MorningStar’s Home Education News

By Mimi Rothschild

Here is part two of the visualizing article I posted yesterday.  Let me know what you think!  Have you tried a visualizing strategy before with your children?  Did it work?  If it didn’t then what has worked for your child’s reading comprehension?

Taking Visualizing to the Next Level

Visualization activities lend themselves to follow-up lessons. For example, the few sentences suggested in the “Starting Small” activity lead the way for deeper discussions about making inferences. Students can discuss not only what they visualize when they hear or read given text but also the questions that the text suggests, such as, “Why do you think Joan received all of these gifts?” or “What do you think Joan will do next?” You can take this particular discussion further by allowing students to personalize the experience by answering questions such as, “What would you do if you were Joan?” or “How would you feel if you were in Joan’s place?”

When Can You Use It?

Reading

Students can sharpen their visualizing skills as they read independently, participate in small group reading activities, or listen to a text. To encourage visualizing, turn out the lights and ask students to close their eyes as they listen. Pause frequently to allow students to share their images and mental pictures with the class. The ability to generate visual images from texts becomes increasingly important as students move from richly illustrated storybooks into “chapter books” with relatively few pictures. Ease the transition by explaining that skillful writers use descriptive language designed to generate imagery in their readers’ imaginations. Encourage students to create their own mental images, thereby illustrating the books themselves-filling in the pictures that the author paints using only words.

Writing

Text that is easy to visualize is often filled with vivid descriptions or strong verbs. Watch for sentences or paragraphs in students’ writing that lend themselves to practice with visualization. With students’ permission, share these examples with the class, encouraging discussion not only of the images created by the text but about why the chosen text allows for visualization. And encourage young writers to use language that generates images-this is when writing really sparkles!

Math

Visualization is a helpful skill in mathematics as well. Students often use manipulatives to make math concepts more concrete, and visualization is a way of internalizing the concepts the manipulatives reinforce. For instance, a class that has been studying fractions and using fraction bars can segue into a discussion comparing the sizes of fractions using common images. A question such as, “Would you rather have 1/2 or 1/3 of a pizza?” is more easily answered if students can picture a pizza (or at least a circle) and what 1/2 versus 1/3 looks like. At the beginning of such a conversation, you can draw two pizzas on the board, shading in 1/2 of the first and 1/3 of the second. As the discussion continues, (1/4 versus 1/8, 2/3 versus 3/4, and so on) challenge students to picture the pizzas in their minds or to draw their visual images.

Social Studies

As students study history, they are sometimes presented with a list of dates and names. For students to really visualize historic events, they need sufficient details to create rich pictures. Allow students opportunities to listen to or read personal accounts of an event or time period they are studying. When available, pieces written from a child’s perspective are helpful in forging personal links between students and the time period in question. For instance, Sarah Morton’s Day: A Day In The Life of a Pilgrim Girl and Samuel Eaton’s Day: A Day In The Life of a Pilgrim Boy, both by Kate Waters, provide context to help young children understand colonial life.

Science

Visualizing is sometimes a good challenge with some of the more abstract concepts studied in science. For instance, many classes study plants, and students are told that plants need water to grow. While students can memorize the fact that water travels from a plant’s roots through the stem to its leaves or buds, putting a white carnation in a vase filled with water that has been tinted blue with food coloring provides a vivid example of this process as students witness the flower eventually turn blue.

Lesson Plans

Visualizing: Following the Drinking Gourd
This lesson is designed to establish the skill of visualizing for primary students. In this lesson, students use clues from the text to be able to create their own images and imagine how characters are thinking and feeling.

Visualizing: Hill of Fire
This lesson is designed to expand the skill of visualizing for primary students.

By Mimi Rothschild

In 2007 it seems as if everyone is close to a child that has been diagnosed with Attention Deficit Hyperactivity Disorder, but what exactly is ADHD/ADD?  How do you know if your child is suffering from this disorder?  How do you teach a child with ADD/ADHD, especially if they are homeschooled?

Learn the answers to all these questions and more in the helpful article below which I came across last night.  Please let me know what you think! Thanks!

ERIC EC Digest #E569, September 1998

Defining Attention Deficit Disorder/Attention Deficit Hyperactivity Disorder (ADD/ADHD)

Attention deficit disorder is a syndrome characterized by serious and persistent difficulties in the following three specific areas:

1. Attention span

2. Impulse control

3. Hyperactivity (sometimes)

ADD is a chronic disorder that can begin in infancy and extend through adulthood. It can have negative effects on a child’s life at home, in school, and within the community. It is conservatively estimated that 3 to 5% of our school-age population is affected by ADD.

The condition previously fell under the headings “learning disabled,” “brain damaged,” “hyperkinetic,” and/or “hyperactive.” The term attention deficit disorder was introduced to describe the characteristics of these children more clearly.

Diagnosing ADD/ADHD

According to the criteria in the Diagnostic and Statistical Manual of Mental Disorders (4th ed., rev., American Psychiatric Association, 1994), to arrive at a diagnosis of ADD/ADHD, the clinician must note the presence of at least six of the nine following criteria for either Attention Span or Hyperactivity/Impulsivity.

Attention Span Criteria

Pays little attention to details; makes careless mistakes.
Has short attention span.
Does not listen when spoken to directly.
Does not follow instructions; fails to finish tasks.
Has difficulty organizing tasks.
Avoids tasks that require sustained mental effort.
Loses things.
Is easily distracted.
Is forgetful in daily activities.

Hyperactivity Criteria

Fidgets; squirms in seat.
Leaves seat in classroom when remaining seated is expected.
Often runs about or climbs excessively at inappropriate times.
Has difficulty playing quietly.
Talks excessively.

Impulsivity Criteria

Blurts out answers before questions are completed.
Has difficulty awaiting turn.
Often interrupts or intrudes on others.

Establishing the Proper Learning Environment

• Seat students with ADD near the teacher’s desk, but include them as part of the regular class seating.

• Place these students up front with their backs to the rest of the class to keep other students out of view.

• Surround students with ADD with good role models.

• Encourage peer tutoring and cooperative/collaborative learning.

• Avoid distracting stimuli. Try not to place students with ADD near air conditioners, high traffic areas, heaters, or doors or windows.

• Children with ADD do not handle change well, so avoid transitions, physical relocation (monitor them closely on field trips), changes in schedule, and disruptions.

• Be creative! Produce a stimuli-reduced study area. Let all students have access to this area so the student with ADD will not feel different.

• Encourage parents to set up appropriate study space at home, with set times and routines established for study, parental review of completed homework, and periodic notebook and/or book bag organization.

Giving Instructions to Students with ADD/ADHD

• Maintain eye contact during verbal instruction.

• Make directions clear and concise. Be consistent with daily instructions.

• Simplify complex directions. Avoid multiple commands.

• Make sure students comprehend the instructions before beginning the task.

• Repeat instructions in a calm, positive manner, if needed.

• Help the students feel comfortable with seeking assistance (most children with ADD will not ask for help). Gradually reduce the amount of assistance, but keep in mind that these children will need more help for a longer period of time than the average child.

• Require a daily assignment notebook if necessary:

  1. Make sure each student correctly writes down all assignments each day. If a student is not capable of this, the teacher should help him or her.

  2. Sign the notebook daily to signify completion of homework assignments. (Parents should also sign.)

  3. Use the notebook for daily communication with parents.

Giving Assignments

• Give out only one task at a time.

• Monitor frequently. Maintain a supportive attitude.

• Modify assignments as needed. Consult with special education personnel to determine specific strengths and weaknesses of each student.

• Develop an individualized education program.

• Make sure you are testing knowledge and not attention span.

• Give extra time for certain tasks. Students with ADD may work slowly. Do not penalize them for needing extra time.

• Keep in mind that children with ADD are easily frustrated. Stress, pressure, and fatigue can break down their self-control and lead to poor behavior.

Modifying Behavior and Enhancing Self-Esteem

Providing Supervision and Discipline:

• Remain calm, state the infraction of the rule, and avoid debating or arguing with the student.

• Have pre-established consequences for misbehavior.

• Administer consequences immediately, and monitor proper behavior frequently.

• Enforce classroom rules consistently.

• Make sure the discipline fits the “crime,” without harshness.

• Avoid ridicule and criticism. Remember, children with ADD have difficulty staying in control.

• Avoid publicly reminding students on medication to “take their medicine.”

Providing Encouragement:

• Reward more than you punish, in order to build self-esteem.

• Praise immediately any and all good behavior and performance.

• Change rewards if they are not effective in motivating behavioral change.

• Find ways to encourage the child.

• Teach the child to reward himself or herself. Encourage positive self-talk (e.g., “You did very well remaining in your seat today. How do you feel about that?”). This encourages the child to think positively about himself or herself.

Other Educational Recommendations

• Educational, psychological, and/or neurological testing to determine learning style and cognitive ability and to rule out any learning disabilities (common in about 30% of students with ADD).

• A private tutor and/or peer tutoring at school.

• A class that has a low student-teacher ratio.

• Social skills training and organizational skills training.

• Training in cognitive restructuring (positive “self-talk,” e.g., “I did that well”).

• Use of a word processor or computer for schoolwork.

• Individualized activities that are mildly competitive or noncompetitive such as bowling, walking, swimming, jogging, biking, karate. (Note: Children with ADD/ADHD may not do as well as their peers in team sports.)

• Involvement in social activities such as scouting, church groups, or other youth organizations that help develop social skills and self-esteem.

• Allowing children with ADD to play with younger children, if that is where they fit in. Many children with ADD have more in common with younger children than with their age-peers. They can still develop valuable social skills from interaction with younger children.

References

American Psychiatric Association. (1994). Diagnostic and statistical manual of mental disorders (4th ed., rev.) (DSM-IV-R). Washington, DC: APA.

Suggested Reading

Bender, W. (1997). Understanding ADHD: A Practical Guide for Teachers and Parents. Upper Saddle River, NJ: Merrill/Prentice Hall.

Fiore, T. (1993). “Educational interventions for students with attention deficit disorder.” Exceptional Children, 60(2), 163-73.

Gardill, M. (1996). “Classroom strategies for managing students with attention deficit/ hyperactivity disorder.” Intervention in School and Clinic, 32(2), 89-94.

Hallowell, E. (1994). Driven to Distraction: Recognizing and Coping with Attention Deficit Disorder from Childhood through Adulthood. Tappan, NJ: Simon & Schuster.

Hartmann, T. (1993). Attention Deficit Disorder: A Different Perception. Novato, CA: Underwood-Miller.

Reeve, R. (1996). A Continuing Education Program on Attention Deficit/Hyperactivity Disorder. Reston, VA: Council for Exceptional Children.

Rief, S. (1997). The ADD/ADHD Checklist. An Easy Reference for Parents and Teachers. Reston, VA: Council for Exceptional Children.

Robelia, B. (1997). “Tips for working with ADHD students of all ages.” Journal of Experiential Education, 20(1), 51-53.

Schiller, E. (1996). “Educating children with attention deficit disorder.” Our Children, 22(2), 32-33.

Contact your local school psychologist, examiner, or personnel in charge of assessment and diagnosis in your school district for specific information and local programs.

Copyright ©1996-1998
ERIC Clearinghouse on Disabilities and Gifted Education
http://www.teachervision.fen.com/go/http/www.eric.ed.gov/

By Mimi Rothschild 

Math and science are not always the easiest subjects to learn, I wish they were because there are so many fascinating lessons to be learned in both subjects.  While surfing the web I found this excellent list of strategies that will help your student improve in the areas of math and science.  Each strategy includes articles or lesson plans so homeschooling parents can better understand how to apply them into their child’s homeschool curriculum. Below are the different methods scholars use to better understand math and science.