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In this chapter, we overview different neuroenhancement techniques that could be applied for accelerating the learning process in a number of tasks that are associated with occupational roles. The techniques range from: (1) pharmaceutical and invasive methods with limited applicability to the healthy population, due to possible side effects and obtrusiveness; (2) game-based brain training that shows task-specific potential, but may not generalize; and (3) a promising new research direction in which the goal is to “train” the brain to reach an optimal cognitive state for performing a given task, and remain in this state by self-regulation. However, in order to accomplish this goal of brain training, the neurological markers that best discriminate good task performance need to be identified. We also review a number of initial studies in this chapter which have analyzed such markers in a variety of training-related applications for different occupations, such as military/security (e.g., marksmanship, deadly force judgment and decision making, submarine piloting and navigation, phishing detection), medicine (e.g., robot-assisted surgery), banking (e.g., financial traders), sports (e.g., golf, archery, and baseball), or entertainment (e.g., musicians and actors). The promising results of these early studies are fueling interest in neuroscience-based technology and methods in the rapidly developing field of organizational neuroscience (e.g., leadership research). We conclude the chapter with a discussion of future research directions.

In this chapter, we consider how neuroscience methods can enhance the study of team processes, as well as facilitate the development of teams. We overview exciting new neuroscience technology that can be applied to the assessment of teams in real time. While research that has already used this technology to study team engagement and workload is summarized, we also consider other team-based concepts to which it might be applied, such as groupthink and shared mental models. We further suggest that emotional contagion and neurological mirroring concepts can come together to help us form a better understanding of emotions and their effects in teams. We conclude the chapter with a consideration of how neurological methods can potentially help develop team processes and provide insights for both members and team leaders.

This article presents the social studies practices continuum, which is a tool that supports social studies teachers in implementing inquiry-based practices in their classrooms. It was designed by the authors based on similar instruments found in science education and informed by the College, Career, and Civic Life (C3) Framework for Social Studies Standards.

The article describes the instrument's creation and describes its use with preservice teachers in teacher preparation programs, inservice teachers during district-based professional development.

The continuum has been used as a reflective tool for teachers and curriculum developers, and as a tool for instructional coaches and administrators to improve teaching practices.

This article offers a new tool for teachers and supervisors to use in improving instruction.