Sustainable Indoor Vertical Farming in Action
Using natural waste products from one system as the primary input of another has substantial economic advantages and represents a far more environmentally sustainable and resource conservative approach to urban food production.
Here's Why Space Optimization is the Key to Higher Margins
The biggest thing to get right is sales. And sales are driven by how the space in the farm is utilized. Of course, yield is important, but growers need to understand how crops are performing and how much space they occupy as well, because the two are interconnected.
Microsemi Announces BlueSky GPS Firewall to Provide Security Against GPS Spoofing and Jamming Threats
New Solution Provides Protection Against GPS Incidents Without Requiring a Complete Recapitalization of Deployed GPS Systems
Purdue University's Digital Agriculture Initiative Advances Farming and Food Production With HPE Aruba Solutions
Digital Agriculture Program Blends Research, Innovations and Disruptive IoT Technologies to Increase Food Production for a Growing, Global Population
YellowScan & Quantum Systems partner to provide a cutting edge VTOL+ LiDAR integrated solution
YellowScan and Quantum Systems combined their R&D expertise to provide a reliable VTOL+LiDAR solution, able to cover large areas and fly longer (up to 60 minutes) for a high quality data acquisition.
Antarctica Is Getting a Farm That Can Grow Produce Even When It's -100 Degrees Fahrenheit Outside
Futurism: The farm will feature a year-round greenhouse that can grow food for researchers at the Neumayer III polar station on the Ekstrom Ice Shelf.
Land O'Lakes, Inc. Announces Finalists for Drone Challenge
Land O'Lakes Prize draws international competitors to make drones work better for farmers
Ikea is bringing a pop-up vertical farm to London
Lisa Bowman for Metro.co.uk: Researchers from the SPACE10 lab at the Lokal pop-up want to show the general public that delicious, fresh food can be grown right in your home, using a hydroponics farming system.
Collaborating companies kick off sensor network for Agricultural Communities
eVineyard joined forces with Globalsat, The Things Network and Vinduino to bring new Wireless IoT Network for irrigation optimization, which saves an average of 25% water.
AB InBev, the world's largest brewer and user of malt barley, partners with agriculture technology firm Agrible
The two companies are joining forces to help farmers around the world access better data and predictive analytics on crop management and climate effects.
Agrian Continues to Expand International Footprint
Agricultural software company plants sales roots in Adelaide, Australia, making continued growth intentions clear
AgFunder Reports AgriFood Tech Startups Raised $4.4bn in H1-2017
Digital Technology Meets Agronomy
Pam Smith for The Progressive Farmer: Drones buzzed overhead a tractor and spray boom projected images to simulate how spray nozzles can use new technology to spray only where weeds had escaped previous controls.
Trimble Introduces Lower Power GNSS-Inertial Boards for High Precision and Control Applications
The compact Trimble BD boards include a broad range of receiver capabilities, from high-accuracy GNSS only to full GNSS-Inertial features for positioning and 3-D orientation.
Cannabis Cultivation Technologies Innovator urban-gro Invests in Internet of Things Pioneer Edyza
urban-gro makes investment in IoT company to jointly develop a new class of wireless sense and control technology
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Lighting - 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.
