Building with timber far is less carbon-intensive than concrete and steel, but what about deforestation? This is where sustainable forest management comes in. Trees naturally capture carbon from the air. When our forests are sustainably managed as a vast and rapidly renewable resource, that carbon remains sequestered in the wood. New trees are planted, and existing trees continue to grow – capturing even more carbon from the atmosphere. The goal of a sustainably managed forest is to grow more trees than we use. According to Pete Kobelt, STOBG’s Director of Mass Timber Solutions, Arkansas’ vast forests grow new wood fiber at a rate of 71 tons every 60 seconds. That’s fast enough to grow a 200,000 sq ft building in 2.5 hours. #masstimber #sustainability #stobgway
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In these lands, the native forest once had the capacity for carbon sequestration, estimated at around 11.7 tonnes of CO2 per hectare per year. However, as evident to all, the forest has been depleted. To address this, we are embarking on a transformative initiative: the installation of a new forest 'windshield,' boasting a density of at least 1,111 trees per hectare. This innovative approach promises to elevate our carbon sequestration potential to at least 12.3 tonnes of CO2 per hectare per year. The new 'windshield' is currently being installed on the left side of the picture, marked by the posts.
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The forest sector replants more than 783 million seedlings per year (CINTRAFOR Research, 2021). According to research by the University of Washington, 23 seedlings are planted per thousand board feet of lumber produced. The rate of replanting varies by region, species, and other factors so there’s not an exact tree for tree figure. It ranges from two to five seedlings per tree harvested. Learn more from the American Wood Council 👉 https://ow.ly/hRpu50Qu8AE #southernpine #wood #buildwithwood #lumber #forestproducts #sustainability #greenbuilding #carbon #sustainable #forestmanagement
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As I reflect on the intertwined journey of conservation and sustainability, I held a visit to a restored quarry now overseen by a local wildlife trust. It's truly remarkable how the site has been transformed from a symbol of resource extraction into a beacon of ecological revival. Years ago, when I was younger, the quarry was a vast chasm, gouged from the earth, a necessity for our then immediate economic needs but a scar upon the landscape. Fast forward to today, and nature has reclaimed its realm, proving that with intentional effort, even the deepest wounds can heal. Amidst the vibrant flora and fauna, what struck me the most was the thoughtful integration of recycling and landfill management within the site. This once-depleted quarry serves not only as a sanctuary for biodiversity but has also become an innovative hub for sustainable waste management. We talk about the circular economy, and here it was in action—waste materials being repurposed, breathing new life into what was once considered the end of the line for many products. The ingenuity of landfill gas energy production further exemplifies this transformation. Methane, a potent greenhouse gas once a byproduct of waste decomposition, is now harnessed to produce clean energy. This not only mitigates the effects of harmful emissions but also contributes to the locality's power supply, coming full circle from degradation to contribution. This visit was a poignant reminder that the narrative of our environment need not be one of doom. Through dedicated landfill management, innovative recycling practices, and the transition towards renewable energy, we can rewrite our story. It's a journey that started many years ago when I was younger, but one that must continue with urgency and resolve for the sake of our planet's future. #Conservation #Sustainability #RenewableEnergy
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The environmental impact of forest harvesting id is far greater than what is reported in by forest industry sources. This short video shows the real story. https://ytube.io/3mjm
Do you know the real costs of building with wood? There is currently a disparaging ratio of 1:8 between trees planted and the trees we lose every year to deforestation. While cross-laminated timber and conventional wood framing devastate our forests, #concrete is leading the way to a greener future through sustainable innovation. Read on: https://bit.ly/3r3Swmm
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The environmental impact of forest harvesting id is far greater than what is reported in by forest industry sources. This short video shows the real story. https://ytube.io/3mjm
Do you know the real costs of building with wood? There is currently a disparaging ratio of 1:8 between trees planted and the trees we lose every year to deforestation. While cross-laminated timber and conventional wood framing devastate our forests, #concrete is leading the way to a greener future through sustainable innovation. Read on: https://bit.ly/3r3Swmm
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The environmental impact of forest harvesting id is far greater than what is reported in by forest industry sources. This short video shows the real story. https://ytube.io/3mjm
Do you know the real costs of building with wood? There is currently a disparaging ratio of 1:8 between trees planted and the trees we lose every year to deforestation. While cross-laminated timber and conventional wood framing devastate our forests, #concrete is leading the way to a greener future through sustainable innovation. Read on: https://bit.ly/3r3Swmm
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Timber takes between 25 and 100 years to mature. It varies widely by species and geographic region. For example, a loblolly pine in the U.S. Southeast can be harvested after 25 to 30 years but a ponderosa pine in the West may take 50 to 100 years to mature. 17 Learn more from the American Wood Council 👉 https://lnkd.in/gWiSHAWs #southernpine #wood #buildwithwood #lumber #forestproducts #sustainability #greenbuilding #carbon #sustainable #forestmanagement
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Timber takes between 25 and 100 years to mature. It varies widely by species and geographic region. For example, a loblolly pine in the U.S. Southeast can be harvested after 25 to 30 years but a ponderosa pine in the West may take 50 to 100 years to mature. 17 Learn more from the American Wood Council 👉 https://lnkd.in/gWiSHAWs #southernpine #wood #buildwithwood #lumber #forestproducts #sustainability #greenbuilding #carbon #sustainable #forestmanagement
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"This study explores attitudes toward sustainable-timber resource management and climate-change mitigation by extending the life cycles of wood products and their cascading in Central and Southeastern Europe." https://lnkd.in/d5Nw8Yek #Wood #climatechange #lifecycle #cascading
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1moVery interesting, STO Building Group. Would love to see how mytender.io can support you!