As “the kidney of the Earth”, wetlands serve as crucial stopovers for migratory birds, habitats for resident birds, and core carriers for maintaining biodiversity and ecological balance. However, the complexity of wetland environments (such as harsh weather conditions like nighttime, strong light, and backlight) has long restricted the accuracy of bird population monitoring. Traditional monitoring methods struggle to achieve 24/7, all-round dynamic tracking. Meanwhile, fire risks caused by human activities such as open burning, intentional ignition, and smoking pose potential threats to the wetland ecosystem and bird survival. Infrared thermal imaging combined with visible light dual-spectrum fusion technology, which leverages its unique technological advantages, has established a three-dimensional protection system of “intelligent monitoring + active early warning”. It not only penetrates environmental limitations with its “day-and-night visibility” to accurately capture bird activity trajectories but also provides early detection of fire hazards, building a solid technological defense line for wetland ecology and bird survival.

1. Bird Monitoring and Tracking

Infrared real-time detection + visible light linked capture: Front-end image monitoring is conducted through bird recognition thermal imaging dual-spectrum network intelligent dome cameras, which are connected to an intelligent visual computing platform integrated with bird recognition algorithms.

Once the infrared lens detects birds, it immediately triggers the visible light lens to capture and store images, creating a bird image capture database. This enables real-time detection, identification, tracking, and analysis of birds, facilitating the assessment of bird populations and behaviors, and providing data and technical support for bird ecological protection efforts.

2. Nighttime Monitoring and Protection

1) Day-and-Night Visibility

The infrared technology’s penetration and night vision capabilities are fully utilized. Especially in harsh environments such as nighttime, strong light, and backlight, clear imaging remains achievable, enabling effective monitoring of wetland bird activities. This truly realizes 24/7 real-time monitoring of targets, allowing for a detailed understanding of bird living habits to further conduct research and protection.

2) Visible Light Supplementary

Integrated with visible light cameras, it compensates for the limitations of infrared thermal images, such as low contrast and poor detail resolution. High-definition imaging and real-time bird capture provide a precise data basis for ecological assessment.

3. Early Warning of Wetland Fires

Infrared thermal cameras conduct fire prevention monitoring in wetlands, proactively identifying activities such as open burning, intentional ignition, and unauthorized smoking. Compared with conventional visible light monitoring, infrared thermal imaging for fire prevention enables early warning by detecting high-temperature points during the heat accumulation and smoldering stages before a fire breaks out. It detects abnormal temperature fluctuations in the monitored area, allowing for the rapid and effective detection of hidden fires and early alarms, truly preventing fires before they start.

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