Farms.com Home   News

Adaptive Winter Grazing Strategies

This article is one of a series of case studies on forage beneficial management practices from Alberta Agrisystems Living Lab and Canfax. It is reprinted on BeefResearch.ca with permission.

Extended grazing can play a key role in lowering your feed costs and can have positive benefits for the health of your land. Some of these benefits include more even manure distribution across fields, less corral cleaning, improved soil fertility and overall reduced fuel use on your operation. One thing to keep in mind with extended grazing is the nutritional or feeding needs for the cattle. Some stages of growth or pregnancy may need more feed than extended grazing can provide. Careful monitoring of the cattle’s condition and feed tests can help you to be successful with extended grazing.

Swath grazing utilizes annual crops, such as cereals or forage crops, that are cut in the fall and left in the field for cattle to graze directly. It can improve soil fertility by directly depositing manure, and trampled feed residue can also build organic matter in the soil.

Bale grazing strategically places bales of hay or forage in designated grazing areas for winter feeding. Producers can optimize feed utilization and enhance pasture productivity by rotating bale locations and distribution.

Both swath and bale grazing offer several advantages over daily feed delivery methods, including reduced feed, labour, machinery fuel costs, residue and manure management costs and reduced reliance on extra fertilizer.

However, there are unique challenges, such as environmental conditions (heavy snow,
freeze-thaw cycles, etc.), feed lost to wildlife, availability of winter watering sources and increased animal energy requirements that must be managed.

Click here to see more...

Trending Video

How Millions of Dairy Cows Are Milked Daily for Cheese & Milk – Inside Modern Dairy Farming

Video: How Millions of Dairy Cows Are Milked Daily for Cheese & Milk – Inside Modern Dairy Farming

Step into the world of dairy farming, where technology and tradition come together to produce premium milk and cheese. In modern dairy farming, cows are raised in climate-controlled barns, monitored by smart sensors that track health and milk quality. Automated milking machines and robotic cleaners ensure hygiene and efficiency at every stage of dairy farming. Once collected, the fresh milk is transported to advanced facilities, where the dairy farming process continues — pasteurization, fermentation, and cheese making powered by precision equipment. From lush pastures to sterile factories, dairy farming represents a revolution in how the world’s finest dairy products are made — sustainable, efficient, and delicious.