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| General Manager Comments | ||||||||||||||||||||
| PEAK Swine Genetics association and
participation with the Canadian Centre for Swine Improvement is a critical aspect to
ensuring genetic improvement of our breeding boars and gilts. Alfred Wahl is a Director on
that Board as well as Director to the Western Swine Testing Association. I would like to
acknowledge and congratulate Matejka Purebred Swine Farm, Messrs. George and Tony Matejka
on being awarded the 2004 Breeders Merit Award by CCSI and Mr. John Vande Glind, Acadia
Breeders, on being awarded the Brian Kennedy Memorial Award for his ongoing contribution
to the success of the national Swine Improvement Program. Highly successful customer appreciation days were held in Lethbridge and Barrhead in recent weeks. Were grateful for the turnout at both venues. We wish you all continued success in your operations. I expect that hog prices will remain relatively high during the next 24 months. |
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| PEAK Growth Summit | ||||||||||||||||||||
GROWTH in Swine Improvement DataPigs
probed at Jakubec Farms show continued improvement in leanness, growth rate and loin
depth. Data shown is for pigs probed June 28.
Probing data gathered on breeding stock on a national basis by CCSI shows a benefit to commercial hogs of $98/litter; $42 from sire line improvement and $56 from dam line improvement in 2003, compared to 1997. |
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| Clients Choose PEAK Swine Genetics | ||||||||||||||||||||
| Kingdom Farms has ordered purebred gilts
along with Landrace and Trailblazer ® boars. Rob Johnson
is now a Landrace boar and Summit ® gilt customer. We appreciate all of our regular clients, some of which are purchasing 2-3 extra gilts/month as the gap between sow value and gilt price narrowed significantly! |
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| PEAK Book Of World Records | ||||||||||||||||||||
| A Duroc gilt from Five Lakes Farms sent to
slaughter at OLYMEL measured a loin depth of 77.5 mm. A fat measure of 18.0 mm gave her a
113 index. The load of 18 pigs averaged 63.9 mm loin depth, with 113.3 average index. Only
33% of the hogs were in the 60-66 mm lean range, while another 39% were >66 mm lean. F&S Hog Farm farrowed its first four purebred gilt litters at 12, 11, 9 and 5 live piglets the five were nice pigs too. Willow Creek Colony has averaged 9.9 live piglets farrowed from its gilt startup. Pre-wean mortality was less than 10%. |
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| Finishing Herd
Efficiency, Part 8 Factors Affecting Feed Intake: Feeding Systems Dr. Frank Aherne, Pig Industry Consultant |
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| Feeder design Feeder design can have a big influence on feed intake but feeder management is more important. A study of the pigs behavior while eating will tell you if the feeder is well designed, if there is excessive feed wastage, whether there is insufficient feeder space per pig or if the flow of feed is insufficient. With proper and regular adjustment, feeders should have a thin layer of feed covering about 60-65% of the bottom of the trough. For multi-space dry feeders, 4-5 pigs per feeder hole should be OK and for single space feeders and wet/dry feeders, 11-12 pigs per feeder space should be adequate. Wet/dry feeders are becoming more popular and can usually increase feed intake, resulting in a 5% improvement in growth rate and a 30-40% reduction in water wastage. Feed wastage Feed wastage is a constant problem in all barns and therefore feeder management must be a critical part of barn management. With conventional multi-space dry feeders, that are in good condition and adjusted regularly, feed wastage will average about 3.5%. For poorly designed feeders, that are not adjusted properly, the wastage can be as high as 20% of the feed added to the feeder. If your feed use per pig in grow-finish is 263 kg, then at 3.5% waste, a pen of 20 pigs can waste about 184 kg during the grow-finish period. So it pays to spend time to properly and regularly inspect and adjust feeders. Do not assume that because you cannot see feed on the floor that there is no wastage. Even under such conditions you still probably losing 3.5% of the feed added. Pellets versus Mash Generally pigs can consume feed more quickly when it is in pelleted form and so they spend less time at the feeder and they waste less feed. So with pelleted feed, you can more pigs per feeder hole. Use of pellets in dry feeders will usually improve growth rate by about 5% and feed conversion efficiency by 5-6%, mostly due to decreased feed wastage. However, there is no difference in feed intake or pig performance if pigs are fed either pellets or mash when using a wet/dry feeder and feed wastage is less on the wet/dry feeder. Water uses Dont take water intake of pigs for granted. Check water flow rates in drinkers throughout the barn. A flow rate of 0.75 to 1.0 litres/minute should be adequate for feeder pigs. Nipple drinkers are most commonly used but nipples within drinker bowls are becoming increasingly common. The common recommendation is 10 pigs per water source. At greater than 15 pigs per drinker, there may be an increase in the variation in weight gain. Set nipple heights at about shoulder height of the average pig in the pen. It is advisable to get water quality tested occasionally. Total dissolved solids (TDS) should be below 7000 parts per million. Daily Barn CheckCheck barns twice per day (early morning and late afternoon) Check feeders and drinkers twice per day to ensure feed and water are available. Set feeders so that 40% of the trough bottom is visible. Remove any feces or fouled/stale feed from feeders.
The best method for checking the health of the pigs is to enter each pen and spend at least 30 seconds observing the pigs. Alternatively, check 3 pens at a time from one (middle) pen. Use a different starting pen at each check.
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