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Animal Based Biogas Digestate Application Frequency Effects on Growth and Water - Nitrogen use Efficiency in Tomato

机译:动物性沼气消化液施用频率对番茄生长和水氮利用效率的影响

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Anaerobic digestion residues (digestate), has low nutrients concentration in nature and known as new type valuable organic fertilizers, that should be applied frequently to meet the plant growth. In present study, the performance of animal based biogas digestate frequencies (4 d, 6 d, 8 d) was evaluated and compared with conventional mineral fertilizer (CF) and no fertilizer (CK) in greenhouse during 2017 and 2018. The application of digestate and mineral fertilizer were mixed with water via two holes on both sides of plant. All treatments (digestate application frequencies is 4 d, 6 d, 8 d, CK and CF) were irrigated with similar method and the same amount of water. The plant height, stem diameter, biomass, yield, quality and water use efficiency (WUE) of tomato were measured, and the nitrogen content in each 10 cm soil layer and the nitrogen use efficiency (NUE) were assessed. The results showed that the growth, yield and tomato quality in 4 d and 6 d treatments were both superior than CF treatment, and the digestate application frequencies in 4 d and 6 d treatments can satisfy the demand of tomato growth. The 4 d digestate frequency had the highest total biomass, yield, fruit quality and WUE among all treatments, also had higher NUE, therefore, the digestate application frequency of 4 d was best and can be used as an appropriate option in digestate agricultural use under hole irrigation.
机译:厌氧消化残留物(消化物),自然界中营养成分含量低,被称为新型有价值的有机肥料,应经常施用以满足植物生长。在本研究中,评估了动物性沼气消化频率(4 d,6 d,8 d)的性能,并将其与2017年和2018年温室中的常规矿物肥料(CF)和无肥料(CK)进行了比较。肥料和矿物肥料通过植物两侧的两个孔与水混合。所有处理(消化液施用频率分别为4 d,6 d,8 d,CK和CF)均以相似的方法和相同的水量灌溉。测量番茄的株高,茎直径,生物量,产量,品质和水分利用效率(WUE),并评估每10 cm土壤层中的氮含量和氮利用效率(NUE)。结果表明:4、6d处理的生长,产量和番茄品质均优于CF处理,且4、6d处理的消化施用频率可以满足番茄的生长需求。 4 d消化频率具有最高的总生物量,产量,所有处理间果实品质和水分利用效率,也有较高的NUE,因此,4 d的消化物应用频率为最好,可被用作在消化农业用途下一个适当的选项孔灌。

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