THERMAL ECOLOGICAL SURVEYING

Thermal ecological surveying utilises thermal monocular technology to monitor wildlife and understand ecosystem dynamics. This method involves detecting the heat emitted by animals, allowing researchers to observe activities and behaviours without the need for intrusive approaches or direct contact. By capturing thermal images at various times of the day and under different environmental conditions, the survey provides valuable insights into species distribution, habitat utilisation, and population densities. This non-invasive technique is particularly useful in studying elusive or nocturnal species, thereby facilitating effective wildlife management and conservation strategies.

Thermal imaging technology allows for the effective surveying of several protected species in the UK, including badgers. Badgers, known for their nocturnal habits, can be observed as they emerge from their setts, providing valuable data on population sizes and activity patterns without disturbing their environment. This non-invasive method of monitoring is crucial for conservation efforts, helping to ensure the protection of these species and their habitats.

Thermal surveying is an effective method for identifying and monitoring invasive species, utilising infrared technology to detect temperature variations between species and their surrounding environment. This non-invasive technique enables researchers and wildlife managers to locate invasive species, such as certain mammals and reptiles, that may otherwise go unnoticed due to their cryptic behaviour or camouflage. By capturing thermal images, practitioners can assess the density and distribution of these invasive populations in various habitats, allowing for more informed decision-making in management strategies aimed at mitigating their impact on native ecosystems. This innovative approach not only enhances efficiency in field surveys but also contributes to the conservation of biodiversity.