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不同基质配方对木荷容器苗生长的影响

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按不同体积比例配制了 11种基质配方,研究不同配方基质的理化性质及其对木荷容器苗生长的影响,综合评价不同基质配方对木荷容器苗的育苗效果,并筛选出适宜木荷容器苗的最佳基质配方。结果表明:11种基质配方的容重均低于0。50 g·cm-3,均为轻基质,配方5、6、7、8和9总孔隙度超过了 60%,配方10总孔隙度不足40%。配方4有最大的有机质含量,各基质配方的营养元素含量也不相同,配方4、6和8分别有最高的总氮含量、全磷含量和全钾含量。随着培育的进行,不同基质配方木荷苗高、地径及高径比的分化程度逐渐增强,显示了基质配方逐渐增加对其容器苗生长的影响。综合评价结果显示,配方9(树皮∶谷壳∶珍珠岩=5∶2。5∶2。5)是最适宜木荷容器苗生长的基质配方。使用树皮和谷壳等替代泥炭,有良好的育苗效果,且成本更低,为林业生产提供经济可持续的育苗方案。
The Influence of Different Substrate Recipes on the Growth of Schima superba Container Seedlings
Eleven substrate recipes were prepared according to different volume ratios to study their physical and chemical properties of different substrate recipes and their effects on the growth of Schima superba container seed-lings.The effects of different substrate recipes on the cultivation of Schima superba container seedlings were com-prehensively evaluated,and the best substrate recipes suitable for Schima superba container seedlings were selected.The results indicated that the bulk density of eleven kinds of substrate recipes was less than 0.50 g·cm-3 and all of them were light substrates.The total porosity of recipe 5,6,7,8 and 9 exceeded 60%,and the total porosity of recipe 10 was less than 40%.Recipe 4 had the highest organic matter content,and the nutrient content of each sub-strate recipes was also different.Recipe 4,6 and 8 had the highest total nitrogen content,total phosphorus content and total potassium content,respectively.With the progress of cultivation,the differentiation degree of height,ground diameter and height-diameter ratio of Schima superba seedlings with different substrate recipes gradually in-creased,showing the effect of increasing substrate recipes on the growth of container seedlings.The results of com-prehensive evaluation showed that recipe 9(bark∶husk∶perlite=5∶2.5∶2.5)was the most suitable substrate rec-ipe for the growth of Schima superba container seedlings.The use of bark and husk instead of peat has a good seed-ling effect and lower cost,providing an economical and sustainable seedling scheme for forestry production.

substraterecipephysical and chemical propertiesSchima superba

黄石德、林捷、黄丽、汤行昊

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福建省林业科学研究院,福建省森林培育与林产品加工利用重点实验室,福建福州 350012

基质 配方 理化性质 木荷

福建省属公益类项目

2020R1009007

2024

防护林科技
黑龙江省森林与环境科学研究院 国家林业局三北防护林建设局 黑龙江省三北林业建设指导站

防护林科技

影响因子:0.264
ISSN:1005-5215
年,卷(期):2024.(5)