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題名:臺灣生物技術產業之效率與生產力評估
書刊名:清華科技法律與政策論叢
作者:邱永和 引用關係陳玉涓曹嘉麟
作者(外文):Chiu, Yung-hoChen, Yu-chuanTsao, Chia-lin
出版日期:2005
卷期:2:2
頁次:頁93-119
主題關鍵詞:生物技術資料包絡法Malmquist生產力指數技術效率BiotechnologyData envelopment analysisMalmquist total factor productivityTFPTechnical efficiency
原始連結:連回原系統網址new window
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  • 共同引用共同引用:7
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生物技術(biotechnology)因其涵蓋範圍廣、經濟效益高、技術密集與低能源依存度等特性,被世界各國認為是二十一世紀最具發展潛力的新興產業。又根據內生經濟成長理論,新技術的發明是經濟成長的主要動力,因此生物技術對國家產業發展將有重要的影響。有鑑於此,本研究利用資料包絡法(DEA)與Malmquist生產力指數,探討臺灣生物技術產業之效率與生產力表現,以瞭解臺灣的生技產業發展及其在市場之地位。 本文研究樣本為臺灣1991、1996及2001年各產業,資料來源為臺灣行政院主計處之農林漁牧業及普查資料,共197細類行業別。由於DEA要求「相同類型」的資料條件,因此本文先將197項細項產業區分為九大類別,以各產業別不同之效率前緣,推估其相對效率值。而為說明生技產業之效率與生產力表現,本文再進一步將此197細類行業分為生技與非生技產業二大類。實證結果顯示: (1)臺灣產業的效率及生產力表現,生技產業比非生技產業好。 (2)生技產業之生產力表現中,以農業表現最佳。 (3)就技術效率變動而言,生技產業及非生技產業皆有提昇;但在技術進步及生產力則二者皆表現不佳。 (4)製造業中,電子業的效率值高於生技產業的平均效率值。
Biotechnology industry is considered to be one of major high-technology industries in the future. Biotechnology can be applied to agriculture, foods, pharmaceuticals, special chemical, environmental protection, and ocean industry. Biotechnology is also one of industries with higher potential development in twenty-one century for its significant economic benefit, technology intensive, lower pollution, and lower energy usage. Due to its natural characters, biotechnology is deemed as a new technology revolution after gas and oil industry, aero industry, nuclear power industry and information technology industry. In this study, we adopt the DEA method and Malmquist total factor productivity (TFP)index to compare the differences of their efficiency and productivity index's results in biotechnology industry and non-biotechnology industry. The information in this study is obtained from 197 Taiwanese 4 digit industries for the period 1991, 1996, and 2001. Our empirical results from the DEA and Malmquist total factor productivity approach are summarized as follows: (1) Biotechnology industry has higher technical change, technical efficiency change and Malmquist total factor productivity than those in non-biotechnology industry. (2) Agriculture industry has highest Malmquist total factor productivity in the biotechnology industry. (3) Based on the Malmquist total factor productivity (TFP) index, we find that biotechnology industry and non-biotechnology industry's technical efficiency change has increased from 1991 to 2001, but the productivity and technical change have dropped in the same period. (4) In manufacturing industry, electrical machinery industry has higher technical efficiency than those in biotechnology industry.
期刊論文
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17.何建志(20040900)。生物技術專利之最適範圍--產業政策與法律分析。國立臺灣大學法學論叢,33(5),153-214。new window  延伸查詢new window
18.秦慶瑤(20011200)。生技及製藥產業CRO之發展趨勢與策略。臺灣經濟研究月刊,24(12)=288,94-101。new window  延伸查詢new window
19.黃仁宏、林佳燕、黃俊閎(20010600)。國家創新體系對我國生技產業發展之影響。經濟情勢暨評論,7(1),62-89。  延伸查詢new window
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圖書論文
1.Fare, R.、Grosskopf, S.、Undgren, B.、Roos, P.(1989)。Productivity Development in Swedish Hospitals: A Malmquist Output Index Apporach。DATA ENVELOPMENT METHODOLOGY AND APPLICATIONS。BOSTON:KLUWER ACADEMIC PUBLISHERS。  new window
 
 
 
 
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