Visual foraging tasks, used to assess selective attention and search behavior, typically involve participants collecting target items from randomized arrays of targets and distractors on tablets or PC screens. While participants often optimize search paths based on various factors (attentional constraints, value, etc.), they also exhibit tendencies toward systematic search patterns (e.g., row or column-based) even through random arrangements. However, the real world is rarely random. For instance, when picking berries from a bush, one might follow the direction of a branch rather than scanning the bush in a reading direction. In this study, we examined how spatial foraging organization adapts to the presence of structure in the environment. We designed search arrays where targets and distractors were arranged in patterns that introduced weak structure, without requiring participants to utilize these patterns to locate targets. Nevertheless, our results indicate that participants adapted their spatial search strategies to these subtle environmental structures. We introduce novel metrics to quantify the extent of this adaptation, providing new insights into how weak structures in the environment influence visual search organization. These findings highlight the adaptive nature of human foraging behavior in response to environmental regularities.