New DJI Agriculture Drone Insight Report Reveals Greater Acceptance, Advanced Farming Techniques and Exploration of Best Practices for Farmers
DJI Agriculture, a global leader in facilitating agricultural innovation through drone technology, today reveals the findings of the DJI Agriculture Drone Insight Report 2022/23.
Teams of agricultural scientists are interested in how autonomous technologies could help farmers and ranchers become aware of sick animals sooner. One example involves drones that can recognize unique cattle markings and track health statistics.
Here, Dave Walsha, sales manager of DC motor supplier EMS, explores three themes key to ensuring the sector's future.
It's just another intersection of integrated pest management (IPM) and AgTech. As technology expands to include gene editing, AI and laser beams, farmers have a new suite of pest management tools in their arsenal.
Drone technology continues to advance depending on specific applications. For this article, we'll be looking at compact drones used in a variety of applications that need continuous and autonomous inspection of chimneys, shafts, and tanks.
We need to focus more on autonomous machines in agriculture - what machines are on the market, what are the advantages and why farmers should adopt this technology. The awareness has already improved the recent years, but we need to do better.
The Un-carrier helps Valmont capture mission-critical data in industry-first beyond visual line of sight (BVLOS) drone inspection operation
Farm Krong Pack turns to the XAG P100 drone, which can adjust droplet size to different micron level, together with the RTK centimeter-level navigation system to achieve precision spraying. The application of drone helped reduce 80% water, 70% pesticide, and 60% fertilizer.
Diageo introduces drones to drive farming efficiency and environmental benefits across tequila farming in Mexico
Drones in tequila farming to build data on agave plants to drive better farming decisions, reduce water and fertilizer use and decrease the use of vehicles to reduce carbon emissions
A study, led by the first winner of the inaugural Carol Ellison Science Award 2021, has determined the optimum height for a drone to fly and target desert locusts with biopesticides in order for it be most effective as a tool to fight the devastating crop pest.
Drones can broadcast chemicals over entire fields or apply them to specific plants with remarkable accuracy. Fixed-wing planes take a clumsy approach - as the product leaves the tank in a hazy cloud, much of it blows beyond the pasture's edge.
The federal government has passed legislation that prohibits government entities, government funded organizations, and private contractors that service the government. contracts from purchasing/using Chinese-made drones
Using an in-expensive drone, they can map a full quarter section of land in about 20 minutes, providing a real-time map that is able to instantly show variability and allow them to quickly identify problem areas and determine solutions.
As it moves to lead the country in the study of drone use in agriculture, WCCC is developing the curriculum and technology to offer students career training in the fast-growing field - and farmers a resource that could dramatically change their practices.
Drone can spray pesticides, spread fertilizers, and sow seeds directly by using a mobile phone to operate. Its versatile application and full automation are reshaping how rice is farmed, helping growers reduce labor costs.
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Fotono is a full spectrum LED horticultural luminaire designed to directly replace HPS lights in greenhouses. At 12 pounds, 20 inches long, and 5 inches high, Fotono's compact size makes installation simple while minimizing structural burden on greenhouses. This compact fixture packs energy-saving and yield-improving features, such as a high output, stepless dimming, advanced spectral capabilities, and more.