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Fostered by technological developments and globalization, culturally diverse teams are becoming a mainstay of organizational strategy. As the use of multi-cultural teams continues to increase, it becomes paramount to understand the mechanism(s) by which leaders can promote effectiveness within these teams. Despite this need, there are numerous challenges facing those who seek to understand these phenomena and move science and practice forward. The purpose of this chapter is to present a few of these challenges and approaches which can assist in mitigating these challenges. Finally, we identify what we see as key research needs within this area.

The purpose of this paper is to suggest that librarians’ traditional methods of source evaluation – guided by the “Authority is Constructed and Contextual Frame” of the Framework for Information Literacy – do not adequately address today’s post-truth reality.

The authors will use the specific example of the release of the Environmental Protection Agency’s (EPA’s) National Climate Assessment report on November 23, 2018 and the subsequent Fact Check News Release published by EPA Headquarters on November 28 as a lens to explore the difficulty of teaching the Authority is Constructed and Contextual Frame in an era of alternative facts and fake news.

A brief analysis of human psychology, modern learning theories and Patrick Wilson’s work on cognitive authorities demonstrates that to provide effective information literacy instruction, librarians must do more to incorporate the social and emotional factors that individual students bring to the learning environment into current instruction practices.

This paper can be used as a resource for librarians seeking new strategies for information literacy instruction in the post-truth era.

Although a large body of literature exists to discuss the prevalence and implications of fake news in the post-truth era, few scholars have proposed solutions beyond a rededication to teaching critical source evaluation. This paper points to at least one new resource for source evaluation instruction which includes self-reflection among learners and points readers in a new direction to develop more.

This article describes the rationale behind the construction of an interactive numeric flies retrieval system, and the creation of the system (project team, project phases, data preparation, software, and hardware used). The major findings section includes comments on data problem resolution, database design and construction, interface considerations, enhanced cataloging, file transfer, standards adherence, and staff resources. The incorporation of the system into the range of services of Cornell's Mann Library is described.

The purpose of this study was to examine the global perceptions of social equity in the fine dining business model as a result of the surprise announcement for the 2024 planned closure of the Michelin three-star restaurant, Noma.

This study used critical discourse analysis to inductively analyze 91 source documents retrieved through a lexical database search. The analysis yielded five overarching themes and six subthemes.

Findings from this study serve as a benchmark in retrospect for capturing a rapidly accelerating global conversation from January to March 2023 around the long-term viability and social sustainability of the fine dining business model.

Against the backdrop of labor challenges in the restaurant industry due to the Covid-19 pandemic and its aftermath, the announced closure of Noma precipitated criticism of the stage (unpaid intern) system and the intense pressures of attaining and maintaining Michelin star status.

Results from the discourse analysis suggest certification for fine dining restaurants, perhaps through the Michelin Guide, for demonstrating a commitment to social sustainability as a qualifier to achieve a Michelin star.

Findings from this research reveal a palpable change in societal tolerance for a more socially sustainable fine dining restaurant business model that advances equitable solutions for its workers while assuring the economic sustainability of restaurants.

This study drew upon a foodscape lens to reveal a juxtaposition between well-executed environmentally sustainable initiatives in the fine dining business model and the threats to the social sustainability among its workers.

Structural explanations of racial stratification are weakened by a failure to in‐corporate attitudinal and ideological factors into their theories. But attitudinal researchers have tended to focus on racial prejudice and tolerance and neglected non‐racially specific beliefs that support white dominance. This article reviews the limits of each approach, discusses the problem of ideology for race relations theory and explores how, through the analysis of ideology, attitudinal and structural analysis might be synthesised. Findings on the relation between adherence to individualist explanations of poverty, perceptions of racial discrimination in employment and attitudes toward affirmative action programs are used to exemplify the power of class ideologies in shaping beliefs about racial inequality and vice versa. An exploration of ideologies of local autonomy and attitudes toward public housing and residential desegregation might elicit similar findings.

The purpose of this paper is to empirically determine general models and methods for yield strength and modulus at different print orientations adequate for design purposes associated with typical fused deposition modeled (FDM) components/parts. Emphasis was placed on characterizing the impacts of anisotropy and resulting trends independent of material toward developing a method that matched the level of engineering required for current limited structural capabilities of FDM.

Tensile tests were performed with a range of unidirectional filament orientations of three different materials allowing for determination of the generalized models, which are then compared to previous findings of others.

Though anisotropic trends were similar to previous findings, minimum yield strength was found to be associated with filaments 75° from the loading direction resulting in a sinusoidal generalization. Modulus was found to be best approximated with an exponential decay. Resulting models allow for determination of yield strength and modulus in any orientation of FDM-printed material based on minimal testing.

This study is the widest range of angles and materials to be tested and analyzed for unidirectional FDM allowing for new trends to be identified. In line with the level of engineering required for most FDM components/parts, the resulting generalized models allow for determination of yield strength and modulus with less computation and minimal testing.