Education of Location Specific Fertilizer Application on Marginal Land

E. H. Pudjiwati
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Abstract

Fertilizer application must be done properly to prevent land degradation. Marginal lands with low physical, chemical and biological fertility require specific fertilization technologies. Tana Tidung Regency (KTT) has land that is mostly classified as marginal. The technology for fertilizing specific nutrients for marginal land locations must be understood by agricultural extension workers so that they can be disseminated to farmers. This community service activity is in collaboration with the Sesayap Agricultural Extension Center (BPP) and aims to increase the knowledge and skills of agricultural extension workers in Tana Tidung Regency regarding nutrientfertilization specific to marginal land locations. There are two activities in this community service, namely 1) Counseling on nutrient fertilization specific to marginalland locations; 2) Conduct site-specific fertilization demonstration plots with integrated fertilization for sweet potato plants. The results of this community service activity can increase the knowledge of agricultural extension workers in Tana Tidung Regency about location-specific nutrient fertilization and can practice it through integrated fertilization applications. Integrated organic-inorganic fertilization is proven to provide higher sweet potato production than inorganic fertilizers. Dissemination of site-specific fertilization with integrated fertilization application to farmers in agricultural extension work areas can improve marginal lands and support the realization of sustainable agricultural systems.
在贫瘠土地上因地施肥的教育
为防止土地退化,必须正确施肥。物理、化学和生物肥力较低的贫瘠土地需要特殊的施肥技术。塔纳蒂东县(KTT)的大部分土地都属于贫瘠土地。农业推广人员必须了解针对贫瘠土地的特定养分施肥技术,以便向农民推广。这项社区服务活动是与塞萨亚普农业推广中心(BPP)合作开展的,旨在提高塔纳蒂东县农业推广人员对贫瘠土地特定养分施肥的知识和技能。这项社区服务有两项活动,即:1)针对贫瘠土地的养分施肥问题提供咨询;2)开展针对具体地点的红薯综合施肥示范田。这项社区服务活动的成果可以增加塔纳蒂东地区农业推广人员对特定地点养分施肥的了解,并通过综合施肥进行实践。实践证明,有机-无机综合施肥比无机肥料能提高甘薯产量。向农业推广工作区的农民推广因地制宜的综合施肥,可以改善贫瘠土地,支持实现可持续农业系统。
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