Recreation as a Social-Ecological Complex Adaptive System

Whether They Return: Modeling Outdoor Recreation Behaviors, Decision Making, and Intention-to-Return in Congressionally Designated Wilderness

Visitation to parks and protected areas (PPAs) has become increasingly widespread in the United States. This increased visitation is especially concerning within congressionally designated wilderness areas where federal agencies are tasked with the dual mandate of preserving wilderness character while simultaneously providing high-quality outdoor recreation experiences. This study investigated the influence of social, situational, and ecological factors on outdoor recreation visitor behaviors and decision making within the Lye Brook Congressionally Designated Wilderness (LBW) area in Vermont, USA. An on-site intercept survey (n = 576) was employed to collect data from LBW visitors in the summer of 2021. Descriptive and multi-variate statistics (e.g., binary logistic regression, structural equation modeling) indicated that visitor behaviors (e.g., coping, substitution) and decision-making (e.g., intention-to-return) were significantly influenced by social (e.g., conflict), situational (e.g., litter, access), and ecological (e.g., trail conditions, weather) impacts. Moreover, the presence of various weather conditions was found to significantly influence the severity of perceived social, situational, and ecological impacts. Study results indicated that outdoor recreation experiences are multifaceted, necessitating a suite of social, situational, and ecological considerations, especially when examining the relationship between visitor coping behaviors and intention-to-return. This research advances the coping framework, provides empirical support for future examination of social–ecological system (SES) theory, and emphasizes the utility of employing an adaptive systems approach for sustainable PPA management.

Toward an Integrated Model of Topical, Spatial, and Temporal Scales of Research Inquiry in Park Visitor Use Management

Parks and protected areas (PPAs) are facing complex, transboundary, social, and ecological pressures, including those related to visitor use. Effective visitor use management (VUM) in PPAs requires interdisciplinary thinking across multiple spatial and temporal scales. Yet, the majority of this VUM research is short-term and occurs at relatively discrete spatial scales. A few existing frameworks and conceptual models used in VUM encourage thinking across scales. No single, interdisciplinary conceptual model exists, however, despite longstanding recognition of the need for one. This need was highlighted as a research priority by PPA and VUM subject area experts from across the U.S. at a workshop at Clemson University in 2018. This manuscript draws from the discussions at that workshop and addresses this recognized need. We propose and describe a single multi-scalar conceptual model that integrates topical areas in PPA VUM. Thoughtful, multi-scalar research that transcends disciplines is essential to address contemporary issues across VUM topics. The proposed model and the subsequent discussion are meant to serve as a catalyst for VUM researchers to begin considering both spatial and temporal scales in their PPA-based inquiries.