An important aspect of structural change in the U.S. hog industry has been the adoption of breeding technology. The adoption of each of four breeding technologies, weekly farrowing, intensive breeding, terminal crossbreeding, and artificial insemination, in U.S. hog production is analyzed using multivariate probit analysis. Results suggest that diversification, whether the producer raised breeding stock, debt and asset levels, and producer’s education influence adoption rate. Larger, more risk-averse producers were more likely to adopt technology. Producers who rated the quality of labor available as higher were more likely to adopt management-intensive technologies
An ordered probit analysis is used to determine the influence that specialized phases, other farm en...
Over the last two decades, the hog industry has undergone significant structural changes in terms o...
Hog producers can control the quality of the hogs they market. Through genetic selection and managem...
An important aspect of structural change in the U.S. hog industry has been the adoption of breeding ...
This paper mainly focuses on the adoption of a bundle of technologies as a group that works well tog...
This study examines the influences of economic and non-economic variables on the size of U.S. sow br...
This study examines influences of economic and non-economic variables on sizes of U.S. sow breeding ...
Adoption and associated profitability of advanced breeding technologies are analyzed for US dairy fa...
Adoption decisions and profitability of advanced breeding technologies are analyzed for U.S. dairy f...
U.S. hog farms declined in number by more than 70 percent over the past two decades while hog inven...
US swine production has undergone significant structural change in the last two decades, reflecting ...
The goal of this paper is to better understand how technological change has contributed to structura...
The increasing size and specialization of hog operations reflect structural change in U.S. swine pro...
The hog sector began a major transformation in the early 1990s, and since then, it has experienced p...
This study determines the factors leading to adoption of split-sex and phase feeding by U.S. hog pro...
An ordered probit analysis is used to determine the influence that specialized phases, other farm en...
Over the last two decades, the hog industry has undergone significant structural changes in terms o...
Hog producers can control the quality of the hogs they market. Through genetic selection and managem...
An important aspect of structural change in the U.S. hog industry has been the adoption of breeding ...
This paper mainly focuses on the adoption of a bundle of technologies as a group that works well tog...
This study examines the influences of economic and non-economic variables on the size of U.S. sow br...
This study examines influences of economic and non-economic variables on sizes of U.S. sow breeding ...
Adoption and associated profitability of advanced breeding technologies are analyzed for US dairy fa...
Adoption decisions and profitability of advanced breeding technologies are analyzed for U.S. dairy f...
U.S. hog farms declined in number by more than 70 percent over the past two decades while hog inven...
US swine production has undergone significant structural change in the last two decades, reflecting ...
The goal of this paper is to better understand how technological change has contributed to structura...
The increasing size and specialization of hog operations reflect structural change in U.S. swine pro...
The hog sector began a major transformation in the early 1990s, and since then, it has experienced p...
This study determines the factors leading to adoption of split-sex and phase feeding by U.S. hog pro...
An ordered probit analysis is used to determine the influence that specialized phases, other farm en...
Over the last two decades, the hog industry has undergone significant structural changes in terms o...
Hog producers can control the quality of the hogs they market. Through genetic selection and managem...