Policy Support for Women Entrepreneurs' Access to Financial Capital: Evidence from Canada, Germany, Ireland, Norway, and the United States

This is the peer reviewed version of the following article: Coleman, S., Henry, C., Orser, B., Foss, L. & Welter, F. (2018). Policy Support for Women Entrepreneurs' Access to Financial Capital: Evidence from Canada, Germany, Ireland, Norway, and the United States. Journal of Small Business Management, 1-27, which has been published in final form at https://doi.org/10.1111/jsbm.12473. This article may be used for non-commercial purposes in accordance with Wiley Terms and Conditions for Use of Self-Archived Versions.This cross‐country study documents policies and practices designed to increase women entrepreneurs’ access to financial capital in Canada, Germany, Ireland, Norway, and the United States. Drawing on feminist theory, we examine assumptions of policy alongside the eligibility criteria, rules and regulations of practices. Our findings reveal that four of the five country policies examined were predicated on a neo‐liberal perspective that positions women entrepreneurs as economic assets. We offer insights into opportunities for modernizing policies and practices in ways that will enhance the legitimacy of a more diverse array of women entrepreneurs and increase their access to financial capital

Tinnitus groups – a model of social support and social connectedness from peer interaction

Tinnitus is a chronic condition for which there is no medical treatment. Tinnitus groups are a widely available resource for people with tinnitus. Objectives: Our objectives were to explore the active ingredients of tinnitus support groups in terms of their mechanisms for providing support, the contextual factors that elicit such mechanisms, and the outcomes in terms of coping enhancement. Design: We adopted a pluralist and iterative approach informed by the realist evaluation method. Methods: We conducted ethnographic data generation at tinnitus support groups involving observations (n = 160), focus groups (n = 130), and individual interviews (n = 20). Inductive analyses were conducted following the constant comparison method of grounded theory. We then interrogated the inductive themes to identify evidence of Contexts, Mechanisms, and Outcomes. We then produced a model which was tested in a survey of tinnitus group members (n = 65) in effect providing large-scale respondent validation of the data-driven model created through our inductive analysis. Results: We identified that tinnitus groups can facilitate social connectedness between group members. This experience appeared to build resilience among those experiencing tinnitus-related distress. Groups also played a role in building a sense of control related to knowledge and information sharing. Additionally, we identified risks associated with not accessing social support in a group environment. Conclusions: Our findings contribute to the growing understanding of the power of social connectedness as building shared social identity when living with tinnitus. Statement of contribution What is already known on this subject? Tinnitus is a prevalent condition with approximately 10–15% of the population experiencing a spontaneous sound without obvious source. Tinnitus is an invisible health and chronic condition. People with tinnitus experience high levels of distress, anxiety, and depression. Group support is beneficial to people with many health problems. What does this study add? This study describes the mechanisms by which tinnitus support groups can support coping in tinnitus. This is the first study to comprehensively explore the views of those who attend tinnitus groups. The study identifies the key features of support groups that facilitate social connectedness among group members. The most valued features of groups are the knowledge and information provided, the sense of belonging communicated to group members, and the creation and maintenance of a sense of hope towards the tinnitus. This study contributes new insights to both the tinnitus field and adds to the literature on support groups in health

Subtype-Specific Genes that Characterize Subpopulations of Callosal Projection Neurons in Mouse Identify Molecularly Homologous Populations in Macaque Cortex

Callosal projection neurons (CPN) interconnect the neocortical hemispheres via the corpus callosum, and are implicated in associative integration of multi-modal information. CPN have undergone differential evolutionary elaboration, leading to increased diversity of cortical neurons – and more extensive and varied connections in neocortical gray and white matter – in primates compared to rodents. In mouse, distinct sets of genes are enriched in discrete subpopulations of CPN, indicating the molecular diversity of rodent CPN. Elements of rodent CPN functional and organizational diversity might thus be present in the further elaborated primate cortex. We address the hypothesis that genes controlling mouse CPN subtype diversity might reflect molecular patterns shared among mammals that arose prior to the divergence of rodents and primates. We find that, while early expression of the examined CPN-enriched genes, and post-migratory expression of these CPN-enriched genes in deep layers are highly conserved (e.g. Ptn, Nnmt, Cited2, Dkk3), by contrast, the examined genes expressed by superficial layer CPN show more variable levels of conservation (e.g. EphA3, Chn2). These results suggest that there has been evolutionarily differential retraction and elaboration of superficial layer CPN subpopulations between mouse and macaque, with independent derivation of novel populations in primates. Together, these data inform future studies regarding CPN subpopulations that are unique to primates and rodents, and indicate putative evolutionary relationships.Stem Cell and Regenerative Biolog

Calibration and assessment of electrochemical air quality sensors by co-location with regulatory-grade instruments

The use of low-cost air quality sensors for air pollution research has outpaced our understanding of their capabilities and limitations under real-world conditions, and there is thus a critical need for understanding and optimizing the performance of such sensors in the field. Here we describe the deployment, calibration, and evaluation of electrochemical sensors on the island of Hawai'i, which is an ideal test bed for characterizing such sensors due to its large and variable sulfur dioxide (SO 2 ) levels and lack of other co-pollutants. Nine custom-built SO 2 sensors were co-located with two Hawaii Department of Health Air Quality stations over the course of 5 months, enabling comparison of sensor output with regulatory-grade instruments under a range of realistic environmental conditions. Calibration using a nonparametric algorithm (k nearest neighbors) was found to have excellent performance (RMSE 0.997) across a wide dynamic range in SO 2 ( 2ppm). However, since nonparametric algorithms generally cannot extrapolate to conditions beyond those outside the training set, we introduce a new hybrid linear-nonparametric algorithm, enabling accurate measurements even when pollutant levels are higher than encountered during calibration. We find no significant change in instrument sensitivity toward SO 2 after 18 weeks and demonstrate that calibration accuracy remains high when a sensor is calibrated at one location and then moved to another. The performance of electrochemical SO 2 sensors is also strong at lower SO 2 mixing ratios ( < 25ppb), for which they exhibit an error of less than 2.5ppb. While some specific results of this study (calibration accuracy, performance of the various algorithms, etc.) may differ for measurements of other pollutant species in other areas (e.g., polluted urban regions), the calibration and validation approaches described here should be widely applicable to a range of pollutants, sensors, and environments.United States. Environmental Protection Agency (Grant RD-83618301

Exploring inclusivity in entrepreneurship education provision: A European study

This paper explores inclusivity in entrepreneurship education (EE) provision. This is an important area of research given the growth in EE provision globally and the intention for it to be a discipline and a competence accessible to everyone. Drawing on data from nine European Higher Education Institutions (HEIs) and their respective entrepreneurship programs, our core research question asks: how inclusive are European entrepreneurship education programs, and how might their inclusivity be enhanced? Answering this question could help raise awareness of the need for inclusive EE, identify specific student cohorts who are potentially excluded and help widen EE participation generally. We contribute to the existing body of literature in this field by underscoring the significance of inclusivity in EE programs, proposing an adapted version of an existing inclusivity-proofing tool as a first step for HEIs on their inclusivity journey and offering insights designed to bolster HEIs' EE inclusivity efforts

Asian outflow and trans-Pacific transport of carbon monoxide and ozone pollution: An integrated satellite, aircraft, and model perspective

Satellite observations of carbon monoxide (CO) from the Measurements of Pollution in the Troposphere (MOPITT) instrument are combined with measurements from the Transport and Chemical Evolution Over the Pacific (TRACE-P) aircraft mission over the northwest Pacific and with a global three-dimensional chemical transport model (GEOS-CHEM) to quantify Asian pollution outflow and its trans-Pacific transport during spring 2001. Global CO column distributions in MOPITT and GEOS-CHEM are highly correlated (R2 = 0.87), with no significant model bias. The largest regional bias is over Southeast Asia, where the model is 18% too high. A 60% decrease of regional biomass burning emissions in the model (to 39 Tg yr−1) would correct the discrepancy; this result is consistent with TRACE-P observations. MOPITT and TRACE-P also give consistent constraints on the Chinese source of CO from fuel combustion (181 Tg CO yr−1). Four major events of trans-Pacific transport of Asian pollution in spring 2001 were seen by MOPITT, in situ platforms, and GEOS-CHEM. One of them was sampled by TRACE-P (26–27 February) as a succession of pollution layers over the northeast Pacific. These layers all originated from one single event of Asian outflow that split into northern and southern plumes over the central Pacific. The northern plume (sampled at 6–8 km off California) had no ozone enhancement. The southern subsiding plume (sampled at 2–4 km west of Hawaii) contained a 8–17 ppbv ozone enhancement, driven by decomposition of peroxyacetylnitrate (PAN) to nitrogen oxides (NOx). This result suggests that PAN decomposition in trans-Pacific pollution plumes subsiding over the United States could lead to significant enhancements of surface ozone