Size, Growth, and Survival in the Upper Austrian Farm Sector

被引:0
作者
Christoph R. Weiss
机构
[1] University of Linz,Department of Economics
来源
Small Business Economics | 1998年 / 10卷
关键词
Industrial Organization; Small Farm; Farm Size; Farm Sector; Efficient Scale;
D O I
暂无
中图分类号
学科分类号
摘要
This paper investigates the evolution of the size distribution of more than 40,000 farms in the Upper Austrian farm sector over the period 1980–90. Using Gibrat's Law as our point of departure, we find that smaller farms grow much faster towards some minimum efficient scale of production than farms at or above this threshold size. We furthermore find evidence for the existence of two separate "centres of attraction" of farm size supporting the notion of a "disappearing middle" and the emergence of a bimodal structure of farm sizes. Correcting for size-related attrition bias had very little effect on our results.
引用
收藏
页码:305 / 312
页数:7
相关论文
共 28 条
[1]  
Allanson P.(1992)Farm Size Structure in England and Wales 1939–89 Journal of Agricultural Economics 45 137-148
[2]  
Cabral L.(1995)Sunk Costs, Firm Size and Firm Growth The Journal of Industrial Economics 43 161-172
[3]  
Chesher A.(1979)Testing the Law of Proportionate Effects The Journal of Industrial Economics 27 403-411
[4]  
Dunne P.(1994)Age, Size, Growth and Survival: U.K. Companies in the 1980s The Journal of Industrial Economics 42 115-140
[5]  
Hughes A.(1987)Tests of Alternative Theories of Firm Growth Journal of Political Economy 85 657-674
[6]  
Evans D.(1992)Do Old Fallacies Ever Die? Journal of Economic Literature 30 2129-2132
[7]  
Friedman M.(1987)Size Distribution and Growth in a Sample of Illinois Cash Grain Farms American Journal of Agricultural Economics 69 471-476
[8]  
Garcia P.(1978)How is Scale and Structure Determined in Agriculture? American Journal of Agricultural Economics 60 295-302
[9]  
Offutt S. E.(1979)Sample Selection Bias as a Specification Error Econometrica 47 153-161
[10]  
Sonka S. T.(1982)Selection and Evolution of Industry Econometrica 50 649-670