Thawing of permafrost 'can potentially lead to deformation and collapse of structures', with residential and industrial buildings at risk, but also railway lines, which are used for industrial purposes as well as passengers.
无论是居民楼还是工业建筑,永久冻土解冻“可能会导致建筑结构的变形和倒塌”,货运和客运铁路线也无法幸免于难。
'On average, the fastest changes are projected for Salekhard and Anadyr.
“从大体上预计,萨列哈尔德和阿纳德尔的变化最快。”
'There the bearing capacity has potential to decrease to critical levels by (the) mid 2020s.
“21世纪20年代中期,萨列哈尔德和阿纳德尔的土体承受能力可能会下降到危险水平。”
'In Yakutsk and Norilsk the critical climate-induced decrease in bearing capacity is expected around (the) 2040s.'
“雅库茨克和诺里尔斯克由气候变化导致的土地承受能力严重下降预计将出现在21世纪40年代左右。”
The study by experts from The George Washington University and specialists from the Siberian Branch of the Russian Academy of Sciences highlighted these four cities but the threat applies across the vast permafrost territory.
由乔治华盛顿大学专家和俄罗斯科学研究院西伯利亚分院专业人员负责的研究重点指出这四个城市,但威胁已蔓延到了俄境内的大片永久冻土。
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