The latest TSRgrow lighting control software is designed to give growers the ability to create unlimited lighting zones within their facility.

A research paper on the various effects of lighting in a vertical farming environment is gaining more attention due to the current expansion of such farms.

During a webinar on Wednesday, one expert will discuss optimum light spectrum, technology, intensity, and more in the context of controlled environment cannabis cultivation.

High efficiency supplemental lighting is a must-have in order to compete and win in the cannabis market.

“These proposed changes will enable growers to keep up with cutting-edge technologies that improve crop yields and minimize energy consumption.”

Fluence’s new VYNE intercanopy lighting can be an effective strategy for high-density vine crops such as tomatoes and cucumbers.

Todd Phillips, Owner/President of P.L. Light Systems, offers advice on what to consider in a cannabis lighting plan.

An upcoming webinar will address the effects of light spectrum on greenhouse lettuce and microgreens, with a focus on warm-weather climates.

Learn how this new innovation from Fluence offers precise lighting control, labor cost savings through faster installations, and greater lighting flexibility.

Growers should be mindful of how climate conditions can affect the use of LED lighting in greenhouses, according to experts from the Signify team.

Sollum Technologies has developed a whitepaper that focuses on plant photoreceptors and the R:FR ratio.

Wageningen University has developed a line sensor that measures which light wavelengths a plant absorbs and, to what extent, and why it’s important.

The research consortium LEDs Make it Resilient has initiated a new project focusing on the effects of light quality on plant growth and plant resilience, in terms of interactions with biocontrol agents.