Researching the effect of light spectrum control on plant germination and growth using AC-LED technology

Lumenari生物科学有限公司和新喀里多尼亚学院正在合作开展一项应用研究项目，研究在园艺应用中控制光谱对植物反应的影响。lumenarii为园艺应用生产高效LED照明系统，该系统具有许多重要的创新，包括光谱控制和物联网（IoT）技术。Lumenari公司致力于研究如何控制其照明系统中的光谱比，从而帮助种植者优化植物生长或其他特性。这个项目的数据将帮助公司研究、开发和商业化新的LED照明系统，这些系统可以根据不同的作物定制，也将帮助他们的客户最大限度地利用LED照明系统实现植物生长。该项目将涉及来自奎斯奈尔学院园艺技术员和农业综合企业项目的教师和学生。该项目将被整合到课程中，并将帮助学生了解在寒冷气候下实现全年粮食生产的新兴技术，以及数据收集和应用研究。经济多样化和高科技农业是不列颠哥伦比亚省北部新兴的优先事项，该项目将有助于培养学生的技能，为这些优先事项做出贡献。

Lumenari BioSciences Ltd. and the College of New Caledonia are collaborating on an applied research projectto research the effects of controlling light spectrum on plant responses in horticulture applications. Lumenariproduces high-efficiency LED lighting systems for horticulture applications that feature a number of importantinnovations, including light spectrum control and internet of things (IoT) technology. Lumenari seeks toconduct research into how controlling spectrum ratios in their lighting systems may help growers optimizeplant growth or other characteristics. Data from this project will help the company research, develop andcommercialize new LED lighting systems that are customizable to individual plant crops, and will also helptheir clients maximize plant growth using LED lighting systems.This project will involve faculty and students from the College's Horticulture Technician and Agribusinessprogram in Quesnel. This project will be integrated into the course curriculum and will help teach studentsabout emerging technologies that allow for year-round food production in cold climates, as well as datacollection and applied research. Economic diversification and hi-tech agriculture are emerging priorities innorthern BC, and this project will help develop skillsets in our students to contribute to these priorities.