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Response of tomato plants to organic nutrition in soilless culture.

机译:番茄植物对无土栽培中有机营养的响应。

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Organic nutrition could reduce the environmental impact of soilless culture in particular in open systems. The objective of this study was to understand better the response of tomato plant fed with organic nutrient solution in substrate culture in relation to the possible role of the substrate and to provide more sustainable and efficient production by environmentally friendly nutrition method. For this purpose tomato plants were grown in the pots in a semi closed growing system. Plant response was studied in relation to: (i) the nutrient solution (i.e., organic vs mineral); (ii) the substrate (i.e., sand vs coconut fiber); (iii) the amount of amendment (i.e., 40 vs 80 g/pot). Plant response was highly affected by organic nutrition, in part because of the uptake of nutrients and their content in plant tissues. Also, plants grown with the organic substrate showed a higher microbial activity and as a consequence organic matter mineralization. On the other hand, the amount of amendment added to the substrate did not influence significantly plant growth and fruit characteristics. It was concluded that to develop organic fertilization regimens for soilless cultivated tomato the aspects should be better deepen in future research concerns the right choice of organic fertilizers, the timing of nutrient solution preparation and the substrate which all could affect nutrient availability for the plants.
机译:有机营养可以减少无土栽培对环境的影响,尤其是在开放系统中。这项研究的目的是更好地了解在底物培养中饲喂有机营养液的番茄植株对底物可能的作用的反应,并通过环境友好的营养方法提供更可持续和高效的生产。为了这个目的,番茄植物在盆中以半封闭的生长系统生长。研究了有关以下方面的植物反应:(i)营养液(即有机vs矿物质); (ii)基材(即沙子 vs 椰子纤维); (iii)修正量(即40 g vs. 80 g /罐)。有机营养严重影响了植物的反应,部分原因是营养吸收及其在植物组织中的含量。同样,用有机底物生长的植物表现出更高的微生物活性,因此有机物矿化。另一方面,添加到基质上的修饰剂的量没有显着影响植物的生长和果实特性。结论是,要开发无土栽培番茄的有机施肥方案,应在今后的研究中进一步深化有关有机肥料的正确选择,营养液的配制时间和基质等因素,这些因素都可能影响植物的养分利用率。

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