Local Factors Shaping Research Articles

Claiming space in civil society. Young Muslim moral personhoods in Bangladesh and Italy

ABSTRACT In this article we analyze the multi-layered engagements of young Muslim activists in Dhaka (Bangladesh) and in the ‘Bangladeshi community’ in Rome (Italy), illustrating how, despite the local factors shaping a problematic relationship between Islamic activism and civil society in the two contexts, the young people share an attitude that points to the manifestations of a public Islam on a global level. This attitude aims at transcending the sectarianism and isolationism of previous generations, giving rise to civic engagements that rely on a concept of moral personhood, and strive to achieve change in society through modalities that depart from the clichés of political Islam. By considering these varied modalities, we highlight the existence of unconventional links between politics and civil society, and between ‘new’ and ‘old’ forms of civil society, contributing to the deconstruction of a Eurocentric and religion-averse understanding of the concept. At the same time, by analyzing the role played by the ‘individual’ in our interlocutors’ engagements, we shed light on counterintuitive convergences between Muslim moral economy and that of neoliberal governmentality, and on the emergence of a ‘liquid civil society’.

How do local factors shape transformation pathways towards climate-neutral and resilient cities?

ABSTRACT We examine how local socioeconomic, institutional and political factors shape climate transformation pathways in 23 mid-sized German cities. We group our cities into three types: industrial cities (which may have experienced recent structural change), historic cities (in which a significant proportion of the buildings or landscape is under monument protection) and university cities (in which academic or research institutions play a major role in the local community). Drawing on document analysis and expert interviews, we find that budgetary constraints, weaker civil societies and lower levels of political support result in unfavourable structural conditions for successful transformations in industrial cities. Historic cities have often only limited options to change their built environments, but many have identified climate change as a major threat to their built heritage and are therefore keen to take action in climate adaptation. Lastly, university cities are further along the transformation pathways than the other city types, largely due to having more favourable economic conditions as well as greater support from civil society, politics and the local research community.

Habitat-linked genetic structure for white-crowned sparrow (Zonotrichia leucophrys): Local factors shape population genetic structure.

Ecological, environmental, and geographic factors all influence genetic structure. Species with broad distributions are ideal systems because they cover a range of ecological and environmental conditions allowing us to test which components predict genetic structure. This study presents a novel, broad geographic approach using molecular markers, morphology, and habitat modeling to investigate rangewide and local barriers causing contemporary genetic differentiation within the geographical range of three white‐crowned sparrow (Zonotrichia leucophrys) subspecies: Z. l. gambelii, Z. l. oriantha, and Z. l. pugetensis. Three types of genetic markers showed geographic distance between sampling sites, elevation, and ecosystem type are key factors contributing to population genetic structure. Microsatellite markers revealed white‐crowned sparrows do not group by subspecies, but instead indicated four groupings at a rangewide scale and two groupings based on coniferous and deciduous ecosystems at a local scale. Our analyses of morphological variation also revealed habitat differences; sparrows from deciduous ecosystems are larger than individuals from coniferous ecosystems based on principal component analyses. Habitat modeling showed isolation by distance was prevalent in describing genetic structure, but isolation by resistance also had a small but significant influence. Not only do these findings have implications concerning the accuracy of subspecies delineations, they also highlight the critical role of local factors such as habitat in shaping contemporary population genetic structure of species with high dispersal ability.

A Structural Equation Model for Place-based City Love: An Application to Swedish Cities

Recent years have shown an increasing interest in local factors shaping the happiness or attachment of citizens in regard to their daily living environment, sometimes also coined city love or neighborhood love. This new strand of literature—often framed in the context of the “geography of happiness” or the “economics of happiness”—means an extension of quantitative socio-psychological or socio-economic research on determinants of people’s affection for their living environment, including local quality-of-life, sense of community, place-based social capital, attachment to “urban ambiance,” and so on. The present paper conceptualizes the nature and composition of urban characteristics of place attachment and appreciation ( city love) in terms of two constituent factors, viz. city soul (indicators on the perceived intangible attractiveness of the city and its neighborhoods) and city body (indicators reflecting the tangible attractiveness features of the city). This analytical approach will empirically be tested for four Swedish cities. Resident surveys were conducted among a total of 2,573 respondents; the multidimensional relationships between outcome variables and background factors were tested through a Partial Least Squares Structural Equation Model (PLS-SEM), which revealed significant effects of Aesthetics, Amenities, Accessibility, Safety and Health, and City Image on place attachment and appreciation (“city love”). A more detailed city level analysis revealed salient place-specific differences. In general, Aesthetics seemed to be the most universal driver for city love, while City Image was the most important factor to contribute to city soul.

Fire and local factors shape ectomycorrhizal fungal communities associated with Pinus ponderosa in mountains of the Madrean Sky Island Archipelago

Abstract With a warming and drying climate, coniferous forests worldwide are increasingly threatened by wildfires. We examined how fire impacts ectomycorrhizal (EM) fungi associated with Pinus ponderosa, an important tree species in western North America. In the biodiverse Madrean Sky Islands, P. ponderosa forests exist on insular mountains separated by arid lands. How do EM fungi in these isolated ranges respond to fire, and can data from individual ranges predict community shifts after fire at a regional scale? By comparing areas in two ranges that experienced moderate fires 12–16 y earlier, and proximate areas in each range without recent fire, we reveal pervasive effects on diversity and composition of EM communities more than a decade after moderate fires occurred. Post-fire differences in EM communities in different ranges highlight the challenge of predicting fungal community shifts in these isolated forests, despite similarities of climate, plant communities, and fire severity.

Global fern and lycophyte richness explained: How regional and local factors shape plot richness

AbstractAimTo disentangle the influence of environmental factors at different spatial grains (regional and local) on fern and lycophyte species richness and to ask how regional and plot‐level richness are related to each other.LocationGlobal.TaxonFerns and lycophytes.MethodsWe explored fern and lycophyte species richness at two spatial grains, regional (hexagonal grid cells of 7,666 km2) and plot level (300–500 m2), in relation to environmental data at regional and local grains (the 7,666 km2hexagonal grid cells and 4 km2square grid cells, respectively). For the regional grain, we obtained species richness data for 1,243 spatial units and used them together with climatic and topographical predictors to model global fern richness. For the plot‐level grain, we collated a global dataset of nearly 83,000 vegetation plots with a surface area in the range 300–500 m2in which all fern and lycophyte species had been counted. We used structural equation modelling to identify which regional and local factors have the biggest effect on plot‐level fern and lycophyte species richness worldwide. We investigate how plot‐level richness is related to modelled regional richness at the plot's location.ResultsPlot‐level fern and lycophyte species richness were best explained by models allowing a link between regional environment and plot‐level richness. A link between regional richness and plot‐level richness was essential, as models without it were rejected, while models without the regional environment‐plot‐level richness link were still valid but had a worse goodness‐of‐fit value. Plot‐level richness showed a hump‐shaped relationship with regional richness.Main conclusionsRegional environment and regional fern and lycophyte species richness each are important determinants of plot‐level richness, and the inclusion of one does not substitute the inclusion of the other. Plot‐level richness increases with regional richness until a saturation point is reached, after which plot‐level richness decreases despite increasing regional richness, possibly reflecting species interactions.

Teachers' Conceptions of Assessment: A Global Phenomenon or a Global Localism

How teachers conceive of the nature and purpose of assessment matters to the implementation of classroom assessment and the preparation of students for high-stakes external examinations or qualifications. It is highly likely that teacher beliefs arise from the historical, cultural, social, and policy contexts within which teachers operate. Hence, it may be that there is not a globally homogeneous construct of teacher conceptions of assessment. Instead, it is possible that a statistical model of teacher conceptions of assessment will always be a local expression. Thus, the objective of this study was to determine whether any of the published models of teacher assessment conceptions could be generalised across data sets from multiple jurisdictions. Research originating in New Zealand with the Teacher Conceptions of Assessment self-report inventory has been replicated in multiple locations and languages (i.e., English in New Zealand, Queensland, Hong Kong, and India; Greek in Cyprus; Arabic in Egypt; Spanish in Spain, Ecuador) and at different levels of instructional contexts (Primary, Secondary, Senior Secondary, and Teacher Education). This study conducts secondary data analyses in which eight previously published models of teacher conceptions of assessment were systematically compared across 11 available data sets. Nested multi-group confirmatory factor analysis (using Amos v25) was carried out to establish sequentially configural, metric, and scalar equivalence between models. Results indicate that only one model (i.e., India) had configural invariance across all 11 data sets and this did not achieve metric equivalence. These results indicate that while the inventory can be used cross-culturally after localized adaptations, there is indeed no single global model. Context, culture, and local factors shape teacher conceptions of assessment.

Housing First programs in congregate-site facilities: can one size fit all?

The ‘Pathways to Housing’ Program (PHP) is an internationally recognized reference point for solutions to chronic homelessness espousing principles of ‘Housing First’. In Australian capital cities, the introduction of Housing First has mostly taken the form of congregate-site housing, unlike the scatter-site housing that has been closely associated with PHP in the United States. This has raised questions about whether the translation of the PHP model to Australia has resulted in a loss of fidelity to the ‘active ingredients’ that explain its success. Drawing on an evaluation of two congregate-site facilities in Tasmania, we show how tensions between program fidelity and local factors shaping the program assemblage, have compromised program success in relation to flexibility of service response and client agency and choice. Our findings challenge policy-makers and service providers to attend carefully to how successful overseas programs are adapted to different policy and service contexts to ensure that features critical to their success are not lost in translation.

Do local causations matter? The effect of firm location on the relations of ROE, R&D, and firm SIZE with MARKET-TO-BOOK

Firm location affects the relations of ROE, R&D, and firm SIZE with MARKET-TO-BOOK. Local parameters that are specific to the firm geographic location are estimated by weighting observations in function of their proximity. The local effect of ROE increases with the earnings quality of the neighboring firms, which is consistent with the local sharing of the accounting practices. According to value-enhancing spillover of knowledge among nearby firms, the effect of R&D is boosted by within-region R&D. Finally, the small-size effect weakens with the firm isolation, which supports the superior information of local investors. Firm location endogeneity is addressed focusing on firms operating in different industries where endogenous similarities are highly unlikely, and findings remain unchanged. Local factors shape relationships of causations and enhance effects that vary firm the firm location. Overall, local causations matter.

Landscape versus local factors shaping butterfly communities in fragmented landscapes: Does host plant diversity matter?

Conversion of terrestrial land for the purposes of agriculture and urban development continues to result in loss and fragmentation of natural habitats. In this study, we focus on butterflies and investigate the relative importance of landscape-level habitat amount (the proportion of woodland area within a landscape), habitat fragmentation (length of woodland edges within a landscape), urbanization (the proportion of urban area within a landscape), and local host plant diversity for butterfly communities in a fragmented landscape in Hokkaido, northern Japan. Butterfly species observed in the field were grouped into woodland and open-land species. The results showed that both landscape and local factors shape the butterfly community. At a landscape-scale, woodland butterflies positively responded to woodland area and negatively to edge density, whereas open-land butterflies showed opposite responses. At a local-scale, positive influences of local host plant diversity on woodland butterflies were evident, but not for open-land species. These results suggest that negative influences of anthropogenic land-use changes on biodiversity could be mitigated by strategies aimed at stopping the spread of woodland edges and providing a wide variety of different host plant species in the landscape. Unfortunately, this study implies that further increases in habitat loss and fragmentation and decline in host plant diversity lead to a homogenization of local biological communities and functions.

Factors affecting home gardens ownership, diversity and structure: a case study from Benin.

BackgroundHome gardens (HGs) provide perspectives for conservation of plant genetic resources while contributing to improving livelihoods. However, knowledge of local factors shaping their ownership, plant diversity (PD) and structure is still limited especially in West-Africa, where food insecurity is acute. This is critical to ensure effective mainstreaming of HGs into future biodiversity conservation and food production policies.MethodsSocio-economic and PD data were obtained from individual interviews (n = 470) and gardens inventories (n = 235) spanning humid, sub-humid and semi-arid zones of Benin. Generalised Linear Models, Hierarchical Cluster Analysis, Principal Component Analysis and Simple Correspondence Analysis were performed to examine socio-economic characteristics (age, gender, education level and main economic activity) affecting HGs ownership, and their effect coupled with intrinsic HGs characteristics (size, age) on PD and structure within HGs, across contrasting bio-geographical regions.ResultsHG ownership was significantly dependent upon a complex relationship between age, gender and education level of the farmers. The probability to own HG increased with age with an early involvement in home gardening for women. Similarly, with increasing age, it was more likely to find a male owner than a female owner among the uneducated informants and those of primary school. Inversely, it was more likely to find female owner than a male owner among secondary school level or more.PD increased with increasing owner age and size of the HG. Larger and more diversified HGs were found in sub-humid and semi-arid zones while smaller and less diversified HGs were encountered in the humid zone. HGs were multi-layered. Based on the prevailing plant groups, three categories of HG were distinguished: Herb based gardens, Herb and Shrub/Trees based gardens, and Palm and Liana based gardens. Their prevalence was dependent upon bio-geographical zones and HG owner socio-economic characteristics, with herbs based HGs being mainly associated to women.ConclusionResults suggest effects of complex interactions between socio-economic factors on HG ownership, and influence of these effects combined with intrinsic characteristics of HGs on PD. The early involvement of women in home gardening and their particular interest in herbs and shrubs are important assets for future conservation strategies based on HG and food production. Interventions are required to interfere with declining PD in HG across generations to accommodate multiple ecosystem service benefits.

Understanding the translation of scientific knowledge about arsenic risk exposure among private well water users in Nova Scotia

Arsenic is a class I human carcinogen that has been identified as the second most important global health concern in groundwater supplies after contamination by pathogenic organisms. Hydrogeological assessments have shown naturally occurring arsenic to be widespread in groundwater across the northeastern United States and eastern Canada. Knowledge of arsenic risk exposure among private well users in these arsenic endemic areas has not yet been fully explored but research on water quality perceptions indicates a consistent misalignment between public and scientific assessments of environmental risk. This paper evaluates knowledge of arsenic risk exposure among a demographic cross-section of well users residing in 5 areas of Nova Scotia assessed to be at variable risk (high-low) of arsenic occurrence in groundwater based on water sample analysis. An integrated knowledge-to-action (KTA) methodological approach is utilized to comprehensively assess the personal, social and local factors shaping perception of well water contaminant risks and the translation of knowledge into routine water testing behaviors. Analysis of well user survey data (n=420) reveals a high level of confidence in well water quality that is unrelated to the relative risk of arsenic exposure or homeowner adherence to government testing recommendations. Further analysis from the survey and in-depth well user interviews (n=32) finds that well users' assessments of risk are influenced by personal experience, local knowledge, social networks and convenience of infrastructure rather than by formal information channels, which are largely failing to reach their target audiences. Insights from interviews with stakeholders representing government health and environment agencies (n=15) are used to reflect on the institutional barriers that mediate the translation of scientific knowledge into public awareness and stewardship behaviors. The utilization of local knowledge brokers, community-based networks and regulatory incentives to improve risk knowledge and support routine testing among private well users is discussed.