1. Duane Wallace and Alec Bodzin, PhD Lehigh University
Developing Scientific Citizenship Identity Using Mobile Learning and Authentic Practice
Duane Wallace and Alec Bodzin, PhD Lehigh University
2018 ASTE International Conference, Baltimore, MD

2. Background
Two of the major educational challenges facing the United States are:
STEM education and preparing for 21st Century STEM careers
Climate change perceptions
This study seeks to find a potential solution to these important and intertwined issues.

3. Climate Change Awareness and Perceptions
Studies have identified climate change knowledge deficiencies and misunderstandings specific to middle-level students (Bodzin et al., 2014), secondary learners (Shepardson et al., 2012), undergraduate students (Versprille & Towns, 2014) and adults (Weber & Stern, 2011).
Engaging in citizen science practices may be a way to address a learner’s understanding and perceptions of climate change and interest in STEM education and careers.

4. Citizen Science
Large-scale science studies that rely on the public to observe, collect, record and submit data relevant to the study.
Great learning opportunities available for students
Participation can increase…… - scientific literacy (Jordan et al., 2011), - positive attitudes toward science (Price & Lee, 2013), - personal engagement in science (Crall et al., 2013), - knowledge of the scientific process (Garbarino & Mason, 2016), - conservation efforts (Toomey & Domroese, 2013) - student motivation toward pursuing STEM careers (Hiller & Kitsantas, 2014).

5. Mobile Learning and Authentic Practice (MobiLAP)
73% of teens have access to a smartphone (Lenhart, 2015).
Many of the tasks required in citizen science projects can be completed by using mobile technologies (Devisch & Veestraeten, 2013).
Mobile technologies can create opportunities to record, share and interpret a wide variety of data for citizen science projects (Kridelbaugh, 2016).
TApproach builds on the work of Gaydos and Squire (2012) by integrating mobile learning with authentic citizen science experiences to foster scientific citizenship in participants.

6. The Project
Project BudBurst utilizes amateur scientists around the country collect plant and tree data in an effort to better understand the effects of climate change on plant species.
Phenology = The study of the observable changes in life cycle events for plants and animals.
The study examines phenophase data to determine if the trend of increasingly warmer temperatures affects phenological events and thus impacts micro and macroclimates.

7. The Project
Students used their own smartphones to gather data in the project and used the Leafsnap app (Columbia University, 2011) to identify tree species. Participants determined which phenophase the tree was currently in and ultimately submitted this data to Project BudBurst.

8. LeafSnap

9. Research Questions
How does high school student interest in science and technology change after taking part in the MobiLAP approach?
How does the MobiLAP approach impact high school students in terms of college and career interest?
How do high school students perceive their identity in regard to scientific citizenship after taking part in the MobiLAP approach?

10. Methodology
Sample 6 classes of ninth grade students 39 students in both the intervention and control group
Data Sources Scientific Citizenship, STEM Interest and Mobile Learning (SCI-ML) instrument Open-ended questionnaire
Design Both groups were presented with a lesson on climate change Intervention group - citizen science project Control group - “business as usual classroom experience”

11. Scientific Citizenship, STEM Interest and Mobile Learning (SCI-ML)
Ideas about learning science and technology (10 items)
Ideas about careers in science and technology (8 items)
Ideas about citizen science (13 items)
Ideas about mobile learning (10 items) Cronbach’s alpha of – entire instrument of 41 items

12. Results

13. Results
Findings from pairwise t-tests for each subscale: MobiLAP approach had a significant impact on participant attitudes toward citizen science identity and careers in STEM areas - No significant improvement in attitudes toward mobile learning or learning science and technology.

14. Results
Several students noted that the project made science and citizen science “seem more real” and enjoyed playing an active role in an authentic scientific study.
Students also noted that they most enjoyed “exploring nature and helping science”, “helping the environment” and “finding leaves”.

15. Discussion
Although this study consisted of a brief, four-day intervention, participants in the treatment group showed significant increases in citizen science identity and STEM career interest.
The findings from our study were similar to those of Price and Lee (2013) who found that participant attitudes toward citizen science significantly improved after an intervention.

16. Implications
This study is relevant to science teacher education as it has implications for creating interest in STEM education and careers, climate change awareness, fostering citizen science identity and adherence to the Next Generation Science Standards.
The MobiLAP approach has great potential to foster scientific citizenship and increase interest in STEM may help increase the public’s understanding of climate change.
Implementing citizen science in the classroom benefits students by instilling environmental awareness, critical thinking, the practical application of knowledge, and problem solving skills (Shah and Martinez, 2016).

17. Comments and Questions
Paper available at:
duanew.com/publications.html