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Metacognition
Durkin (1989) describes metacognition as “knowing how
we know or thinking about one’s own thinking” (McAnally, Rose, and Quigley
1999). It allows a reader to be aware of and to have control over their reading
comprehension. There are two elements of metacognition. The first element
includes awareness of task requirements. Awareness of task requirements means
that the reader needs to know and be aware of the skills, strategies, and
resources needed to complete a task successfully. The second element of
metacognition is the ability to use self-monitoring skills. Self-monitoring
skills are the self-regulatory, thinking activities that allow a student to
think about his or her thinking process. Monitoring comprehension is important
for reading comprehension. “Checking the outcome of problem-solving attempts,
planning and evaluating the effectiveness of any attempted actions, testing and
reviewing strategies used in learning and taking remediation action to overcome
difficulties encountered” (McAnally, Rose, and Quigley 1999) are considered
self-regulatory activities in self-monitoring.
Generally,
skilled readers understand that the purpose of reading is to gain meaning from
text. When they do not understand something, they apply specific “fix-up”
strategies to monitor their comprehension. Students who are not as skilled may
not read for meaning; instead, they may define reading as decoding words. In the
later elementary grades through high school, metacognitive skills become more
important when the emphasis of reading is not on learning to read anymore but
reading to learn (McAnally, Rose, and Quigley 1999). This can be a difficult
transition. Unskilled readers were reported by Sullivan (1978) to lack
metacognitive awareness while reading and applying prior knowledge to text; they
also saw reading as a decoding process.

Effective
readers apply metacognition while they are reading and track themselves for
comprehension breakdown. Examples of comprehension breakdowns can be seen in
Figure 3.1. When a comprehension breakdown occurs, competent readers are able to
apply appropriate reading strategies, or fix-up strategies. Baker and Brown’s
research (1984) supports the idea that children who focus most of their
attention to decoding skills and word meaning fail to read for meaning
(McAnally, Rose, and Quigley 1999). Wagner suggests in his studies (1984) that
children who struggle in reading for meaning do not know how to apply
metacognition strategies. Metacognition can be developed by practice and direct,
explicit instruction.
There have
been very few studies that have been conducted that investigate the
metacognitive abilities of deaf and hard of hearing students. Although there is
limited research in deaf children’s metacognitive skills, Quigley (1976)
inferred that the majority of deaf and severely hard of hearing children do not
have effective metacognitive skills for reading. It is assumed that their lower
metacognition is due to the lack of teaching metacognitive skills. Research done
by Strassman (1997) shows that deaf and hard of hearing students tend to depend
on the teacher for reading comprehension and generally are not aware of reading
strategies that can repair their understanding of the text (McAnally, Rose, and
Quigley 1999). Studies done on deaf and hard of hearing children tend to be
inconclusive because of their small population and their restricted design
(McAnally, Rose, and Quigley 1999). A common strategy used when there is a
breakdown in understanding is rereading or the “lookback” strategy. In a
residential school for the deaf, Davey (1987) found that instead of using
lookback strategies, deaf students looked back to find an answer to the
question.
There is a
basic checklist that has been developed by Taylor (1995) that encourages
students to use metacognitive skills. Taylor recommends that this checklist is
posted in the classroom or given to the students in a form of a reminder card.
This checklist includes five components; they include getting ready to read,
monitoring comprehension while reading, improving comprehension while reading,
checking comprehension and study after reading, and helping the reader answer
questions. An example of this can be seen in figure 3.2. Bernhart (1993) says
that the evidence of metacognition, a developmental process, and self-monitoring
strategies can be observed in written passages through question marks, blanks,
and indirect or uncertain reports or information read (McAnally, Rose, and
Quigley 1999). Metacognition demands time, instruction and practice.
A
metacognitive strategy that works well with deaf and hard of hearing learners is
called comprehension rating. There is a large population of readers who are deaf
and hard of hearing that have not yet developed their metacognitive skills and
do not monitor their comprehension while reading. No matter if they do or do not
understand what they are reading, they continue to read. Generally, they also
lack an adequate fix-up or repair strategy that can assist them in realizing
when they do not understand the text. The comprehension rating strategy can
improve comprehension monitoring skills and is comprised of four steps. It can
be used with students who are 10-years-old and above with both expository and
narrative texts.
The first
step of the comprehension rating strategy uses cloze passages, where the teacher
allows the student to see that they do not have to read every word in a passage
to comprehend its meaning. The teacher then teaches the students repair
strategies they can use when they do not understand, including rereading or
reading ahead. Reading aloud to the students is another way the teacher can
model comprehension monitoring. An example of this would be, “I understood this
paragraph, so I’ll continue to read” or “This paragraph doesn’t make sense to
me, so I should probably read it again” (McAnally, Rose, and Quigley 1999).
The second
step of the comprehension rating strategy focuses on meaning during silent
reading. It involves comprehension rating tasks. Single sentences are given to
the students to read and rate if the sentence makes sense or not. Some sentences
contain nonsense words (The hoobler likes loober because it tastes suprono)
and some are not logical (The fish ran on the white sand). The students
can either work in small groups or independently, and they are directed to use a
plus (+) for the sentences that make sense to them and minuses (-) for the
sentences that do not. When the students rate all of the sentences, they discuss
their reasons for rating them the way they did. When the students are successful
at rating sentences, the students are given paragraphs to rate for
comprehension. Like the sentences, some make sense and some do not. When they
are finished, they discuss their reasons for their ratings.
In the third
step, students advance to a three-point comprehension rating scale and use real
text. Again, the teachers have a choice in organizing the students in small
groups or working individually. The students then rate sentences, paragraph, and
longer text. In this process, the students rate the text using three ratings;
the ratings include understanding well, understanding a little, and not
understanding at all. After the students rate their comprehension, the teacher
and students discuss their ratings and reasons for their ratings.
The fourth
step is started when the students can succeed in the first three steps. This
step focuses on fix-up strategies. Taylor, Harris, and Pearson (1988) suggested
that word level and idea level should be considered while teaching the students
fix-up strategies (McAnally, Rose, and Quigley 1999). Each strategy is presented
in mini-lessons, so that the students can apply them; these strategies are shown
in figure 3.3. A list of fix-up strategies are given to the students and modeled
by the teacher. The students then practice the fix-up strategies and are asked
to use the strategies when they do not understand while they are actually
reading. Where students use fix-up strategies, students mark their place in the
text and make notes. Later, they explain the strategies that they used to their
teacher. The student is guided towards which fix-up strategy would work best if
the student cannot do it independently. Sometimes, teachers make non-sense word
substitutions or incorrect substitutions to see if the student really
comprehends the text; for example, instead of the sentence “The girl was
swimming in the lake”, the teacher might substitute the word chocolate for lake,
so the sentence would be “The girl was swimming in the chocolate” (McAnally,
Rose, and Quigley 1999).
  
LEARNING NEW VOCABULARY
Vocabularies and rate of word
acquisition of deaf and hard of hearing students tend to be significantly below
their hearing peers. One of the reasons this occurs is a lack of incidental
learning. For a hearing child, language is a constant; the child knows that
there is a hum from the refrigerator, or what a refrigerator is. A deaf or hard
of hearing child does not get this incidental learning and needs explicit
instruction on each and every word and its meaning. Because of this, deaf and
hard of hearing students also lack the skill of using context clues; context
clues provide meaning for each and every word.
Many barriers prevent language from
developing. A major obstacle is the lack of communication between the deaf child
and his/her hearing family. Because the link of language is not developed in the
primary stages of language development, the barrier begins to widen as the child
advances, thus proving difficult to connect language to print. When developing
vocabularies, the goal is for the child to develop automaticity when reading
printed words. Because much of the time word recognition is not automatic, a
high demand is placed on working memory; this leads to information dropout
between short-term and long-term memories.
Teaching vocabulary to deaf and hard
of hearing children by using definitions of a dictionary is an ineffective
strategy. The grammatical structures and language within a dictionary’s
definition of the word prohibits students from gaining actual meaning of the
word; this happens because they read word for word and do not understand what
key words to look for within the definition. Because of this, frustration begins
to build within the student. Dictionary definitions are not geared toward the
reading and language levels in which the students are at. Depending on the mode
of communication the student uses, dictionary definitions may not be in their
primary language; as a result, the student is forced to interpret the definition
into their primary language. When developing new vocabulary, it is essential
that prior knowledge is accessed and connections are made within appropriate
schema.
Hearing children in third grade and
above learn approximately 3,000 new word meanings a year. Since deaf and hard of
hearing students need direct instruction, students would be expected to learn 15
new words every school day. Without proper and frequent exposure to words in
variety of print, comprehension is not guaranteed. Therefore, in order to keep
up with hearing peers, deaf and hard of hearing students would need more than 24
hours of instruction a day. When there is lack of incidental learning and
linking language to experiences, it is an impossible task for deaf and hard of
hearing students to have the same vocabulary index as their hearing peers;
vocabulary development needs to be emphasized and words need to be carefully
selected by the teacher of the deaf and hard of hearing. Strategies that can be
used to develop vocabulary are shown in figure 7.1.
Vocabulary Development Strategies
|
Strategy |
Skills Developed |
Incorporating into Classroom Instruction |
|
Semantic Webs |
-
Metacognitive skills
-
Categorizing
-
Technology
|
·
Pre- and postreading instruction
·
Assessment of prior knowledge
·
Thematic units
·
Notetaking skills
·
Kidspiration |
|
Graphic Organizers |
1.
Question/answer skills (What I KNOW, what I WANT to know, and
what I LEARNED) |
·
For use with expository text
·
K-W-L Charts |
|
Semantic Feature Analysis |
1.
Comparing and contrasting
2.
Using Grids
3.
Generalization |
·
Comparing a class of information
such as vehicles |
|
Cloze/Maze Procedures |
1.
Automaticity
2.
Language development |
·
Curriculum Based Measures
·
Determining a starting point for
instruction |
|
Predictable books |
1.
Prediction Skills
2.
Automaticity |
·
Pre-teaching method
·
Determine child’s background of
knowledge |
|
Contextual Processing |
1.
Contextual clues
2.
Inferential thinking and skill development
3. Metacognitive skills |
·
Should be used at the high
school level |
|
Venn Diagrams |
1.
Comparing and contrasting |
·
Pre and Post teaching strategies
·
Think alouds/modeling
·
Independent practice
Figure 7.1 |
Copyright © 2005, Danielle Thor.
All Rights Reserved.
For problems or questions regarding this web contact
[danielle.thor@marshall.k12.mn.us].
Last updated:
04/04/08.
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