永久冻土
环境科学
土壤碳
冻土带
土壤水分
全球变暖
气候变化
灌木
植被(病理学)
土壤科学
含水量
生物量(生态学)
土壤有机质
碳循环
热岩溶
北极的
堆积密度
水文学(农业)
土层
碳汇
生态系统
碳纤维
土壤质地
泰加语
泥炭
固碳
作者
Emma Lathrop,Craig R. See,Xanthe J. Walker,Grant Falvo,Zev Axler,Christopher Ebert,Stephanie Kadej,Allison Kelley,Justin Ledman,Sophie Opfergelt,Heidi Rodenhizer,Edward A. G. Schuur
摘要
from deeper soil layers where carbon was sequestered ~2400 to ~4500 years ago. Our findings indicate that warmer soils in the winter will accelerate SOC losses, but that increasing density of shrub species through shrub expansion could help to mitigate SOC losses in deep soils. The significant loss of SOC from deep, mineral soils observed over just 13 years of ambient and experimental permafrost thaw highlights the vulnerability of this old C pool as it enters the active global carbon cycle.
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