Rose Seguin
About Rose Seguin
Rose Séguin Agronomist
Rose Séguin is an agronomist with a focus on integrated pest management (IPM) and its application in greenhouse environments. She has significant experience in conducting research on various aspects of pest behavior, pest management, and the effects of light spectrum and intensity on both pests and biological control agents. Her work emphasizes the importance of tailoring solutions to specific crop needs to enhance productivity and quality.
Rose Séguin Education and Expertise
Rose Séguin has demonstrated expertise in integrated pest management (IPM) in greenhouse environments. She has written multiple white papers on topics such as pest management and dynamic lighting for business adaptation. Her expertise includes studying the impact of different light spectra on greenhouse pests like two-spotted spider mites and western flower thrips, as well as how supplemental lighting affects pest management strategies. Her research also delves into the relationships between light conditions and the behavior of pests and biological control agents.
Rose Séguin Research on Light Spectrum and Pest Management
Rose Séguin has conducted extensive research on the effects of light spectrum and intensity on pest behavior. She has explored how different light spectra impact greenhouse pests such as two-spotted spider mites and western flower thrips. In addition, she has studied the effects of photoperiod on the diapause behavior of pests and biological control agents, contributing valuable insights into optimizing pest management strategies through lighting adjustments.
Rose Séguin Dynamic Lighting in Greenhouse Environments
Rose Séguin's contributions to dynamic lighting solutions highlight her work on optimizing light recipes to improve plant health and yield. She has been involved in developing lighting strategies that can be tailored to specific crop needs, including strawberries, peppers, and cucumbers. Her research includes studying how dynamic LED lighting can enhance crop productivity and quality, supporting various stages of plant growth through meticulously designed lighting conditions.