cluding forests, have shown short-t

cluding forests, have shown short-term losses of soil carbon as
CO 2 and acceleration of nitrogen cycling rates, leading to an in-
crease in the availability of nitrogen to the vegetation (15–20). The
principles of ecosystem stoichiometry (21–23) suggest that, in
forest ecosystems, the redistribution of a relatively small amount
of this newly available nitrogen from the soil to the trees could
result in a substantial increase in carbon storage in woody tissues

結果 (中文) 1:

包括森林，表明短期损失的土壤碳一样CO 2 和氮循环率，导致在-加速度弄皱的氮与植被 (15 — — 20) 的可用性。的原则的生态化学计量学 (21-23) 表明在森林生态系统，重新分配的相对较小的金额这新的树从土壤速效氮能导致碳存储在木本植物组织中大幅增加

結果 (中文) 3:

包括森林，表明土壤碳的短期损失二氧化碳和氮循环速率的加速，导致一个在—皱褶在氮的可用性的植被（15 - 20）。这个生态系统化学计量学的原理（21 - 23）表明，在森林生态系统，再分配的一个相对小的量这种新的氮从土壤中的树木可以导致木本组织碳储存量大幅增加