Tuesday, April 30, 2013

Livestock Identification



A new federal livestock identification program, which went into effect March 11, requires dairy cows and sexually intact beef cattle over 18 months of age to be registered when they are shipped across state lines.

The regulations will help agriculture officials track livestock in cases of disease outbreaks, allowing epidemiological investigators to quickly learn from which farm a suspect animal originated.

In most cases, farmers and ranchers will use ear tags that assign a number to each animal. But, in some cases, tattoos and old-fashioned brand marks are acceptable forms of animal identification. The new program gives states flexibility in deciding how animals will be identified -- an important concession to cattle ranchers in Western states, where brands are still commonly used.

Many livestock producers have been affixing identification to their animals to keep track of medical treatments such as tuberculosis vaccinations, medications and feed requirements.

While the new federal program covers a range of livestock, much of the focus has been on cattle because aggressive programs to fight diseases in other species, such as sheep scabies, have already resulted in widespread identification of those animals.

Source:
John Comerford, associate professor of animal science, Penn State's College of Agricultural Sciences

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Livestock Ear Tags



Thursday, February 7, 2013

Feed More Forage


Don't take hay for granted. A leading feed supplier and equine nutritionist, Marlin Statema, says it could be the most critical element in your animal's diet.
       
"Forage is the most important part of the horse's diet. That's because the horse evolved as a grazer. It has a very small stomach and can't take in a lot of feed at one time," says Statema, president of LMF Feeds in Deer Park, Washington.
       
Despite the fact that his company specializes  in grain feeds, Statema encourages horse owners to make forage -- not grains -- the main part of their animals' diets.

Continued at... Feed More Forage

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Friday, January 25, 2013

Flaxseed Diet Makes Better Milk


Dairy cows fed flaxseed produce more nutritious milk, according to research at Oregon State University.

Diets high in saturated fat can increase cholesterol and cause heart disease, while those rich in omega-3 and other polyunsaturated fatty acids may reduce the risk of heart disease, studies have shown.

Traditional cattle feed mixtures of corn, grains, alfalfa hay and grass silage result in dairy products with low concentrations of omega-3 and other polyunsaturated fats.

In the OSU study, ten pregnant cows were fed different amounts of flaxseed – up to seven percent of their daily diet. Their resulting milk contained more omega-3 fatty acids and less saturated fat.

Feeding the cows up to six pounds of extruded flaxseed improved the fat profile without negatively affecting the production and texture of the milk and other dairy products.

At six pounds per day, saturated fatty acids in whole milk fat dropped 18 percent, poly-unsaturated fatty acids increased 82 percent, and omega-3 levels rose 70 percent compared to feeding no flaxseed. Similar improvements were observed in butter and cheese.

Still, saturated fat accounted for more than half of the fatty acids in the dairy products while the increase in polyunsaturated fats compromised no more than nearly nine percent of the total.

Although flaxseed costs more than traditional cattle feeds, the lead scientist on the study, Gerd Bobe, believes it could be an affordable feed supplement for cows because products enriched with omega-3 can sell for a premium at the grocer.

"Many consumers already show a willingness to pay extra for value-added foods, like omega-3 enriched milk," he noted.

Source: Oregon State University Extension Service

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Monday, June 4, 2012

Husbandry How To: A Good Horse Is Never a Bad Color


Learn why your problem horse is not a lost cause with helpful tips from an
internationally acclaimed trainer.

In A Good Horse Is Never a Bad Color, Mark Rashid shares his talent for training horses through communication rather than force. Rashid uses humorous, feel-good stories to relate his techniques of teaching horses by examining their view of the world.

Tales of Training through Communication and Trust
Second Edition, Revised and Updated
by Mark Rashid
Skyhorse Publishing, 2011
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Friday, January 20, 2012

Husbandry: Insufficient Nutrients in Winter Forage


A summer of excessive moisture and good grass growth followed by record high temperatures and record low precipitation this winter has provided many northern Plains cattle producers with the opportunity to extend their grazing season well beyond normal.

“Although producers currently grazing are most likely saving money by not dipping into harvested or purchased hay reserves, cow stage of gestation and coincident nutrient requirements must be considered to determine whether cows are getting the nutrients they need from midwinter grasses,” says Carl Dahlen, a North Dakota State University Extension Service beef cattle specialist.

These cows’ nutrient requirements are changing as the animals progress into the third trimester of pregnancy. Depending on their calving season, many of the cattle on pastures are experiencing this requirement increase.

However, the protein of forages standing at this point is very low (probably no more than 4 to 5 percent). Cows during the third trimester should be eating feed with around 8 percent protein, Dahlen says.

In addition to protein percentage, producers need to keep in mind the physical form of the standing forage.

“As we progress into winter, the pasture grasses are more susceptible to being knocked over by cattle or weighted down by snow and wind,” Dahlen says. “Add this to the fact that winter grasses are less palatable compared with earlier in the year, and it becomes difficult for cattle to consume the amount of forage they need.”

The mineral and vitamin content of standing forages likely is below requirements as well. Minerals at this stage largely are needed to develop a calf’s immune system through nutrients circulating through the cow and from nutrients that will be available for colostrum and milk production once the calf is born. Not having proper minerals now could be a big issue for calf health in a few months.

Not meeting cattle’s nutrient requirements also can affect fetal programming, although the impact is not necessarily seen immediately, according to Dahlen.

Rick Funston, Extension beef reproductive physiologist at the University of Nebraska-Lincoln, has conducted considerable research on the impact of protein supplementation during late gestation on the health and performance of the offspring. Funston found that calves born from cows that were fed supplements during late gestation had better growth rates, a greater percentage of heifers became pregnant during their first breeding season, and calves put into feedlots had greater feedlot performance.

“We’re talking lifetime productivity, and it is not something that can be seen in the cows today but can have big impacts on herds into the future,” Dahlen says.

He recommends producers who have cattle in late gestation provide their cattle with some type of protein and energy supplementation, such as lick tubs, range cubes or distillers grains. Free-choice alfalfa hay delivered to cows in addition to grazing also will provide additional protein.

“Also monitor cow body condition very closely and ensure the proper delivery of vitamin/mineral supplements to cows,” he advises. “Pre-calving losses in body condition set cows up for issues after calving. Metabolic conditions, retained placenta and delayed rebreeding are things that I would be concerned with if cows came through the summer on great grass but then lost a lot of condition just prior to calving.”

Source: Carl Dahlen, (701) 231-5588

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Monday, August 8, 2011

Creep Feeding Decision Time

When an oppressive heat wave scorches pastures and dries up water sources, it may be time to consider creep feeding beef calves.

Creep feeding is a way to increase weaning weight by supplementing grass and milk for unweaned calves or to supplement milk production in periods of nutritional stress for cows -- is a valid option now, said John Comerford, associate professor of dairy and animal science.

"The decision to creep feed or not to creep feed is a difficult one for producers," says John Comerford, associate professor of dairy and animal science at Penn State. "Like most other aspects of the beef business, it's a complex decision and one that has to be analyzed year after year.This management decision has lots of variables and responses that are not always predictable."

Each producer has to weigh independently if creep feeding is financially feasible. The logical questions to ask before creep feeding calves are "How much will it cost?" and "How much does it pay?"

Creep feeding implies there will be purchased feed provided for the calves, usually on a limited basis, along with facilities, equipment and labor to provide the feed.

Comerford offered this sample calculation:

Cost:
40-calf creep feeder costing $1,000 with a 10-year life -- per calf cost: $2.50
Feed at $0.20 per pound x 3.5 pounds/day x 100 days: $70.00
Interest on feed at 4 percent: $0.16
Total estimated cost per calf: $72.66

The payoff:
Additional weaning weight of 0.6 pounds/day (total 60 lbs. at $1.45/pound): $87.00

Net return to labor and management: $14.34

But creep feeding does not always pay off, Comerford cautioned.

"It appears on the surface that creep feeding would be a profitable management tool at any time, but there are other considerations. The total weight gain should not be used as the predictor of additional value of calves. Additional weight on calves usually also implies a lower value per pound when they are sold, so the total value of the calf should be considered."

Other factors involved in creep-feeding calculations include feed efficiency, feed palatability and cost, carcass grade, marbling accretion, preconditioning programs and weaning.

Friday, July 8, 2011

Husbandry: Bull Pastures Increase Profits

Bull management is an important part of running beef cows. A key to successful bull management is having and using a bull pasture according to University of Missouri Extension livestock specialist Eldon Cole.

"This is the time of year when owners of well-managed cattle herds are pulling their bulls from their cow herds," said Cole. "The bulls likely were put with the cows and heifers in late April and by early July they've had a 75 to 90 day breeding season.

According to Cole, females should have cycled and had the opportunity to breed two to possibly four times during that period depending on their calving date and interval from then to first heat.

"By having a well defined breeding season you should have a closer bunched, more uniform set of calves. This is an asset at marketing time as larger groups of uniform calves typically sell for a higher price."

The price of the heifer calves should also be higher as they are less likely to have been bred by the bulls if they are removed before the heifers reach puberty.

Research consistently shows that as temperatures warm up, conception rates go down and the calf crop becomes more strung out if the bulls remain with the cows. This is especially true in fescue country as the endophyte problem or heat stress adds insult injury as summer temperatures climb.

A University of Kentucky trial found a breeding season from April 21 to June 5 resulted in an 89 percent pregnancy rate. A breeding season from May 21 to July 6 resulted in 78 percent of the cows becoming pregnant. Only 59 percent of the cows settled when bred from June 19 to Aug. 4.

An Oklahoma State report compared records from 394 Texas, Oklahoma and New Mexico ranches. Those records show a 75-day breeding season, compared to those leaving the bull with the cows year round, resulted in a reduced cost of $13.63 for producing 100 pounds of calf.

"In other words, it makes economic sense to control the breeding season," said Cole.

Source: Eldon Cole (417) 466-3102