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School Integration: Addressing Behavioral
Needs of Students Following Brain Injury Communication, Information, and Understanding The amount and quality of the information provided prior to the student’s return can greatly assist the school psychologist in preparing the teachers and staff for program changes that the student may need. While many medical reports contain information regarding physical and neurological changes sustained as a result of TBI, information about behavior changes is often limited. Another problem facing educators who plan for the return to school of a child with TBI is the fact that the medical descriptors used to describe the degree of physiological disruption often do not provide information useful in predicting educational need. It is not unusual for the educational performance of children with TBI to be complicated by subtle cognitive and behavioral problems (Savage, 1991). A referral to special education is often the most appropriate way to determine the extent of a student’s need for specialized services, whether academic or behavioral in nature. While most programming focuses on helping the student with academic needs, to discount the behavioral implications of TBI can significantly influence the effectiveness of programs. For example, a student may still read on grade level, but the cognitive problems associated with TBI may significantly interfere with retention of information and higher-order thinking, such as interpretation, analysis, and judgment. The cognitive problems often seen in students with TBI include inattention, slowed information processing, poor memory, difficulty planning and initiating, and impaired visual-spatial skills and visual-motor integration (Ewing-Cobbs, Fletcher, & Levin, 1986). When these deficits are viewed through a behavioral perspective, one can see that a student’s problems may lead to classroom disruptions, impulsive acting-out, and misinterpretation of social situations. Programming that addresses only the academic manifestations of TBI is often inadequate to assure a student a free and appropriate public education. Behavior problems have been reported to be the most troublesome aspect of recovery for families and schools (Levin, 1987). Common behavior problems include increased ggression, anger, hyperactivity, anxiety, depression, emotional lability, social withdrawal, and somatization. Physiological damage to brain areas that regulate emotional control results in maladaptive behaviors, but is not the only contributing factor (McAllister, 1992). The sudden and dramatic changes in a student’s life after TBI, no doubt contributes to the level of emotional problems that these students face. It is not unusual for students to have increased irritability and feelings of helplessness, which can dramatically affect motivation and progress. Researchers have found evidence that the more severe the injury, the more severe the behavior problems these students exhibit. Michaud and her colleagues found that children with TBI are three times more likely than the general population to develop serious behavior disorders and are more likely to be placed in special education classes for behavioral/emotional disturbances (Michaud, Rivara, Jaffe, Fay, & Dailey, 1993). However, educators may not always see the connection between behavior disorders and brain injury. The issue of emotional disturbance can be complicated by TBI. A thorough background and historical evaluation is the only way to identify factors that contribute to the onset of problematic behaviors. This information can be supplemented with behavior rating scales that reflect current behaviors, but a rating scale is not a substitute for interviews with parents and teachers. Behaviors that are long-standing in nature and part of the student’s constitution may need to be addressed differently than those behaviors that have occurred since the student sustained an injury. The knowledge of the evaluator in interpreting this information is critical. With knowledge of how neurological systems affect behavior, the evaluator can identify behaviors that are suspected to be related to injury and thus, require a more extensive intervention program. When behaviors are related to or exaggerated by injury, the possibility of an underlying skill deficit should always be explored and addressed. For example, a student who previously was prone to depressive episodes
may have more problems benefiting from counseling after a traumatic brain
injury than her previous history would suggest. Her ability to engage
in planning and the tendency to react impulsively can interfere with her
use of techniques she may have developed to deal with her depressive feelings.
Especially in the case of adolescents, counseling should include making
the student aware of how the injury can affect them and how they can compensate
for their Behavior Intervention Plans Functional Behavior Assessment The antecedents are the circumstances and things that happen prior to the target behavior occurring and start the behavior cycle. Problem behaviors rarely occur in isolation, and when looking at antecedents, it is important to consider the physical environment, the demands of the task, instructional strategies, the behavior of peers, and internal factors that may contribute to the student’s behaviors. Behavioral consequences are not just punishment. They are events, both
positive and negative, that occur immediately after the behavior. Consequences
are often associated with the function of behavior, the reason the behavior
continues, or the “need” that the behavior Intervention Research consistently shows that the use of positive behavior supports is the most effective way to change behavior. Identification of antecedents to behavior problems, through the FBA, can identify the “triggers” to maladaptive behaviors. By identifying these “triggers,” teachers and staff members can intervene and teach the student more appropriate responses prior to behavioral outbursts. Behavior Intervention Plans (BIP) should include procedures for staff to redirect students to more appropriate responses at this “trigger” stage. By intervening early in the behavior escalation cycle, many problem behaviors can be avoided. The use of positive behavior supports to promote behavior change is most effective when it is done frequently and at the time the student is using the alternative, replacement behavior whether that use is prompted by the teacher or used independently by the student. For this reason, behavioral programming for students with TBI often requires frequent monitoring and increased staff awareness of antecedents in order to be effective. For example, a student who tends to act out when presented with academic
demands should be taught techniques to reduce frustration, such as: asking
for help, use of stress reduction strategies, or taking a self-determined
time-out. When the student is presented with academic demands, he should
be reminded of compensation strategies and then be reinforced for using
them. Often, students who are prone to acting-out behaviors receive excessive
consequences for their inappropriate behaviors, but receive limited reinforcement
at times when they use appropriate responses and do not act out. Training
on the Environmental antecedents should also be addressed in behavioral programming.
Many students with TBI have distorted visual processing and the components
of the environment can contribute to behavior problems. Some students
are sensitive to light, the color of paper, or the amount of space around
them, and these environmental influences should be controlled in school
programming. For example, I had a student who was six months post-trauma
and was having significant behavior problems on the school bus. He was
irritable and often verbally and physically aggressive during the bus
ride. Further exploration of his problems, through interviews with his
parents, revealed that even when riding in the family car he often became
irritable and occasionally nauseous. Medical reports indicated trauma
to vision centers in the brain and testing showed significant visual-spatial
and visual-integration deficits. Now, consider the environment when riding
on a bus or even in the family car. The sunlight coming through the windows,
the crowd of people, and the increased sensory bombardment appeared to
be contributing to his problems. We provided him with very dark sunglasses,
like the kind you get from the optometrist’s office after you have
had your eyes dilated, and a hand-held memory game to play on the bus.
With this strategy we reduced the stimulation of the bus environment,
provided him with an alternative to looking out the windows, and reduced
acting out on the bus. This strategy also proved useful when he was riding
in the family car. Behavioral programming should always focus on increasing desired behaviors through the use of positive behavioral supports. While consequences to aberrant behaviors are a part of the behavior intervention plan (BIP), the use of negative consequences alone is not sufficient to promote long-term changes in behavior. The emotional status and needs of the student should also be addressed.
Depression and self-esteem issues are often present in students with TBI.
While medication is effective in addressing symptoms of depression, research
consistently shows that the most effective treatment regimes include both
psychopharmacological interventions and counseling. As stated previously,
counseling should include helping the student understand his/her abilities
and disabilities and how to compensate for the changes in skills. Helping
the student’s Conclusion References Bigler, E. D. (1990). Neuropathology of traumatic brain injury. In E. D. Bigler (Ed.), Traumatic brain injury: Mechanisms of damage, assessment, intervention, and outcome. Austin, TX: Pro-Ed. Clark, E. (1999). Brain injury. In G. G. Bear, K. M. Minke, & A. Thomas (Eds.), Children’s needs II [electronic resource]: Development, problems and alternatives. Bethesda, MD: National Association of School Psychologists. Ewing-Cobbs, L., & Fletcher, J. M. (1990). Neuropsychological assessment of traumatic brain injury in children. In E. D. Bigler (Ed.), Traumatic brain injury: Mechanisms of damage, assessment, intervention, and outcome. Austin, TX: Pro-Ed. Iovannane, R. (1999, February). Functional behavioral assessment: An overview of the process. Paper presented at the annual meeting of the Texas Association of School Psychologists, Austin, TX. Levin, H.S. (1987). Neurobehavioral sequelae of head injury. In J. Boller & J. Grafman (Eds.), Handbook of neuropsychology (pp. 183-207). New York: Elsevier. McAllister, T. W. (1992). Neuropsychiatric sequelae of head injuries. Psychiatric Clinics of North America, 15(2), 522-534. Michaud. L. J., Rivara, F. P., Jaffe, K. M., Fay, G., & Dailey, J. L. (1993). Traumatic brain injury as a risk factor for behavioral disorders in children. Archives of Physical Medicine and Rehabilitation, 74, 368-375. Savage, R. C. (1991). Identification, classification, and placement issues of students with traumatic brain injury. Journal of Head Trauma Rehabilitation, 6, 1-9. .............................. Permission to duplicate, reprint, or electronically reproduce any document in part or in its entirety may be obtained by written consent from the editors. Copyright © 2002 Premier Outlook. All rights reserved
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