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Collars equipped with GPS devices used to monitor animal movements and habitat use.

Use of radio frequencies to track animal locations. Requires manual tracking with a radio receiver.

Uses satellite systems to collect data on animal location over vast distances, even globally.

Automated digital cameras triggered by motion or heat to capture images or video of wildlife.

Passive Integrated Transponder tags are injected or inserted into animals for individual identification via RFID technology.

Utilizes sound waves to track animal movements underwater or in terrestrial environments with specific receivers.

Very High Frequency tags transmit signals at specific frequencies for tracking with a directional antenna and receiver.

Small devices that record light levels over time to estimate geographic location based on day length and solar noon.

The use of miniaturized data loggers attached to animals to record their movements and behaviors.

Advanced GPS collars with additional sensors to monitor animal's physiological data and environmental variables.

Engages the public in collecting wildlife data through observations, often assisted by mobile apps or online databases.

The study of natural and anthropogenic sounds and their relationships with the environment, using soundscapes to monitor wildlife.

The use of DNA analysis from environmental samples such as hair, feces, or saliva to study wildlife populations.

Unmanned aerial vehicles equipped with cameras or sensors used for wildlife population assessments and habitat monitoring.