New adaptive lighting technology takes into account changing light levels to deliver the optimum daily light integral to ensure crops finish on time while eliminating wasted energy.
More fresh produce could be grown with less energy, making the process more sustainable. Here’s how.
HPS and LEDs aside, what about all the accompanying features and digital add-ons producers are plugging into?
Rise of the machines in agriculture is a hot topic with no signs of cooling off anytime soon. Are you plugged in?
Fluence’s Sean Sangster answers 10 questions about the most efficient and effective ways to shed light on this hot alternative crop.
In-house grow lighting trials can be a great tool to help you evaluate your lighting needs and get results that reflect your site-specific conditions.
On Oct. 25, Cornell University researchers Neil Mattson and Jonathan Allred will present a webinar on strawberry and tomato responses to light and CO2 control.
Both HPS and LED lighting applications have their pros and cons, depending on the crop you are growing.
Controlled environment producers are pivoting to greenhouse-produced cannabis in legal markets for many reasons, and there are factors to consider versus traditional, ornamental production when making the switch.
There are three characteristics of light growers should consider when designing the ideal light environment: light quality, light quantity, and light duration.
The LumiGrow SporeCam sensors, powered by Scanit Technologies, can capture, inspect, and classify harmful airborne spores for diseases such as powdery mildew and botrytis.
The DesignLights Consortium is increasing its focus on cannabis and indoor farming and wants your input on proposed standards.
LED lighting manufacturers are deploying a variety of standards and selling points aimed at setting their lights apart from the pack.