public health crises in recent times. Academic leaders across the United States have responded by moving their educational and associated activities online; as a sense of immediacy swept the nation. The decision to pivot to remote learning was made swiftly, particularly by those institutions operating a shared leadership model, benefi tting from a greater degree of agility, innovation, and collaboration. The current article highlights three of the leadership best practices for navigating unpredictable adaptive challenges such as that posed by the coronavirus pandemic. Firstly, by utilizing a type of servant leadership, that emphasizes empowerment, involvement, and collaboration, academic leaders with emotional intelligence and emotional stability should place the interests of others above their own. Secondly, academic leaders should distribute leadership responsibilities to a network of teams throughout the organization to improve the quality of the decisions made in crisis resolution and thirdly, leaders should communicate clearly and frequently to all stakeholders through a variety of communication channels. Looking forward, the rise of the fl exible "allostatic leader" with the adaptive capacity to learn and evolve in crisis, to emerge better able to address future crises, is described.

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Medical education in the United States and Canada continues to evolve. However, many of the changes in pedagogy are being made without appropriate evaluation. Here, we attempt to evaluate the effectiveness of lecture capture technology as a learning tool in Podiatric medical education. In this pilot project, student performance in an inaugural lecture capture-supported biochemistry course was compared to that in the previous academic year. To examine the impact of online lecture podcasts on student performance a within-subjects design was implemented, a two way ANCOVA with repeated measures. The use of lecture capture-supported pedagogy resulted in significantly higher student test scores, than achieved historically using traditional pedagogy. The overall course performance using this lecture capture-supported pedagogy was almost 6% higher than in the previous year. Non-native English language speakers benefitted more significantly from the lecture capture-supported pedagogy than native English language speakers, since their performance improved by 10.0 points. Given that underrepresented minority (URM) students, whose native language is not English, makes up a growing proportion of medical school matriculates, these observations support the use of lecture capture technology in other courses. Furthermore, this technology may also be used as part of an academic enrichment plan to improve performance on the American Podiatric Medical Licensing Examination, reduce the attrition of URM students and potentially address the predicted minority physician shortage in 2020.

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