Understanding and optimising the biological properties of growing media for soilless cultivation

F. Giuffrida, R. Mauro, P. Zaccheo
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Abstract

The biological properties of growing media (GM) in soilless cultivation have been considered minor traits for decades. However, there is a growing demand for alternative, cheaper GM constituents, characterized by organic origin. A better understanding of the biological processes of GM is a key factor in developing improved functional properties in the next generation of “living” GM. This chapter reviews current knowledge about the biological properties of GM for soilless cultivations, paying attention on their importance for plant nutrition, and the influence exerted by weeds, pests/pathogens and beneficial microorganisms to promote crop performance and improve the ability of GM to suppress pests and diseases. More understanding of the relationship between GM, microbial communities and plants increases opportunities to develop sustainable strategies for disease control, fertilization efficiency and horticulture performance.
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了解和优化无土栽培培养基的生物学特性
几十年来,无土栽培中生长介质(GM)的生物学特性一直被认为是次要性状。然而,对可替代的、更便宜的、以有机来源为特征的转基因成分的需求日益增长。更好地了解转基因生物过程是开发下一代“活”转基因改良功能特性的关键因素。本章综述了目前关于无土栽培转基因生物特性的知识,重点介绍了它们对植物营养的重要性,以及杂草、病虫害/病原体和有益微生物对促进作物性能和提高转基因抑制病虫害能力的影响。对转基因、微生物群落和植物之间关系的更多了解增加了为疾病控制、施肥效率和园艺性能制定可持续战略的机会。
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