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This paper presents a simple methodological framework to characterise the tangible and intangible benefits of a university athletics department. The methodology is applied to the athletics department at Gonzaga University (GU) in Spokane, Washington USA. The brand equity associated with this department is estimated at approximately US$5.8 million in 2006. Of this, between $617,000 and $2.71 million is ascribed to a specific type of tangible brand equity (with the most plausible estimate being $926,000); namely, the impact of GU athletics events on the economic vitality of the local community. The remainder is attributed to (unobserved) intangible brand equity benefits.

The link between foreign exchange and stock markets has numerous practical business implications. If international diversification strategies are to be successful, these markets should display low levels of correlation. In addition, understanding the determinants of asset volatilities, as well as their international correlations, are important parameters for the day to day risk management of financial institutions, the risk management of firms operating internationally, and the pricing of contingent claims. This paper examines whether there is a link between exchange rate stability and stock market volatility and correlations. I find that the connection between exchange rates and stock market correlations and volatilities extends beyond periods of extreme crisis.

Community asset mapping (CAM) is an evidence-based activity commonly used in local socioeconomic development initiatives. Residents and other stakeholders collaboratively identify the resources that they deem most important to the vitality of their community. Results are depicted qualitatively using maps. While maps are a useful means to convey information, alternate approaches to summarize data drawn from CAM activities may yield additional inferences that better inform community development initiatives.

This study conducted a retrospective analysis of secondary, de-identified data collected from the 2015–2016 Gonzaga University Logan Neighborhood Asset Mapping Project. Hierarchical and nonhierarchical cluster analyses were used to establish interrelationships between the perceived importance of various community assets.

The hierarchical cluster analysis revealed a very intuitive hierarchical clustering of community assets, with various health care services tightly clustered together. Similarly, farmers’ markets, community gardens and meeting spaces were clustered closely together. Third, community education and care services for all age groups were clustered together. The nonhierarchical cluster analysis revealed intuitive clustering of respondent groups who valued particular sets of assets.

By identifying these clusters and characterizing the linkages between them, it is possible to fund multiple development initiatives that are mutually reinforcing. For example, if the neighborhood obtains funds to invest, then they could be used to facilitate both community gardens and farmers’ markets, two closely related activities. Additional physical locations might also be developed to support (possibly outdoor) meeting space.

The peer review history for this article is available at: https://publons.com/publon/10.1108/IJSE-04-2020-0206.

In 2004, as the economy lay in stagnation, Congress searched for ways to stimulate job growth. Many members of Congress believed that high US taxes on repatriated earnings discouraged US-based multinational enterprises (MNEs) from bringing cash (in the form of dividends) home and investing those monies in the USA. As a result, Congress passed, and President Bush signed into law, the 2004 American Jobs Creation Act (AJCA), which reduced tax rates to a maximum 5.25 percent on cash repatriations to the USA over the course of a single tax year, i.e. a “tax holiday”. The purpose of this paper is to explore key determinants of repatriated earnings by US multinational enterprises.

This paper uses data collected from IRS documents between 2004 and 2008 to explore the drivers of MNE repatriations, including the AJCA tax holiday, from various countries to the USA. The paper applies a Lintner equation within a gravity model framework to estimate international liquidity flows.

The results indicate that repatriations to the USA are more likely to originate in Latin America and other countries in the Western Hemisphere. Significant evidence is also found of agglomeration effects; countries with higher numbers of MNE subsidiaries were significantly more or less likely (depending on the year in question) to repatriate earnings to the USA.

While several studies in the literature have examined the effects of the AJCA on individual firm earnings, very few studies have examined the aggregate effects of MNE repatriations in the context of the AJCA. More specifically, past studies have identified how much money flows back to the USA, but have not examined the set of countries from which most of the money flows.

Green roofs are strategies for the ecological intensification of cities and a measure of meeting some of the sustainable development goals (SDGs). They have widely been adopted as an adaptation strategy against an urban heat island (UHI). However, they are conventionally soil-based making it difficult and expensive to adopt as a strategy for greening existing buildings (GEB). This paper, therefore, develops a novel green roof system using climbers for thermal-radiative performance. The paper explores the vitality of climbing species as a nature-based strategy for GEB, and for the ecological improvement of the predominantly used cool roofs in sub-Saharan Africa (SSA).

Simulation for the same building Kejetia Central Market (KCM) Redevelopment; the existing aluminium roof (AL), soil-based extensive green roof (GR1) and the proposed green roof using climbing plants (GR2) were performed using ENVI-met. The AL and GR1 were developed as reference models to evaluate and compare thermal-radiative performance of the conceptual model (GR2). The long wave radiation emission (Q_lw), mean radiant temperature (MRT) and outdoor air temperature (T_a) of all three roofing systems were simulated under clear sky conditions to assess the performance and plant vitality considering water access, leaf temperature (T_f) and latent heat flux (LE₀) of GR1 and GR2.

There was no short wave radiation (Q_sw) absorption at the GR2 substrate since the climbers have no underlying soil mass, recording daily mean average Q_lw emission of 435.17 Wm⁻². The soil of GR1, however, absorbed Q_sw of 390.11 Wm⁻² and a Q_lw emission of 16.20 wm⁻² higher than the GR2. The AL recorded the lowest Q_lw value of 75.43 Wm⁻². Also, the stomatal resistance (r_s) was higher in GR1 while GR2 recorded a higher average mean transpiration flux of 0.03 g/sm³. This indicates a higher chance of survival of the climbers. The T_a of GR2 recording 0.45°C lower than the GR1 could be a good UHI adaptation strategy.

No previous research on climbers for green roof systems was found for comparison, so the KCM project provided a unique confluence of dynamic events including the opportunity for block-scale impact assessment of the proposed GEB strategy. Notwithstanding, the single case study allowed a focussed exploration of the novel theory of redefining green roof systems with climbers. Moreover, the simulation was computationally expensive, and engaging multiple case studies were found to be overly exhaustive to arrive at the same meaningful conclusion. As a novelty, therefore, this research provides an alternative theory to the soil-based green roof phenomenon.

The thermal-radiative performance of green roofs could be improved with the use of climbers. The reduction of the intensity of UHI would lead to improved thermal comfort and building energy savings. Also, very little dependence on the volume of soil would require little structural load consideration thereby leading not only to cheaper green roof construction but their higher demand, adoption and implementation in SSA and other low-income economies of the global south.

The reduction of the consumption of topsoil and water for irrigation could avoid the negative environmental impacts of land degradation and pollution which have a deleterious impact on human health. This fulfils SDG 12 which seeks to ensure responsible consumption of products. This requires the need to advance the research for improvement and training of local built environment practitioners with new skills for installation to ensure social inclusiveness in the combat against the intractable forces of negative climate impacts.

Climbers are mostly known for green walls, but their innovative use for green roof systems has not been attempted and adopted; it could present a cost-effective strategy for the GEB. The proposed green roof system with climbers apart from becoming a successful strategy for UHI adaptation was also able to record an estimated 568% savings on topsoil consumption with an impact on the reduction of pollution from excavation. The research provides an initial insight into design options, potentials and limitations on the use of climbers for green roofs to guide future research and experimental verification.

A growing literature links oil to conflict, particularly civil war. Greed/opportunity, grievance, and weak state arguments have been advanced to explain this relationship. This chapter builds on the literature on oil and conflict in two important ways. First, I examine a novel dependent variable, domestic terrorism. Much is known about the effect of oil on the onset, duration, and intensity of civil war, though we know surprisingly little about the potential influence of oil on smaller, more frequent forms of violence. Second, I treat oil ownership as a variable, not a constant, coding oil rents based on ownership structure. This is contrary to other related studies that assume oil is necessarily owned by the state. Using a large, cross-national sample of states from 1971 to 2007, several key findings emerge. Notably, publicly owned oil exhibits a positive effect on domestic terrorism. This positive effect dissipates, however, when political performance and state terror are controlled for. Privately owned oil, on the other hand, does not correlate with increased incidences of terror. This suggests that oil is not a curse, per se.

Technological advancement and the expansion of resources are key propellers of methodological innovations in scientific research. The virtual field is gradually occupying a larger space in scientific research, particularly regarding qualitative research. There are numerous tools that help in accessing the field of study, collecting data, recruiting of subjects, and providing support in processing and analyzing data. Low cost, time saving and access to otherwise inaccessible groups are the main potentialities pointed out in the literature. This chapter aims to enrich methodological discussions regarding information and communication technologies (ICTs), as well as to improve data collection methods mediated by ICTs used in qualitative research. Through a review of the body of literature on internet mediated research (IMR), production on the topic was characterized. The most widely used data collection methods are identified and discussed. Discussions originated from the review were broadened and deepened through contributions emerging from a study carried out by the authors. The results reinforce the contributions pointed out by the analyzed body of work and highlight the contextual, relational, and data validity dimensions. In an interconnected way, these dimensions allow for the production/obtaining data with specificities deriving from a new relation of individuals with time and space. Finally, attention is drawn to the idea that the background for methodological discussions about IMR is the same as the one for methodological discussions regarding science in its most different approaches – the demand for strong methodological, epistemological and ontological coherence.