Image Credit: Canva
Drones equipped with high-resolution cameras and thermal sensors are transforming wildlife monitoring. They enable quick, non-invasive surveys of vast areas, helping track species, map habitats, and even patrol against poaching activities.
Image Credit: Canva
This technique collects DNA traces from water, soil, or air to detect species in an area. eDNA can identify rare or cryptic species, assess ecosystem health, and even locate endangered animals without physically capturing them.
Image Credit: Canva
AI-powered tools analyze data from sources like camera traps and acoustic sensors to identify species, detect poaching, and predict trends.
Image Credit: Canva
Collars and tags fitted with GPS technology provide real-time data on animal movements and behavior. This helps monitor migration patterns, study habitats, and even safeguard animals from threats like human-wildlife conflicts or poaching.
Image Credit: Canva
Blockchain offers a transparent method to trace wildlife products, preventing illegal trade. It ensures every transaction is immutable, supporting the fight against poaching and promoting ethical consumer practices.
Image Credit: Canva
Modern sound-recording devices collect and analyze wildlife sounds over long periods. This helps identify species, understand population trends, and locate endangered animals in their habitats.
Image Credit: Canva
Spatial tools like SMART (Spatial Monitoring and Reporting Tool) help conservation teams gather and analyze data on wildlife and habitats in real time. This facilitates timely interventions and supports habitat restoration.
Image Credit: Canva