Language: English

ISSN: 0519-0959

Abstract/Notes: The purpose of this action research study was to discover if exposure to nature-based education would increase student’s eco-centric views of the environment. The intervention took place over a four week period at a private Montessori school in France. 11 students and their parents participated in the study. Students ranged in age from 2 to 3 years. Qualitative and quantitative data were both collected via a parent questionnaire, pre and post student surveys, daily observations, and a teacher reflection journal. Analysis of the data revealed that the more days a child participated in the nature-based lessons and activities, the more eco-centric development they achieved. Further research could be done during different seasons throughout the year as outdoor time was limited during the winter months. A similar study conducted over a longer period of time may also yield interesting results.

Language: English

Published: St. Paul, Minnesota, 2017

Abstract/Notes: Children have an innate sense of curiosity about nature. “When children come in contact with nature, they reveal their strength” (Montessori, 1967, pg. 69) and therefore, outdoor education can be a useful learning tool for students. Whether being outdoors or bringing the nature-based activities inside, children have the opportunity to work with all of their senses. A growing number of schools around the United States have begun adding outdoor learning to their curriculum (Lieberman & Hoody, 1998) to bring a positive outcome to students’ behavior. Outdoor learning provides another environment that children can thrive in and hopefully benefit from. As many students struggle with learning confined to an indoor learning environment, like most classrooms, changing the environment offers students a uniquely rich context to frame student learning and provides them with movement, stimulation and grabs their attention so they can focus better (Bjorge, Hannah, Rekstad and Pauly, 2017). “If students are more focused, it is less likely for them to cause disruptive behaviors” (Bjorge, et. al, p. 4). This positive change in behavior is beneficial for everyone including students, teachers, and parents. By incorporating outdoor learning regularly in a classroom, children are given the freedom to move and explore on a sensorial level that may promote positive learning abilities. Using the outdoor environment as a classroom setting can have an impact on children who are not successful in an indoor classroom setting. According to existing research, (Bjorge, et. al, 2017; James, J.K. and Williams, T., 2017; Lieberman & Hoody, 1998) student motivation and concentration behaviors, as well as overall well-being, can be greatly impacted and improved through outdoor learning opportunities.

Language: English

Published: St. Paul, Minnesota, 2019

Abstract/Notes: Existing learning techniques such as problem-based learning, project-based learning, or case study learning are learning techniques that focus mainly on technical details, but give no specific guidelines on learner’s experience and emotional learning aspects such as arousal salience and valence, being emotional states important factors affecting engagement and retention. Some approaches involving emotion in educational settings, such as social and emotional learning, lack neuroscientific rigorousness and use of specific neurobiological mechanisms. On the other hand, neurobiology approaches lack educational applicability. And educational approaches mainly focus on cognitive aspects and disregard conditioning learning. First, authors start explaining the reasons why it is hard to learn thoughtfully, then they use the method of neurobiological mapping to track the main limbic system functions, such as the reward circuit, and its relations with perception, memories, motivations, sympathetic and parasympathetic reactions, and sensations, as well as the brain cortex. The authors conclude explaining the major finding: The mechanisms of nonconscious learning and the triggers that guarantee long-term memory potentiation. Afterward, the educational framework for practical application and the instructors’ guidelines are established. An implementation example in engineering education is given, namely, the study of tuned-mass dampers for earthquake oscillations attenuation in skyscrapers. This work represents an original learning technique based on nonconscious learning mechanisms to enhance long-term memories that complement existing cognitive learning methods.

Language: English

Language: English

ISSN: 0519-0959

Language: English

Language: English

Language: English

Language: English

Language: English

ISSN: 0882-3863