Adolescent emotion regulation trajectories: The influence of parent and friend emotion socialization

With mounting evidence demonstrating the link between child emotion regulation (ER) and emotion socialization, we conducted a longitudinal study to understand (a) emotion-specific trajectories of adolescent ER and (b) how specific parent and friend emotion socialization strategies impact ER over 4 years. Participants were 209 adolescents (52.5% girls; M_age = 12.66 years; 75.7% White) and their parents. Latent growth curve models identified unique trajectories for anger and sadness/worry regulation. Anger regulation increased across time, whereas sadness/worry regulation remained highly stable longitudinally, lacking variance for growth modeling. Friend emotion socialization emerged as a more salient predictor of anger regulation than parent emotion socialization. Friend reward, override, and punish responses predicted initial levels. Friend punish and parent magnify responses predicted the slope.     

Supporting the agency of cities as climate migration destinations

As climate migration has garnered the interest of research and policy communities over the last two decades, the focus has been on whether, how and where climate stresses might precipitate out-migration, and how to assist and protect those affected. Less attention has gone to the places that receive climate migrants, and how their arrival might affect adaptation at destination. Against the backdrop of increasingly severe climate disruptions, this paper examines the likelihood of climate-related movements going into urban areas, and the challenges that this may entail for those who move and for urban governance. With much of climate migration projected to feed into existing urbanization trends, we see the need for data and research to help bolster the agency of communities and cities to plan and act locally, and across geographies, for inclusion and resilience, and to advocate collectively for enabling policy frameworks and increased national and international support.     

Topological Performance Measures as Surrogates for Physical Flow Models for Risk and Vulnerability Analysis for Electric Power Systems

Critical infrastructure systems must be both robust and resilient in order to ensure the functioning of society. To improve the performance of such systems, we often use risk and vulnerability analysis to find and address system weaknesses. A critical component of such analyses is the ability to accurately determine the negative consequences of various types of failures in the system. Numerous mathematical and simulation models exist that can be used to this end. However, there are relatively few studies comparing the implications of using different modeling approaches in the context of comprehensive risk analysis of critical infrastructures. In this article, we suggest a classification of these models, which span from simple topologically‐oriented models to advanced physical‐flow‐based models. Here, we focus on electric power systems and present a study aimed at understanding the tradeoffs between simplicity and fidelity in models used in the context of risk analysis. Specifically, the purpose of this article is to compare performance estimates achieved with a spectrum of approaches typically used for risk and vulnerability analysis of electric power systems and evaluate if more simplified topological measures can be combined using statistical methods to be used as a surrogate for physical flow models. The results of our work provide guidance as to appropriate models or combinations of models to use when analyzing large‐scale critical infrastructure systems, where simulation times quickly become insurmountable when using more advanced models, severely limiting the extent of analyses that can be performed.     

Sensory Work of Diagnosis: A Crisis of Legitimacy

Sensory judgments have always been a part of medical practice, as sensory studies scholars have emphasized. However, in current regulatory, management and technological contexts, there is a push toward rational decision-making procedures and test-based evidence over clinical diagnosis. Sociological scholarship highlights that in focusing on explicit medical knowledge and disembodied data we take for granted aspects of healthcare work, including the ways in which health and illness is sensed. Research in sociologies of diagnosis and social studies of science and technology has captured that while the senses continue to play a role in medical work, the status and practice of this sensory work is not straightforward as evidenced by dual use of the senses and tests and the delegation of sensory work. Based on semi-structured interviews with expert doctors in diverse specialties, this article examines the sensory work of medical decision-making, with attention to its legitimacy. It examines applications of the senses from auscultation to ongoing sensing of patients’ bodies unmediated and via technological outputs. While critical to clinical judgments, there is discomfort with this sensory work in light of medico-legal pressures. I argue that the sensory work of diagnosis is vital, to the extent that gaps in sensory information imply gaps in understanding.     

Telling a Good Story: Using Narratives in Vocational Rehabilitation With Veterans

Because of the high chronicity of work-related problems in a Veterans Administration Medical Center population, many of the traditional methods of career assessment, counseling, and placement have proven ineffectual. In this article the authors detail the development of an intervention based on narrative or storytelling principles. They describe efforts to introduce this model to patients as well as to relate patients' stories to vocational outcomes. The usefulness of stories as an organizing principle for counselors and clients is discussed, and suggestions are offered for further uses of storytelling interventions.     

Ecosystem services provided by urban spontaneous vegetation

Spontaneous vegetation colonizes large areas in and around cities. These unmanaged areas are considered to have low economic value or indicate dereliction, but recent research suggests that these can contribute valuable ecosystem services. This study evaluates indicators of ecosystem services in three habitats: urban spontaneous vegetation (USV), managed lawns, and semi-natural urban forest, in Halifax, Nova Scotia. USV had higher indicator values for habitat provisioning (plant species diversity, invertebrate abundance and taxonomic diversity) than the other habitats. Indicators of climatic regulatory services (albedo and leaf area index) in USV were similar to those in lawn habitats. Organic carbon content of the soils, an indicator of carbon storage, was lowest in USV but only marginally lower than in lawns. Standing biomass, an indicator of production services, was lowest in USV but lawn production may have been overestimated. While USV sites are usually transitory components of the urban landscape, they deserve further consideration due to their provision of ecosystem services, in some cases to a greater extent than conventionally valued urban habitats.     

Snake parasitism in an urban old-growth forest

Urban-associated changes can have immediate or long-term consequences on animal populations. Such changes may be assessed through parasite prevalence and abundance in wildlife hosts, as urbanization can influence parasitism and disease transmission in wildlife. Snakes are widespread and diverse vertebrates that often persist in urban environments; however, parasitism of snakes in urban environments has yet to be studied, leaving the roles of snakes in parasite transmission uncharacterized. Field ecology, microscopy, molecular techniques, and geographic information science (GIS) were integrated to characterize parasitism of snakes in an urban old-growth forest park. The species, sex, mass, length, location, and prevalence of ecto-, hemo-, and fecal parasites were determined for 34 snakes of 6 species. Ectoparasites (mite), hemoparasites (Hepatozoon spp.), and fecal parasites (Entamoeba spp., Trichomonas spp., Strongloides spp., and an unidentified helminth) were detected in snakes and 64.7?% of snakes were infected by at least one of these parasites. Parasite infections were generally not related to the sex, age, or body condition of snakes. The locations of infected snakes were used to produce risk maps indicating where parasite prevalence is predicted to be greatest. The analysis of these maps indicated that snakes with fecal parasites were closer than non-infected snakes to the edge of the forest. This study confirms that snakes may be important parasite hosts or reservoirs in parasite transmission pathways in urban environments and it provides an integrative multidisciplinary approach that may be used to monitor parasitism dynamics in other urban wildlife areas.     

Normalizing Denominational Statistics with Demographic Data: The Case of the United Church of Canada

In the Canadian context, one type of data has been underutilized in the study of contemporary religious trends: church collected statistics. The present article explores the advantages and limitations of such data by analyzing the evolution of key church indicators of the United Church of Canada over the past four decades. Figures regarding church membership, child baptisms, and funerals are examined and compared with demographic data from four Canadian regions. Results show that virtually all United Church statistics are in decline with regard to larger society since the 1970s. However, there are regional variations, most notably in the Atlantic provinces, which show later and lesser rates of decline.