Abstract
Pig (Sus scrofa) production in Hungary provides a case study in how external pressures influence animal production, animal welfare and intensification. External pressures were explored in 24 in-depth, semi-structured interviews with Hungarian pig farmers operating either confinement
or alternative systems. Confinement producers reported intense economic pressure because of a power imbalance with the large meat-processing companies that buy their animals. These companies, in the view of the farmers, can source internationally and largely dictate prices. When prices paid
by the companies fall below the cost of production, farmers cannot respond by reducing production because of the long time-lags between breeding and marketing; and with their large investment in confinement buildings that are difficult to modify, farmers see little option except to reduce
production costs further. Alternative farmers reported being more resilient to economic pressures because they sell into niche markets, use inexpensive technologies, and typically produce a diversity of agricultural products which buffer periods of low profit in any one commodity. The current
regulatory system was seen as inadequate to protect animal welfare from economic pressure because it focuses on certain inputs rather than welfare outcomes, does not cover some important determinants of animal welfare, and does not accommodate certain realities of farming. Current subsidies
were also seen as an inadequate remedy, and were viewed as inequitable because they are difficult for alternative producers to access. Consumer-choice options, while used by alternative producers, are not available in mainstream markets which demand uniform 'commodity' production. The economic
constraints that influence animal welfare might be better mitigated by a regulatory system developed with greater consultation with producers, a more equitable subsidy programme, and more developed consumer-choice programmes.
Publisher
Universities Federation for Animal Welfare
Subject
General Veterinary,General Biochemistry, Genetics and Molecular Biology,Animal Science and Zoology
Cited by
7 articles.
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