铜根修剪和容器空腔大小对长叶松生长的影响

J. Haywood, S. S. Sung, M. S. Sayer
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引用次数: 20

摘要

然而,容器的类型和尺寸会影响现场性能。在这项研究中,长叶松幼苗生长在Beaver Plastics styroblock中,要么没有铜处理(Superblock),要么有氯化氧化铜涂层(Copperblock),并有三种大小的空腔,分别为60、108和164毫升。幼苗来自六种容器类型(两种类型的styroblock,三种空腔大小),以2 × 3随机完全块析因设计种植在路易斯安那州中部。从铜块或大洞(164 ml)外植的幼苗出苗最快,但99.3%的幼苗在5个生长季节后出苗。从Copperblocks外植的5年树明显高于Superblocks (2.0 m高,114 VI vs 1.7 m高,87 VI),并且具有更高的体积指数(VI [地线直径]2 [总高度])。从小洞(60 ml)外植的树比从其他两个洞(平均2.0 m高,114 VI)外植的树更矮,具有更小的VI (1.5 m高,73 VI)。
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Copper Root Pruning and Container Cavity Size Influence Longleaf Pine Growth through Five Growing Seasons
However, type and size of container can influence field performance. In this study, longleaf pine seedlings were grown in Beaver Plastics Styroblocks either without a copper treatment (Superblock) or with a copper oxychloride coating (Copperblock) and with three sizes of cavities that were 60, 108, and 164 ml. Seedlings from the six container types (two types of Styroblocks with three cavity sizes) were planted in central Louisiana in a 2 by 3 randomized complete block factorial design. Emergence from the grass stage was quickest for seedlings outplanted from either Copperblocks or large cavities (164 ml), but 99.3% of all seedlings had emerged after five growing seasons. Five-year-old trees outplanted from Copperblocks were significantly taller and had greater volume index (VI  [groundline diameter]2  [total height]) than trees outplanted from Superblocks (2.0 m tall and 114 VI versus 1.7 m tall and 87 VI). Trees outplanted from small cavities (60 ml) were shorter and had a smaller VI (1.5 m tall and 73 VI) than trees outplanted from the other two cavity sizes (average of 2.0 m tall and 114 VI).
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