Supporting sustainable intensification in the Canadian field crop sector: Advancing life cycle assessment methods and applications to identify priority technologies for resource efficiency and emissions reduction objectives

支持加拿大大田作物行业的可持续集约化：推进生命周期评估方法和应用，以确定资源效率和减排目标的优先技术

• 批准号: RGPIN-2018-04282
• 负责人: Pelletier, Nathaniel
• 金额: $ 2.26万
• 依托单位: University of British Columbia
• 依托单位国家: 加拿大
• 项目类别: Discovery Grants Program - Individual
• 财政年份: 2022
• 资助国家: 加拿大
• 起止时间: 2022-01-01 至 2023-12-31
• 项目状态: 已结题
• 来源: https://www.nserc-crsng.gc.ca/ase-oro/Details-Detailles_eng.asp?id=761658
• 关键词: Supporting; sustainable; intensification; Canadian; field

The agri-food sector contributed 6.6% of Canada's GDP in 2014, providing one in eight jobs and generating over 108 billion dollars. The production of field crops, which occupied over 49 million hectares in 2017, represents 34% of farm cash receipts. As such, field crops are the backbone of this sector. At the same time, field crop production is increasingly recognized as both the originator of many of our most pressing sustainability challenges (competition for land, water and energy and as a source of GHG emissions and nutrient pollution) as well as a potential source of solutions. Sustainable intensification refers to producing more from the same area of land while, at the same time, reducing environmental impacts. This program of research will support effective and efficient, science-based sustainable intensification efforts in the Canadian field crop sector. The research will focus on evaluation and comparison of emerging sustainable intensification technologies (in particular, precision agriculture technologies) for the major Canadian field crops that may support systemic changes in how field crops are produced and the attendant implications for sustainability outcomes.Specifically, this research will:(1) advance state-of-the-art agri-food life cycle assessment (LCA) methods and data and use these to create a set of regionally-resolved models to characterize the production of the five major fields crops in Canada (canola, wheat, soy, barley, and corn), taking into account regional climatic, soil and production technology variables(2) identify and assess (using LCA) current and emerging sustainable intensification technologies for each field crop, including (for example), precision nutrient and crop protection product application, irrigation, and tillage strategies, and identify opportunities for cross-sector technology transfer(3) develop regionally-specific sustainable intensification technology deployment recommendations for each crop(4) develop a user-friendly decision-support tool to enable industry associations, farmers, and other value chain stakeholders to identify and implement appropriate sustainable intensification technology optionsThese research activities will together enable rigorous, systematic and transparent prioritization among sustainable intensification opportunities in the field crops sector, providing the basis for developing sector-specific and industry-wide strategies and milestones for sustainable intensification technology deployment. This will, in turn, contribute to both enhancing the profitability and social license of Canadian agri-food stakeholders and to positioning the Canadian field crop industry to take a leadership role globally in sustainable intensification initiatives in the agri-food sector.

2014年，农产品行业占加拿大GDP的6.6%，提供了八分之一的就业机会，创造了超过1080亿美元的收入。 2017年，大田作物产量超过4900万公顷，占农业现金收入的34%。因此，大田作物是该行业的支柱。与此同时，大田作物生产越来越被认为是我们许多最紧迫的可持续发展挑战（土地、水和能源的竞争以及温室气体排放和养分污染的来源）的根源，也是解决方案的潜在来源。可持续集约化是指在同一面积的土地上生产更多产品，同时减少对环境的影响。该研究计划将支持加拿大大田作物领域有效、高效、基于科学的可持续集约化努力。 该研究将重点评估和比较针对加拿大主要大田作物的新兴可持续集约化技术（特别是精准农业技术），这些技术可能支持大田作物生产方式的系统性变化以及对可持续成果的随之而来的影响。具体而言，本研究将：(1) 推进最先进的农业食品生命周期评估（LCA）方法和数据，并利用这些方法和数据创建一套区域解决模型来描述加拿大五种主要农作物的生产特征（油菜籽、小麦、大豆、大麦和玉米），考虑到区域气候、土壤和生产技术变量(2) 识别和评估（使用 LCA）每种大田作物当前和新兴的可持续集约化技术，包括（例如）精准养分和作物保护产品应用、灌溉和耕作策略，并确定跨部门技术转让的机会(3) 为每种作物制定针对特定区域的可持续集约化技术部署建议(4) 开发用户友好的决策支持工具，以支持行业协会、农民和其他价值链利益相关者确定并实施适当的可持续集约化技术方案这些研究活动将共同实现大田作物领域可持续集约化机会的严格、系统和透明的优先顺序，为制定特定部门和全行业的战略和里程碑提供基础可持续集约化技术部署。反过来，这将有助于提高加拿大农业食品利益相关者的盈利能力和社会许可，并使加拿大大田作物产业在全球农业食品领域的可持续集约化举措中发挥领导作用。