#Chrysanthemum #Cultivation #DynamicLighting #LEDTechnology #SustainableAgriculture #CropInnovation #Research #Signify #WageningenUniversity&Research
In the heart of innovation at the Innovation & Demonstration Center (IDC-LED) in Bleiswijk, Signify and Wageningen University & Research (WUR) have embarked on a pioneering journey to revolutionize chrysanthemum cultivation. The focal point of this endeavor is the exploration of dynamic lighting strategies to unlock unprecedented levels of quality and sustainability in crop production.
With the aid of advanced Philips LED fixtures, this trial aims to decipher the intricate relationship between light spectra and chrysanthemum growth. Leveraging seven distinct light treatments across two chrysanthemum varieties, researchers seek to identify the optimal balance between natural daylight and artificial illumination. By harnessing the flexibility afforded by LED technology, growers can fine-tune lighting conditions to meet the precise needs of their crops, minimizing energy consumption without compromising quality.
“Dynamic lighting represents a paradigm shift in modern agriculture,” remarks Leontiene van Genuchten, Plant Specialist at Signify. “Our goal is to harness the power of light to cultivate chrysanthemums of unparalleled quality, all while promoting sustainable practices.”
Central to this endeavor is the exploration of novel lighting recipes, with a particular focus on the role of red and blue light spectra. By manipulating LED colors, researchers aim to elucidate the impact of different light compositions on key growth parameters such as stem elongation and flower development. Through meticulous experimentation and data analysis, they hope to uncover groundbreaking insights that will reshape the future of chrysanthemum cultivation.
“We firmly believe that dynamic lighting holds the key to unlocking the full potential of chrysanthemum cultivation,” asserts Udo van Slooten, Business Leader Horticulture LED Solutions at Signify. “The results of this study will not only benefit chrysanthemum growers but also pave the way for innovation across diverse crop types.”
As the trial unfolds, researchers will closely monitor crucial metrics such as stem length, weight, and flower abundance, providing invaluable insights into the efficacy of different lighting strategies. By sharing their findings with the agricultural community, Signify and WUR aim to foster collaboration and drive continuous improvement in crop production practices.