Arkansas Agricultural Experiment Station’s Post

https://lnkd.in/dxgd7zFP A fascinating insight into precision Forestry.

#inthenews Find out more about the Scion research project to capture an inventory of all exotic planted forests in New Zealand. Forest Insights could help make investment decisions easier for the forestry industry but answering what trees doe we have, where are they, and what can we do with them? #readmore https://lnkd.in/gzWi_JiB #forestry #research #data #LiDAR #digital #ForestInsights

In 2023, the paper 'A horizon scan of issues affecting UK forest management within 50 years' was published in Forestry: An International Journal of Forest Research, identifying the top 15 issues facing our sector. We have partnered with the Forestry Commission to bring you this series of eight webinars (running from 15 October 2024 to 11 February 2025) to examine these issues and create a space for thinking on how we can respond. Each Forestry Facing the Future webinar will feature presentations and discussion, with key speakers from across the UK, including authors of the paper. Tickets are available for the whole series or for individual webinars. 15 October 2024: Trees, weather and urban planning 24 October 2024: eDNA, ecosystems and international commitments 11 November 2024: Technology – smarter and safer forestry 21 November 2024: Markets, management and value chains 3 December 2024: Soils and seasons 14 January 2025: Pests and pathogens – forests at risk 29 January 2025: Natural capital and nature positive management 11 February 2025: Forests on the edge of collapse Find out more and register now: https://lnkd.in/gmaPQSqf

Collaborating with creative minds enhances productivity and drives results effortlessly🌳 The team you work with can profoundly influence the success of your projects and the accuracy of your data. When you're involved in a research project in forestry, having like-minded individuals who are committed to excellence is crucial. The accuracy of data collection cannot be overstated, as it forms the foundation of any meaningful research. In forestry, this means working with team members who are not only skilled but also meticulous in their approach—ensuring that every piece of data is collected accurately and without manipulation. For instance, when measuring trees for parameters like diameter at breast height (DBH), diameter at mid-point (DM), and merchantable height, particularly in complex cases such as forked trees (which are essentially two trees in one), it's vital that each tree is measured individually. This precise measurement is necessary to accurately calculate the carbon content present in each tree, which is critical for understanding the tree's impact on the environment. In addition to these measurements, the expertise required to operate specialized instruments like the Spiegel Relascope and the Haglöf Altimeter is indispensable. These tools are integral to obtaining accurate readings in forest inventory and research. Without skilled individuals who understand how to use these instruments correctly, the data collected could be flawed, leading to inaccurate conclusions about the forest ecosystem. Selecting the right team members for fieldwork and forest inventory tasks is one of the most important decisions you can make in forestry research. The effectiveness of your research hinges on their ability to take precise measurements and understand the environmental significance of those readings. I am incredibly proud of my team; they have not only mastered the use of these essential instruments but are also deeply committed to applying the correct methods in every aspect of our research. Their dedication ensures that our data is reliable and our conclusions are sound. For young foresters and students currently pursuing studies in forestry, I cannot stress enough the importance of gaining proficiency in these instruments. Understanding how to accurately measure and analyze data is a critical skill in this field, particularly if you plan to specialize in areas like forest inventory, carbon sequestration studies, or any other research-intensive aspect of forestry. Master these tools, build your knowledge, and be meticulous in your work. These skills will serve you well in your future career and help you contribute meaningfully to the field of forestry. #ForestryResearch #DataIntegrity #ForestInventory #EnvironmentalImpact #Teamwork #ForestryEducation #FieldworkSkills

Where Can We Find Dynamic Tree Growth Models? Dynamic tree growth models are essential in forestry, enabling us to predict everything from forest development to carbon capture potential. But where exactly can we find these models, and how do we choose the right one? There are many sources for tree growth models, ranging from open-source projects to proprietary software. Universities and research institutions have developed some of the models, constantly refining them to simulate tree growth under various environmental conditions. In addition, forestry organizations are creating models designed for specific outcomes—whether that’s maximizing timber yield, predicting carbon sequestration, or understanding forest health in different climates. Here are two sources we know of for dynamic tree growth models: - Vidar (https://lnkd.in/drW2mvN2): Growth models for a number of Danish species. It’s implemented as a Windows executable, which limits its use in web applications. However, we’ve adopted the equations from Vidar in Forsler.com. - Forest Vegetation Simulator (https://lnkd.in/duANFtPD): – A set of growth models for American tree species, also implemented as a Windows executable, making it less suitable for web-based applications. The real challenge lies in how we, as a community, can create a better common understanding of these models, how they are applied, and how we can make them more accessible in an online setting. This could involve building an online service, such as a REST API, to make these models more widely available and easier to integrate into different platforms. Does anyone know of a comprehensive list of growth models or an online service for simulating tree growth? If so, we’d love to hear your suggestions!

Fire-prone forests and the recipient of UBC Faculty of Forestry's Best Masters Thesis Award for 2023. We would like to congratulate Kea Rutherford, recipient of UBC Faculty of Forestry's Best Masters Thesis Award for 2023. She partnered with us as one of the five community forest in the Kootenay region and measured key components of the wildland fuelbed in forest stands before and after treatment. Below is the abstract from her thesis and the full link is available on the BCCFA post. Fuel treatment efficacy in fire-prone forests of interior British Columbia, Canada. - Rutherford, Kea Abstract Extreme wildfire seasons have become a central challenge of forest management in western North America. In response to increasing wildfire risk, forest managers are proactively implementing fuel treatments. Although impacts of fuel treatments have been studied in the western United States, comparable research in the fire-prone forests of western Canada is lacking. In this thesis, I used two approaches to assess the efficacy of alternative fuel treatments to mitigate fire behaviour and effects in the seasonally dry forests of southeastern British Columbia, Canada. I partnered with five community forests in the Kootenay region and measured key components of the wildland fuelbed in forest stands before and after treatment. For the first approach, I used the pre-treatment field data as a baseline and simulated 16 alternative fuel treatment scenarios that spanned the range of thinning, pruning, and surface fuel load reduction combinations being implemented in the region. #BCForestry #Forestry #CommunityForests For full article: https://lnkd.in/ecgY9bg8

🔥How AI Defends Aussie Forests from Fire! 🌲 South Australia's Green Triangle forestry region is embracing AI technology to enhance bushfire monitoring and protection, showcasing the potential of tech-driven solutions in environmental management. 🔍 Key Developments: 1️⃣ AI Deployment in Forestry: The South Australian government has partnered with Pano AI to implement a state-of-the-art fire monitoring system. This AI-driven technology combines cameras and satellite tech to monitor plantation areas for bushfire risks continuously. 2️⃣ Enhanced Detection and Response: The Pano AI system, already used in Queensland and NSW, is crucial for early fire detection. It can scan a 20-kilometre radius for smoke, improving the response time and effectiveness of firefighting efforts in a region where forestry plays a significant economic role. 3️⃣ Human-AI Collaboration: Despite its advanced capabilities, the system still requires a 'human in the loop' to differentiate between smoke, clouds, and dust. This collaboration between AI and human judgment is vital for accurate and reliable fire detection. 🌳 The Bigger Picture: Integrating AI into bushfire management exemplifies how technology can support environmental conservation efforts. As climate change increases bushfire risks, innovative solutions are crucial for protecting ecosystems and communities. 🤔 #questionforgroup: How can AI and other technological advancements be further utilised in environmental conservation efforts? What are the challenges and opportunities in integrating AI into bushfire management? 🔗 Learn more about South Australia's use of AI in bushfire management and its impact on forestry conservation: https://lnkd.in/gGCaagan #bushfires #aitechnology #fires #environmentalconservation #forestry #forests #greentech #sustainableforestry #firedetection #climatechange #climate #climateaction #innovation #panoai #ai #woodcentral #woodcentralau1 #firesafety #australia #australiaburns

Past Master of Urban Forestry Students like Robert Sim can speak to the quality and relevance of the Master of Urban Forestry Leadership program at UBC Faculty of Forestry. This unique online program prepares you for green #leadership position in municipalities, not-for-profits, private enterprises, and other organisations. Applications for the 2024-2025 cohort are due by mid-February. #MUFL #urbanforestry #greeninfrastructure #naturebasedsolutions #governance #projectmanagement

Good #Read from Cityworks.com 6 Tips for Streamlining Urban Forestry with Cityworks Cityworks Magazine ,Solutions ,Tips and Tricks |  May 27, 2021   Every #urban #forestry department faces unique challenges when it comes to their #tree inventory. These challenges can range from ineffective field workflows to working in a limited #cellular connection #environment to keeping track of #equipment, #labor, and #material (ELM) on each #project. Your organization needs a customizable solution to support your internal budget and workforce allotment. With #Cityworks, your organization can #streamline #workflows and maximize efficiency in the field and in the office. Here are six tips for using Cityworks for urban forestry. Start with the #GIS The first step to managing your forestry assets in Cityworks is to import all of your assets into your GIS platform. Using the Cityworks map functionality, you can see the location and various attributes of each asset, pulling directly from your GIS. You can also create work activities by selecting the asset on the map. Full Article: https://lnkd.in/gRE9hvM By Michael Romano, Cityworks Customer Success Manager Trimble Cityworks - Esri - NewEdge Services, LLC - Amazon Web Services (AWS)

Read this interesting article: "Overstorey leaf production and emergence of sassafras saplings in a southwest Missouri oak woodland: An analysis based upon long-term effects of fire" Sanjeev Sharma, Alexander Wait, Puskar Khanal Doi: https://lnkd.in/edc2SHqJ #openaccess #international #journal #webofscience #corecollection #impactfactor #forestry #forestscience #woodtechnology #environment #foresttrees #dendrology #ecosystem #ecology #woodsystems #nutrients #woodland Puskar Khanal Clemson University - College of Agriculture, Forestry & Life Sciences Clemson University Missouri State University University of Belgrade, Faculty of Forestry Faculty of Forestry, Technical University in Zvolen, Slovak Republic Faculty of Forestry and Wood Technology, University of Zagreb Nanthavongduangsy Faculty of forestry Nuol Auburn University College of Forestry, Wildlife and Environment Dr YS Parmar University of Horticulture and Forestry, Nauni Wake Forest University Graduate School Forestry and Forest Products Research Institute Forestry Science and Technology Institute, Chittagong CIFOR - Center for International Forestry Research