"Integrated pest management" refers to an approach to crop protection that, using all available techniques starting with those with the least environmental impact, aims to protect production while keeping the density of harmful species below the threshold of economic damage.
The advantages of integrated pest management are numerous, but they can be summed up in one word: efficiency. Through planned and targeted interventions, in fact, pests are controlled efficiently, that is, minimizing cost, time and environmental impact.
Monitoring is undoubtedly the first step in adopting an integrated pest management strategy, but it requires a not inconsiderable investment in terms of time and manpower. In fact, the farmer is forced to visit his or her plots frequently and, as far as insect populations are concerned, to check traps to verify the number of captures that have occurred. Considering that monitoring is effective only if repeated over time, the total cost of the operation over the growing cycle can be substantial.
The solution developed by xFarm consists of two basic elements: a set of automatic traps to be placed in the field along with environmental sensors(hardware)and a component software that analyzes the collected data.
xFarm has developed several specific traps for different types of pests.
By placing the traps within the plots, you can visit your fields only when there is a real need, saving time and money. In addition, photos taken by the cameras will remain available withinapp, going to compose a catch history that you can use to visualize trends in insect populations over the growing season.
By taking advantage of an image analysis system to recognize the species of insect caught and count the individuals, captures become a numerical value directly available withinapp, useful for formulating your defense strategy in a simpler and more informed way, including using specific graphs and forecasting models.
The insect recognition and counting function is also compatible with Alerts, the module that enables notifications and alerts when population density exceeds the intervention threshold.