NSF Awards: 1223703
2016 (see original presentation & discussion)
Grades 6-8
The SPIRALS (Supporting and Promoting Indigenous and Rural Adolescents’ Learning of Science) program used a highly contextualized learning model that engaged rural and indigenous students, grades 4-8, in investigations about their local sustainable practices. This program was designed to enhance the students’ knowledge and skills with sustainability, systems thinking and Next Generation Science Standards (NGSS) science practices. Students discovered that science knowledge exists in their everyday experiences and that scientific expertise resides within their community experts.
Students selected a community practice (e.g., fishing, logging, skiing, etc.) they think is sustainable. They used systems thinking to map the practice based upon four conditions for sustainability (reduction in energy, waste, natural resource use and fairness to all). The students’ system map framed what they knew about a practice which then helped them design an investigation using NGSS science practices to explore how sustainable their selected practice was. Students collected evidence from community experts, scientists, the natural world, and online sources. They created a post-investigation systems map as a way to more fully understand the evidence and created a presentation for their community.
The SPIRALS research investigated changes in students’ motivation, attitudes, and knowledge as a result of engaging with the SPIRALS curriculum. Pre/post surveys, student work (pre/post system maps), final presentations, and post interviews were gathered and analyzed. Student choice on what sustainable practices to investigate, interactions with community experts and community-based presentations about their sustainable enhanced students’ motivation and attitudes to engage in science. Using systems mapping as a learning heuristic and immersing the students in NGSS science practices resulted in increased knowledge about systems and sustainability.
Jorge Solis
Assistant professor
Could you share more background on how the SPIRALS approach was modeled by teachers and community members?
Eleanor Abrams
Professor
The teachers were supported to use the SPIRALS program in the several ways. We give a 2-hour overview of the SPIRALS program either in person or through the use of an online asynchronous webinar. Local educational specialists are embedded in both New England and Hawaii that meet with the teachers to help them plan how they were going to use SPIRALS in their classrooms. Some SPIRALS teachers allowed the students to investigate any practice within their community they thought was sustainable. Other teachers selected an area or a topic area such as the White Mountain National Forest or food and students selected a community practice from within that topic/area. A small group of teachers selected the community practice because they felt they knew the community member and could control the flow of the project more closely. The teachers along with the students determined how they were going to interact with the community member based on local context. A majority of the projects involved on-site visitations, structured interviews of the community members and online research. Community members have been very willing with their time, expertise and resources. Let me know if I can give you any more information.
Jorge Solis
Assistant professor
Thank you Eleanor. I really like how you’re building into existing and local human and environmental resources! Yes, how could I learn more about your project?
Eleanor Abrams
Professor
Hi Jorge,
We have a website you can access—www.spirals.unh.edu. You can also contact us for more information any time you want.
Best,
Eleanor
Michael Middleton
Dean and Professor
Thanks for visiting our video. Our team of educators, researchers, and community members have collaborated to bring engaging community-based science content to rural and indigenous youth regarding sustainability. We’re eager to read your comments, answer questions and consider possibilities for future work.
Michel DeGraff
Professor
What a wonderful project. I love the idea of making “sustainability” an integral part of the students’ projects—-so beautifully rooted in their own community. Since this project involves indigenous communities whose cultures and languages have been so threatened and endangered since the colonial era, I wonder whether there’s been an effort for the SPIRAL project to include the children’s ancestral languages as well, alongside indigenous knowledge—-as a way to keep these languages alive, to “sustain” them as well.
Michael Middleton
Dean and Professor
Thanks for your question. The issue of language is essential in place-based pedagogies as a way of connecting local knowledge and practices to formal schooling. Our partners in Hawai’i are working in community organizations and schools with a deep respect for incorporating Hawai’ian language into educating youth. Hawai’ian language, culture and oral traditions are routinely a part of their pedagogy. We also encourage our partners in majority rural communities to consider local language and terminology as a part of science learning pedagogy. The self-determination of our local mentors and community partners with regard to their cultural sustainability is an important value for us.
Michel DeGraff
Professor
You’ve read my mind! I was thinking of the Hawai’ian situation as well, and the progress that’s being made around Hawai’’ian as a language of instruction, thus increasing learning gains. Which indigenous languages are you using in New Hampshire?
Michael Middleton
Dean and Professor
Michel thanks for your thoughtful questions. In working with rural majority communities in New England, we have placed strong value on multigenerational oral traditions, knowledge-keeping, and language. We see a place for that knowledge to be honored and connected to formal knowledge systems that youth encounter in schools. Our community experts play a key role in keeping and sharing that local knowledge that connects youths’ sense of place to science learning.
Marcelo Worsley
Assistant Professor
Can you share any thing that was unexpected for you or the students that participated in this project? Often times questions of sustainability can be quite complex, and I imagine that a number of students had a chance to really dig into that complexity by taking a systems thinking approach but would love to hear some anecdotes that might help others as they plan to do similar work, or that are just interesting.
Eleanor Abrams
Professor
What a great question. There were several surprises both on the curricular and research sides of the project. Almost every teacher believed that they were student-oriented. However, many teachers hesitated to allow students the space to determine what they wanted to know about the sustainability of a community practice. This concern was not unexpected but what was surprising was how to develop a dialogue to support teachers’ knowledge that students are capable investigators. The other surprise on the research side was developing a methodology to analyze student work—especially their pre and post group systems maps on their chosen community practice. In the end, we determined that we could assess student system maps on components, connections and comprehension of the community practice.
Brian Drayton
Love this!
I particularly like the rich diversity of data sources you’re drawing from to evaluate what’s happening. Among many aspects of this work (We should talk!!), I am interested in the teacher’s role. Did you find teachers who were already “there” in order to help develop and test the model, or was there some teacher learning first? Or teacher-to-teacher peer support? Etc.
Michael Middleton
Dean and Professor
Thanks Brian. We’d be glad to talk with you. Our teachers and mentors come to SPIRALS from a variety of different perspectives. The process begins as our local educational specialists recruit the teachers and mentors who will participate. They provide training on how to use the curriculum and support during the enactment of the curriculum. Some teachers begin SPIRALS with extensive experience in guiding inquiry and involving local community members; however, others require more extensive support, modeling, and guidance. As you suggest, in some settings we’ve had teams of teachers participate and they often rely on each other for peer support. An important question for us currently is how teachers will be supported in SPIRALS and similar projects after our grants has ended.
Joel Studebaker
Hi Michael, our team has been trying to answer the same question. Having invested heavily in a small group of teachers over the past two years, we’re now wondering how to get our curriculum in the hands of more teachers while making sure they have adequate support. We think we have some good ideas, but it would be great to talk to other curriculum-focused teams to find solutions for the after-grant phase!
Michael Middleton
Dean and Professor
Joel, our group would enjoy connecting with you and your team. We’ve discussed ways to address this process but would welcome a larger group of colleagues to strategize!
Lesley Smith
It looks like you are successfully engaging rural and underrepresented students in your projects. Our project, Lens on Climate Change, is meeting some resistance in rural communities for students to participate in a LOCC summer program because of the word climate change. Sustainability is one aspect that can fit under the climate change umbrella, but we need to stay true to our purpose. In the southwest, water is a very critical resource and can be discussed in terms of climate change or sustainability. I believe we can get beyond the fear or denial of climate change in rural communities that depend on the oil and gas industry by focusing on water or maybe even clean energy like wind power – turbines are popping up all over in the plains and are providing money to farmers. The question is how to get the students into our doors and focus on these topics that are important in their communities? Have you met any resistance in SPIRALS or maybe other people have suggestions?
Michael Middleton
Dean and Professor
Lesley, thanks for sharing your experience with us. I can understand how engaging rural and Indigenous communities in inquiry on climate change can create tension and resistance. Our approach to partnering has centered on developing relationships through our local educational experts who visit with educators and community members, build relationships, and remain connected throughout the project. I like your approach in looking for common ground through issues like water or clean energy. In our project, we have taken the position that it is important to explore and understand sustainability in our local practices and in our daily lives. We provide a framework through which youth can examine sustainability by including local knowledge and perspectives. Our hope is that they will emerge with a sense of the complexity of sustainability and the importance of examining the world around us. We don’t extend our work to advocacy based on their findings but have had teachers who were interested in extending the work in that direction after our project has ended. I’m curious how other groups will respond to your questions as well.
Lesley Smith
Thanks for responding Michael. I would be curious if others can offer advice. We are partnering with Science Discovery of CU who has had a very long-term relationship with this particular area, running many workshops that are quite popular there. Unfortunately, the strong partnership was not enough to get over the hump of the resistance to this topic.
Dilafruz Williams
I found the project’s emphasis on contextualizing learning in students’ community to be compelling for investigating their motivation and engagement. I am curious about your results and your theoretical model for motivational development. Are your results available? I am interested, since our DRK12 project also studies motivational engagement among middle schoolers along with development of STEM identity. Our project is Science in the Learning Gardens: Factors that Support Racial and Ethnic Minority Students’ Success in Low-income Middle Schools. It would be wonderful to see if there are overlaps. Also, I particularly liked that teachers are invested, as our model, too, supports teachers in designing the curriculum aligned with NGSS and using the garden as milieu for learning. Partnerships work when there is ownership among the constituents. Thank you for an exciting project!
Sameer Honwad
Assistant Professor
Dlilaruz, Thanks for your comments. We have just started to analyze some our data on motivation. Along with surveys we also interviewed the students to understand whether our approach helped with motivation. We will have some of our data analyzed by the end of the summer. We would be happy to share the results with you. As Michael mentioned in his response above, one area we are currently discussing within our group is how to continue to support the teachers once the grant money runs out. We would like to know if there are ways we can make their involvement and investment sustainable. I am curious to know if you have any insights into how you would sustain teacher involvement once your DRK-12 funding is over.
May Jadallah
This is a fantastic project. How do you define systems thinking? How many students and teachers have you been able to engage in the project so far?
Erica Jablonski
Graduate Research Assistant
Dear May,
Thanks so much for your interest and excellent questions. In response to your first question, in our project we have defined a system as all the parts and their dynamic relationships to one another, composing a complex whole. To assess systems thinking we examine student work for the presence of distinct parts and connections within a bounded practice, such as dam, a lumber mill, or the operation of a building, such as a library. We also look for student demonstrations of inputs, outputs and feedback loops within the systems they display. We are currently in the process of developing and testing an analytic methodology expressly for this purpose and hope to present more about it at next year’s science education conferences. To answer your second question, we have been fortunate to have had over 35 teachers or afterschool program mentors implement the SPIRALS program with over 500 students to date. As enrollment is open for the summer and fall semester we hope to expand the reach of the project to even more teachers, mentors, and learners.
Further posting is closed as the event has ended.