See more from this Division: Topical Sessions
See more from this Session: Research on Geoscience Teaching and Learning in Experiential Environments
Tuesday, 7 October 2008: 9:05 AM
George R. Brown Convention Center, 350DEF
Abstract:
Field-based education presents clear advantages for studying the geosciences, but this environment presents unique difficulties related to the novelty of this instructional setting, especially for beginning students. Orion and colleagues recognized this formally in the early 1990s and developed measures of Novelty Space, the barriers to learning presented by combined psychological, cognitive, geographic and social factors. By lowering these aspects of novelty, learning in the field improves. This has recently been extended to field-based education in the GeoJourney program by Elkins and colleagues, who developed a new, validated instrument for measuring four-component Novelty Space. Since 2000 we have been conducting field-based geoscience programs for Native American youth in the Young Native Scholars (YNS) programs. Observations of student learning in these programs and in other adult-level programs led to the hypothesis based in indigenous science education literature that Native people should not experience as high levels of geographic and psychological novelty as the majority population. This is because of connections to landscapes and nature based in indigenous knowledge and culture which reduce novelty. To test this, we deployed the same Novelty Space instrument in a four-day field program with a group of 8 high-school age Native youth far from home reservations. We found that compared with averaged GeoJourney 2006 results, YNS students had lower initial geographic novelty than students at the end of GeoJourney, and showed a decrease during the program to even lower levels. The psychological novelty showed the same pattern, with all YNS measures being lower than any GeoJourney results. Social and cognitive novelty also showed decreases, but scores were comparable with GeoJourney students. This data is preliminary, and will be augmented by larger data sets gathered at three summer YNS programs and by ongoing analysis of qualitative data from interviews and student field notes.
See more from this Division: Topical Sessions
See more from this Session: Research on Geoscience Teaching and Learning in Experiential Environments