Abstract:In this case‐study, we present a longitudinal study of one elementary (grades 1–6) school's environmental education (EE) in order to understand the ways in which the school culture supports outdoor EE as a critical component of their science education program. The school, which was known for its school‐based EE curriculum that encompasses an intensive outdoor‐education component, has gone through changes in the staff, and the student population. Our study is aimed at understanding the current challenges of the… Show more
“…The Model of Responsible Environmental Behavior (Hines, Hungerford, & Tomera, ) suggested that people with a greater sense of personal responsibility, pro‐environmental attitudes, or better knowledge of environmental issues are more likely to engage in pro‐environmental behaviors. Several other models (Bamberg & Moser, ; Blake, ; Steg & Vlek, ; Tal & Morag, ) have explored variables associated with pro‐environmental behavior and confirmed the positive relationship between environmental attitude and pro‐environmental behavior—an example of synergy. Despite this, there is limited research clarifying how individual and collective affective factors differentially impact environmental awareness and responsibility.…”
This study investigates how affective and self-related factors impact participation in science learning and environmental awareness and responsibility. Using PISA 2006 datasets from Taiwan and Canada having similar level of science competency, the model for this study verifies and expands an earlier model by examining the relationships among science-related interest, enjoyment, self-efficacy, self-concept, leisure time engagement, and future intended interest in science and how these relationships synergistically interact with environmental awareness and responsibility. The most consistent finding revealed that students' science self-concept in both groups was weakly associated with future intended interest and engagement in science learning and with their sense of environmental awareness and responsibility. Reasons for this phenomenon and possible causes underlying why students' science self-concept was weakly connected to their future intended interest in science learning are also presented. Finally, how the results of this study are important to science education instruction and research are forwarded in which students' identity and beliefs about self in science need to part of the next generation of science education reforms. #
“…The Model of Responsible Environmental Behavior (Hines, Hungerford, & Tomera, ) suggested that people with a greater sense of personal responsibility, pro‐environmental attitudes, or better knowledge of environmental issues are more likely to engage in pro‐environmental behaviors. Several other models (Bamberg & Moser, ; Blake, ; Steg & Vlek, ; Tal & Morag, ) have explored variables associated with pro‐environmental behavior and confirmed the positive relationship between environmental attitude and pro‐environmental behavior—an example of synergy. Despite this, there is limited research clarifying how individual and collective affective factors differentially impact environmental awareness and responsibility.…”
This study investigates how affective and self-related factors impact participation in science learning and environmental awareness and responsibility. Using PISA 2006 datasets from Taiwan and Canada having similar level of science competency, the model for this study verifies and expands an earlier model by examining the relationships among science-related interest, enjoyment, self-efficacy, self-concept, leisure time engagement, and future intended interest in science and how these relationships synergistically interact with environmental awareness and responsibility. The most consistent finding revealed that students' science self-concept in both groups was weakly associated with future intended interest and engagement in science learning and with their sense of environmental awareness and responsibility. Reasons for this phenomenon and possible causes underlying why students' science self-concept was weakly connected to their future intended interest in science learning are also presented. Finally, how the results of this study are important to science education instruction and research are forwarded in which students' identity and beliefs about self in science need to part of the next generation of science education reforms. #
“…Adquisición y transferencia del conocimiento -Mejora la adquisición y comprensión de los contenidos científicos (1,3,6,8,9,11,15,18,21,22,23,24,31,33,35). -Eleva el rendimiento académico (26,34).…”
Section: Referidas a Implicaciones Educativasunclassified
“…-Las principales razones por las que el profesorado decide no realizar SC son: falta de recursos y de formación (36). -La burocracia y la excesiva carga laboral de los docentes (31). -Se necesita una supervisión exhaustiva al realizarse fuera del recinto escolar (4).…”
Section: Tabla 8 Continuación Referidas a Implicaciones Educativasunclassified
Resumen: El estudio de revisión aquí presentado tiene como propósitos: (1) aportar una panorámica del desarrollo de la línea de investigación que se ocupa del estudio de las salidas de campo como recurso didáctico en Didáctica de las Ciencias Experimentales; y, (2) sintetizar las principales implicaciones educativas referidas a la misma. Así, se revisaron los artículos publicados entre el año 2000 y 2017 y alojados en las bases de datos de Web of Science y Scopus. Los resultados obtenidos giran en torno a los campos: (1) autor/es y año; (2) país; (3) disciplina científica; (4) etapa educativa; (5) contexto; (6) metodología; y (7) implicaciones educativas. Los resultados principales apuntan a la irrupción de la producción científica sobre esta línea de investigación, a pesar de no abundar autores muy prolíficos en ella. Además, se ha comprobado que Estados Unidos es el país donde se realizan mayor número de trabajos, mientras que la etapa educativa preferente para ejecutar las salidas de campo es la Educación Primaria. Los espacios naturales se colocan como el contexto más visitado y el Medio Ambiente, la Biología y la Geología como las disciplinas predilectas para realizar salidas de campo. Finalmente, las principales implicaciones educativas señalan la promoción de actitudes y emociones positivas, así como la adquisición de los contenidos como puntos fuertes de las salidas de campo. Palabras clave: Enseñanza de las ciencias; salidas de campo; revisión sistemática; bibliográfico. Field trip as a didactic resource to teach sciences. A systematic review
“…Faktorer som anses bidra till den otillräckliga användningen av naturmiljön är bl.a. begränsade ekonomiska resurser, omfattande läroplaner, tidsbrist, säkerhetsaspekter och lärares bristande kunskap och färdigheter att använda sig av utemiljön i undervisningen (Bentsen, Søndergaard Jensen, Mygind & Barfoed Randrup, 2010;Higgins, Nicol & Ross, 2006;Rickinson m.fl., 2004;Tal & Morag, 2013). För att lärare i större grad ska använda sig av lärmiljöer utanför skolan behöver de enligt Mannion, Fenwick och Lynch (2013) bl.a.…”
Section: Världsarv Som Lärmiljöunclassified
“…Utomhuspedagogik spelar en viktig roll för att belysa relationer mellan människor och deras omgivning (Tal & Morag, 2013). Lärarna förhåller sig positivt till världsarvet som arena för utomhuspedagogik och en majoritet anser att världsarvsundervisningen ökar elevernas naturintresse och miljöengagemang.…”
The responsibility to preserve our natural and cultural heritage is not just a national issue but also, through international agreements, an international commitment. In World Heritage Education (WHE) students are expected to know, to cherish and to act in favour of World Heritage sites and communities. The aim of this quantitative and qualitative study is to investigate teachers’ views of WHE and the Kvarken Archipelago as a learning environment. A total of 105 teachers within Finnish primary and secondary education answered a questionnaire. The results indicate that teachers struggle to meet Unesco´s aims of WHE. The respondents primarily emphasize students´ knowledge of WH sites. A few respondents highlight the skills and experiences needed to reinforce young students´commitment to preserve WH sites, and to help close the gap between school and society. A more distinct connection to PBL and ESD is discussed as one of the pedagogical implications for the development of WHE.
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