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How Clustering Dynamics Influence Lumber Utilization Patterns in the Amish-Based Furniture Industry in Ohio

机译:聚类动力学如何影响俄亥俄州阿米什人家具行业的木材利用模式

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摘要

Preliminary studies have suggested that the Amish-based furniture and related products manufacturing cluster located in and around Holmes County, Ohio, uses sizeable quantities of hardwood lumber. The number of firms within the cluster has grown even as the broader domestic furniture manufacturing sector has contracted. The present study was undertaken in 2008 (spring/summer) to develop lumber use estimates specific to Amish manufacturing and provide more detail regarding the impacts of clustering on lumber consumption patterns. Results, based on 196 firms responding to a survey, suggested that lumber use ratios (bd ft per employee) differed among firms of different sizes and type of product manufactured, but in aggregate was similar to the broader US furniture industry. Red oak was the most commonly used species. Local suppliers of hardwood lumber and components were used extensively by most firms. The study confirmed that the Holmes County furniture cluster was important to regional hardwood demand, facilitated by well-developed supply chains that enable high specialization and enhance aggregate productivity among the numerous small manufacturers. [PUBLICATION ABSTRACT]
机译:初步研究表明,位于俄亥俄州霍姆斯县及其附近的以阿米什人为基础的家具和相关产品制造集群使用了大量的硬木木材。即使更广泛的国内家具制造行业收缩,该集群内的公司数量仍在增长。本研究于2008年(春季/夏季)进行,以制定特定于阿米什人制造的木材使用量估算值,并提供更多有关聚类对木材消耗方式的影响的详细信息。根据对调查的196家公司的调查结果,木材的使用率(每名雇员的英尺标准尺英尺数)在不同规模和制造产品类型的公司之间有所不同,但总体上与整个美国家具行业相似。赤栎是最常用的物种。大多数公司广泛使用本地硬木木材和零部件供应商。该研究证实,福尔摩斯县家具集群对于区域硬木需求至关重要,这得益于发达的供应链,这些供应链可以实现高度专业化并提高众多小型制造商的总生产率。 [出版物摘要]

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  • 来源
    《Journal of Forestry》 |2011年第2期|p.74-81|共8页
  • 作者单位

    Received September 23, 2009, accepted February 16, 2010.Matthew Bumgardner (mbumgardner@fi.fed. us) is forest products technologist. Northern Research Station, US Forest Service, 359 Main Road, Delaware, OH 43015. Cary W. Graham (grahatn.124@osu.edu) is extension specialist, Ohio State University Extension, Ohio Agricultural Research and Development Center, Wooster, OH. P. Charles Goebel (goebel. ll@osu.edu) is associate professor. School of Environment and Natural Resources, The Ohio State University, Wooster, OH. Robert L. Romig (romig.2@osu.edu) is emeritus. School of Environmental and Natural Resources, Ohio State University, Wooster, OH. This work was supported by the US Forest Service, Northern Research Station, Ohio State University Extension, the Ohio Agricultural Research and Development Center (OARDC), and The Ohio State University. Use of trade names in this article does not constitute endorsement of any product or service.,;

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