Silvopasture is an agroforestry practice that integrates trees, forage, and livestock on the same site and manages the system to protect the environment. Like any agricultural system, silvopasture requires careful management to provide economic benefits and prevent ecological damage.
Silvopasture, the intentional, managed integration of trees with grazing systems, can provide a variety of benefits, including shade and emergency forage for livestock, carbon storage, and potential income from tree products. Establishing silvopasture by planting trees allows the farmer to control tree species and placement. It also offers climate benefits and may be eligible for technical and financial assistance from the USDA Natural Resources Conservation Service in Wisconsin.
Silvopasture is an agroforestry practice that integrates trees, forage, and livestock on the same site and manages the system to protect the environment. If you have woodland on your farm and are interested in converting it to silvopasture, there are several important decisions you need to make. This way of establishing silvopasture is sometimes also called “silvopasture by subtraction”
Similar to corn stover removal, impacts on soil health include nutrient removal and residue removal, grazing corn stalks should also consider soil compaction. Nutrients removed from a field when corn stalks are grazed are much lower than most farmers think
A great deal of the success in a well-managed grazing system is owed to the design of the fencing infrastructure. Especially in managed grazing systems where livestock are rotated frequently, a well-designed fencing system that accommodates rotational grazing can make or break the system.
Each year the question “Should I clip my pasture?” rekindles an age-old debate at a pasture walk. The debate is never quite settled because there is no straightforward answer.
The explosive growth of solar sites, especially large, utility-scale (>100 MW) sites that require state approval, has put solar in competition with agriculture for land use. Solar grazing increases land use efficiency, yielding two outputs—sheep products (meat/dairy/wool) and solar electricity—where there would otherwise be just one.
Each year, in May when the dandelions start showing their faces, the most common topic of discussion in the grazing and livestock world is “When can I start grazing?” While those lush, green pastures look awfully inviting after months of feeding hay, farmers must pause and make a wise, informed decision regarding when to start grazing because starting too soon can result in a dramatic shortening of a month or more at the end of the grazing season.
The fourth Focus on Forage webinar in the 2024 series, Focus on Pastures, features research-based pasture establishment and management recommendations and resources to keep pastures productive throughout the 2024 growing season.
Also commonly referred to as “stocking rate,” carrying capacity is the number of animals a parcel of land can support by providing adequate feed and retaining and recycling the nutrients they produce. In grazing systems, where livestock harvest their own feed and spread their own manure, carrying capacity is foundational to a long grazing season that results in healthy animals, healthy pastures, and a healthy ecosystem.
The beginning of a new year is always a good time to consider ways to improve a farm for greater long-term success. A way to improve long-term success is to consider how to make a farm more resilient. In the constant pursuit of increased production, resilience is often overlooked, undervalued, and perhaps misunderstood. But what exactly is resilience?
Managing forage inventory is a pivotal task on any grazing operation. A forage inventory involves monitoring how much forage is available at various points of the season, as well as projecting forage availability throughout the season to ensure the farm is on track to meet its production goals.
