Final answer:
Semi-automated hunting combines technology and traditional wildlife tracking methods to study and manage animal populations. The steps include tracking individuals at a watering hole, using drones, employing camera traps, implementing the mark-recapture method, and analyzing DNA from hair samples.
Step-by-step explanation:
Semi-Automated Hunting Steps
The process of semi-automated hunting involves several steps that can help researchers or wildlife managers in studying and managing animal populations. Below are the detailed steps that correspond to the sequence provided:
- Track how many and which individuals use a central watering hole - Observing and recording animal activity at a communal resource like a watering hole can provide valuable data on population sizes and individual behaviors.
- Use a drone to capture aerial photographs of their habitat range - Drones can be employed to take high-resolution images from above, allowing researchers to assess the habitat range and make deductions about territorial patterns and density.
- Employ a camera trap in the middle of their habitat - Camera traps are used to remotely photograph or video wildlife, giving insight into species presence and habits without human interference.
- Use the mark-recapture method - This method involves capturing animals, marking them in a harmless way, and then releasing them back into the wild. Later, a second capture session can help estimate the total population size based on the proportion of marked to unmarked individuals.
- Collect and analyze DNA from hair samples collected at 2 locations - Gathering genetic material like hair can provide detailed information about the genetic diversity of the population and can be used to identify individuals.
These steps taken together form a comprehensive approach to studying wildlife in a semi-automated fashion that can enhance conservation efforts and our understanding of animal populations.