This chapter was focused on developing reading
in a science classroom. It centered on identifying several strategies that
teachers could use to promote reading in the classroom. These strategies were based
on 5 principles. These were; understanding the purpose of reading a science
text, develop ways to preview the reading in their heads, monitor their
understanding of the readings, extract correct and useful information from the
texts, and to summarize that information.
The
first two sections looked to set up the rational for the chapter. The first dealt
with performance expectations that students could use to focus their reading. Some
of these include making inferences about the reading, comparing and contrasting
different ideas presented in the readings, and using evidence to support their
ideas. The authors describe these ideas as a “self help” for students as they
read. The students can use the list as a guide that will allow them to focus
their attention on the important ideas in the text as well as help supplement
what they have already learned in class. The book provides a scenario where
students perform research on the differences between sugar and artificial sweeteners.
For example, when the students break up
into groups to discuss their findings, they will apply what they have read in
order to defend their ideas to their peers as well as use their knowledge to
evaluate other work.
The
second section dealt with a topic we have covered extensively in class,
metacognition. According to Thier and Daviss, the performance expectations came
out of several meta-cognitive goals. As we have learned, metacognition is the
act of thinking about thinking. the Authors wanted to show that once students
have develop the skills necessary to understanding their thinking and
understanding then they will be much more adept at adjusting their habits in
order to maximize their understandings. To do this, the book suggests that the
teacher lead the class through several “reading comprehension prompts” that
mirror the performance expectations. Within each topic there are several questions
that the teacher could ask in order to guide the class. For instance, one topic
is labeled, “summarizing” and under that there is a question that reads, “Can I
identify all of the key concepts and write a summary using these concepts?”
Once
these two main ideas are laid out then the authors go about listing five strategies
that can be used in the class. One that I found particularly interesting was
called “Write as you read science.” Just as the title suggests, students will
be combining reading and writing to solidify the key concepts presented in the
text. For this strategy, students are asked to identify passages that are interesting
or confusing as well as take notes about what they have read on a separate sheet
of paper. The point is that by physically writing out what is important
students are more likely to remember how to find it later on. I really enjoyed
this strategy because it is so simple. There is no extended writing required from
the students other than making a few simple marks and writing some notes.
However even thought this is a simple task it has a powerful effect. I have
noticed myself that I tend to remember things better after I have written the
information down. It is almost like muscle memory in athletics. I also agree
with the text when it says it is best to provide guidelines for students at
first. This way they can really have a chance to practice.
I
felt this was an interesting chapter. Though I was not surprised as I was
during my last reflection I did find some very useful information. I really
liked how the book set out guidelines for both students and teachers. I would
feel much more comfortable using these strategies because I have a framework to
build from. What I did not like was that there really was no distinction
between the performance expectations and the meta-cognitive sections. I
understood that they were related but it seemed like they just restated the
same information. Other then this, I found the reading to be very helpful and
can easily see using some of the strategies described in the book in my CPD.
Alex, I thought the "Write as you read science" strategy was very interesting and I completely agree that it would be helpful in class. Just as we have said before students need multiple exposures to a text therefore allowing them to read, write, and discuss provides them with the opportunity to experience what they read in a whole new way. Writing as the students read will help to enforce what they have read and increase their memory of the topics. This is something I will definitely keep in my pocket of strategies!
ReplyDeleteOne thing that is sometimes challenging is that students write out many different things when they read and it is not always the main point! As you think about implementing a strategy like that, you need to anticipate how you would model and support students so that they write about things that matter in their texts. This discriminating feature is not natural for many who read regular books, let along for disciplinary reading. Something to keep thinking about...How do you relate this chapter to your experience this whole year in CPD and/or your experience as a science student?
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