Year: 2026
Type: article
Abstract: The past decade has seen a resurgence of interest in the naturalistic behavior of patch foraging in both the neural and cognitive sciences. Patch foraging is observed throughout the animal kingdom and requires the integration of multiple cognitive processes, including value and perceptual learning, spatial estimation, the evaluation of instantaneous return rates, and anticipating future effort. Here, we present a novel virtual environment, BitterBuster, for studying patch foraging in humans. In the BitterBuster game, players navigate a virtual world with four neighborhoods (patches) populated with houses (harvest points) containing inhabitants known as "Oomplets". The goal is to search for "bitter" Oomplets, characterized by the union of specific body colors and textures. Each neighborhood has a different overall probability of containing bitter Oomplets and, within each, specific house locations predict the relative rate of bitter Oomplets. BitterBuster can be used for solo or team based foraging, where the tasks of exploring and perceptual learning are implemented by two separate players working together. Our results show how both the solo and team version of BitterBuster can accurately measure multiple aspects of naturalistic patch foraging, with participants learning to identify optimal patches, classify harvestable resources, and make rational decisions about when to leave a patch before overharvesting. BitterBuster is well-suited for researchers interested in the contextual, neural, and cooperative dynamics of foraging.
Source: PLoS ONE
Institutions: Carnegie Mellon University, Université de Strasbourg
Language: English
Subfield: Cognitive Neuroscience
Field: Neuroscience
Domain: Life Sciences
Open Access status: gold
Estimated APC paid: $2,382
OpenAlex ID: W7163551071