Quais sistemas de monitoramento de culturas oferecem os recursos de detecção de pragas mais precisos?

-Remote sensing technologies like satellites that capture detailed images of agricultural fields from space. -Internet of Things (IoT) based systems that use various sensors like low-power image sensors, thermal sensors, fluorescence image sensing, acoustic sensors, and gas sensors. -Integrated pest management (IPM) systems that combine satellite data with weather data, soil analysis, and historical pest data.

Si es de gran ayuda la nueva tecnologia,pero para una decicion mas certera es importante el monitoreo insitu,por una persona capacitada en monitoreo de plagas y poder determinar el umbral de daño economico

Large-scale monitoring: Can monitor vast areas of crops efficiently, identifying potential pest outbreaks early. Early detection of infestations: Can detect signs of pest infestations before they become severe, allowing for timely intervention.

Analyzes large datasets: Can analyze vast amounts of data from sensors, drones, and other sources to identify patterns and predict pest outbreaks. Predicts pest outbreaks: Can provide early warnings of pest outbreaks, allowing for proactive measures to be taken.

One thing I've found very interesting in my building of a machine learning model for crop disease detection is that the quality of the data is the most important factor , having thousands of images of healthy plants is not as important as having more of the infected plants , There are many AI models that diagnos plant disease from pictures and I'd recommend this method as it's the most cost and time effective for now compared to its alternatives

O monitoramento bioacústico utiliza microfones e sensores de áudio para detectar os sons emitidos por pragas, como ruídos de alimentação ou movimentação. Essa técnica é altamente precisa e capaz de identificar até mesmo pequenas atividades de pragas, sendo especialmente útil para aquelas difíceis de detectar visualmente, mas que emitem sons distintos. No entanto, sua eficácia pode ser limitada em ambientes ruidosos ou para pragas que não produzem sons audíveis.

Non-destructive: Does not harm or disturb the plants or pests being monitored. Detects pests based on sounds: Can detect pests based on their unique sounds, such as chewing, flying, or mating calls.

Highly specific to target pests: Can be designed to attract specific pests, providing targeted monitoring. Early warning of infestations: Can provide early warnings of pest infestations, allowing for timely intervention.

Combines multiple methods: Can combine multiple monitoring methods to provide a more comprehensive and accurate picture of pest activity. Comprehensive pest management: Can help to develop more effective pest management strategies by providing a better understanding of pest populations and behavior.