Support Materials for Poster for American
Geophysical Union Fall 2008 Meeting, San
Francisco, CA
Session ED31A - 0585: Wednesday, December 17, 2008 8:00am-12noon
Moscone Convention Center Hall D

(Click on the elements of this figure to
see them in an expanded view. This image of
the poster was revised to reflect the slight
changes in Version 12 of the Earth Science
Literacy Framework.)
Title: Using the Geoscience Literacy Frameworks
and Educational Technologies to Promote Science
Literacy in Non-science-major Undergraduates
Authors: J. Scott Carley, Peter Tuddenham
and Kristina Bishop, College of Exploration
Abstract:
In recent years several geoscience
communities have been developing ocean, climate,
atmosphere and earth science literacy frameworks
as enhancements to the National Science Education
Standards content standards. Like the older
content standards these new geoscience literacy
frameworks have focused on K-12 education although
they are also intended for informal education
and general public audiences.
These geoscience literacy frameworks potentially
provide a more integrated and less abstract
approach to science literacy that may be more
suitable for non-science major students that
are not pursuing careers in science research
or education. They provide a natural link to
contemporary environmental issues - e.g., climate
change, resource depletion, species and habitat
loss, natural hazards, pollution, development
of renewable energy, material recycling.
The College of Exploration is an education
research non-profit that has provided process
and technical support for the development of
most of these geoscience literacy frameworks. It
has a unique perspective on their development.
In the last ten years it has also gained considerable
national and international expertise in facilitating
web-based workshops that support in-depth conversations
among educators and working scientists/researchers
on important science topics. These workshops
have been of enormous value to educators working
in K-12, 4-year institutions and community
colleges.
How can these geoscience literacy frameworks
promote more collaborative inquiry-based learning
that enhances the appreciation of scientific
thinking by non-majors?
How can web- and mobile-based education technologies
transform the undergraduate non-major survey
course into a place where learners begin their
passion for science literacy rather than end
it?
How do we assess science literacy in students
and citizens?
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