根际
土壤碳
边疆
环境科学
成交(房地产)
农林复合经营
生态学
土壤科学
土壤水分
生物
地理
业务
财务
遗传学
考古
细菌
作者
Sophie Obersteiner,Tamir Klein
摘要
Increased belowground C allocation of trees, especially enhanced rhizodeposition, might lead to long-term C sequestration in forest soil. Microbes are crucial players in this complex process of forming stable soil organic carbon (SOC). Hence, research must be accelerated to understand the complex rhizosphere processes and their effect on stable SOC formation.
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