Selective Cutting: The Best Timber Harvesting Method
Timber harvesting is an essential part of forest management, allowing you to maintain a healthy, productive woodlot while generating economic value. However, you’ll want to choose a harvesting method carefully because it plays an important role in the long-term sustainability of your forest. At Buskirk Lumber, we prioritize sustainable forestry practices, which is why we […]
Working With a Forestry Partner: Top 5 Things to Look For
Managing a forest is both a responsibility and an opportunity. Whether you’re looking to sell your timber or just preserve the natural beauty of your woodlot, the decisions you make today will impact your forest’s health and value for generations to come. Choosing the right forestry partner is critical to achieving your goals while ensuring […]
Forest Regeneration: A Guide to Post-Harvest Practices for Healthy Woodlots
Forest regeneration after timber harvesting isn’t just an optional step—it’s a crucial practice that ensures the vitality and productivity of your woodlot. This process is essential for maintaining healthy ecosystems and securing long-term economic benefits. By fostering new growth, you can preserve the environmental balance and enhance the future value of your timber. Keep reading […]
A Guide to Standing Cherry Timber: Identification & Harvesting From Your Woodlot in Michigan
Curious if your woodlot has cherry trees? Native to Michigan, black cherry trees are the largest of the local cherry species, and the only ones valuable for commercial use. Known by names like wild black cherry, rum cherry, and mountain black cherry, these trees are prized for their high-quality wood, often used in luxury furniture. […]
How Do Logging Operations Affect Soil Compaction?
When it comes to timber harvesting, it’s easy to only think about your trees. However, you should also consider the effects it can have on your soil. The heavy machinery used in logging can compact your soil, affecting forest health and slowing regeneration. In this blog, we’ll explore how logging operations contribute to soil compaction […]
Prepare Your Woodlot in the Fall for a Successful Timber Harvest in the Winter
Harvesting timber in the winter offers several advantages for your property. The cooler months bring less soil compaction, easier transportation, reduced sap content, a thinner canopy, minimized wildlife disturbance, and more. That’s why fall is the perfect time to ensure your woodlot is ready for a winter harvest. How can you prepare your woodlot for […]
A Guide to Standing Walnut Timber: Identification & Harvesting From Your Woodlot in Michigan
If you have walnut trees in your woodlot, they are most likely Black Walnut. Native to Michigan, black walnut trees are the most common walnut species in the state and are prized for their fine, straight-grained hardwood, dark color, durability, and resistance to warping. These desirable qualities make these trees a top choice for high-end […]
Hardwood Lumber Grades & NHLA Grading Rules
Why do they matter to you and your woodlot? Did you know that your hardwood trees have grades? These grades are a classification that reflect the overall quality and intended use of timber. This grading system is based on established industry standards that take into account knot size and frequency, slope of grain, and any […]
Forest Management Planning for Landowners
Owning a large forested property is quite literally the only investment where money grows on trees. That’s why it’s important to protect that investment with a forest management plan. Keep your forest healthy and thriving so that you can continue to profit from your woodlot later down the line. What is a Forest Management Plan? […]
What is Thinning in Forestry?
Michigan is one of the country’s most densely forested states, and proper forest management is key to keeping its expansive woodlots healthy and thriving. Thinning is one sustainable forestry practice recommended to many landowners to improve their existing forest stands. Forests are naturally thick and spaced closely together: and this density means that the trees […]
