Arbor group planting method capable of improving survival rate of transplantation

A survival rate and arbor technology, which is applied in the field of arbor planting to improve the survival rate of transplantation, can solve the problems of difficult to guarantee the economic value and the waste of pre-cultivation work of the arbor in cluster planting, so as to improve the survival rate of transplantation, ensure the survival rate of cultivation, The effect of reducing the trigger

Inactive Publication Date: 2019-01-04
FUJIAN SPRING ECOLOGICAL TECH CO LTD
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Problems solved by technology

[0004] If the survival rate of transplanted arbors is not improved, then the economic value of ar

Method used

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  • Arbor group planting method capable of improving survival rate of transplantation

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Example Embodiment

[0029] Example one:

[0030] Cong planting seedlings: Lagerstroemia sylvestris, number: 75, one clump for every 5, clump planting time: mid-April 2016, the trees are native to the mountain, and the clump planting location: Spring Garden R&D Center Seedling Cultivation Base. The specific cluster cultivation steps are as follows:

[0031] (1) Seedling selection: select seedlings that are free from pests and diseases, with crowns and height;

[0032] (2) Excavation of seedlings: After thinning the leaves of the seedlings, start from the periphery and slowly dig towards the trunk. Pay attention when digging. When encountering large roots, try to keep them as long as possible. The large roots can be left outside the soil ball for 20-30 cm, and then spray the mulch solution on the wound surface of the soil bulb roots. Spray 30-35g of mulch solution for each plant. The mulch solution is made up of the following materials in the following proportions by weight, Power No. 1 3 parts; 3 parts...

Example Embodiment

[0044] Embodiment two:

[0045] Cong planting seedlings: Cinnamomum camphora, number: 105, one cluster for every 5 trees, cluster planting time: early May 2016, the trees are native to the mountains, the cluster planting cultivation location: the spring garden research and development center seedling cultivation base. The specific cluster cultivation steps are as follows:

[0046] (1) Seedling selection: select seedlings that are free from pests and diseases, with crowns and height;

[0047] (2) Excavation of seedlings: After thinning the leaves of the seedlings, start from the periphery and slowly dig towards the trunk. Pay attention when digging. When encountering large roots, try to keep them as long as possible. The large roots can be left outside the soil ball for 20-30 cm, and then spray the mulch solution on the wound surface of the soil bulb roots. Spray 30-35g of mulch solution for each plant. The mulch solution is made up of the following materials in the following proport...

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Abstract

The invention discloses an arbor group planting method capable of improving the survival rate of transplantation. The method comprises the following specific planting steps: (1) selecting seedlings, (2) digging the seedlings, (3) preparing soil balls and (4) performing group planting of the seedlings, wherein the process of group planting of the seedlings includes (4.1) group planting container selection, (4.2) root control and rapid shape adjustment of seedling raising containers, (4.3) soil laying at the bottom, (4.4) seedling planting and (4.5) planting soil addition. Through the method, the breeding survival rate of group-planted arbor trees can be ensured effectively, and meanwhile the transplant survival rate of the group-planted arbor trees can be improved effectively.

Description

technical field [0001] 本发明属于园林景观树丛植栽培技术领域,具体是指一种提高移植存活率的乔木丛植方法。 Background technique [0002] 乔木丛植是指一株以上至十余株的乔木,组合成一个整体结构,丛植可以形成极为自然的植物景观。丛植与孤植的区别在于丛植主要让人欣赏组合美,整体美。自然生长的丛生苗木可塑性较低,而且价格昂贵,数量少且不易移植,移植培育费用较高。因此人们开始采用人工进行乔木丛植培育以提高乔木种植的层次感、整体性,从而提高其观赏价值。 [0003] 乔木丛植的存活率一直是个较大的难题,为了提高乔木丛植的存活率,本公司对其丛植培育技术进行了大量的研究,研发出了一款可有效大幅提升乔木丛植存活率的丛植培育方法。本公司针对该技术“一种乔木丛植培育方法”进行了发明专利申请,并获得了授权,专利号CN201410152371.1。随着乔木丛植存活率的提高,其经济价值开始体现。丛植乔木的销量一路攀升,但是随之而来的问题也出现了。培育存活后的丛植乔木在移植到相应的工地上以后,开始出现苗木死亡的问题,特别是丛植于于中心处的苗木,死亡率是最高的。在排除了一系列的移植过程和养护技术之后发现,导致丛植乔木死亡的原因是在于:丛植的乔木根系主要是向下生长的大根,而侧边的须根过少,特别是丛植于于中心处的苗木,更是如此。移植到工地种植后,苗木根系透气性一下变差,越往下透气性就逐步更差。因此,苗木便开始出现死亡的问题,特别是丛植于中心处的苗木,其外围根系更少,根系部位的透气性更差,死亡率自然就最高了。 [0004] 如果不把丛植乔木的移植存活率提升上去,那么乔木丛植的经济价值一样很难得到保障,而且丛植乔木的前期培育工作也会白白的浪费掉。因此,研发一款能够有效确保丛植乔木的培育存活率,同时能够有效提升丛植乔木的移植存活率的乔木丛植方法是本发明的研究目的。 Contents of the invention [0005] 本发明的目的在于提供一种提高移植存活率的乔木丛植方法,通过该乔木丛植方法进行乔木丛植培育,既能够有效确保丛植乔木的培育存活率,同时能够有效提升丛植乔木的移植存活率。 [0006] 本发明的具体技术方案如下: [0007] 一种提高移植存活率的乔木丛植方法,按以下具体种植步骤进行 ...

Claims

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Application Information

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IPC IPC(8): A01G17/00A01G23/04
CPCA01G17/005A01G23/04
Inventor 黄杰黄建明郑海木林思慧吕众钦
Owner FUJIAN SPRING ECOLOGICAL TECH CO LTD
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