Literacy
is about making sense of the world (or the part of the world you have been exposed to). Multiliteracy is a way of interpreting things (e.g., the world,
conversations, concepts, etc.) by utilizing contextual information and oral,
audio, visual, tactile, and spatial patterns to understand things (e.g., culture
and language). Students are more likely to retain information presented to them
in a variety of modes (audio, visual, relatable, etc.), therefore, using
multiliterate modes of teaching can greatly enhance classroom learning.
Designing coursework around peoples’ varied life experiences, cultural
backgrounds, and other aspects can enhance a class’ potential for preserving
new learned things. Additionally, technology, multimedia, and internet resources
can broaden the scope of contexts and examples a teacher can draw from for
lessons. Using technology and software with real data can be a great way to tap
into the multiliterate potential of Earth science students by breaking up the
monotony of traditional lecture-style classes by varying modes of instruction.
One
way to connect with a class might be for a teacher to gather demographic
information about their students through an anonymous poll to learn how to
include examples relevant to students’ interests, hobbies, where they grew up,
where they’ve traveled to, etc. In an Earth science class, like an introductory
geology course, a teacher could include examples of local geology, providing
pictures or video, to enhance topics. Software like Google Earth allows
students to explore the geography of mountains, valleys, or lakes without
having to travel outside the classroom. With Google Earth, students can load in
real data sets and make measurements, for example, of fault offset after an
earthquake event. To understand changes in landscape topography, students can
make elevation profiles to explore, observe, and describe geologic features identified
from the elevation profiles. Teachers can customize lessons in Google Earth,
and students can design their own “tours” in the software to teach their peers,
use in a presentation, or for later reference. Effective use of technology in
the classroom can enhance lessons and better-engage students in learning.
Great post! Language teachers can do what you've suggested here. Have you yourself done this with your students, i.e., gathered demographic information about them and then provided examples of geology relevant to them, etc.?
ReplyDeleteI usually collect demographic info from my students, but usually only "what year are you", and "what is your major", and then try to think about who my audience is from an exposure-to-science perspective. I'd assume the older students have had more science and math courses than students right out of high school; and a math or science major has more science literacy. I think asking students "where did you grow up", and "where have you traveled" would help me choose relevant examples, so I think I'll start asking that at the beginning of a course in a feedback survey on Moodle.
DeleteIn class, when I come across an example, like Hawai'i, I might ask "who here has been to Hawai'i? Raise your hands!", then I can say, "so most of you have seen basalt....".