How Cameras Power AI-Driven Autonomous Weeding Robots in Precision Agriculture
Autonomous weeding robots are modernizing agriculture by using AI vision capabilities to identify and remove weeds with speed and consistency. They rely on high-quality imaging to distinguish weeds from crops, even at early stages of growth.
Overcoming Damage With Data | Why Agricultural Monitoring Matters Even More Now
In modern farming reality, fast and accurate agricultural monitoring is indispensable. Operating without comprehensive real-time monitoring is essentially trying to farm blindfolded, making it akin to guessing rather than deciding.
Using Advanced Technologies to Understand Methane Emissions in the Biogas Industry
While both biogas and RNG are cleaner forms of methane compared to the other industries that produce the gas, they still have an environmental impact when emitted into the atmosphere.
Rugged electric actuators provide reliable steering for extensible, self-driving platform
Whether OxDrive's next application is in agritech, construction, forestry, warehouse logistics or any other untapped use, chances are good that it will need a reliable actuator. And when it does, Horton will likely continue specifying Thomson linear motion solutions.
Partnering with a Leading Renewable Fuel Provider to Pioneer Field-Based CI Scoring
Given the scale of their footprint, this was a massive undertaking for the company. The company partnered with Farmers Edge to pilot a field-based CI scoring initiative, exploring how agricultural data could play a pivotal role in achieving their goals.
Competitive Advantages of LED Greenhouse Lighting
Not all LED greenhouse lights are created equal. Learn how dynamic lighting with real-time spectrum control delivers superior yield, quality, and energy savings.
How Vision-Guided Smart Sprayers Maximize Output in Precision Agriculture
Vision-guided smart sprayers are transforming how agriculture handles chemical deployment. These systems identify where treatment is needed using embedded cameras.
Having Lost $500,000 to SAP, Grow Lamp Manufacturer Turns to MRPeasy
Tennessee-based Horticulture Lighting Group has harnessed the power of MRP software to streamline their operations and drive sustained growth. "We managed to implement it in under 3 months without many issues, a sharp contrast to big ERPs," says CFO Bruce Heinemann.
The Cost of Downtime: How Reliable Lighting Impacts Commercial Profits
In commercial cultivation, uptime is everything. Any disruption-from a single light failure to a complete zone outage-can derail production schedules, reduce yield quality, and cut into profits.
Why Top Agri-Businesses Are Turning to AI-Powered ERP Systems for Competitive Advantage
AI-powered ERP systems have reached the farms and are leading them from behind the scenes. They are impacting all farm operations, but not to replace you, but to give you valuable information and complete control from field to finances.
Termites | What You Should Know About the Silent Saboteurs of Soil and Structure
Farmers cultivating sugarcane, maize, rice, wheat, groundnuts, and various fruit trees must remain vigilant. Termites can damage crops by attacking roots and stems, tunneling through plant tissues, weakening the plant's structure, and impeding vital water and nutrient flow.
Multi-Channel LED lighting for Greenhouses
Optimizing light levels is crucial for enhancing productivity and maintaining plant health. LED lighting provides an opportunity to achieve just that, with specific benefits for growers transitioning from traditional HPS to high-intensity LED solutions.
How Time-of-Flight Cameras Improve AI-Based Plant Row Detection in Precision Agriculture
In precision agriculture systems, cameras help detect plant rows with a high degree of clarity, even under difficult conditions. That's why ToF cameras have become very popular. Learn about how AI-based plant row detection works, its benefits, and must-have camera features.
Saving Water, Growing More: Muni Swamy Rao's Success with Drip Irrigation
With the precise and efficient delivery of water to the plant roots, his crop health significantly improved - leading to a yield of 21 tonnes, compared to the 17.5 tonnes he previously harvested with traditional irrigation.
MSU researchers to explore viability of agriculture, solar power generation together in Michigan
Agrivoltaics systems place solar arrays in agricultural fields alongside farming operations. MSU researchers are exploring the benefits and drawbacks of this technology that's new to Michigan.
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