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首页> 外文期刊>Silva Fennica >Mycorrhization, Establishment and Growth of Outplanted Picea abies Seedlings Produced under Different Cultivation Systems
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Mycorrhization, Establishment and Growth of Outplanted Picea abies Seedlings Produced under Different Cultivation Systems

机译:不同栽培方式下嫁接青海云杉幼苗的菌根,建立和生长

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摘要

In forest nurseries seedlings are commonly produced using different cultivation systems which may have a profound effect on the extent of root colonisation by ectomycorrhizal (ECM) fungi and, consequently, on subsequent performance of the outplanted seedlings under field conditions. In this study, we compare effects of bare-root and containerised cultivation systems on mycorrhization, establishment and growth of nursery-produced Picea abies. One hectare experimental plantation was established on poor fertility sandy site. In total, 1250 seedlings of each treatment were planted in rows as ten individual replicates. The results of this study showed that production of P abies seedlings using containerised system can yield abundant ECM colonisation of seedling roots and significantly improve seedling survival in the field. Some reduction in height increment may occur during the first years as a possible cost for support of ECMs. Study demonstrated that selection of proper cultivation system might result in similar or higher mycorrhization and survival rates of outplanted seedlings than achieved by expensive and laborious artificial mycorrhization.
机译:在森林苗圃中,通常使用不同的栽培系统来生产幼苗,这可能对根外生菌根(ECM)真菌对根的定殖程度具有深远影响,因此,对田间条件下移栽后的幼苗的后续性能也具有深远的影响。在这项研究中,我们比较了裸根和容器化栽培系统对苗圃生产的云杉冷杉菌根菌根,建立和生长的影响。在贫瘠的沙质土地上建立了一个公顷的实验种植园。总共将每种处理的1250株幼苗成行种植,每组十个重复。研究结果表明,采用容器化系统生产大白菜幼苗可以产生大量的根苗定植,显着提高田间幼苗的成活率。在头几年,可能会增加一些高度,这可能是支持ECM的可能成本。研究表明,与昂贵且费力的人工菌根培养相比,选择合适的栽培系统可能会导致相似的或更高的外植幼苗菌根和成活率。

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