Pengaruh Rasio C/N Campuran Feses Sapi Perah dan Daun Kirinyuh terhadap Kualitas POC (Pupuk Organik Cair)

Ari Abdulah Safari, Yuli Astuti Hidayati, Mieke Rochimi Setiawati
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Abstract

This study aims to determine the effect of the C/N ratio of a mixture of dairy cow dung and kirinyuh leaves on the quality of extraction or Liquid Organic Fertilizer (POF). The treatment consisted of a mixture of dairy cow manure and kirinyuh leaves with different C/N, namely P1=16, P2=18, P3=20, P4=22. The treatment was decomposed for 14 days then extracted and incubated for 14 days. Observations included a decrease in C-organic content (%), total N-total (%), C/N ratio, P content (%), K content (%), the number of P-solvent bacteria (CFU/ml), Azosprillium (CFU/ ml) and Azotobacter (CFU/ml). The results showed that the effect of the C/N ratio only had a significant effect on the N parameter of composting where the best results were seen at a C/N ratio of 16. Meanwhile for the POC quality the parameters C, N and P had no significant effect, while for K parameter, total of P solubilizing bacteria, Azosprillium and Azotobacter had a significant effect. The highest levels of K and the total of Azotobacter were found at the initial C/N ratio of 16. Meanwhile, the highest total of P-solubilizing bacteria and the highest total of azosprillium were found at the initial C/N ratio of 22. Therefore an initial C/N ratio of 16 is recommended for composting dairy cow faeces. with kirnyuh leaves. While the extraction results are recommended to be focused on making biological fertilizers.
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牛奶、奶牛粪便和小豆油油混合比对POC(液体有机肥料)质量的影响
本试验旨在确定牛粪与麒麒柳叶混合物的碳氮比对液体有机肥(POF)提取液质量的影响。以不同C/N的牛粪与麒麟叶混合处理,即P1=16, P2=18, P3=20, P4=22。分解14 d后提取培养14 d。C-有机含量(%)、总N-总含量(%)、C/N比、P含量(%)、K含量(%)、P-溶剂细菌(CFU/ml)、固氮菌(CFU/ml)和固氮菌(CFU/ml)数量下降。结果表明,碳氮比仅对堆肥N参数有显著影响,当碳氮比为16时效果最佳。C、N、P参数对POC质量影响不显著,而K参数对溶磷菌总数、氮唑菌总数和固氮细菌总数有显著影响。在初始碳氮比为16时,氮含量和固氮菌总数最高。同时,在初始C/N为22时,溶磷菌总数和氮唑菌总数最高。因此,建议奶牛粪便堆肥初始碳氮比为16。用麒麟叶。而提取结果建议侧重于制作生物肥料。
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