NNX16AC54A
GLOBE Mission EARTH (GME) inspires future STEM professionals! In year 4 of our 5-year grant, we have shown that through participation in GME, students of all ages show increased interest in STEM careers. In addition, they have shown improved spatial skills, attitudes towards science, and overall understanding of science and engineering practices. Through hands-on science activities via the GLOBE Program (www.globe.gov), students participating in GME get experience collecting real-world data and conducting genuine scientific research. They then share their results in local, regional, international and virtual symposia. Through this process, students gain valuable experience as future STEM professionals. The result is that GME students show increased student agency, global awareness, "21st century" skills, and college and career readiness!
GLOBE Mission EARTH is a collaborative of multiple institutions across the United States formed to improve STEM education in disadvantaged student populations (in both urban and rural settings) by encouraging participation in the NASA-funded worldwide environmental monitoring network called the GLOBE Program. Through participation in GLOBE, students and citizen scientists collect data from their local environments and submit that data to an online GIS database, where it is accessible by participants and NASA scientists. The data provide important ground-truthing information and help NASA scientists corroborate satellite monitoring of our planet. Participants in GLOBE are afforded real-world experiences in science and help to contribute to the shared understanding of our global environment. GLOBE Mission EARTH is funded by NASA Cooperative Agreement Notice (CAN) #: NNX16AC54A.
Sara Mierzwiak
Research Assistant
Hello and thank you for viewing our video!
My name is Sara Mierzwiak, I am a Research Assistant with GLOBE Mission EARTH and the media editor. I hope you enjoy this brief look at a handful of the MANY K-college students that GLOBE Mission EARTH has been proud to inspire in the last four years. In our 5-year NASA grant, we have worked with schools from coast to coast in the United States, getting teachers and their students interested in STEM by involving them in the GLOBE Program (www.globe.gov). Through GLOBE, students get hands-on experience in REAL scientific research, and help to contribute to our understanding of our global environment. As part of their work with GLOBE Mission EARTH, students are also exposed to a wide variety of materials and resources developed by NASA, helping them to make those local-to-global connections. We hope to continue this work far into the future with a renewal, and look forward to helping to contribute to our nation's future STEM professionals!
If you have questions about GLOBE Mission EARTH or the GLOBE Program in general, please don't hesitate to ask!
Sara Mierzwiak
Research Assistant
GLOBE Mission EARTH
www.globe.gov/web/mission-earth
Olawale Oluwafemi
Marcy Seavey
Janelle Johnson
Leigh Peake
John Tiller
Awesome work and many hours of research. This work mirrors what the medical community calls "bench to practice." In other words, the academics are applied in real world scenarios.
Kevin Czajkowski
Professor
Sara did a great job of putting this video together. Our NASA funded project is in its fifth year and we are now seeing what the students are doing. We hope that the students we work with continue to have success.
Marcy Seavey
Janelle Johnson
Annabel Czajkowski
This is a great program . Students learn by doing!
Jeffrey Ram
We always find the teachers in these activities animated by in-the-field participation. Frustratingly, central administration of their curriculum in their schools makes it difficult to adopt many of their new experiences into their classrooms. But they do come away re-enthused in their STEM interests [our program is for fifth grade teachers]. How much can the teachers carry what they've learned back into their classrooms?
Kevin Czajkowski
Professor
It varies. It all depends on the teacher. We try to have them start slow and help them stick with it. Unfortunately, some teachers try to do too much the first year and burn out. We've found that helping teachers over barriers is key to keeping them engaged over more than one year. To give the final answer to your question, some teachers we work with have completely changed their teaching to project based where the GLOBE/NASA project is only one of many they do with their students.
Marcy Seavey
Holly Morin
Marcy Seavey
I also found first year burn out was difficult to avoid for some teachers too. They would get so excited that they would want to integrate GLOBE into several classes or take on multiple protocols over many units no matter how many times we would say "pick one thing we've done this week and implement it". Once we were able to use Title II funding to work with the teachers for an entire year, that helped a lot because the teachers and trainers would interact together every month. Teachers who planned too much at once would see their peers getting more results from doing less and then together we could coach them into scaling back on their original plans during that first year.
We also would bring in long time Iowa GLOBE teachers to share their experiences and answer questions about what worked and what didn't work for them. It seemed to be helpful for teachers to hear from their peers about building up programs over time. I had a couple teachers who would do a different GLOBE project almost every year (Orange Elementary) and a couple who implemented the same project for 5-10 years in a row (MFL Mar-Mac 2nd grade). Both options work as long as you don't try to do more than you and your students can handle at once.
One of the newest strategies I have added to my workshops is assigning all educator participants 2 or 3 of the GLOBE Student Research Reports to read and reflect upon. This started as a way to encouraging using Student Reports as a way to read science and technical subjects. However, reading the teacher reflections, I feel like it helps teachers connect more deeply to how GLOBE engages students in the practices of science. Usually they are both impressed by the projects that GLOBE students accomplish and can identify ways the students could improve their projects if they were to do them again. I've assigned a lot of the Mission EARTH student reports to my teachers!
Leigh Peake
Thanks for the great video. I really loved seeing the trajectory of what makes great student work happen -- starting with great, "do-able" GLOBE protocols, to having teachers do and report on the science, back to the classroom, and eventually to the regional symposium. I'm curious what you find is the most challenging piece for teachers? We find many science teachers don't feel equipped to handle the misdirections, misconceptions and misunderstandings that come up during data analysis. I wonder if you likewise find that and what approaches you use for that part of teachers' experience in particular?
Kevin Czajkowski
Professor
We find that the biggest barrier our teachers have is confidence in their own ability to offer project-based learning to their students. So, I would say that happens way before they get to the data analysis point.
Holly Morin
Stephen Alkins
Diversity, Equity, and Inclusion Officer
Hey Sara and Kevin,
Great project! As a scientist myself who has judged posters from elementary to graduate-level work, I think this is especially necessary to train facilitators and teachers not only on a variety of STEM topics, but also on the fundamental tenants of good scientific presentations. To that end, I have a couple of inquiries:
Thank you again for the cool video!
Michael I. Swart
Marcy Seavey
Kevin Czajkowski
Professor
Michael I. Swart
Stephen Alkins Ph.D.
Marcy Seavey
One non-GLOBE resource that we bring into Iowa workshops is the free Field Investigations: Using Outdoor Environments to Foster Student Learning of Scientific Practices. This guide is about how to lead field investigations about descriptive, comparative, and correlative questions. I use the questions activity or a modified version of it in almost every workshop now. We go back to this when the teachers read and reflect on GLOBE Student Research reports. They must identify the questions addressed in the report and if they are descriptive, comparative, correlative or something else. They must also identify if the data collected and it's analysis is appropriate/consistent for the question type asked.
Here is a link to the free download:
https://pacificeducationinstitute.org/wp-content/uploads/2017/03/Field-Investigations-Practices_Guide_FINAL.pdf
Marcy Seavey
Hi Mission Earth Team,
I wanted to share that after hosting the Midwest SRS in spring 2019, we used the peer review resources to help prepare our Army Education & Outreach Program (AEOP) Research and Engineering Apprentice (REAP) apprentices to present their posters along side our undergraduate researchers last summer. I think it helped them re-frame this experience from "I will be judged" to "I will learn and help others learn".
-Marcy Seavey, STEM Coordinator, University of Northern Iowa
Jennifer Bourgeault
Jennifer Bourgeault
Hi Marcy! This is wonderful to hear. We created a YouTube video for the peer review process since it will be virtual this year. It is geared toward this year only but you might find it helpful in your future work.
Marcy Seavey
Marcy Seavey
Awesome, thanks!
Kevin Czajkowski
Professor
That's a great connection. I like what you are saying about getting away from students being judged to them learning from others. It is much more collaborative.
Yitong Jiang
Nice video! It is good to see many students are benefited from the GLOBE Mission Earth.
Bradley Allf
I really enjoyed your video, Mission EARTH team! I especially enjoyed getting to hear a bit from some student participants that have gone on to pursue their science interests in college. I was wondering whether you are doing any kind of formal follow-ups with past participants like these to assess the impact of the program on how the participants learned from, or were affected by, their experience with the GLOBE program?
Kevin Czajkowski
Professor
No, we don't have an organized plan to follow participants on what they do.
Lindsey Mohan
The GLOBE program offers a fantastic experience for students, particularly if the students engage in the research symposium. I'm wondering how you encourage and support teachers and students to collect high-quality data over the long-term? What have you learned from the teachers and students who stick with it, versus teachers and students who engage in the short-term or as a "one-off" experience?
Kevin Czajkowski
Professor
I think teachers stick with it when they see the impact it makes on students' lives. When students take ownership of their project, they are more likely to want to continue.
Marcy Seavey
Kevin, have you learned anything new about how to maintain a GLOBE Program as the "active" GLOBE teacher retires or transitions to a new position building? It seems like this is still a barrier to long term reliable data collection. The "key teacher" leaves the school and the program is suddenly gone.
Feng Liu
Senior Researcher
Thanks for sharing this great project! I really like the idea of students learning by doing and having students involved with the scientific investigation process from data collection, analysis to results dissemination. Could you share more information about the following aspects of this project?
Marcy Seavey
Michael I. Swart
Kevin Czajkowski
Professor
We did not have a control group for the evaluation. We many performed pre and post surveys. The one survey is on student attitudes. We use one validated instrument on spatial abilities from the American Association of Geographers. We have a team of evaluators that work on the evaluation. I'm not one of them so I don't know all of the details. We have not looked at student test scores. In one of my previous projects, we did and found it very, very difficult to distinguish the impact from project.
Marcy Seavey
Feng Liu
Senior Researcher
Thanks for the clarification, Kevin!
John Moore
Sarah, what a great job in capturing the "mission" of GME. Thank you sharing the smiling faces of students as they walk through the process of conducting authentic research, many for the first time. For me, the "evidence" of the impact on student's lives is the obvious sense of accomplishment from the photos. Having been at some of these events myself, I am confident that we are changing student's lives! Thank you for your numerous contributions to GME!
Wendy Smith
Research Professor
Thanks for sharing the GLOBE project. One of the things I've seen is that students (and teachers) often need significant support in effectively communicating their science research. Is a focus on communicating science part of the professional development you have for teachers?
Kevin Czajkowski
Professor
We don't specifically focus on communication. In the PD we have the teachers develop their own research project that would be similar to the grade level and interests of their students. Then, we have scientists come and review their projects. I'm sure through that process the teachers learn how to communicate their science better. The symposia we have are poster style similar to those at AGU. TOne of the reasons we went with poster sessions originally was to give the students opportunities to present their work many times to many people. I can see students relax and gain confidence as the poster session goes on.
Marcy Seavey
Evangeline Stefanakis
As we see what students from many worlds find from GLOBE it offers us hope for tomorrow's leaders in STEM work and in preserving our vital environment.
Super work and a wonderful message for all diverse populations to learn from.
Thanks so
LIsa Dallas
Thank you, Mission Earth! Well done!
LIsa Dallas
Thank you, Mission Earth! Well done!
Michael I. Swart
What a great opportunity for contextualized Science learning in a collaborative environment for both students and teachers. Everyone seems very engaged. Is there a theoretical framework for this project? If so, could you expound a little bit on that?
Also, with such great projects that implement a number of different scientific skills, seems like there are lots of constructs that could be leveraged in this work (i.e., scientific argumentation, variable isolation, complex systems, logic, spatial skills), including metrics to track them pre to post. Check out this resource (https://www.silc.northwestern.edu/) for getting granular with the components of spatial thinking and how this program can enhance it! Thanks for sharing.
Barbara Rogoff
Congratulations on this work! Our world needs it!
Olawale Oluwafemi
This is amazing Sara. I am proud to be associated with GLOBE Earth Mission.
Olawale Oluwafemi
This is amazing Sara. I am proud to be associated with GLOBE Mission Earth. Looks great.