Université Laval ecologist David Bolduc leads a unique study in Quebec’s forests, simulating predator-prey dynamics. Alongside colleagues and students, they engage in a game of tag to mimic wildlife interactions. Published in the journal Methods in Ecology and Evolution, their research reveals similarities between human and animal survival strategies. While praised for its innovative approach, experts caution that real-world applications may differ due to the controlled nature of the game.
The experiment, conducted in July 2023, classified participants into prey, mesopredators, and apex predators. Players navigated the environment to secure resources, avoid capture, and replicate the intricate balance of nature. By adjusting variables in subsequent games, researchers aim to explore diverse scenarios of predator-prey relationships. However, they emphasize the necessity of field observations to validate findings.
External scientists commend the study’s creativity and educational value. Although human behavior in the game mirrors wild animal instincts, individual player biases and the absence of life-threatening consequences impact the results. Despite these limitations, the game serves as a valuable tool for fostering discussions on ecological theory and animal behavior, offering a fresh perspective on scientific learning.
