Purpose The purpose of this paper is to understand in a qualitative context, the importance of the EMPRETEC entrepreneurship training in an emerging country context of Brazil. This helps to understand the capacity of entrepreneurship education to improve the ability of individuals to generate new business opportunities. Design/methodology/approach The data were collected through three semi-structured interview scripts and analyzed with the support of the NVIVO qualitative analysis software using Bardin content analysis. Findings The findings support the assertion that in emerging economies, entrepreneurship education is increasingly important in transforming society through enabling individuals to progress in their careers and life. Research limitations/implications It was concluded that the EMPRETEC course fulfilled the objective of encouraging entrepreneurial behavior and stimulating the trainees to contribute to the economic growth of the country. The implication was that participation in entrepreneurship education is strictly interconnected to the success of the trainees. Practical implications The study found that there are positive practical outcomes for the trainees’, teachers’ and managers’ perceptions involved in the Entrepreneurship Training Program – EMPRETEC. Originality/value The paper helps understand the role of the trainees’ (EMPRETECos), teachers’ and managers’ perceptions of the Program at SEBRAE/Recife about the impact of the Entrepreneurship Training Program – EMPRETEC.
Radon concentration was evaluated in dwellings of the urban area of Vila Real (Northern Portugal). The area is mainly composed of Hercynian granites and Cambrian metasediments, and CR-39 passive detectors (n = 112) were used for the purpose. The results obtained in winter conditions suggest that the most productive geological unit is the Hercynian granite G1 (geometric mean of 364 Bq/m 3 ), while Cambrian metasediments of the Douro Group show the lowest average indoor radon concentration (236 Bq/m 3 ). The geological, geochemical and radiological data obtained suggest that the most effective control on the radon concentrations of the area is related with the uranium content of the rocks; indeed, the highest contents were observed in granite G1 (21 ppm) and the lowest in the metasediments (3 ppm). This is also confirmed by the results obtained for groundwater, where granites present the highest concentrations of dissolved radon (up to 938 Bq/l), uranium (5-18 ppb) and gross a activities (0.47-0.92 Bq/l). No important radiometric anomalies were found in relation with geological structures such as faults, veins and contacts, but a moderate increase of the uranium content can occur locally in such structures. Petrographic observations and SEM studies show that uranium is mainly contained within the rock in heavy accessory minerals (apatite, zircon, monazite, xenotime), which reduces radon emanation. Notwithstanding, due to the high U contents granites show a significant potential to induce indoor radon concentrations in dwellings in excess of the recommended value of 400 Bq/m 3 . Overall, we can conclude that the region of Vila Real presents a moderate to high radon risk in dwellings and groundwater.
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