Drone Images Detect 2 Tomato Diseases with 99% Accuracy

    New technology being developed by University of Florida scientists identifies two dangerous tomato diseases with 99 percent accuracy. This finding is critical because diseases can cost growers millions of dollars annually in the state’s third most valuable crop. Thus, the earlier farmers detect those ailments, the better their chances of treating them before the diseases cause excessive damage.

    Normally, growers walk through their fields and look at their crops to try to find and identify the types of diseases that have befallen their crops. Sometimes disease identification requires expertise that the farmer may lack. When shopping for the best fpv racing drone drone, there are a few features and some add-ons that one needs to keep in mind. With drones having varying camera quality and different types of batteries, it can be a bit tricky for one to know the best type of drone to buy. However, here are important factors that will be of great help when shopping for one. Not all the drones in the market come with this important feature. You will never regret going for a drone that has been designed with the failsafe feature. When shopping for the best FPV racing drone, ensure you go for one with an automated failsafe switch that will activate whenever your drone goes out of range. The dynamically located alarm will help in getting your drone back and flying it again. A motor is the source of thrust that will be required by any drone to move it forward. When shopping for the best FPV racing drone, ensure that the overall thrust of the motors is double of the total weight of the drone. There are times when unconditional thrust does not offer optimal results as it instead complicates the drone’s maneuverability. It is one of the most important considerations any FPV racing drone buyer should consider when shopping for one. Depending on what you will be using your drone for, it is important that you have some knowledge on the drone’s range. Being aware of the drone’s range will enable you to plan for the races.

    To help tomato growers – and perhaps eventually other farmers – find diseases early and accurately, two UF/IFAS researchers used images from drone technology to see if they could distinguish between two perilous tomato diseases.

    “Rapid and accurate identification of a plant pathogen is essential for implementing timely disease management tactics,” said Pamela Roberts, a UF/IFAS plant pathology professor.

    For the new study, Roberts and Yiannis Ampatzidis, researchers at the UF/IFAS Southwest Florida Research and Education Center, flew drones over experimental tomato farms at the facility. The unmanned aerial vehicles took images of the crop and, from those pictures, the scientists were able to identify the diseases.

    Through technology called a “multilayer perceptron neural network,” the scientists differentiated between bacterial spot and target spot, and did so with nearly perfect accuracy, Roberts said.

    This technological advancement is critical for Florida tomato farmers, whose crop is the third most valuable in the state. In Florida, fresh market tomatoes bring in $400 million to $500 million annually, according to the National Agricultural Statistical Service, an arm of the U.S. Department of Agriculture.

    Fresh market tomatoes face challenges from numerous diseases in Florida production.

    The new UF/IFAS study is published in the journal Precision Agriculture.

    The Latest

    Send press releases to Ernst@Agfax.com.

    View All Events

    Send press releases to Ernst@Agfax.com.

    View All Events