This paper presents empirical research that supports territorial approaches to tourism product development that ground tourism in science, as a mechanism to support sustainable tourism heritage conservation goals. Scientific Tourism (ST), in this context, builds on the scientific heritage of a geography, matching researchers with local actors and tourists, through a five-stage iterative process that leads to new scientific knowledge, advancing theory and building relevance for communities through socio-cultural and economic development. This article focuses on the initial stage of the ST product development process, documenting empirical research conducted within the geographies surrounding the Palena River watershed in the Aysén Region of Chilean Patagonia. Both geo-structured literature review methods and results are presented and discussed to illustrate how the outcomes, including a series of maps, can inform and ground actors’ processes of heritage resource identification, justification, conservation, and exhibition, through the development of pilot ST initiatives within the territory. Similar research approaches may prove valuable for other low-density and peripheral geographies that share an interest in grounding tourism on the science taking place within their geography.

This paper built upon prior positive soundscapes research conducted within an urban context. It explored the potential for the emotional dimensions proposed by Cain and colleagues to be applied within a natural protected area (PA) context, at a soundscape level, as a complement to existing perceptual constructs of acceptability and personal interpretation (annoyance and pleasingness) of individual sounds. Visitor perceptions were measured (n = 898) for six soundscapes and individual sounds within Chile’s Coyhaique National Reserve (CNR), during the summer of 2018. Study results demonstrated parallels between the more urban-focused positive soundscapes work and sound perceptions within a PA context. The discussion focused on the potential and limitations of using Cain and colleagues’ emotional dimensions for PA soundscape evaluation, identifying benefits of a combined approach that also incorporates the perceptual constructs proposed by Miller and colleagues at an individual sound level.

Supporting worldwide Healthy Parks, Healthy People (HPHP) research expansion, this study investigated how wellness motivations interplay with auditory experiences by examining relationships between protected area visitors’ wellness motivations, and their perceptions of particular sounds and overall soundscape appeal. Visitor surveys (N = 899), implemented in the Coyhaique National Reserve in Chilean Patagonia, included participant demographics, wellness motivations, a listening exercise, and overall soundscape ratings. Wellness motivations were reduced into emotional, intellectual, physical, sensory, and social dimensions. All dimensions were significantly correlated with participants’ ratings of the soundscape’s appeal and their desire to visit more (based on the soundscape). Cluster analysis grouped participants into low, moderate, and high wellness motives groups. Groups with high-wellness motives were found to rate specific natural sounds and the overall soundscape higher than groups with lower wellness motives. This study suggests incorporating visitors’ wellness motivations into soundscape and other perception-based research may assist with HPHP objectives.

The Academy launched the Journal of Park and Recreation Administration (JPRA) in 1983 to further its goal of enhancing the practice of park administration by producing scholarly papers and conducting research.

Protected areas (PAs) are increasingly exposed to anthropogenic pressures under global change scenarios, with surrounding land subdivision and land use/land cover change (LULCC) dynamics often undermining their conservation goals and intensifying demand for basic services such as water availability. This study analyzed the buffer zone around Cerro Castillo National Park in Chilean Patagonia to assess the evolution of rural private properties, considering their subdivision, LULCC, and legal water demand dynamics. Using cadastral records, Landsat 8 imagery, and official water rights databases, we quantified property subdivision and analyzed LULCC and water rights distribution patterns through spatial overlap analysis. Results indicate a nearly fourfold increase in subdivisions between 2011 and 2023, with 304 properties divided into 3237 units occupying 43.7% of the private land area. LULCC analysis revealed a net recovery of native forest (+10%) alongside notable increases in urban coverage (+152%) and exotic plantations (+245%). Legal water demand almost doubled, with 68% of consumptive rights concentrated in subdivided properties. These findings highlight property subdivision as an important factor influencing socioecological change in the territories that surround PAs. We argue that subdivision dynamics can serve as an early indicator for anticipating land use pressures and can complement integrated landscape-scale planning, consistent with the transformative change approaches advocated by international biodiversity frameworks.

Buffer zones around protected areas (PA) face complex governance challenges as territorial transitions accelerate globally, yet limited consensus exists on their definition, ecosystem service (ES) priorities, and management strategies. This study employed a three-round Delphi methodology with 23 transdisciplinary experts to build consensus on buffer zone governance around Cerro Castillo National Park in Chilean Patagonia, using the IPBES ecosystem services framework to structure the analysis. Round 1 employed open-ended questions to explore expert perspectives, Round 2 evaluated 56 statements and 15 strategic components using structured questionnaires, and Round 3 refined non-consensus items. Experts achieved 76.7% overall consensus across three thematic areas: PA interface conceptualization (79.2% consensus on 24 statements), ES assessment (91.2% consensus on 34 statements), and territorial transition strategies (15 components evaluated). Water-related services achieved unanimous agreement across multiple IPBES categories, revealing their potential as boundary objects bridging conservation and development perspectives. Educational approaches and voluntary compliance emerged as high-feasibility strategic components, while regulatory frameworks showed high importance but implementation uncertainty. The study demonstrates that structured expert consultation can identify collaborative pathways for buffer zone governance, with water services providing concrete entry points for multi-stakeholder cooperation and education-based strategies offering promising implementation pathways for sustainable territorial transitions.