INTEGRATING DISCRETE STUDENT PROJECTS INTO A LARGER REU RESEARCH PLAN: EARLY LESSONS AND POSSIBLE OUTCOMES
Rather than assign students to specific research tasks, our goal was to first introduce them, in a general sense, to the broader questions that the project was to address. This was done through distributing readings to the students prior to their arrival, delivering introductory lectures outlining potential research questions, followed by an intensive two-week period of field research. Through this process, augmented by the examination of samples following our return from the field, students not only honed their geologic skills, but also became much more attuned to the broader research issues associated with the larger project, in addition to discovering their own research interests. As sample processing and analysis progressed, we held individual conferences with the students to define participant projects that met both individual student interests and broader site objectives. Students presented initial project hypotheses, followed by weekly progress reports, to the entire group in which the interrelated nature of the individual projects became apparent, collaborative research efforts evolved, and knowledge of a broader range of research tools was promulgated. The primary benefits of this approach are that students feel vested' in their projects and are motivated to pursue their research vigorously, and also that they gain an appreciation of developing a multidisciplinary research team. The primary challenge remains to extend this interdependence to the future years and integrate not only within an individual cohort, but also from successive groups across the initial three-year site plan.