Outdoor Education Commons^™

Outdoor Activities To Improve Writing, Alyssa Kyllonen

Conspectus Borealis

No abstract provided.

Claiming The Promise Of Place-Based Education

Occasional Paper Series

No abstract provided.

Steam Lessons From The Forest: Ingenuity, Instruments And Autonomy, Tracey Hunter-Doniger

The STEAM Journal

This article discusses a case study of an environmental art camp that was modeled after choice-based pedagogies. At this camp the children were able to choose their activities, and taught how to think and work like an artist/scientist using a sketch/field book as a guiding instrument for their inquiry and empowerment. What was found was that three pillars of empowerment formed a foundational structure consisting of three interrelated factors that inspired the campers: 1) ingenuity, 2) a useful instrument, and 3) autonomy. Cultivating the artist/scientist habits gave the students the ingenuity or practical knowledge and understanding of how the roles …

Developing Children’S Physical Literacy: How Well Prepared Are Prospective Teachers?, Judith Dinham, Paul Williams

Australian Journal of Teacher Education

While the known health impacts of sedentary lifestyles have focused attention on children’s outdoor activity, the development of their physical literacy – the physiological, social, cultural, cognitive, expressive, and psychological dimensions of their physicality – is much less in focus.

Developing children’s physical literacy is embedded in the Early Years Learning Framework and Primary curriculum: Health and Physical Education, and the performing arts subjects within The Arts. This study asks “How well prepared are pre-service teachers to implement a program that contributes to developing children’s physical literacy?”

This mixed methods study includes an environmental scan of BEd courses at 12 …

A Model For Cultivating Global Engagement Beyond Academic Tourism, Victor D. Carmona, Tizziana Carmona

Jesuit Higher Education: A Journal

The message to environmental scholars in Pope Francis’ Encyclical “Laudato Si” is clear: contributions from Science, Technology, Engineering, and Mathematics (STEM) must serve to inform both local and international conversations as well as connect learning communities in developed and developing nations. In the hope of fostering international opportunities that challenge U.S. students to link their academic degrees with social justice elements that calibrate them to the historical reality the overwhelming majority of the world experiences, we outline a teacher-scholar model that serves as a tool for the advancement of social and environmental justice issues in developing countries.