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首页> 外文期刊>The Journal of Horticultural Science & Biotechnology >Soilless systems as an alternative to wild strawberry (Fragaria vesca L.) traditional open-field cultivation in marginal lands of the Tuscan Apennines to enhance crop yield and producers' income
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Soilless systems as an alternative to wild strawberry (Fragaria vesca L.) traditional open-field cultivation in marginal lands of the Tuscan Apennines to enhance crop yield and producers' income

机译:无土系统作为野生草莓(Fragaria Vesca L.)的替代品传统开放式培养托斯卡纳亚平宁人的边缘土地,以提高作物产量和生产者的收入

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摘要

Yield and quality of wild strawberry (Fragaria vesca L.) cultivars 'Regina delle Valli' and 'Alpine' cultivated in soil, as the traditional production system, and in soilless (both in open air and protected environments), as an innovative and sustainable production system, were investigated in a marginal and inner area of the Pistoiese Apennine Mountains during two production seasons. An earlier marketable production was obtained in soilless culture, but total marketable yield was higher from plants grown in a traditional open-field environment. Fruits obtained from the protected soilless system were larger, but developed some mildew, had some visual defects, and revealed a reduced skin chroma index, flesh firmness, and total soluble solids content compared to fruits harvested from plants grown under direct sunlight, while no significant differences were observed in total titratable acidity and pH between growing systems. 'Alpine' was more suited to soilless protected cultivation, with a much higher yield compared to 'Regina delle Valli'. Physicochemical properties of berries were not affected by the cultivar, but fruit quality changed with plant age and seasonal crop cycle. 'Alpine' fruits gained a greater sensorial preference, both in traditional soil and soilless culture.
机译:野草莓(Fragaria Vesca L.)品种“Regina Delle Valli”和“高山”的产量和品质,作为传统生产系统,以及在露天和保护环境中的无土(无论是一种创新和可持续的生产系统,在两种生产季节中调查了Pistoiese Apennine山脉的边缘和内部区域。在无土文化中获得了早期的销售产量,但在传统的开放环境中种植的植物,总部营销收益率较高。由受保护的无土系统获得的果实较大,但开发了一些霉菌,具有一些视觉缺陷,并且揭示了与从直接阳光下种植的植物收获的水果相比,肉体的强硬指数,肉体固体和总可溶性固体含量减少,同时没有显着在生长系统之间的总滴定酸度和pH中观察到差异。 “阿尔卑斯山”更适合未来保护的培养,与“Regina delle Valli”相比,产量更高。浆果的物理化学特性不受品种的影响,但果实质量随着植物年龄和季节性作物循环而变化。在传统的土壤和无土文化中,“高山的水果”偏好更大。

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