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Physical characteristics and mineral composition of two pepper cultivars under organic, conventional and soilless cultivation.

机译:有机,常规和无土栽培下两个辣椒品种的物理特性和矿物质组成。

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摘要

The present study aims to compare pepper quality and mineral composition in two different cultivars (Almuden and Quito) under organic or conventional management (experiment 1) and under soil or soilless cultivation (experiment 2). This work falls into the category of "research center studies", which compare cropping systems under identical environmental conditions. The effect of the experimental factors - cropping system (CS), harvesting time (HT) and cultivar (CV) - and their interactions were studied. In general, conventional management led to larger, firmer and thicker peppers than observed in organic fruits, with a similar greenish colour but lower colour intensity. However, some exceptions were recorded since the effect of CS on most fruit quality parameters depended on the HT and/or CV. Conventional peppers showed higher concentrations of N and P than organic fruits and also, only in the case of Almuden, a higher NO3- concentration. Peppers grown under the soilless system showed higher NO3- and lower Ca concentrations and were less greenish (lower hue) than those grown in soil. Significant two-way and/or three-way interactions between CS and the other experimental factors were detected for weight, firmness and flesh thickness. The results obtained for fruit weight in Quito showed this cultivar to be the less suitable for soilless cultivation
机译:本研究旨在比较在有机或常规管理下(实验1)和在土壤或无土栽培下(实验2)的两个不同品种(Almuden和Quito)的胡椒品质和矿物质组成。这项工作属于“研究中心研究”类别,该研究比较了在相同环境条件下的种植系统。研究了种植系统(CS),收获时间(HT)和品种(CV)等实验因素的影响及其相互作用。一般而言,常规管理导致的胡椒比有机水果中的胡椒更大,更硬,更浓,具有类似的绿色但色强度较低。但是,由于CS对大多数水果品质参数的影响取决于HT和/或CV,因此记录了一些例外情况。常规辣椒的N和P含量高于有机水果,而且仅在Almuden情况下,NO 3 -浓度更高。与在土壤中种植的相比,在无土系统下种植的辣椒显示出更高的NO 3 -和更低的Ca含量,并且绿色程度较低(色相较低)。检测到CS与其他实验因素之间在重量,硬度和果肉厚度上的显着双向和/或双向相互作用。基多水果重量的结果表明该品种不太适合无土栽培

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