Page 11 of articles about behaviour-welfare in Abstracts

Providing the piglets with drinking water and having mechanically assisted ventilation (fans) in the vehicle during the journey significantly reduced the number of deaths, as did fasting the piglets before transport.

Is it best for a pig to be unloaded from the transport vehicle for a break in its long distance journey or should it remain on the vehicle until it reaches its final destination? Scientists have monitored pigs to provide some answers.

The objective of this study was to examine the influence of transport conditions on the behaviour, physiology and welfare of pigs in eastern and western Canada, in both summer and winter. Our goals were to evaluate differences between truck types, truck compartments and seasons in each region, and to use this information to identify problem areas and potential solutions.

Castration is notably used to reduce pigs’ aggressiveness towards humans and facilitate handling. However, there are no scientific data to confirm this. We compared entire and castrated male pigs reared in a conventional or an enriched environment.

The aim of this investigarion was to analyse the frequency of agonistic interactions (AI) and the lying behaviour of new and resident sows.

The effects of continuing spatial restraint were examined in domestic pigs. For this purpose, the animals (German Landrace barrows) were housed individually in metabolic cages (12 animals) and, as controls, in single pens (six animals).

The aim of this study was to investigate reproductive performance and possible reproductive problems (late estrus, infertility, reasons for culling) in herds with either group‐housed or individually housed pregnant sows. In a second analysis, we evaluated the effects of different group housing systems.

The results of this study confirm the beneficial effect of enrichment on the behaviour of pigs, as well as the existence of interactions between physical environment and enrichment. Conceivably, this could lead to a better method of evaluating the impact of production systems on the welfare of pigs.

The effects of common and concurrent environmental stressors on the social behaviour of farm animals are poorly understood. Here, we report the results of a multifactorial experiment designed specifically to examine the individual, additive or interactive effects of elevated ammonia, noise and low light (LL) levels on the social behaviour of growing pigs.

Sow welfare may be directly related with floor space allowance and dietary fibre.

The objective of this study was to evaluate the use of two topical anesthetics to alleviate the pain caused by castration in piglets as measured by physiological and behavior indices of stress.

The objective of the present study was to test the effect of injection device (conventional syringe and needle versus needle-free injection device [NFID]) on the incidence of head and neck abscesses at slaughter.

The use of ingredients with high DF content in sow diets may reduce the physical activity of the sow.

Commercially farmed animals are frequently housed in conditions that impose a number of concurrent environmental stressors. For pigs housed indoors, elevated levels of mechanical noise, atmospheric ammonia and low light intensities are commonplace. This experiment examined the effects on growing pigs of chronic exposure to combinations of commercially relevant levels of these potential stressors.

In the European Union, the group-housed pregnant sows have to have a minimal legal available area of 2.25 m2/sow. However, it has been observed that an increased space allowance reduces agonistic behaviour and consecutive wounds and thus induces better welfare conditions. But, what about the environmental impacts of this greater available area?

Stress caused by reduced space allocation may disrupt the cellular immune system in piglets and stimulate the releases of cortisol.