Boreal Forest

Organization

International Boreal Forest Research Association (IBFRA)

ЦЭПЛ РАН | Центр по проблемам экологии и продуктивности лесов | 俄罗斯科学院森林生态学和生产力中心

Article

⭐Underestimation of boreal forest soil carbon stocks related to soil classification and drainage | 低估与土壤分类和排水相关的北方森林土壤碳储量

• Yasso07; Gleysols and wet Organic soils

⭐Boreal forest soil carbon: distribution, function and modelling | Forestry: An International Journal of Forest Research | Oxford Academic | 北方森林土壤碳：分布、功能和建模

• Soil carbon in the boreal region under climate and land use change - Vallotton - 2024 - Soil Use and Management - Wiley Online Library | 气候和土地利用变化下北方地区的土壤碳
• Carbon in Canada’s boreal forest — A synthesis | 加拿大北方森林中的碳

Boreal forests and soils - ScienceDirect

北方森林boreal forests；北方森林中的森林沼泽Forest bogs；泥炭藓sphagnum、泥炭地peatlands 森林火灾是北方森林中常见的干扰；落叶松针叶的高含水量不利于树冠火灾，云杉（北美）的低活枝习性导致树冠火灾 北方森林的火灾和昆虫干扰相互影响 Histosols 积水、低温、高酸度；有机质分解速度慢；10-60cm有机层；与地势、水文、细粒土壤相关；大火后泥炭藓在遗址上定居，导致沼泽化；沼泽化后长期无火灾有机物积累，导致与未沼泽化的森林相比，养分循环减少，树木生产降低 生长季的长度受到温度和降水模式的影响，影响NPP 气候改变->森林干扰增加（火灾、虫害）→针叶树种生产力下降，被先锋和适应火的物种取代

Paludification of boreal soils reduces wood decomposition rates and increases wood‐based carbon storage - Jacobs - 2015 - Ecosphere - Wiley Online Library

沼泽化Paludification 沼泽化导致森林生产力下降 北方森林，土壤有机层（泥炭藓）积累，导致土壤湿冷，降低树木生长速度，发展为森林泥炭地

Soil moisture as a key factor in carbon release from thawing permafrost in a boreal forest - ScienceDirect

土壤pH<6.8，假设其不含有碳酸盐，土壤总碳被认为是土壤有机碳

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