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Quality of Organic Vegetables Grown in Two Certified Sites on the Outskirts of Bucharest Municipality

机译:布加勒斯特市郊两个认证站点种植的有机蔬菜的质量

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Soil fertility properties, irrigation water quality, mineral nutrition, and some vegetables mineral composition were studied in the frame of a project regarding yield quality monitoring in certified organic vegetable farms, in two farms placed on the outskirts of Bucharest Municipality which provide products for the town’s organic market. Chemical analysis of the soil samples collected from the two farms reflects a good fertility, close to the natural one of this region soils, with well-balanced organic matter, total nitrogen, accessible phosphorus and potassium contents. The nitrates contents concord with the plants nutrition demands and don’t present the risk to accumulate in vegetables or to leach into the groundwater. Slightly increased microelements, both total and soluble forms, occur. Soil microbiological properties are favorable for vegetable plants growth. A good biodiversity is noticed. There are differences between soil properties in open field and greenhouses, induced both by the type and degree of mechanical works and materials applied for fertilization and plant protection. Good conditions are generally created for plants mineral nutrition. Mineral nutrition status of the vegetables grown in organic conditions, assessed by the leaves mineral composition, doesn’t differ from the one of the vegetables grown in conventional conditions. The vegetables (fresh material) harvested from the two studied farms have good, even high, concentrations of mineral elements important for the yield nutritional quality. The excessive microelements quantities noticed in soil don’t transfer in the yield, so the latter quality and nutritional properties are not altered.
机译:在布加勒斯特市郊的两个农场中,通过认证有机蔬菜农场的产量质量监控项目,研究了土壤肥力,灌溉水质量,矿质营养和一些蔬菜矿物质成分。该项目为布加勒斯特市郊区提供产品有机市场。从这两个农场采集的土壤样品的化学分析显示出良好的肥力,接近该地区的自然土壤,有机物质,总氮,可利用的磷和钾含量均均衡。硝酸盐含量符合植物的营养需求,不会造成蔬菜中积累或渗入地下水的风险。微量元素,无论是总形式还是可溶形式都发生了。土壤微生物学特性有利于蔬菜植物的生长。注意到良好的生物多样性。机械作业的类型和程度以及施肥和植物保护所用材料的不同,在露天田和温室中的土壤特性之间存在差异。通常为植物的矿物质营养创造了良好的条件。通过叶子中的矿物质成分评估,在有机条件下种植的蔬菜的矿物质营养状况与在常规条件下种植的一种蔬菜没有区别。从这两个研究农场中收获的蔬菜(新鲜材料)中的矿物质元素含量高,甚至高,对产量的营养品质至关重要。土壤中过量的微量元素不会转移到产量中,因此后者的质量和营养特性不会改变。

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