In the face of the serious damage caused by migratory pests to our crops, we have developed a high altitude detection lamp designed to predict and monitor the activities of pests. The lamp utilises the light-tending properties of pests to effectively attract and capture migratory pests high in the air, providing good control and prevention of both local and foreign pests.
By monitoring the activities of migratory pests, the High Altitude Detector Lamp helps us to understand their dynamics in different areas, which is important for predicting and defending against local pest threats. These pests are able to migrate regularly across long distances, triggering crop damage. Brown planthopper and stickleback are typical migratory pests.
Aerial detection lamps are monitoring devices designed to deal with migratory pests such as the Meadow Moth, which are effectively attracted and captured using a 360-degree impact screen. Users can choose a model with internet connectivity to remotely view the field and control the device via a mobile phone app.
Traditional pest monitoring lamps rely on physical trapping and pesticide killing, followed by on-site statistical analysis by staff. However, the high altitude reporting lamp observes pest dynamics in real time through a high definition camera, and can automatically analyse the data, instantly transmitting the data through GPRS, facilitating remote monitoring of the correlation between pest activities and environmental factors, and providing a real-time, visualised monitoring means.
High-altitude measuring lights have been used in many industries such as agriculture, forestry and horticulture, such as the cultivation of vegetables, tobacco, tea and medicinal herbs, as well as urban greening and quarantine. These devices can rapidly detect and deal with migratory pests, conduct real-time monitoring and data analysis, and provide timely information support for pest control.
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