アスパラガス連作障害におけるアレロパシー回避のための活性炭の利用(栽培管理・作型)

Translated title of the contribution: Activated Carbon Utilization to Reduce Allelopathy that Obstructs the Continuous Cropping of Asparagus (Asparagus officinalis L.)(Crop Production & Cropping Type)

元木 悟, 西原 英治, 北澤 裕明, 平舘 俊太郎, 藤井 義晴, 篠原 温

Research output: Contribution to journalArticle

Abstract

The growth-inhibitory activities of allelopathy in asparagus (Asparagus officinalis L.) was studied using the 'Plant Box Method' of bioassay. By this methods we confirmed that asparagus produced allelochemical substances. Then we developed a modified plant box method to examine the relationship between the growth-inhibitory activity and the adsorption of materials to allelochemical substances from asparagus. As a result, a type of activated carbon has the ability to absorb the allelochemical substances and prevent the growth inhibition of lettuce, an assay plant. Furthermore, in a field replanted with asparagus, treatment with activated carbon increased the fresh weights of rhizomes and storage roots, as well as the number of storage roots, the growth amount, and the growth index (GI'), when compared to those of asparagus grown on non-treated plots.
Original languageJapanese
Pages (from-to)437-442
Number of pages6
Journal園芸学研究
Volume5
Issue number4
Publication statusPublished - Dec 15 2006

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Asparagus officinalis
asparagus spears
continuous cropping
allelopathy
activated carbon
crop production
allelochemicals
boxes (containers)
rhizomes
lettuce
growth retardation
root growth
adsorption
bioassays
methodology
assays

Cite this

アスパラガス連作障害におけるアレロパシー回避のための活性炭の利用(栽培管理・作型). / 元木悟; 西原英治; 北澤裕明; 平舘俊太郎; 藤井義晴; 篠原温.

In: 園芸学研究, Vol. 5, No. 4, 15.12.2006, p. 437-442.

Research output: Contribution to journalArticle

元木悟, 西原英治, 北澤裕明, 平舘俊太郎, 藤井義晴 & 篠原温 2006, 'アスパラガス連作障害におけるアレロパシー回避のための活性炭の利用(栽培管理・作型)', 園芸学研究, vol. 5, no. 4, pp. 437-442.
元木悟 ; 西原英治 ; 北澤裕明 ; 平舘俊太郎 ; 藤井義晴 ; 篠原温. / アスパラガス連作障害におけるアレロパシー回避のための活性炭の利用(栽培管理・作型). In: 園芸学研究. 2006 ; Vol. 5, No. 4. pp. 437-442.
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abstract = "The growth-inhibitory activities of allelopathy in asparagus (Asparagus officinalis L.) was studied using the 'Plant Box Method' of bioassay. By this methods we confirmed that asparagus produced allelochemical substances. Then we developed a modified plant box method to examine the relationship between the growth-inhibitory activity and the adsorption of materials to allelochemical substances from asparagus. As a result, a type of activated carbon has the ability to absorb the allelochemical substances and prevent the growth inhibition of lettuce, an assay plant. Furthermore, in a field replanted with asparagus, treatment with activated carbon increased the fresh weights of rhizomes and storage roots, as well as the number of storage roots, the growth amount, and the growth index (GI'), when compared to those of asparagus grown on non-treated plots.",
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AU - 西原, 英治

AU - 北澤, 裕明

AU - 平舘, 俊太郎

AU - 藤井, 義晴

AU - 篠原, 温

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AB - The growth-inhibitory activities of allelopathy in asparagus (Asparagus officinalis L.) was studied using the 'Plant Box Method' of bioassay. By this methods we confirmed that asparagus produced allelochemical substances. Then we developed a modified plant box method to examine the relationship between the growth-inhibitory activity and the adsorption of materials to allelochemical substances from asparagus. As a result, a type of activated carbon has the ability to absorb the allelochemical substances and prevent the growth inhibition of lettuce, an assay plant. Furthermore, in a field replanted with asparagus, treatment with activated carbon increased the fresh weights of rhizomes and storage roots, as well as the number of storage roots, the growth amount, and the growth index (GI'), when compared to those of asparagus grown on non-treated plots.

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