The effects of the warm and cold period of the year on the sows postlactational estrus reaction and farrowing rate, were investigated on an intensive pig production farm unit in Vojvodina. Average weaning-to-estrs interval duration was significantly (P>0.01) longer (8.1 vs. 6.0 days) and farrowing rate was significantly (P>0.05) lower (72.9% vs.80.2%) in worm compared with cold season. The present results support the findings of other authors that higher temperature and extended photoperiod, during summer months, are the main factors influencing reduction the reproductive parameters in the breeding sows herds. This phenomenon is known as a “summer sows infertility”
The aim of this study was to analyze the effect of season and number of parity on the reproductive p...
and not high ambient temperature, appears to be the major cause of seasonal infertility in pigs. Att...
The objective of this study was to determine the incidence of regular or irregular inter-oestrus int...
Reduced fertility of sows during the warmer period of the year is a well-known occurrence in practic...
Seasonal infertility is often observed as anestrus and a lower conception rate resulting in a reduce...
Heat stress is known to adversely affect reproductive performance of sows. However, it is important ...
Numerous studies show significantly reduced sow fertility in the warm period of the year. The aim of...
The level of reproductive efficiency is predominantly related to the values of the basic parameters ...
The experiment was performed on a large indoor herd during a hot season period in Alföld, Hungary. T...
Summarizing the facts mentioned in the literature review it is obvious that science intervenes to th...
This thesis assesses the role of heat-stress on the conception rate on swine from a largescale farm....
Reproductive performance of experimental commercial Dalland sows (n = 87) maintained under a constan...
It has been shown in previous studies that heat stress has a negative effect on implantation of the ...
Abstract only availableHigh summer temperatures increase the chance that sow herds will be exposed t...
The objectives of this study were 1) to investigate if there were differences in the relation betwee...
The aim of this study was to analyze the effect of season and number of parity on the reproductive p...
and not high ambient temperature, appears to be the major cause of seasonal infertility in pigs. Att...
The objective of this study was to determine the incidence of regular or irregular inter-oestrus int...
Reduced fertility of sows during the warmer period of the year is a well-known occurrence in practic...
Seasonal infertility is often observed as anestrus and a lower conception rate resulting in a reduce...
Heat stress is known to adversely affect reproductive performance of sows. However, it is important ...
Numerous studies show significantly reduced sow fertility in the warm period of the year. The aim of...
The level of reproductive efficiency is predominantly related to the values of the basic parameters ...
The experiment was performed on a large indoor herd during a hot season period in Alföld, Hungary. T...
Summarizing the facts mentioned in the literature review it is obvious that science intervenes to th...
This thesis assesses the role of heat-stress on the conception rate on swine from a largescale farm....
Reproductive performance of experimental commercial Dalland sows (n = 87) maintained under a constan...
It has been shown in previous studies that heat stress has a negative effect on implantation of the ...
Abstract only availableHigh summer temperatures increase the chance that sow herds will be exposed t...
The objectives of this study were 1) to investigate if there were differences in the relation betwee...
The aim of this study was to analyze the effect of season and number of parity on the reproductive p...
and not high ambient temperature, appears to be the major cause of seasonal infertility in pigs. Att...
The objective of this study was to determine the incidence of regular or irregular inter-oestrus int...