Sentence examples for confinement production from inspiring English sources

A decade later, in Animal Liberation, Australian philosopher Peter Singer [ 4] based his criticism of confinement production on the principle that actions should be judged right or wrong on the basis of the pain or pleasure that they cause.

When these value-based disagreements began to emerge in the debate about confinement production systems, many people thought that science would provide the way to decide among the different views of animal welfare and tell us which is right and which is wrong.

3– 5 Modern confinement production has decreased T. gondii contamination of meat but there is concern that a new trend in the production of free-range raised animals for meat could increase the risk of contamination. 2 Three principal clonal T. gondii genotypes were originally detected, primarily in isolates from the United States and Europe.

Regulators have thus far failed to implement two obvious measures that would offer protection against such contamination - prohibiting the use of food organisms and requiring confinement to indoor production systems - presumably at least in part because they have been persuaded that it would seriously erode the profitability, and thus economic benefits, of biopharming.

Among other challenges, it requires production and confinement of a hot gas — a plasma — with a temperature around 100 million degrees Celsius.

Nesting colonies of the rock dove (Columba livia) were farmed by Neolithic husbandmen for food, and gradually the process of rearing young in confinement led to the production of domesticated strains.

This confinement effect favors the production of complex damage events that may be more difficult to repair by the cells.

The investigation of approaches to magnetic trapping atoms in such high- ℓ states is of relevance to the production and confinement of anti-hydrogen [34].

Angus × Simmental steer calves (n = 208) were used in a 2 × 2 factorial design of treatments to determine the effects of finishing management (confinement vs. pasture) and production system (traditional vs. naturally raised) on performance, carcass, and economic characteristics.

We used ISO-compliant life cycle assessment (LCA) to quantify the environmental burdens of grass-fed beef with management-intensive grazing (GF) and confinement dairy beef (DB) production systems in the Northeastern U.S. The impact scope included global warming potential, eutrophication and acidification potential, fossil fuel and water depletion, and agricultural land use.

To solve this problem, we need to go back to the debate that arose several decades ago when concerns were first expressed about the welfare of animals in the then-new confinement systems of animal production.