39 resources found

The CNC Research Forest area was entrusted to the College of New Caledonia as a critical resource to support and enrich student education via CNC's Natural Resources and Forest Technology program. The Research Forest provides for excellent experiential student learning and research opportunities and first-hand experience in forest resource stewardship. At the same time, northern British Columbia is afforded ready access to a venue for forest-based research, and an expert team of researchers to tackle your applied research and innovation challenges.

This webinar discusses operationalizing adaptive silviculture for climate change through a multi-site research network. The core purpose of the project is to provide forest managers with real-world, operational examples of integrating climate change adaptation principles into practice, specifically by fostering ecosystem resilience to uncertain futures. The research employs a consistent framework across various forest types, testing three primary adaptation strategies including resistance, resilience, and transition. The webinar details the work at the Minnesota pine site, highlighting local climate vulnerability to drought and the application of these three treatments: simple thinning for resistance, mixed-species restoration for resilience, and aggressive transition management using both native and novel, future-adapted species like Ponderosa pine.

This webinar details the core concepts of silvicultural systems, which are comprehensive approaches to forest management defined by three continuous elements: regeneration, tending, and harvesting. These systems are structured along a practical spectrum of harvest intensity, starting with low-disturbance selection methods suitable for shade-tolerant species and culminating in high-intensity treatments like clearcutting, which favor light-demanding species. The choice of technique, such as the multi-step shelterwood method or the more localized seed tree method, depends entirely on the desired future condition of the stand and the ecology of the target tree species. Successful silviculture is presented as both a science and an art, requiring creative application of various treatments, including intermediate thinning, to achieve specific outcomes.

This document explores how fire can intentionally contribute to wildfire resilience in British Columbia and introduces the concept of beneficial fire, defined as planned or unplanned wildland fire with positive ecological effects and acceptable risk to human communities. It presents a conceptual framework that integrates both ecological dimensions and community dimensions to guide management decisions. The document advocates for a whole-of-society approach to increase beneficial fire, including cultural fire, prescribed fire, and managed wildfire, by accelerating place-based assessments and improving community safety through measures like FireSmart.

This document explores the increasingly severe wildland fire situation in B. C. , driven by climate change and accumulated forest fuels, with an emphasis on the urgent need for a whole-of-government provincial landscape resilience strategy. It is structured to detail the current wildfire context, analyze the significant social and ecological impacts of catastrophic wildfire, and examine the current governmental and non-governmental responses to wildfire governance in the province, including the critical role of First Nations and local governments. Ultimately, the primer The document calls for a fundamental shift toward proactive prevention and mitigation measures, highlighting the need to vastly expand fuel management efforts and adopt a comprehensive, collaborative approach to build lasting social-ecological resilience across B. C.

The Canadian Wildfire Fuel Management Knowledge Base (CWFMKB) was developed to be a means by which to learn more about existing strategies and innovative practices within the wildland fuel management sector. This web-based operational platform synthesizes case studies, academic reports, scientific literature, industry presentations, and other reference material that relate to fuel treatments being performed in Canada. With this tool, professionals across the natural resource sector and beyond can make better informed decisions for wildland fuel management planning.

This webinar explores the highly contentious management of old growth forests in British Columbia. The consensus among the presenters is that a radical paradigm shift is essential, replacing the current timber-focused system with one that prioritizes ecosystem health and biodiversity. Key themes include the importance of empowering First Nations to lead local planning processes, intense debate over the true extent of remaining old growth data, and the failure of provincial government intent to implement past strategic recommendations. The discussion stresses that adopting an integrated, land-centric approach is the only viable path to stewardship for future generations.

This webinar explores silvicultural options for managing for mature and old-growth forest conditions across a range of forest and ownership types in the US. The consistency of these strategies with other objectives and programs tied to biodiversity conservation, climate mitigation, and forest adaptation are discussed.

The Foundations of Advanced Silviculture micro-certificate is designed to provide a comprehensive education in modern forest management. It consists of four two-week courses covering topics such as silviculture fundamentals, forest ecology with Indigenous perspectives, current practices in stand development, and monitoring systems for continuous improvement. Upon successful completion, learners receive both individual course certificates and a final micro-certificate.

The SFU Climate Action certificate is an online program comprising of 3 required and 3 elective courses, designed to help learners gain the knowledge, skills, and confidence needed to lead and implement equitable climate action plans. The program focuses on areas such as applying principles of climate justice and Indigenous knowledge, developing environmental solutions, and building community resilience.

The Sociocultural Dynamics of Wildfire program equips students with critical knowledge of the impact of land use from colonial to contemporary times, Indigenous methodologies pertaining to land use and wildfires, and the impact of wildfires on sociocultural relationships.

Developed in partnership with BCWS, this innovative Wildfire Communications and Media program blends crisis communication theories with practical training in media relations, professional communication and community engagement. Students will develop strategies to communicate across diverse audiences, analyze media depictions of wildfires and address ethical challenges in real-time.

The UBC Climate Vulnerability and Adaptation micro-certificate is an 8 week online program designed for natural resources professionals. It provides training on climate science, vulnerability assessments, and adaptation development, focusing on applying these concepts to management and business case adaptation within a forestry context.

The wildfire science program welcomes learners from varied backgrounds who are passionate about wildfire and environmental systems. It serves students aiming for purposeful careers, professionals seeking to expand their skills, and community leaders working to strengthen local resilience. Centered on equipping people to create meaningful change, the Wildfire Science Certificate prepares graduates to contribute effectively to wildfire management and post-fire recovery.

The UBC Climate Action and Community Engagement micro-Certificate is an 8 week online program designed to help learners gain the skills and understanding required to train on local climate change, community engagement techniques, and developing Climate Action Plans.

The micro-certificate in Fire Ecology for Environmental Restoration will equip learners with practical skills and knowledge to understand and treat the effects of fire on natural ecosystems, prepare communities to respond to wildfire threats, and create ecosystem resilience. This program will prepare graduates to help mitigate the effects of both prescribed burns and wildfire damage upon the environment. A broad range of conditions and habitat restoration will be studied through intensive in-class and on-site learning, partnered with practical online applications. Participants will learn about natural fires and their attributes; fires as an ecosystem process; fire management, regimes and techniques; fire and climate change; prescribed burns; First Nations fire management; restoring burnt sites

The Forest Carbon Management micro-certificate is designed for professionals in natural resource sectors. It provides foundational knowledge in forest carbon accounting, data analysis, project development, and market navigation. Through real-world case studies and applied learning, participants will gain practical skills to assess and manage forest carbon initiatives in both domestic and international contexts. The program is ideal for those seeking to diversify their expertise and contribute to climate action through sustainable forest practices.

This webinar presents an overview of carbon dioxide (CO2) storage options, including geological storage and biochar application. It highlights Western Canada’s favorable geology for long-term CO2 storage and discusses biochar as a stable form of carbon that can enhance soil health while sequestering carbon for centuries. The webinar emphasizes both technical feasibility and ecological benefits of carbon management strategies in industrial contexts. Presented by Malcolm Wilson

The toolkit shares practices and related resources on Indigenous-led fire practices and settler and state-led fire management for Indigenous Peoples and wildlife in the Saskatchewan River Delta in northern Saskatchewan. Many aspects of this toolkit are applicable across Canada.

The Sustainable Forest Management certificate is a flexible, career-focused program designed for forestry professionals aiming to advance their skills or pursue Registered Professional Forester designation. Delivered through three stackable micro-credentials, the program covers forest ecology, silviculture systems, harvesting practices, and forest health management. Learners gain practical, applied knowledge to assess forest disturbances and implement sustainable management strategies.