Analysis of Supply Chain Management Soybean (Glycine max L. Merr ) Based on Quality and Structure Logistics Cost
Abstract
Supply chain management to minimize the risk of product damage and delays up to tier products. This ygstudy is aimed to determine the level of quality in each tier based on quality parameters and identify the structure of the logistics costs of logistics activity. The method is used convenience sampling through in depth interview about supply chain soybeans. The results showed a dominant logistics costs in material handling activities are 77.73 % and 19.20% of the total transportation logistic costs. Quality of soybeans in tier consumers showed that the water content of 11.4 %, 34.9% protein, size (0.4438 ± 0.0214) 10-4 m2, color L 56.053, a 4.833 and b 19.87 and texture: 96.16 N/mm 3:08. Efficient supply chain strategy is expected to reduce risk the damage to the product.
Keywords: nutrition, quality, soybeans, supply chain
References
Banks, J. 1998. Handbook of Simulation: Principles , Methodology , Advances , Applications, and Practices. John Wiley & Son , Inc. , New York .
Betha Sidik . 2001. Web Programming with PHP , first printing , Publisher CV . Informatics, Bandung.
Central of Statistics Indonesia . 2013. Agricultural Statistics Indonesia . Central Bureau of Statistics . Jakarta
Devie Rosa Anamisa, Yeni Kustiyahningsih. 2010. Web-Based Database Programming Using PHP and MySQL, Bangkalan.
FAO. 2010. Maize Balance Sheet.http: / / FAOSTAT. f a o. org / site / 6 1 6 / Desktop Default. a s p x? page id = 616
Guritno A.D and M. Harsasi.2013. Supply Chain Management, Open University, Jakarta,
Harinaldi, 2005. Principles of Statistics for Engineering and Science. Publisher. Jakarta
Hutabarat B. 2003. Prospect of Feed Crops to Support the Livestock Evolution in South Asia: Framework of the Study Project. Proceedings of Workshop on the CGPRT Feed Crops Supply / Demand and
Potential / Constraints for Their Expansion in South Asia. Bogor, Indonesia, Sept 3-4, 2002. CGPRT Centre Monograph No. 42. Bogor. Indonesia.
Kleijnen, J.P. 2005. Supply Chain Simulation and Technique: A Survey. International Journal of Simulation and Process Modelling 1: 82-89.
Kristanti N.E and Archantika, 2015. Analysis of Bullwhip Effect in Supply Chain Managemet on commodities Soybean (Glycine max L.Merr). Department of Agroindustrial Technology, Faculty of Agricultural Technology, Universitas Gadjah Mada
Longo, F and MIRABELLI, G. (2007). An Advanced Supply Chain Management Tool based on Modeling and Simulation. Computers & Industrial Engineering 54: 570-588.
Mananoma, T and Soetopo, W. (2008). Modeling as a Means to Achieve Optimal Solutions. Journal of Civil Engineering 8: 184-192.
Pitt, J.I. and Hocking, A.D. 1996. Fungi and Food Spoilage. Blackie and Academic Professional, London.
Rachman , B. 2003. International Trade Corn Commodities Kasryno et al . (Eds) . Indonesian Economy, Research and Development Agriculture. Jakarta
Shiflet, A.B dan Shiflet, G.W. 2006. System dynamics Tools: STELLA version 9 tutoriall 1. Pricenton University Press.
Silver, E. dan Peterson, R. 1985. Decision Systems For. Inventory Management and Production Planning. Second Edition. Canada : John Wiley & Sons, Inc.
Walley , B.H. 1987. Production Management , Increase Productivity Challenges Facing Guidelines . Publisher PT Pustaka Binaman Pressindo. Jakarta