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Meta-analysis of Lamiaceae and Euphorbiaceae medicinal plants inoculated with arbuscular mycorrhizal fungi

机译:接种丛枝菌根真菌的唇形科和大戟科药用植物的荟萃分析

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摘要

Lamiaceae and Euphorbiaceae are two families of plants grown as medicinal, aromatic, food and ornamental crops, and are of great commercial importance. The cultivation of these species depends on soil quality and availability of soil resources. Arbuscular mycorrhizal fungi (AMF) usually penetrates plants through their roots, supplying plants with water and nutrients and receiving photosynthesis products in return. These types of symbiosis benefit the development and production of crops. To analyze the effects of AMF inoculation on the production of plants of these families, a meta - analysis was performed using 183 data of Lamiaceae plants and 68 data of Euphorbiaceae plants. Meta-analysis consists of compiling data from literature to obtain the response ratio, calculated by the mean of the experimental group divided by the mean of the control group. The response variables were shoot dry mass (SDM), total dry mass (TDM), plant height and accumulation of phosphorus in the plant shoot (P-shoot). Results showed an increased mean production of AMF-inoculated plants with a 96% and 97% increase of SDM in Lamiaceae and Euphorbiaceae, respectively. Increases of 91% in TDM and 248% in P accumulated in the plant shoot were observed for Lamiaceae; values that were higher than those of Euphorbiaceae at 110% and 675%, respectively. This meta-analysis confirmed the potential of AMF to increase biomass production and P accumulation in medicinal plants of the Lamiaceae and Euphorbiaceae families.
机译:唇形科和大戟科是药用,芳香,食品和观赏作物的两个植物科,在商业上具有重要意义。这些物种的种植取决于土壤质量和土壤资源的可用性。丛枝菌根真菌(AMF)通常通过其根部穿透植物,为植物提供水和养分,并从中获得光合作用产物。这些共生类型有利于作物的发展和生产。为了分析接种AMF对这些科植物的生产的影响,使用荟萃科的183个数据和大戟科的68个数据进行了荟萃分析。荟萃分析包括收集文献数据以获得响应率,用实验组的平均值除以对照组的平均值计算得出。响应变量是枝干质量(SDM),总干质量(TDM),株高和植株中磷的积累(P-shoot)。结果显示,接种金丝桃科和大戟科的AMF接种植物的平均产量增加,SDM分别增加96%和97%。对于唇形科,观察到植物茎中TDM的TDM增加了91%,P的增加了248%。值分别比大戟科高110%和675%。这项荟萃分析证实了AMF可能会增加唇形科和大戟科的药用植物的生物量生产和磷积累。

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