Anticipation-Reaction Reading Guide

Anticipation-Reaction reading guide TALAThis three-part anticipation-reaction reading guide video series is developed by the Texas Adolescent Literacy Academies (TALA)/ Vaughn Gross Center for Reading and Language Arts. Teachers can use this series of classroom modeling to implement the before, during, and after reading strategies. This will enhance students’ understanding of the text in any content area. Proven by research, Science, Social Studies, History, and English Language Arts classrooms will benefit from this technique.


Anticipation-Reaction Before Reading

This video demonstrates how a social studies teacher uses the anticipation-reaction guide to activate prior knowledge. Before reading, students listen to or read several statements about key concepts. They are often structured as a series of statements with which the students can choose to agree or disagree. This guide stimulates students’ interest in a topic and set a purpose for reading.


Anticipation-Reaction During Reading

This video begins after students agree or disagree with key concept statements completed in the before reading steps. Students read the text, then look for evidence to confirm or change their opinions on the statements. The teacher asks students to share their evidence and their reasoning.


Anticipation-Reaction After Reading

This video begins after students find and record evidence that supports or challenges the statements. Students review their findings, then have the opportunity to change their opinion on each of the statements. In summary, the Anticipation Guide requires students to draw final conclusions about the text. The guide also provides students a visual reference of what they have read and learned.

Lesson Plans: CREATE Project Lesson Materials

Description

lesson plans CREATEThese content area lesson plans were created by the Center for Research on the Educational Achievement and Teaching of English Language Learners (CREATE Center). CREATE researchers developed curriculum to build the language and literacy skills of English learners in the middle grades while simultaneously instructing grade-level content concepts. Lesson plans and materials integrate instructional features of the Sheltered Instruction Observation Protocol (SIOP Model) including language objectives, explicit vocabulary instruction, student interaction, building background knowledge, and comprehensible input.

Science: Lesson Materials from SIOP Model on Middle School Science and Language Learning

Atoms and Bonding Unit

Science: Lesson Materials from Project QuEST – Quality English and Science Teaching

Overview of QuEST curricular materials
Ecology Lesson Set
Cycles Lesson Set
Genetics Lesson Set

Social Studies: Lesson Materials from Adaptations of Peer-Assisted Learning for English Language Learners—Application to Middle School Social Studies Classes

The Texas Revolution Lesson Materials
The Mexican War Lesson Materials

English Language Arts: Lesson Materials from Word Generation for English Language Learners

Word Generation materials are available from the Strategic Education Research Partnership (SERP)

Math: SIOP Lesson Materials

SIOP Math Tip: Send a Problem


For more information on the CREATE project, please visit:
Center for Research on the Educational Achievement and Teaching of English Language Learners (Meadows Center)
Center for Research on the Educational Achievement and Teaching of English Language Learners

For more information on the SIOP model please visit:
Sheltered Instruction Observation Protocol

Developed by:

Center for Research on the Educational Achievement and Teaching of English Language Learners

Wright Middle School: Middle School Data Discussions: Five Stage Protocol

Description
This video, developed by Learning Forward, follows Wright Middle School, of Metropolitan Nashville Public Schools, as teachers demonstrate middle school data discussions to improve student writing outcomes. The team meets using a protocol they have developed to share and analyze data in order to reflect upon and improve instructional practices.

Stage 1: Facilitator : Introduction
Stage 2: Data Discussion
Stage 3: Instructional Strategies
Stage 4: Action Plan
Stage 5: Observer Comments

Resource:

Developed by:
Learning Forward

Schema-Based Instruction Videos

The following schema-based instruction videos refer to teaching students the different word problem types so that students can solve word problems more efficiently. Students use the UPS Check strategy as a general word problem attack strategy while using their knowledge of word problem types.

PART 1: In this model lesson, Dr. Sarah Powell demonstrates how to introduce students to the “total” schema—-word problems that require combining two amounts to find a new, total amount.


Part 2: In this model lesson, Dr. Sarah Powell demonstrates how to introduce students to the “difference” schema—-word problems that require comparing two amounts and finding the difference between the two.


Part 3: In this model lesson, Dr. Sarah Powell demonstrates how to introduce students to the “change” schema—-word problems that involve increasing or decreasing the amount of something.

 

Mathematics Instruction for Students with Learning Disabilities or Difficulty Learning Mathematics: A Guide for Teachers

Mathematics instruction for students with learning disabilitiesDescription
This guide for teachers is a companion piece to the meta-analysis from the Center on Instruction, Mathematics Instruction for Students with Learning Disabilities or Difficulty Learning Mathematics: A Synthesis of the Intervention Research. Based on the findings of this report, seven effective instructional practices were identified for teaching mathematics to K-12 students with learning disabilities. It describes these practices and, incorporating recommendations from The Final Report of The National Mathematics Advisory Panel as well, specifies research-based recommendations for students with learning disabilities and for students who are experiencing difficulties in learning mathematics but are not identified as having a math learning disability.

Link:
VIEW RESOURCE

Developed by:
Center on Instruction