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Community-based participatory research (CBPR) is a framework to improve social equity by engaging communities as equal partners in research design, conduct, and knowledge creation. While CBPR has seen increasing application in Arctic regions, its use in Greenland has been limited by logistical, linguistic, and historical challenges, including community fatigue from extractive research practices. This manuscript details a CBPR-informed approach used to conduct an exploratory study on fertility, reproductive health, and climate adaptation in the Kalaallit community of Paamiut. The study aimed to understand the socio-environmental factors influencing fertility decisions amid economic and environmental changes. We report on nine strategies used to conduct equitable health and socio-ecological research in Greenland guided by the principles of CBPR. Using CBPR principles improved trust, participant recruitment, and the creation of community-valued research products in Paamiut. While time and funding limitations constrained full implementation of CBPR best practices, this study highlights the potential of CBPR to improve equity in Greenlandic research. Using CBPR principles to guide community-engaged research in Greenland provides a concrete and actionable way for students or early-career researchers to promote equitable relationships despite resource limitations. The methods described can be applied across other research disciplines to continue building trust and sustainability in international research partnerships in Greenland. 

This study explored linkages between natural resources and determinants of fertility decisions in Greenland. Interviews were conducted with 26 policymakers and key stakeholders in two communities about climate adaptation, hunting and fishing, economic development, and fertility and reproductive health. Participants link fertility outcomes to disparate community socioeconomic circumstances that affect individual access to education and financial mobility. Workforce and education challenges in Greenland limit ability to expand culturally grounded reproductive healthcare. Coordinating healthcare, education, and housing policy may improve material resources to support fertility decisions in Greenland. We contextualize drivers of fertility decisions within Greenland's climate adaptation policy options. 

Abstract Even in advanced economies, underperforming infrastructure is a persistent rural development challenge, with the case of non-compliant small drinking water systems (SDWSs) especially concerning because of the importance of safe drinking water to human health. While technical and financial deficits are known contributors to SDWS underperformance in rural settings, the role of local cultural and social context in water governance are less clear. The need for interoperable concepts that help explain how local contextual factors influence rural water governance and operation motivates this study. Drawing on insights from community resilience and critical infrastructure scholarship, this study draws attention to a previously overlooked dimension of local infrastructure governance: social memory. Archival research and 25 semi-structured interviews with experts and local stakeholders inform the paper’s reconstruction of the 100 years history of an SDWS in rural Montana, USA and analysis of the contemporary social memory it has generated. The study finds that social memory acts as a medium through which the lived experience of infrastructure influences priorities and values about its governance, especially in the context of small towns. Three major themes in the dynamics of social memory of infrastructure are described, including longevity, aesthetic and material qualities, and articulation with economic trajectories. In addition to establishing social memory as an effective conceptualization of the generative influence of infrastructure in water governance at the local scale, the paper has implications for policy; specifically, the observation that in addition to financial and technical capacity, historical experience is a powerful driver of infrastructure governance and outcomes such as underperformance. 

Despite the increasing concentration of wealth among high net worth (HNW) individuals and their rising influence as proprietors of natural resources worldwide, the discipline of geography has only recently begun to consider the interactions between the contemporary global super-rich and systems of environmental management. This article addresses a gap in the literature related to the social and ecological implications of ranches owned by the very wealthy. Drawing from a life course perspective, we complicate static representations of landowners and examine HNW ranchland ownership dynamics in the Greater Yellowstone ecosystem, an iconic conservation area in the U.S. West. Four stories about HNW ranches, compiled through a composite narrative approach, describe how ranch management practices and strategies play out over time and space. The result is a set of management trajectories linked to broader geographies of the super-rich where social–ecological outcomes related to an ability to ranch with, as opposed to for, money reinforces the connections between systems of wealth, elite interests, and land control. Our findings underscore a need for future scholarly efforts attuned to HNW ranch management trajectories as consequential drivers of change in rural areas and critical conservation areas. 

Abstract Achieving food security is a critical challenge of the Anthropocene that may conflict with environmental and societal goals such as increased energy access. The “fuel versus food” debate coupled with climate mitigation efforts has given rise to next-generation biofuels. Findings of this systematic review indicate just over half of the studies (56% of 224 publications) reported a negative impact of bioenergy production on food security. However, no relationship was found between bioenergy feedstocks that are edible versus inedible and food security ( P value = 0.15). A strong relationship was found between bioenergy and type of food security parameter ( P value < 0.001), sociodemographic index of study location ( P value = 0.001), spatial scale ( P value < 0.001), and temporal scale ( P value = 0.017). Programs and policies focused on bioenergy and climate mitigation should monitor multiple food security parameters at various scales over the long term toward achieving diverse sustainability goals.