Find out more about greenhouse ecosystems and the role of LEDs
In controlled environments like greenhouses, this presents a complex challenge: plants, workers, and pollinators each require distinct lighting conditions. Striking the right balance is essential for both productivity and ecological harmony.
Bumblebees perceive the world quite differently from humans. Their vision is attuned to ultraviolet (UV), blue, and green wavelengths, while red light is nearly invisible to them. This unique sensitivity means that red-shifted lighting, although less disruptive to their behavior, does not support their ability to navigate or forage effectively.
In controlled environments like greenhouses, this presents a complex challenge: plants, workers, and pollinators each require distinct lighting conditions. Striking the right balance is essential for both productivity and ecological harmony.
Food Autonomy's CultiMesh® system offers a dynamic solution. It enables growers to fine-tune light spectra to meet the needs of crops and pollinators simultaneously. Blue and green light enhance bumblebee activity and efficiency, while red-dominant lighting can be used during human operations or bee resting periods to minimize disruption.
However, lighting is only part of the equation.
Creating a greenhouse ecosystem that supports all living organisms leads to improved pollinator health and sustained pollination efficiency—key drivers of both sustainability and yield.
Complementing this approach is the LEDFan® system, which enhances air circulation within the greenhouse. This not only aids in pollen distribution but also supports the natural work of bumblebees, reinforcing the pollination process.
Smart technology. Thriving ecosystems. Optimized yields.
Discover LEDFan® - https://foodautonomy.org/en/products/greenhouse-ledfan?utm_source=AgriTechTomorrow&utm_medium=news&utm_campaign=LEDFan
Explore CultiMesh® - https://foodautonomy.org/en/products/cultimesh?utm_source=AgriTechTomorrow&utm_medium=news&utm_campaign=CultiMesh
At Food Autonomy, we design advanced LED lighting systems and smart technologies that empower growers to take control of their food production. From precision lighting to climate-responsive solutions, our innovations help create efficient, sustainable growing environments indoors and out.
Featured Product
Photophyll™ Select from CREE LED
Photophyll Select is a new phosphor-converted LED color with blue and green spectral output tuned for horticulture applications. These LEDs are designed to replace the white LEDs that are common in two-channel white + red horticulture luminaires. By maximizing green content and minimizing red content versus standard lighting LEDs, this LED color enables significant enhancements to luminaire cost and performance. Photophyll Select LEDs are the industry's first LEDs to be entirely binned in horticulture metrics, enabling more straightforward spectrum design without confusing translations or conversions. The spectral output of these LEDs is binned into two metrics, both of which are based on the amount of PPF in standard Blue (400-499 nm), Green (500-599 nm) and Red (600-700 nm) bands. The two spectral metrics are percentage of Red PPF content and the ratio of Green to Blue PPF content.
