希望,有了范例产品,更多的模型开发工作将更有可能取得成功,与利益相关者就可行和理想的产品进行反复讨论。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
How Earth System Models Can Inform Key Dimensions of Marine Food Security in the Alaskan Arctic
The Arctic is home to several groups of Indigenous Peoples, each with distinct ways of interacting with their environment and ways of life. Arctic, Indigenous Peoples’ food sovereignty is tightly linked with food security. Subsistence harvesting activities provide nutritious and culturally vital foods for Alaska Native households and communities. Climate change is causing rapid and more unpredictable shifts in environmental conditions that impact three of the key aspects of food security, availability, stability, and accessibility. While communities monitor the abundance and health of food webs and environments as part of subsistence harvest practices, anticipating major transformations and changes in these systems is challenging. We explored the potential of Earth System Model output in helping anticipate or project physical or ecosystem changes relevant to Alaska Indigenous peoples’ food security needs. Through examples of model products, that provide measures of accessibility and availability of marine resources, we show that modern models, such as the Energy Exascale Earth System Model presented here, can provide estimates of a broad suite of variables relevant to food security. We investigate how Earth System Model output could contribute to exploring questions related to aspects of Arctic food security such as accessibility and availability and highlight present model shortcomings that, if addressed, would move Earth System Models closer to being a useful tool for understanding environmentally driven changes to the availability and accessibility of harvestable food resources. Our example model-derived food security indicators illustrate how Earth System Model output could be combined with relevant, non-model, information sources; These model products are meant only as a starting point and a tool for engaging community members and to present, in an accessible way, the model’s potential utility, or current lack thereof, to rights holders and stakeholders concerned about food security. We are hopeful that with example products in hand, additional model development efforts will have a higher likelihood of success in achieving an iterative discussion with stakeholders regarding feasible and desired products.
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