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TRANSCRIPT
Literacy Focused Science
Instruction for ELLs
Dr. Carolyn RileyISU New Teacher Conference
June 17, 2016
Normal, IL
Goal for today:
Discuss research based strategies that teachers
may use to ensure that English Language
Learners (ELLs) understand academic content
while developing English Language skills.
Apples
Imagine that you have never seen an
apple.
What would help you understand the
concept of an apple?
Turn and talk to your neighbor.
Keep your responses in mind as we go
through an apple observation.
Apple Observation Recording SheetGet out a piece of paper.
Fold it in half. Fold it in half again.
Picture of apple Model of apple
Real apple
Apple Observation
Using the picture of the apple, make as many observations of the apple as you can. Add to your recording sheet.
Remember that you cannot touch, smell, or taste the apple.
Apple Observation
using a Model
• Observe the model of an apple.
• Add your observations to your
record sheet.
• Note: You can touch it and smell it
(however, it does not smell like a
real apple) and of course you can’t
taste it.
Apple Model
If you only used a picture or a model of
an apple, what possible misconceptions
about an apple might students develop?
Discuss with your group.
Whole group sharing.
Apple Observation
with Real Apple
Holding the real apple, make as many
observations as you can.
Add to your recording sheet.
Remember now you CAN touch, smell,
taste and hear the apple (hear the sound of
eating the apple)
Discussion of Apple Activity
Why are real world, concrete experiences so
important in the teaching and learning of
science for English language learners?
Take 5 minutes and discuss with your group.
Add your discussion points to the last box on
your Apple Recording Sheet
Research tells us that . . .
Children develop science understanding best when given multiple opportunities to engage in science exploration and experiences through inquiry (Bosse, Jacobs, and Anderson 2009; Gelman, Brenneman, McDonald, and Roman 2010).
The key to effective science instruction appears to be setting up opportunities for students to engage with important science concepts and making sure that they make sense of these concepts through oral discourse and writing (Horizon Research, 2006).
Both oral discourse and writing help all levels of ELLs construct the meaning of science academic vocabulary and concepts (Hudelson, 1984; Samway, 2006).
Research also tells us that . . .
Language learning and content-matter
learning for ELLs go hand-in-hand and
should be taught at the same time (Cummins,
2000; Freeman and Freeman, 2001; Thomas & Collier, 1999).
Academic instruction for ELLs does not
need to wait until the ELLs have
developed a high level of English
proficiency (Herrera, S.G. and Murry, K. G., 2011)
Vygotsky reminds us that
Language should be something to use and
do rather than as content to be learned
(Vygotsky, 1986).
Reading Non Fiction
Data gathered from apple observations
allows students to read with deeper
understandings about apples.
Published in 2000.
Published in 2009.
Things you learn about apples when
you read Apples by Gail Gibbons . . . There are over 7500 varieties of apples grown
world wide.
◦ 2500 varieties are grown in the U.S.
The red delicious apples you are eating, are the
most popular apple in the U.S.
◦ The red delicious apple originated on a farm
in Iowa about 1881.
Americans eat more apples than any other fruit.
Some people say “You’re the apple of my eye”
when they like someone.
Fact Check: The text claims that
Americans eat more apples than any
other fruit. That no longer is true.
Fact Check: The text claims that
the red delicious apple is the most
popular apple in the U.S.
◦ In the past few years, the red delicious has been
replaced by other apples in popularity.
◦ Red Delicious Once the most popular apple in the
United States, Red Delicious now takes a backseat to
Fuji and Honeycrisp, crisper varieties that are equally
sweet. (Source: Retrieved on June 13, 2016 from
http://www.sciencefriday.com/articles/all-about-
apples-some-history-a-recipe-and-recommendations/)
What does this mean for your
teaching? Keep yourself Informed. Read and research to stay current .
Go beyond what is presented in the required text.
Question. Based on what I know does this ring true?
Teach your students to question.
In the case of an Apple Exploration: Do a class survey and/or survey other classes
◦ What is your favorite apple?
◦ Graph and discuss.
◦ Compare information from class survey with information presented in the text. Is our class information the same as was reported in the text?
How do people who write non fiction books get their information?
How do we know if we should trust the sources they used?
A Comparison of Language
Development and Science
UnderstandingLanguage Development Needs
Multiple opportunities to hear and use language
Rich contexts and the opportunity to engage and contribute
Appropriate supports
Acceptance of “flawed” language
Science Understanding Needs
Multiple opportunities to hear and use language
Rich contexts and the opportunity to engage and contribute
Appropriate supports
Acceptance of “flawed” language
The Role of Language in Science
(Science Practices are BOLD; Language Functions are RED.)
Asking questions and defining problems
Ask questions about objects, organisms, systems, and events in the natural world (science) or define a problem (engineering).
Planning and carrying out investigations; analyzing, and interpreting data
Plan and conduct investigations.
Observe and record data.
Measure to extend the senses to acquire data.
Organize observations (data), using numbers, words, images, and graphics.
Source: https://www.fossweb.com/delegate/ssi-wdf-ucm-webContent?dDocName=D567151
Examples of Language
Functions used in Science
Analyze Apply Ask Clarify
Classify Communicate Compare Conclude
Construct Design Develop Discuss
Draw Estimate Evaluate Experiment
Identify Infer Interpret Justify
Label List Measure Observe
Plan Predict Reason Revise
Sequence Solve Sort Summarize
Source:
https://www.fossweb.com/delegate/ssi-wdf-ucm-webContent?dDocName=D567151
A Caution: What Does Not Work
forVocabulary Instruction for ELLs
Guessing words from context (Nation & Waring, 2004)
Teaching vocabulary in semantic sets (Tinkhan, 1993, 1997;Waring, 1997)
◦ (Eg. Semantic sets = colors, family members, days of the week.
◦ Building vocabulary through themes in context is more effective.
Too much information too soon
◦ Many words have multiple meanings and uses.
◦ Return to words often and build deeper meanings over time.
Exposure only (Miller, 1993)
Source: Levine, L.N. & McCloskey M. (2013). Teaching English language and content in mainstream classes: One class, many paths. 2nd Ed.Upper Saddle River, NJ: Pearson pp. 149 -150
Characteristics of Effective
Vocabulary Instruction for ELLs (Beck, McKeown, & Kucan, 2002; Folse, 2004)
Develop word awareness Teach important words directly Analyze and explore words Build learner control Expand exposure
Source: Levine, L.N. & McCloskey M. (2013). Teaching English language and content in mainstream classes: One class, many paths. 2nd Ed. Upper Saddle River, NJ: Pearson, p. 151
Inquiry Question: How are wool and burlap
the same and how are they different?
Set up a Box T Chart.
Wool BurlapDIFFERENT
Wool v. Burlap
Inquiry Question: How are wool and burlap the same and how are they different?
Find the following materials in the blue container:◦ Three hand lens ◦ Two pieces of wool◦ Two pieces of burlap
• Take 5 minutes to discuss and then record your observations of the wool and burlap in your Box T Chart.
Share your observations
with your neighbor.
Inquiry Question: How are wool and
burlap the same and how are they
different?
Inquiry Question: How are wool and burlap
the same and how are they different?
Responses from a 6th grade ELL classroom
Wool Burlap
Animal
Different colors
Soft
No smell
Pattern caused by different
colored thread
Hemp plant
Rough
Strong odor
Large weaving on holes
Neutral color
itchy
Same
Cloth
Woven
Stretches
Both came from living organism
Next Step: Compare and Contrast
Writing Frame
The ________and the __________are the
same because they both ______________.
In addition, they ____________________.
They are different because the
_______________, and the __________.
Also, ____________________________.
Finally ___________________________.
Compare and Contrast--6th Grade
Whole class dictation to teacher. The burlap and the wool are the same
because they are both made of cloth and come from nature or living things. In addition, the burlap and the wool both have little squares for their shape and they are bendable and stretchable on the bias.
They are both different because the burlap has a rough texture and the wool has a soft texture. Also, the burlap is a natural color and the wool has dyed threads. Finally, the burlap comes from a plant the the wool comes from an animal, the sheep.
Language Functions Applied in
Science Notebooks
Language Function Language Objectives
for Writing in
Notebooks
Language Forms,
Structures, and
Scaffolds for Writing
Describe
Compare
Contrast
Write narratives: use
details, sensory
observations, and
connections to prior
knowledge.
The ________and the
__________are the
same because they both
__________________.
In addition, they _____.
They are different
because the _______,
and the __________.
Also, _____________.
Finally, _________
Find my Shell!
In this scientific observation, students
◦ practice measuring and recording data by
observing a shell
◦ share notes and observations with other
classmates to practice their descriptive
note taking skills
◦ use observation data to write a descriptive
paragraph of the shell
Find my Shell
Find the bag bag of shells in the blue
container.
Each person should select one shell from
the bag.
Take 5 minutes and individually, get to know
your shell.
◦ Record as much information as you can
about your shell: shape, color, markings,
pattern, measurements, etc.
◦ Be as accurate as you can.
Find my Shell
Return your shell to the blue container.
Mix up the shells.
Now try to locate your shell.
Next, put the shells back in the blue
container and trade notes with a partner.
Partners try to locate the shell based on the
notes.
Find my Shell
Writing Descriptive Paragraphs Ask students to create a rubric with
indicators of what a descriptive paragraph should contain.
Then, direct students to write a descriptive paragraph introducing their shell.
Next, trade paragraphs and see if the shells can be found based on the descriptions.
Finally, ask students to use the rubric to analyze the descriptive paragraphs.
◦ What worked? What could be improved?
Challenge
Find your walnut.
Building Science Content
for ELLs Activate prior knowledge through inquiry
Provide hands-on/minds-on experiences
Promote scientific genres of writing
Connect science process skills (e.g., describe,
explain, predict, conclude, report) to language
functions (e.g., explain, compare, contrast)
Encourage use of graphic organizers (e.g.,
concept map, word wall, Venn diagram, KWL)
Promoting Both Science and
Language Learning for ELLs
ELLs can participate in classroom discourse
focused on rich experiences and exciting
academic content.
ELLs learn language best when academic
content is integrated with engaging, rich
experiences.
ELLs can have opportunities for extended
engagement with complex ideas when
focusing on both text and discourse.
Don’t Forget
Home Culture Connections that
support vocabulary learning.
Build on students’ lived experiences at home
and in the community (i.e., funds of knowledge)
Explore culturally-based ways students
communicate and interact in their home and
community (i.e., cultural congruence)
Use students’ cultural artifacts, culturally
relevant examples, and community resources
37
Clean Up Check List
Easy as 1,2, 3!
Contents of Bag #1
2 pieces of burlap
2 pieces of wool
3 magnifying glasses
Contents of Bag #2
8 shells
Contents of Bag #3
Bag #1
Bag #2 and
Apple model
Clean Up Tasks
1. Please put all materials back in the baggies as you found them.
2. Once your group has cleaned up please sign your names indicating
that your group has completed the clean-up tasks.
3. Return materials in the blue tub to the instructor.
Clean Sign Out
Gary Bern
References Bosse, S., Jacobs, G., & Anderson, T. L. (2009). Science in the air. Young children, 64, 10-15.
Cummins, J. (2000). This place nurtures my spirit: Creating contexts of empowerment in linguistically diverse schools. In R. Phillipson (Ed.), Rights to language: Equity, power and education (pp. 249-258), Mawah, NJ: Lawrence Eirbaum.
Freeman, D. E., & Freeman, Y. S. (2001). Between worlds: Access to second language acquisition(2nd ed.) Portsmouth, NH: Heinemann.
Herrera, S. G. & Murry, K. G. (2016). Mastering ESL/EFL methods. (3rd Ed.). New York: Pearson.
Horizon Research (2012). 2012 national survey of science and mathematics educational highlights report. Retrieved on March 20, 2016 at http://www.horizon-research.com/2012-national-survey-of-science-and-mathematics-education-highlights-report-2/
Hudelson, S. Y Serna, I. (1994). Beginning literacy in English in a whole-language bilingual program. In A. Flurkey & R. Meyer (Eds.), Under the whole language umbrella: Many cultures, many voices (pp. 278-294). Urbana, IL; National Teachers of English.
Samway, K. D. (2006). When English language learners write: Connecting research to practice. K-8. Portsmouth, NH: Heinemann
Vygotsky, L. (1986). Thought and Language. Cambridge, Massachusetts: The MIT Press.
Alameda, CACarolyn Riley