Deno Okalia, D. Andriani, Nopriadi Nopriadi, Gusti Marlina
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引用次数: 0
Abstract
Kuantan Singingi Regency is dominated by marginal soil with the order of soil. The use of Ultisol for the cultivation of problematic plants with poor organic matter and nutrients needs to be overcome by giving organic matter. One of the potential sources of organic fertilizer in Kuantan singingi district is kirinyuh bush (Chromolaena odorata). This study has the objectives of 1) knowing the contribution of biomass and the distribution of kirinyuh. and 2) To determine the potential of kirinyuh as a source of organic fertilizer through the C, N, P and K nutrients it contains. This research is a field research that will be carried out using a survey method with purposive sampling. Kirinyuh's observation locations were in two sub-districts in Kuantan Singingi Regency, namely Kuantan Hulu Kuantan District and Mudik Kuantan Singingi Regency. The results of this study can be concluded that kirinyuh is widely available and easy to obtain in Kuantan singingi Regency and contains high nutrients so that it is very potential to be used as a source of organic fertilizer in the form of green manure. Kirinyuh weed in Kuantan singingi has not been utilized and is often found living in groups on the outskirts of land, roads, rice fields, shrubs and irrigation. Kirinyuh biomass as a source of organic matter varies, generally every 1m2 produces about 2-3 kg of biomass. The results of laboratory analysis, kirinyuh leaves contain nutrients of 42.95% C-organic, 4.41 %N, 1.032 %P and 3.05%K, while the stem contains 45.68% C-Organic.
关丹Singingi摄政区以边缘土为主,土级为边缘土。使用Ultisol来种植有机物质和营养物质贫乏的问题植物需要通过给予有机物质来克服。关丹singingi地区有机肥料的潜在来源之一是kirinyuh bush (Chromolaena odorata)。本研究的目的是:(1)了解生物量的贡献和麒麟柳的分布。2)通过基林柳所含的碳、氮、磷、钾等养分,确定其作为有机肥来源的潜力。本研究是一项实地研究,将采用有目的抽样的调查方法进行。Kirinyuh的观察点在关丹Singingi县的两个街道,即关丹Hulu关丹区和Mudik关丹Singingi县。综上所述,麒麟柳在关丹地区分布广泛,易于获取,且营养成分丰富,极有可能作为绿肥的有机肥来源。关丹singingi的Kirinyuh weed尚未被利用,经常在土地,道路,稻田,灌木和灌溉的郊区发现成群生活。基林柳生物量作为有机物的来源各不相同,一般每1m2产生约2-3千克生物量。实验室分析结果表明,金柳叶片含有机碳42.95%,氮4.41%,磷1.032%,钾3.05%,茎含有机碳45.68%。