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Salting the Oats |
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Dr. Nancy G. Patterson |
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Grand Valley State University |
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Grand Rapids, MI |
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Asks students to read meaningful texts |
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Stories that deal with the same scientific
concept that is being learned, but in a different way (legends, tall tales,
just-so stories, etc.) |
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Magazine and newspaper articles that deal with
the topic in a timely way (see articles from on-line newspapers) |
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Science journals for students (Discovery for
Kids, National Geographic for Kids) |
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Blackboard or white board |
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Bulletin boards |
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Posters |
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Charts and maps |
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Student work |
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Word walls |
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Lists (What would you expect to see in a swamp?) |
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Reflections on what happened during a lab or
lesson (Informal quick-writes and more formal reports) |
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Written predictions about what they anticipate
will happen in a given situation |
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Explanations of the steps taken during a lab or
field experience |
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Learning journals that ask student to reflect on
their reading, a film, a presentation, etc. |
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Sharing in small group and large group
situations (see “Developing Listening Comprehension Through ELVES” in
packet) |
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Listening to others present or share in whole
and small group situations |
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Presenting data or providing an oral explanation
of processes |
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Interacting with videos or PowerPoint, Visio, or
Cisco (graphic organizers) |
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Taking guided notes during a video or other
visual presentation (this also involves writing) |
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Stopping a video and asking students to predict
what they think will happen next (could be a written prediction) |
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Drawing diagrams or maps |
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Presenting what was learned using technology |
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Representing a concept using graphics |
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Re-imaging information (writing a story that
illustrates a scientific concept, taking photos of a phenomenon and writing
captions, etc.) |
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Teachers need to provide supports for reading,
writing, listening, speaking, viewing, and representing through |
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Providing time |
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Using graphic organizers |
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Allowing students to share writing and thinking
in small groups before they interact with whole groups |
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Giving students opportunities to make their own
maps, pictures, etc., and explaining these |
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Avoid the “cover” metaphor when thinking about
curriculum |
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Look for common themes and allow students to
approach individual concepts through those themes (conflict, love,
attraction, cooperation, survival, etc.) |
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Design situations where students can investigate
or inquire over a period of time so that they automatically learn facts and
skills as they learn concepts |
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Access prior knowledge (KWL, KWHL) and
“frontload” reading and writing activities |
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Support students AS they read by asking them to
keep track of key points, fill out a chart, use a Venn diagram, etc. |
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As students to sum up what they learned |
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Let the groups be flexible |
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Have each student in the group be responsible
for a particular task |
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Provide handouts that guide the groups |
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Think/Pair/Share |
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Think/pair/share |
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Predict/observe/explain |
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Written observations |
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Student-made charts that exhibit their learning |
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Classroom library of magazines, picture books,
science books and student created notebooks and children’s stories |
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Word walls |
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Posters |
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Slogans and sayings |
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News clippings |
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Biographical information on scientists |
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