A plant science blog focused on photobiology, spectra, and evidence-based cultivation.
What’s the best light intensity and spectrum to use for Cannabis micropropagation? The legalization and evolving regulations around the world regarding the cultivation of Cannabis sativa L. have led to...
Testing Solray385FR on Dwarf Cherry Tomatoes: A Light Spectrum Experiment in Vertical Farming As indoor farming continues to evolve, so does our understanding of how light quality shapes plant growth....
As part of our commitment to transparency and sustainability, we conducted our carbon footprint assessment through the Finnish Chamber of Commerce’s Carbon Calculator. This initiative supports Finnish companies in measuring...
Optimizing light conditions in controlled environments can significantly improve kale yield. Photoperiod and the ratio of far-red (FR) light play crucial roles in plant development, but different varieties may respond...
When cultivating kale in a controlled environment, optimizing the photoperiod (day length) and light intensity is essential for maximizing yield. However, different kale varieties respond uniquely to light conditions. This...
Why are scientists making the switch from fluorescent tubes to LEDs? For decades, fluorescent lighting has been the standard in controlled environment research and crop science. Its consistent spectral output,...
