Urban Ecology, Information Technology, and Inquiry Science for Students and Teachers


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In Boston, 100 middle and high school teachers and 100-400 of their students are developing, evaluating and disseminating IT materials for integration into field-based urban ecology modules.
Project Information
Cohort: 
3 (2005-2008)
Category: 
Comprehensive
Principal Investigator: 
George (Mike) Barnett
Co-Principal Investigator(s): 
Charles Lord
David Bluestein
Eric Strauss
Sponsor: 
Boston College
Primary Focus: 
Environmental Science
ecological research and analysis
Organization Location City: 
Newton, MA
Organization Location Region/State: 
New England
Massachusetts (MA)
Where project work happens: 
New England
Massachusetts (MA)
Other Area(s) of Focus: 
Computer Science - Programming and Other
general skills and mathematics
Environmental Science
climate modeling
GIS/GPS
remote sensing technology
Participant type: 
Asian
Black or African American
Hispanic/Latino
White
Middle School Teachers
High School Teachers
Guidance Counselors
Middle School Students
High School Students
Target Area: 
Urban
Award Number: 
0525040
Overview Section

Boston College partners with scientists, science educators, guidance counselors and public school teachers and students to develop, evaluate and disseminate IT materials for integration into existing field-based urban ecology modules (such as the Ecoscenario module in FOSS and the bioacoustics module in Active Physics) for grades 7–12 in six schools within the Boston Public School district. The goal is to use information technology to engage 100–400 students and approximately 100 teachers in real–life, field–based, local investigations in urban ecology. Because the majority of students in the district are minority or economically disadvantaged and low performing, the project could eventually impact thousands of students who are traditionally underrepresented in STEM careers and have reduced access to emerging information technologies. The project’s design is research–based and meets documented IT and STEM needs of underserved populations.

Activities Section
Key Findings: 
Urban Ecology has shown positive results, including students’ self-efficacy towards science, students’ ecological mindset, science interest, career planning, and work hope perceptions. Examples cited in the 2007 Annual report are listed below: • Student self-efficacy toward science and students’ ecological mindset showed statistically significant changes from the beginning to the end of the summer institute. • Science interest did improve slightly, but the change was not statistically significant. However, when accounting for the high pre-test interest scores via more rigorous statistical analyses, the project did find significant increases, particularly for girls. • Students’ career planning and work hope perceptions did improve markedly, but they did not improve at a statistically significant level. An additional finding showed that the greater level of involvement that students had in the program, the higher their scores were when compared to their peers who did not participate in the program. • Students who participated in the summer program, and participated in one of the projects in their classroom during the academic year had higher scores than their peers on science interest and career scales. Unfortunately, the number of students in the summer program was too low for a statistical analysis of the data to have validity.
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Urban Ecology ITEST NSF Highlight.pdf316.76 KB