Scientific
literacy is an illusive concept that I think includes both conceptual
familiarity and the tools, cognitive framework, and attitudes necessary to
access content. I often joke about
the “science or not science” game I play with my family, but I think it speaks
to a core value of literacy that I hope to instill in my students- what does it
mean to know something in science and how can we as humans critically receive
the constant input of information and experiences and discern the logical
conclusions. Because this is such
a fluid goal, I want to support scientific literacy in many ways in the hopes
that scientific practices can become habits of mind for my students and thus
prepare them to interpret future scientific experiences. I will do this by encouraging inquiry,
challenging their constructs, and providing opportunities for exploration and
discovery through modeling and field experience.
Media
and representations will be extremely valuable in student’s experiences with
exploration and discovery, which will in turn support their scientific
literacy. Having a visual or
tangible shared experience/model can help ground student’s understanding of
concepts and create authentic moments for students to fully engage and
understand how science is done. I
definitely want to incorporate physical and computational modeling into my
classroom. I like the modeling
cycle because it allows students to experience so many elements of actual
scientific practice, which means it will ultimately benefit their scientific
literacy. I think the modeling
cycle is just a jumping off point though, and can be implemented creatively
like in the SURGE games and incorporated in both small and large scale
inquiries. For example, in a unit
on evolution, students can play with a model for population bottleneck by
placing different numbers of colored m and ms into a bottle and testing
hypotheses for the result of a ‘bottleneck’ event and also use a computational
model like peppered moth vimap program to explore the ideas more deeply.
Laura, I agree that media and representations are critical for student success. Having tangible models is very important because many students are kinesthetic learners. Furthermore, these types of models provide a level of relevancy and familiarity that can make all the difference and show students that the science around them is important and it impacts them and vice versa. This is my main goal as a teacher and I believe that media and representations will help bring this to fruition.
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