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首页> 外文会议>2011 International Symposium on Water Resource and Environmental Protection >Effect of modified monosodium glutamate wastewater as nutrient solution on growth and fruit quality attributes of tomato cultivated in inorganic and organic media
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Effect of modified monosodium glutamate wastewater as nutrient solution on growth and fruit quality attributes of tomato cultivated in inorganic and organic media

机译：改性味精废水作营养液对无机和有机栽培番茄生长及果实品质的影响。

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摘要

Since monosodium glutamate wastewater (MGW) contains rich nutrient and no harmful components, MGW is thought to be the potential nutrient resource for agricultural application in China. The objective of this work was to exam the effect of modified monosodium glutamate wastewater (MMGW) on the growth and fruit quality attributes of tomato grown in different media (inorganic and organic media) by a greenhouse pot experiment, as compared to tomato complete nutrition solution (CNS). MMGW decreased the fresh weight yield significantly my be due to the lake of some necessary elements cultivated in inorganic media, compared with that in CNS treatment; while there is no difference in quality parameters between MMGW and CNS treatment. In organic media, MMGW increased the yield significantly compared with that irrigated with CNS; also the fruit quality was improved in MMGW treatment. In conclusion, MGW can be modified to instead of CNS for tomato plant in proper media which can supplement enough elements MGW lacked. However, because of MGW complicated characteristics resulting from different technics process and materials for monosodium glutamate production, MGW should be carefully treated to avoid potential hazards before they are reused.
机译：由于味精废水（MGW）含有丰富的营养成分，并且没有有害成分，因此MGW被认为是中国农业应用的潜在营养成分。这项工作的目的是通过温室盆栽试验来检验改性谷氨酸钠废水（MMGW）对在不同培养基（无机和有机培养基）中生长的番茄的生长和果实品质属性的影响（与番茄完全营养液相比） （CNS）。与CNS处理相比，MMGW显着降低了鲜重产量，这归因于在无机培养基中培养的某些必需元素的湖泊。而MMGW和CNS处理之间的质量参数没有差异。在有机介质中，与用CNS灌溉相比，MMGW显着提高了产量。 MMGW处理还改善了果实品质。总之，在适当的培养基中，可以将MGW修改为代替CNS的番茄植株，以补充MGW缺乏的足够元素。但是，由于MGW的复杂特性是由于生产味精的工艺工艺和材料不同而引起的，因此应仔细处理MGW，以避免潜在的危害，然后再使用它们。

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