首页> 外文期刊>Scandinavian Journal of Forest Research >Potential use of papier m ch plugs for eucalypt seedling production in South Africa. (Special Issue: Innovation and new horizons in tree nursery stock production and forest restoration - from research to business.)
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Potential use of papier m ch plugs for eucalypt seedling production in South Africa. (Special Issue: Innovation and new horizons in tree nursery stock production and forest restoration - from research to business.)

机译:南非使用纸制米浆塞生产桉树幼苗的潜力。 (特刊:从研究到商业的苗木生产和森林恢复的创新和新视野。)

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摘要

Rooting plugs were made by (1) mixing, pressurizing and gluing papier m ch (plugs), (2) cutting a sponge block, and (3) filling Hessian bags with standard growing medium. These treatments were also compared with three types of container used in commercial nurseries, giving three additional treatments: (4) Unigrow, (5) Sappi 49, and (6) Poly 98 deep. Eucalyptus dunnii and Eucalyptus grandis plants were raised from seed over 70 days. In each species and each treatment 60 plants were outplanted to determine survival and growth of the trees after 9 weeks. The nursery results showed that plugs yielded the tallest plants for E. grandis, and Sappi 49 resulted in the tallest E. dunnii. The sponge blocks produced significantly smaller trees in both species. After outplanting, the survival of trees was high for each treatment. There is a need to test performance attributes of the various types of planting stock under stressful site conditions to determine long-term benefits, if any, of producing planting stock in papier m ch plugs. If these studies are concluded successfully, papier m ch plugs could replace peat in commercial forest nurseries, preventing environmental degradation of peat-mined wetlands.
机译:生根塞是通过(1)混合,加压和粘合纸浆(塞),(2)切一块海绵块以及(3)用标准生长培养基填充黑森州的袋子制成的。还将这些处理方法与商业苗圃中使用的三种类型的容器进行了比较,给出了三种其他处理方法:(4)Unigrow,(5)Sappi 49和(6)Poly 98深层处理。从种子中培育出 dunnii Eucalyptus grandis 植物。在每种物种和每种处理中,外植60株植物,以确定9周后树木的存活和生长。苗圃的结果表明,插穗产生了 E最高的植物。 Grandis 和Sappi 49产生了最高的 E。邓尼。海绵块在这两个物种中都产生了明显较小的树木。移栽后,每次处理树木的存活率都很高。需要测试在有压力的现场条件下各种类型的种植种群的性能属性,以确定如果使用纸浆插塞生产种植种群的长期利益(如果有的话)。如果这些研究成功完成,则纸浆堵塞物可以代替商品林苗圃中的泥炭,从而防止泥炭开采湿地的环境恶化。

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