Sustratos y dosis de fertirrigación en la acumulación de azúcares totales y el crecimiento de Agave salmiana (asparagaceae)

L. Arrazola-Cárdenas, J. R. García-Nava, A. Robledo-Paz, M. C. Ybarra-Moncada, A. Muratalla-Lúa
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Abstract

leaf rosette S100-R7. plants of S100-R3, total the dry than in the mixture of volcanic rock and agave stalk. The total biomass dry weight and the aerial part were significantly higher in the plants grown in perlite and volcanic rock. The concentration of total sugars and glucose was higher in the plants that grew in pearlite and the mixture of volcanic rock and stalk, while the fructose and sucrose were lower in the plants grown in pearlite and the mixture of volcanic rock and stalk. The perlite substrate was more efficient and irrigated every third day with 25% of the concentration of the Steiner Solution in the plant growth of Agave salmiana . Those plants showed greater total dry weight, and number of leaves spread. The effect of the inert perlite and volcanic rock substrates on the variables total biomass dry weight and the part area, length and width of the plant leaves was significantly higher than in the mixture of the inorganic and organic substrates.
对龙舌兰(天冬酰胺科)总糖积累和生长的基质和施肥剂量的影响
叶莲座S100-R7。S100-R3的植物,总比火山岩和龙舌兰茎的混合物干燥。在珍珠岩和火山岩中生长的植物,总生物量干重和地上部均显著高于其他植物。珠光岩和火山岩-秸秆混合液中生长的植株总糖和葡萄糖浓度较高,珠光岩和火山岩-秸秆混合液中生长的植株总糖和葡萄糖浓度较低。珍珠岩基质在龙舌兰生长中效率更高,每3天用25%浓度的施泰纳溶液灌溉一次。这些植物表现出更大的总干重和叶展数。惰性珍珠岩和火山岩基质对植物总生物量、干重和叶片部分面积、长度和宽度的影响显著高于无机和有机基质混合基质。
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