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The Bioregional Outdoor Education Project (BOEP), initiated by the Four Corners School of Outdoor Education in Monticello, Utah in 1998, promotes understanding and appreciation of the Colorado Plateau Bioregion through core-based, interdisciplinary, experiential curricula in grades K-8. It is designed to reach teachers and students on the Colorado Plateau through a Roving Teacher Education and Mentoring delivery system. Our goal is to reach ALL elementary schools in the 96 school districts of the Colorado Plateau bioregion (parts of UT, CO, NM, AZ) over 25 years.

BOEP teaches K-8 teachers how to teach the core curriculum in a hands-on place-based way through a two-year series of workshops, inservices, and mentoring. In addition, BOEP provides Science Resource Centers for each school. BOEP works with 20 schools each two-year cycle.
For the 2007-2009 school years we are focusing on creating learning progressions. Learning progressions are defined as logical sequences of student performances (knowledge and practices) that become successively more complex across grade bands. The development of learning progressions is an emerging area of study prompted by concern that exiting science standards and curricula do not result in meaningful learning for students. The main criticism of existing science standards and/or curricula is that they do not identify the essential ideas (Big Ideas) that are at the core of a given topic nor do they build understanding of these key ideas from year to year as students become increasingly able to develop more in-depth understandings. The Big Ideas we will focus on are diversity of life, interdependence of life, and flow of matter and energy.
Children often come into the science classroom with intuitive understandings that must be taken into consideration in planning instruction and a great deal of research has been conducted on students’ naive conceptions. It is generally accepted that all students’ prior knowledge, ideas, skills and attitudes form the foundation of new learning and failure to take student’s preconceptions into consideration in planning and delivering instruction will often results in unsuccessful learning outcomes.
As teachers understanding of key central concepts within the Big Ideas increase, they will acquire deeper science content knowledge, and learn to implement successively more sophisticated ways of reasoning, ultimately resulting in increased ability to provide improved learning experiences for students. Teachers learn and apply pedagogical knowledge of how students’ prior learning experiences provide a framework for future learning and improve when situated in a real-world place-based context.
Goal 1:Create, pilot, revise, field test, and evaluate 3 place-based and inquiry-based Learning Progression modules across 3 grade bands, based on 3 big ideas in The Living Environment---diversity of life, interdependence of life, and energy flow in ecosystems--via
Goal 2: Train teachers to use LP’s via a two-year, in-person, professional development model for two cadres of 20 schools/80 teachers (40 schools/160 teachers total), that includes:
Goal 3: Create and disseminate a teacher workbook for Learning Progressions in 3 content areas of The Living Environment that includes:
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