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Thermal Imaging Monitoring of Animal Surface Temperatures Fa

2020-06-28 14:33

1. Overview

Wildlife is a product of nature and part of a complex ecosystem. Protecting wild animals is of great significance to maintain the balance of species and ensure the stability of human living environment. Observing the daily life of wild animals is the main means to study their living habits and make effective conservation plans. The infrared thermal imager, in its non-contact way, can well complete the monitoring of wild animals through the characteristics of temperature imaging. Installing the infrared thermal imager in the living places where wild animals may appear, not only can guarantee not to disturb wild animals, but also can reduce the risk of human safety.

Infrared thermal camera can be used for many applications in wildlife observation, such as wildlife counting, life habits research, field discovery etc.

 

2. Case Study

By observing wildlife with infrared thermal camera, we can find out how different animals preserve heat, which is of great significance for creating a suitable living environment for wildlife, protecting wildlife, bionics and other aspects.

 

Ostriches: Ostriches are the largest birds in the world. They can weigh hundreds of pounds and can run for more than 30 minutes at 40 miles (64 kilometers) per hour. At night they fold their legs over their bodies to keep them warm.

Deer: Deer are found all over the world and have a large number of individual species. The darkness on its body shows that its fur is perfectly warm.

Tarantula:Tarantulas have a unique circulatory system that uses blood-like haemolymph to carry oxygen. It expels heat almost entirely through the vent at the top of its abdomen.

The core of the thermal imaging camera of Yoseen X system focuses on the detection of human and animal body temperature. The temperature measurement accuracy is ±2℃/±2%, which can be raised to ±0.3℃. The detection of human body temperature and animal body surface temperature provides a powerful help.