In the 1970s and 1980s Dutch farmers replaced their dual-purpose Friesian cows with Holsteins, a highly specialized American dairy breed. The changeover was related to a major turnabout in breeding practices that involved the adoption of quantitative genetics. Dutch commercial breeders had long resisted the quantitative approach to breeding that scientists had been recommending since World War II. After about 1970, however, they gave up their resistance: the art of breeding, it was said, finally became a science. In historical overviews this turnabout is seen as part of what is called the “modernization project” in Dutch agriculture that the government instigated after the war. Economic developments are assumed to have necessitated this pro...
Abstract – Due to regulations organic farming is sub-jected to a different regime then conventional ...
Currently, most organic dairy farmers in the Netherlands use conventional breeding methods and produ...
A paper produced in the frame of the H2020 project 677353 'Innovative Management of Animal GEnetic r...
In the 1940s and 1950s, Dutch scientists became increasingly critical of the practices of commercial...
This article analyzes the postwar transformation of the Dutch Warmblood farm horse into a riding hor...
This article analyzes the postwar transformation of the Dutch Warmblood farm horse into a riding hor...
This article attempts to present the broad outlines of technological change in Dutch cattle breeding...
Abstract The three dairy breeds that dominated Dutch dairying in the twentieth century ‐ Black and W...
Abstract The three dairy breeds that dominated Dutch dairying in the twentieth century ‐ Black and W...
This article explores the outlines of an ‘agrarian-industrial knowledge society’ that developed from...
This paper analyses the development of chicken breeding for eggs in the Netherlands in the twentieth...
This paper analyses the development of chicken breeding for eggs in the Netherlands in the twentieth...
AbstractCurrently, most organic dairy farmers in the Netherlands use conventional breeding methods a...
Current discussions of the conditions in industrialized farming, particularly those of animal husban...
The field of livestock selection and reproduction has been going far into the economization of life ...
Abstract – Due to regulations organic farming is sub-jected to a different regime then conventional ...
Currently, most organic dairy farmers in the Netherlands use conventional breeding methods and produ...
A paper produced in the frame of the H2020 project 677353 'Innovative Management of Animal GEnetic r...
In the 1940s and 1950s, Dutch scientists became increasingly critical of the practices of commercial...
This article analyzes the postwar transformation of the Dutch Warmblood farm horse into a riding hor...
This article analyzes the postwar transformation of the Dutch Warmblood farm horse into a riding hor...
This article attempts to present the broad outlines of technological change in Dutch cattle breeding...
Abstract The three dairy breeds that dominated Dutch dairying in the twentieth century ‐ Black and W...
Abstract The three dairy breeds that dominated Dutch dairying in the twentieth century ‐ Black and W...
This article explores the outlines of an ‘agrarian-industrial knowledge society’ that developed from...
This paper analyses the development of chicken breeding for eggs in the Netherlands in the twentieth...
This paper analyses the development of chicken breeding for eggs in the Netherlands in the twentieth...
AbstractCurrently, most organic dairy farmers in the Netherlands use conventional breeding methods a...
Current discussions of the conditions in industrialized farming, particularly those of animal husban...
The field of livestock selection and reproduction has been going far into the economization of life ...
Abstract – Due to regulations organic farming is sub-jected to a different regime then conventional ...
Currently, most organic dairy farmers in the Netherlands use conventional breeding methods and produ...
A paper produced in the frame of the H2020 project 677353 'Innovative Management of Animal GEnetic r...