黑龙江农业科学
黑龍江農業科學
흑룡강농업과학
HEILONGJINAG AGRICULTURAL SCIENCE
2011年
8期
51-53
,共3页
黄瓜%无土栽培%基质
黃瓜%無土栽培%基質
황과%무토재배%기질
cucumber%soilless cultivation%base materials
为筛选出最适合黄瓜生长发育的基质配比和氮的浓度,以黄瓜(Cucumber)为试验材料,采用盆栽试验,用陶粒、珍珠岩、沙子作为基质材料,配置5种不同配比的混合基质(各3盆),研究其对黄瓜生长过程中的各项形态指标及生理指标(株高、开花情况、根系体积和叶绿素等)的影响。结果表明:在基质方面,陶粒∶珍珠岩沙子为2∶1∶1和3∶1∶1的混合基质物理性质对株高、叶片长度、根系体积、开花情况的影响都较适合于黄瓜生长。营养液方面,随着氮素的升高,黄瓜植株的株高、干重、叶绿素含量也在增加,有利于黄瓜有机物的积累。为以后黄瓜的无土栽培提供理论依据。
為篩選齣最適閤黃瓜生長髮育的基質配比和氮的濃度,以黃瓜(Cucumber)為試驗材料,採用盆栽試驗,用陶粒、珍珠巖、沙子作為基質材料,配置5種不同配比的混閤基質(各3盆),研究其對黃瓜生長過程中的各項形態指標及生理指標(株高、開花情況、根繫體積和葉綠素等)的影響。結果錶明:在基質方麵,陶粒∶珍珠巖沙子為2∶1∶1和3∶1∶1的混閤基質物理性質對株高、葉片長度、根繫體積、開花情況的影響都較適閤于黃瓜生長。營養液方麵,隨著氮素的升高,黃瓜植株的株高、榦重、葉綠素含量也在增加,有利于黃瓜有機物的積纍。為以後黃瓜的無土栽培提供理論依據。
위사선출최괄합황과생장발육적기질배비화담적농도,이황과(Cucumber)위시험재료,채용분재시험,용도립、진주암、사자작위기질재료,배치5충불동배비적혼합기질(각3분),연구기대황과생장과정중적각항형태지표급생리지표(주고、개화정황、근계체적화협록소등)적영향。결과표명:재기질방면,도립∶진주암사자위2∶1∶1화3∶1∶1적혼합기질물이성질대주고、협편장도、근계체적、개화정황적영향도교괄합우황과생장。영양액방면,수착담소적승고,황과식주적주고、간중、협록소함량야재증가,유리우황과유궤물적적루。위이후황과적무토재배제공이론의거。
In order to screenign for suitable mixture ratio of base materials and nitrogen density for the growth of cucumber,taking the cucumber as materials,using potting experiment method and taking advantage of ceramsite,perlite and sand as base materials so as to configurate five mixtures of different ratios,each of which is prepared 3 pots,the morphological and physiological indexes(like plant height,blooming,root volume,chlorophyll and so on) in the cucumber growing process were sdutied.The result showed that on base materials,when the ratio of ceramsite,perlite and sand were 2∶1∶1 and 3∶1∶1,the physical property of these mixed materials suit to grow cucumber through its influence on the plant height,the length of leaf and the situation of blooming;while on nitrogen culture solution,plant height,trunk weight and chlorophyll content of cucumber turned to be positive growth with the increase of nitrogen,which would benefit the accumulation of organics in cucumber.It may provide the theory base for future soilless cultivation of cucumber.