生产当天的生物炭和JERAMI PADI的成分已经种植并生产出PADI(Oryza sativa)PAD TANAH ORDO ULTISOL

Welly Herman, Elara Resigia
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引用次数: 9

摘要

摘要本研究的目的是:(1)确定稻壳生物炭和秸秆堆肥对水稻生长和生产的影响;(2)确定稻壳生物炭和秸秆堆肥向Ultisol提供养分的能力。该研究于2018年2月至7月在巴东帕里亚曼Lubuk Alung Regency的Sungai Abang村进行。采用随机分组设计,5种处理:0%稻壳生物炭+ 0%秸秆堆肥、100%稻壳生物炭+ 0%秸秆堆肥、75%稻壳生物炭+ 25%秸秆堆肥、50%稻壳生物炭+ 50%秸秆堆肥和25%稻壳生物炭+ 75%秸秆堆肥。对土壤和作物进行观察,包括处理前的初始土壤分析、孵育后的土壤分析和最终土壤分析(pH、全氮、速效磷、钾、钙、镁和硫),以及植物观察,包括株高、分蘖产量、分蘖总数和每公顷籽粒重量。从已经完成的研究可以得出结论(1)使用稻壳生物炭和稻草堆肥影响水稻的生长和生产治疗75%稻壳生物炭+ 25%稻草稻壳生物炭的有效分蘖数29分蘖和水稻产量高达8238吨/公顷和(2)使用稻壳生物炭和稻草堆肥能够提供营养老成土表示pH值增加,N, P, K,钙、镁和S。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
PEMANFAATAN BIOCHAR SEKAM DAN KOMPOS JERAMI PADI TERHADAP PERTUMBUHAN DAN PRODUKSI PADI (Oryza sativa) PADA TANAH ORDO ULTISOL
ABSTRACT   The aim of this study were (1) to determine the effect of rice husk biochar and rice straw compost on growth and production rice (Oryza sativa) and (2) to determine the ability of rice husk biochar and rice straw compost in providing nutrients to Ultisol. The research was carried out February – July 2018 in Sungai Abang Village, Lubuk Alung Regency, Padang Pariaman. Research applied Random Group Design with  5 treatment : 0% Rice husk biochar + 0% Rice straw compost, 100% Rice husk biochar + 0% Rice straw compost, 75% Rice husk biochar + 25% Rice straw compost, 50% Biochar rice husk + 50% Rice straw compost and 25% Rice husk biochar + 75% Rice straw compost. Observations were made on soil and crops including initial soil analyzes ie before treatment was given, soil analysis after incubation, and final soil analysis (pH, N-total, P-available, K-dd, Ca-dd, Mg-dd and Sulfur) and plant observations include plant height, the  productive of tiller, total of tiller  and weight of grain per hectare. From the research that has been done can be concluded (1) the use of rice husk biochar and rice straw compost affect the growth and production of rice plants seen in the treatment of 75% rice husk biochar + 25% Rice Straw rice husk biochar with the number of productive tillers of 29 tillers and production of rice plants as much as 8,238 tons / ha and (2) the use of rice husk biochar and rice straw compost is able to provide nutrients in Ultisol indicated by increasing pH, N, P, K, Ca, Mg and S.
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