Crop Monitoring and Scouting comprises tubular soil moisture monitors, pest forecasting lamps, weather stations, video surveillance cameras, wind-suction insect traps, spore collectors, and a cloud-based platform. It systematically monitors soil temperature and moisture levels, pest and disease conditions, meteorological parameters, crop growth status, and spore counts, thereby providing essential data support for agricultural production.
Crop Monitoring and Scouting serves as an integrated online monitoring platform that consolidates data on pest activity, weather conditions, soil moisture, crop growth status, and spore distribution. The system consists of tubular soil moisture monitors, pest forecasting lamps, weather stations, video surveillance equipment, perimeter fencing, wind-suction insect traps, spore collectors, and a cloud platform; these devices operate in synergy to achieve comprehensive monitoring of the agricultural field environment.
The tubular soil moisture monitors measure soil temperature and moisture content at various depths, providing data that reflects the field's soil moisture status and serves as a basis for irrigation decision-making. The pest forecasting lamps utilize light-luring technology to attract pests; after the insects are eliminated—either through infrared treatment or physical impact—the system automatically captures images for identification, quantifying the species and numbers of pests to generate data on pest occurrence trends. The weather stations collect parameters such as air temperature, humidity, rainfall, light intensity, CO2 concentration, wind speed, and wind direction, thereby constructing a comprehensive dataset of the field's microclimate. The video surveillance equipment captures images of crop growth at scheduled intervals or transmits real-time video feeds; this imagery is utilized for crop growth analysis—assessing growth vigor, identifying signs of pests and diseases, and detecting the impact of natural disasters. The spore collectors utilize airflow suction to capture airborne pathogenic spores; subsequent microscopic imaging identifies the spore species and density, thereby facilitating early warning systems for crop diseases.
The wind-suction insect traps serve as a physical pest control device, utilizing specific light wavelengths to attract insects and negative air pressure to capture and eliminate them. This process reduces the pest population density within the field, establishing a closed-loop system for pest management in conjunction with the pest forecasting data. All monitoring data is uploaded wirelessly to the cloud platform, which offers features for real-time data visualization, historical data retrieval, trend analysis, and threshold-based alerting. Users can access the platform via computers or mobile devices to view the current status of their fields and receive alerts regarding abnormal conditions. The Crop Monitoring and Scouting application addresses the comprehensive monitoring requirements for crop growth environments within agricultural production. Soil moisture data guides precision irrigation, thereby preventing water wastage; data on pest infestations and airborne spores aids in determining the optimal timing and protocols for pest and disease control, minimizing the need for indiscriminate pesticide application; meteorological data facilitates the analysis of the potential impact of adverse weather conditions, enabling the proactive implementation of preventive measures; and imagery capturing crop growth stages provides a visual record of the entire cultivation process, offering intuitive evidence to support informed agricultural decision-making. Through continuous, long-term monitoring, users can gain a deep understanding of the dynamic patterns within their fields, enabling scientific crop management and providing the technical support necessary to ensure high and stable agricultural yields.
This paper addresses：https://fengtusz.com/company/958.html
