The result showed that over 65% of fine roots were in the top 0～10 cm of soil layers.
结果表明:65%以上的细根集中在0～10cm的土壤层中。
参考来源 - 长白山白桦林细根的生产力及其周转At growing period,the average biomass of living fine-root was 2.882 t/hm2;the average biomass of dead fine-roots was 0.308 t/hm2.
在生长季内,活细根的平均生物量为2.882t/hm2,死细根的平均生物量为0.308t/hm2,细根的生长高峰出现在7月。
参考来源 - 长白山白桦林细根的生产力及其周转·2,447,543篇论文数据，部分数据来源于NoteExpress
这些变化对黄杉根系产生了影响。以前，黄杉的表面细根是初春开始生长的；而现在却在晚冬就开始生长。
These changes have affected the root systems of the yellow cedar trees: the fine surface roots now start growing in the late winter rather than in the early spring.
白桦林细根分解较快，在土壤养分归还方面能发挥重要作用。
The fine-roots of Betula platyphylla forest have quick decomposition rate, so it plays an important role in soil nutrient return.
不同林分死细根所占的比率不同；
The proportions of dead fine roots biomass were different in different stands;
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