scholarly journals 12. Who Poses the Question? Using Citizen Science to Help K–12 Teachers Meet the Mandate for Inquiry

2017 ◽  
pp. 179-190
Keyword(s):  

<i>Abstract</i>.—Washington State has used education reform best practices to redesign stewardship education. The directors of state natural resource agencies, education associations, businesses, and nonprofits who created the Pacific Education Institute (PEI) provide the leadership. PEI represents a systematic effort to work in the formal education sector using environmental education (EE) standards that align with subject area standards and provide a framework for integrated learning. PEI undertakes education research based on those EE standards to understand student achievement and its relationship to environment- based experiential education. PEI has refined the description of science inquiry to include three types of field investigation with rigorous protocols that will be included in the state’s science tests beginning in 2007. Finally, PEI has fostered a citizen science initiative with NatureMapping to connect the research undertaken by students through field investigation to questions asked by scientists. In partnership, the Washington Department of Fish and Wildlife expects citizen science to contribute to the statewide biodiversity index now being designed. Integral to delivering these opportunities to K– 12 is the university teacher preparation faculty and their work to prepare preservice teachers with these opportunities. The result is school districts now foster stewardship education, contributing to community sustainability.


2021 ◽  
Author(s):  
Stuart Bowden ◽  
Michelle Jordan ◽  
Alex Killam ◽  
Janet Ankrum ◽  
Ruth Anderson ◽  
...  
Keyword(s):  

2020 ◽  
Vol 19 (04) ◽  
Author(s):  
Olia Tsivitanidou ◽  
Andri Ioannou

In this review, we examined the types of CS projects found in K-12 science education facilitated by digital technologies, the learning outcomes from students' participation in these projects, and the type of digital technologies used. With the application of the study's selection criteria, 15 eligible publications were included in the review; these were indexed in three databases as well as in Google Scholar. Despite the rising popularity of CS projects, the present review revealed that there is little empirical evidence for the effects of technology-facilitated CS projects on learning outcomes when K-12 students are involved. Yet, the review demonstrates a promising research area in science education and technology-enhanced learning.


2020 ◽  
Vol 19 (04) ◽  
pp. V01
Author(s):  
Olia Tsivitanidou ◽  
Andri Ioannou

In this review, we examined the types of CS projects found in K-12 science education facilitated by digital technologies, the learning outcomes from students' participation in these projects, and the type of digital technologies used. With the application of the study's selection criteria, 15 eligible publications were included in the review; these were indexed in three databases as well as in Google Scholar. Despite the rising popularity of CS projects, the present review revealed that there is little empirical evidence for the effects of technology-facilitated CS projects on learning outcomes when K-12 students are involved. Yet, the review demonstrates a promising research area in science education and technology-enhanced learning.


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