This approach ensures that emerging biotechnologies align with sustainability goals, provide broader benefits, and gain public trust, ultimately promoting sustainable food systems.įood for thought: Assessing the consumer welfare impacts of deploying irreversible, landscape-scale biotechnologies To address this gap, the authors propose a federal office that coordinates research and standardizes assessment parameters. Current oversight processes fall short by primarily focusing on safety and environmental concerns. Published as part of the ACS Agricultural Science & Technology virtual special issue “Plant Biotechnology, Molecular Breeding, and Food Security,' this article highlights the pressing need for formalized research and assessment tools to evaluate the sustainability of new plant biotechnologies. This Viewpoint puts forward one approach for establishing such research programs for evaluating the sustainability of novel plant biotechnologies befitting the 21st century. To ensure sustainable food systems that rely on novel plant biotechnologies, sustainability must be assessed through formalized research programs with fit-for-purpose tools and approaches. Plant biotechnologies, Sustainability assessment, Genetic engineering, Federal oversight, Sustainable food systems (2023) Ensuring Sustainable Novel Plant Biotechnologies Requires Formalized Research and Assessment Programs. The report explores implications for research, assesses regulatory limitations, and envisions a holistic approach to pest management regulation.Įnsuring Sustainable Novel Plant Biotechnologies Requires Formalized Research and Assessment Programs Emphasizing the urgent need for consideration due to climate change and resistance issues, it calls for comprehensive policy discussions on applications, risk assessment, and public engagement. This report highlights the pervasive impact of environmental pests and the transformative potential of gene-editing technologies in pest management. By addressing knowns and unknowns, Canada has the opportunity to lead in developing regulatory structures that not only meet national interests but also serve as a global model for jurisdictions grappling with similar challenges in the realm of genetic pest control. This report underscores the urgency for Canada to harness its research and development capabilities, adapt regulatory frameworks, and establish a tailored governance regime to effectively navigate the complex landscape of gene-editing applications in pest control. However, the rapid evolution of these tools introduces uncertainties and risks, necessitating a careful examination of their efficacy, safety, and appropriateness in natural environments. Gene-editing technologies are poised to revolutionize pest management, offering innovative solutions to address challenges in public health, conservation, and agriculture. Gene-editing, pest management, risk, governance, environment Framing Challenges and Opportunities for Canada. Publications Relevant to the new Executive Order on Biotechnologyįraming Challenges and Opportunities for Canada: Expert Panel on Regulating Gene-Edited Organisms for Pest ControlĬCA (Council of Canadian Academies) (2023).NSF Ethics and Responsible Innovation in STEM.

Gene Drive Mice for Biodiversity Protection.Workshop | Gene Drives in Agriculture: Risk Assessment and Research Prioritization.PreMiEr: Societal and Ethical Implications.Island Mice: Conserving Island Biodiversity (2013).Statement on Productive, Inclusive, and Ethical Communication.Toggle navigation Genetic Engineering and Society Center

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