气候变化条件下俄罗斯北极地区的集约化自然管理:长期的自然和社会过程

V. Masloboev, D. Makarov, E. Borovichev, E. Klyuchnikova, L. Isaeva, L. Riabova, D. Denisov, A. Svetlov, E. Krasavtseva, V. Maksimova, S. Mazukhina, T. Sukhareva, V. Ershov, N. Koroleva, L. Ivanova, A. Losev
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引用次数: 0

摘要

该工作总结了在三个方向(区块)进行的调查结果。块1。研究了集约化自然管理地区的陆地生态系统。气候变化和人为影响导致植被覆盖受到干扰或完全破坏的景观的转变。在气候变暖的背景下,揭示了淡水生态系统结构和功能组织在多方面人为负荷下的基本变化。我们获得了关于水生生态系统生物多样性长期动态的独特数据。块2。研究了富集尾矿的特性,评价了粉尘季节长短和湿度变化对总粉尘排放的影响;研究了尾矿与土壤水分的相互作用。指出了尾矿颗粒进入土壤的潜在生态危害。估算了不同气候变化情景下废弃物贮存期有色金属的损失量。块3。人们对气候变化及其社会后果的看法已被研究过。气候变化问题显然与生态问题有关。研究了气候变化背景下COVID-19大流行对北极的影响。这次大流行病突出了资源开发的轮转方法的不可持续性,轮转营地成为流行病学危害的焦点。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Areas of Intensive Nature Management in the Russian Arctic under Climate Change Conditions: Natural and Social Processes in the Long Term
The work summarizes the results of investigations carried out in three directions (blocks). Block 1. Terrestrial ecosystems in areas of intensive nature management are investigated. Climatic changes and anthropogenic impact result in transformation of landscapes with disturbed or completely destroyed vegetation cover. In freshwater ecosystems cardinal changes in the structural and functional organization from the multifac- torial anthropogenic load against the background of a warming climate were revealed. We obtained unique data on the long-term dynamics of biodiversity in aquatic ecosystems. Block 2. Enrichment tailings properties were studied, the influence of the dusting season duration and humidity changes on the gross dust emission was assessed; interaction of tailings with soil waters was studied. The potential ecological danger of tailings mineral particles getting into the soil was shown. The losses of non-ferrous metals during the period of waste storage under different climate change scenarios were estimated. Block 3. People’s perceptions of climate change and its social consequences have been studied. The problem of climate change clearly correlates with ecological problems. The impact of the COVID-19 pandemic on the Arctic in the context of climate change was studied. The pandemic highlighted the unsustainability of the rotational method of resource development, with rotational camps becoming focal points of epidemiological hazards.
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