The online course is design to provide greenhouse growers with an opportunity to learn about all the aspects related to the selection, implementation, and benefits of plant lighting systems.

Fluence by OSRAM’s Principal Scientist explains why lighting decisions should be based on your specific production needs.

In an upcoming webinar, Michigan State University’s Erik Runkle will focus on the effects of the photon flux density and spectrum at regulating lettuce when grown hydroponically in vertical layers.

In partnership with leading scientific research institutions around the world, Fluence recently explored broad-spectrum white light performance in select greenhouse vegetables and cannabis.

A team of researchers has developed an online electricity cost calculator for supplemental lighting that is based on real greenhouse conditions.

Hear from growers, researchers, and lighting suppliers for advice on how to make the best lighting decisions for your operation.

Greenhouse growers have the challenge of effectively supplementing the natural seasonal light while also considering internal barriers to light.

Even protected horticulture must adjust to ambient environmental conditions. Here’s what you can do to prepare.

Warm summer weather means more light intensity, as well as temperature, and humidity challenges. Here’s what you can do to minimize problems.

The latest research focuses on how multi-colored LEDs can help flowers grow faster.

Greenhouse growers interested in improving their production knowledge can now sign up for four summer courses offered by Michigan State University.

If adopted, the proposed requirements will apply to newly constructed facilities that are permitted on or after Jan. 1, 2023.

The DesignLights Consortium has released the second draft of its updated Technical Requirements for Horticultural Lighting.