How is thermal imaging changing the way we observe wildlife?

Follow wolves, moose and roe deer after dark using advanced thermal imaging and digital night vision technology, revealing behaviour that would otherwise remain hidden.

For centuries, wildlife observation depended on daylight, patience and luck. Today, modern thermal and night vision devices enable animals to be observed with minimal disturbance, providing valuable insights into their behaviour, movements and habitat use.

From wolves travelling silently through forests to moose feeding in wetlands and roe deer crossing agricultural landscapes, these technologies are transforming wildlife monitoring across Europe. Thermal imaging detects animals’ heat signatures, even in complete darkness or dense vegetation, while digital night vision provides the detail required for species identification and behavioural observation. Together, they offer a powerful new perspective on Europe’s wildlife.

These technologies support much more than hunting. Researchers, wildlife managers, photographers and conservationists use thermal and night vision devices to monitor wildlife populations, assess reproduction, study animal behaviour and support science-based management decisions.

Many of the images featured in this video were captured using Pulsar thermal imaging and digital night vision devices.

At FACE, we believe that better wildlife management begins with better knowledge. Every observation contributes to a deeper understanding of Europe’s wildlife and helps support biodiversity, sustainable hunting and science-based conservation.