eeRESEARCH

eeRESEARCH combines research for environmental education and the movement to connect children and nature. The database includes multiple ways to search for articles, syntheses, and research summaries. 

This project is a partnership with Children & Nature Network and NAAEE. Funded by the Pisces Foundation with support from ee360, ee360+, and the U.S. Forest Service. Learn more.

Research Partner

Research Category

Displaying 265 - 276 of 616

Climate Change Education Requires a Holistic Teaching Approach

Tolppanen, Sakari, & Aksela, Maija. (2018). Identifying and addressing students’ questions on climate change. The Journal of Environmental Education, 49, 375-389.

Applying visual communication strategies to influence water resource protection

Warner, Laura A., Lamm, Alexa J., & Rumble, Joy N. (2018). Can videos play a role in promoting good landscape management behaviors?. Applied Environmental Education & Communication, 17, 187-197.

Determining the relationship between books in EE and pro-environmental behaviors

Willis, Alette, & Schmidt, Franziska. (2018). Amplifying John Muir’s life: a third sector intervention in providing alternative narrative resources to secondary schools. Environmental Education Research, 24, 1050-1061.

Hands-on learning experiences involving a wide range of people, including farmers and activists, are essential for shaping "expert-generalists" who can create sustainable food systems

David, Christophe, & Bell, Michael M. (2018). New challenges for education in agroecology. Agroecology and Sustainable Food Systems, 42(6), 612-619. 10.1080/21683565.2018.1426670

Roles of the Assessment of Sustainability Knowledge (ASK) and Sustainability Attitudes Scales (SAS) to understand sustainability for the future

Zwickle, Adam, Jones, Keith, Filho, Walter Leal, Marans, Robert W., & Callewaert, John. (2018). Sustainability Knowledge and Attitudes—Assessing Latent Constructs. In Handbook of Sustainability and Social Science Research (pp. 435-451). Cham: Springer International Publishing.

Reflections, experiential learning, and guest speakers help shift university students' paradigms and action competence

Piasentin, Flora Bonazzi, & Roberts, Lin. (2018). What elements in a sustainability course contribute to paradigm change and action competence? A study at Lincoln University, New Zealand. Environmental Education Research, 24, 694-715.

Evaluating the potential of BioBlitz citizen science to promote environmental behavior

Postles, Matthew, & Bartlett, Madeleine. (2018). The rise of BioBlitz: Evaluating a popular event format for public engagement and wildlife recording in the United Kingdom. Applied Environmental Education & Communication, 17, 365-379.

The Potential Role of Computer-Based Problem-Solving Programs in Sustainability Education

Sonnleitner, P., König, A., & Sikharulidze, T. (2018). Learning to confront complexity: what roles can a computer-based problem-solving scenario play?. Environmental Education Research, 24, 1340-1358.

Framing water conservation messages to promote behavioral change in businesses

Sarge, Melanie A., Daggett, Samantha, & VanDyke, Matthew S. (2018). Using theory to inform water conservation in business communities: Formative research from a chamber initiative. Applied Environmental Education & Communication, 17, 198-214.

Geography and geography-based fieldwork are imperative for sustainability education

Casinader, Niranjan, & Kidman, Gillian. (2018). Fieldwork, Sustainability, and Environmental Education: The Centrality of Geographical Inquiry. Australian Journal of Environmental Education, 34, 1-17.

Using Post-Visit Action Resources to Expand Environmental Knowledge, Attitudes, and Behaviors

Bueddefeld, Jill N. H., & Van Winkle, Christine M. (2018). The role of post-visit action resources in facilitating meaningful free-choice learning after a zoo visit. Environmental Education Research, 24, 97-110.

The Benefits of Integrating Environmental Education into Logistics Programs in Higher Education

Charatsari, Chrysanthi, & Lioutas, Evagelos D. (2018). Environmental education in university schools: A study in a logistics faculty. Applied Environmental Education & Communication, 17, 124-135.