Robotics in Agriculture: an Alternative to Traditional Farming
A wide range of technologies can enable the transition of agricultural robots into the field. Some technologies will need to be developed specifically for agriculture, while other technologies already developed for other areas could be adapted to the agricultural domain.
Barilla Foundation: "An Urgent Rethink of the Global Food System Is Needed"
-Global food systems generate $12 trillion of hidden costs, from environmental damage to public health
-Revolutionizing current agri-food systems would bring economic returns of around $5.7 trillion, creating new business opportunities of up to $4.5 trillion each year by 2030 and creating environmental and health benefit
Managing Moisture: Navigating Drydown Decisions
As a farmer, I often work with agronomists. Chris Souder is one of the regional agronomy leads on our team at Bayer Crop Science, and he has a lot of expertise with managing crops in all sorts of conditions. Here's the guidance he's been giving the farmers his team works with.
Gotham Greens Opens New High-Tech Greenhouse in Providence, R.I.
Rhode Island Governor Raimondo, Providence Mayor Elorza and community leaders welcome the company, which will create green jobs and grow more than six million heads of lettuce annually.
How to Improve Field Data Accuracy for Better Farming Decisions
Calibrating your yield monitor is an effective step toward accurate data, but it also helps if you take another look at the data you collected from planting and harvest before you use it for decision making.
NASA Awards UbiQD Second, Larger Contract to "Tailor the Solar Spectrum for Enhanced Crop Yield for Space Missions"
The Phase II STTR contract will fund further collaboration with the University of Arizona's Controlled Environment Agriculture Center to develop new light recipes using UbiQD's quantum dot technology
Indoor Farming with Towers
We are providing a vertical growing platform that can be scaled and fills a need in the market for a growing platform that is flexible enough to cater to both home and hobby growing and large-scale commercial farming.
Regenerative Farming: The Need of Modern Agriculture
Regenerative farmers use nutrient-rich manure and compost to enhance the fertility of the soil and avoid fertilizers that kill beneficial microbes and reduce plant resilience.
Bridgestone Brings First At-Scale Use of Recovered Carbon Black to Tire Market
As demand for virgin carbon black (vCB) outpaces supply, the strategic investment by Bridgestone provides an alternative that benefits not only the tire industry, but the planet as well.
Vertical Farming Methods Compared to Traditional Vertical Farming?
True Vertical™️ optimizes the amount of plants per square foot by growing them literally vertically along a wall that can be 25 feet tall and 35 feet wide, or even bigger. This wall of canopy is facing another wall of canopy. Lighting is in between.
Genetic Engineering is a Driving Force for Modern Agriculture
Genetic engineering permits scientists to select only one definite gene to implant. This avoids introducing other genes with unwanted attributes. Genetic engineering also speeds up the development of new foods with wanted traits.
Growing Functionality of Agricultural Raw Materials
Agricultural commodities, notably, raw materials, are progressively being used in sectors beyond conventional nutrition and fiber industries.
Gotham Greens Opens Largest Urban Agriculture Campus In Chicago
Governor Pritzker, Alderman Anthony Beale welcome the company's second greenhouse in Historic Pullman Neighborhood, which more than doubles Gotham Greens' Midwest production
3 Tips For Keeping Your Cannabis Operation Compliant
Meeting regulatory compliance standards is only half the battle. Once your operation becomes compliant, you also have to stay compliant.
South Dakota State University Selects Burns & McDonnell for New Precision Agriculture Building Commissioning
Burns & McDonnell will help the 110,500-square-foot Raven Precision Agriculture Center pursue LEED v4 certification, which will be comprised of innovative classrooms, laboratories and collaboration spaces to support the first multidisciplinary major in precision agriculture
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