Beat costs And boost yields with bale grazing

It can help reduce feeding costs and improve pasture quality

Editor’s Note: The Beef Cattle Research Council (BCRC) posts great information on a wide range of beef production and management topics. Earlier in October they ran a two part column on the pros and cons and economics of bale grazing. So here is Part One that sorts sets the stage and then check out the BCRC blog for Part Two at: www.beefresearch.ca

Many Canadian producers have taken steps to extend their grazing period and provide forage for cattle outside of confinement and away from corrals. Well planned extensive wintering systems have obvious benefits for reducing on-farm labour and yardage costs, but extended grazing also has environmental advantages for nutrient management and potential forage yield improvements.

Bale grazing enables producers to keep cattle away from confinement, depositing manure and nutrients on the landscape, rather than in the corral. Photo courtesy of Hans Myhre.

Different methods of extended winter grazing may include annual forages for swath grazing, corn grazing, and grazing crop residue or cereals. Perennial forages can also be stockpiled for later grazing. Bale grazing is another method of extensive wintering that is proving popular with farmers. Cattle graze bales on pastures and hay fields, typically through controlled access by electric fence.

Bales can be purchased or grown on-farm and placed strategically in cells or “bale pods.” In some cases, cattle feed on bales directly where they are dropped from the baler but in most situations, bales are placed on pre-selected sites that need additional fertility or are located adjacent to stock water or natural or man-made shelter. Producers typically set bales on their round sides, 35 to 40 feet apart, and remove twine or net wrap prior to allowing cattle access to the area.

Some farmers try to source bales that are wrapped in sisal twine, which breaks down over time making follow-up twine management easy. When producers place bales, they are importing nutrients onto a site not just from the forage itself but also from the urine and manure of grazing cattle. This reduces manure handling and hauling costs and also allows farmers to target areas in need of soil improvements.

Any residual forage left ungrazed after cattle have moved to the next area isn’t a waste, but rather a source of nutrients for subsequent forage crops, litter to help increase water holding capacity and water infiltration of the soil, and a forage species seedbank. The number of days producers choose to allow their cattle access to a pod of bales will depend on how many bales are placed, quality of the feed, body condition score of the cattle, weather, and the farmer’s personal goals and management style.

Some producers will move cattle every two to five days, while other producers will allow cattle access for 20 or 30 days of feed at a time, or even longer.

The fertility and forage yield benefits from bale grazing are apparent for several years after bale grazing occurs on a site. Photo courtesy of Deanne Chuiko.

It’s important to feed test and weigh bales placed in grazing areas to ensure cattle have a relatively level plane of nutrition and avoid a “rumen roller coaster” caused by too much or too little feed. Producers may use hay, greenfeed, or even straw with supplementation, however feed testing is the key to ensuring a balanced ration is achieved and potential toxicity issues are avoided.

Bale grazing can improve perennial pastures and even be used to reduce brush encroachment; however, it is not suited for all sites. Avoid placing bales on environmentally sensitive sites such as wetlands or creeks. Do not bale graze on native rangeland to prevent introduction of invasive or weedy species that can upset the balance of natural biodiversity or reduce the overall ecological integrity of a site.

Bale grazing was used on this site to help reduce brush encroachment. Bales were grazed in winter, then site was grazed the following growing season during a planned rotation. Photo courtesy of Deanne Chuiko.

Monitor snow conditions closely. Snow should not be used as the sole water source for lactating cows, freshly weaned calves, or cattle with a body condition score of 2.5 or lower. A dwindling snow pack can cause animals’ stock water demands to spike, even when other water is available. Excess snow can cause cattle to expend extra energy to access feed, something that should be avoided for cattle groups that require higher levels of management such as calves, young cows, or thin cattle.

It’s always important to have a back-up plan with any extensive wintering system and bale grazing is no different. A prolonged harsh winter can increase the need for additional shelter and better-quality forage or supplementation for animals in any condition.

Producers must manage and closely monitor cattle to ensure they stay healthy, remain in good body condition, and have access to forage that is of adequate quality, as well as access to water and shelter. Producers are finding forage management success and cost savings by trying new methods of extensive wintering, but like any beef cattle production practice, bale grazing requires planning and management. Stay tuned for part two in the series that covers producer experiences and top tips for bale grazing from different regions across Canada.

Also visit the BCRC website www.beefresearch.ca to subscribe to their Blog and receive email notifications when new content is posted.

 

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