MISAPPLICATIONS

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MISAPPLICATIONS

  • 1. A teacher in a special education classroom was working with a child with severe intellectual disability. The teacher was using small bites of food as reinforcers in a training program to help the child make correct letter discriminations. The teacher decided to arrange an establishing operation that would make food a more powerful reinforcer so that the child would be more likely to respond correctly in training sessions. Because training sessions were in the early afternoon, the teacher decided to keep the child from eating lunch at noon. The teacher reasoned that if the child did not eat lunch, food would be a more effective reinforcer in the afternoon. What is wrong with this antecedent control strategy? What would be a better antecedent control strategy to use in this case?
  • 2. Milt wanted to start working out more often. He decided that the best way to get into a regular workout routine would be to join a health club. He joined a club that was a 30-minute drive away. Milt reasoned that once he paid the membership fee for a year, he would be more likely to drive there and work out at least a few times a week. And because he paid the fee for the full year, he believed that he would continue to work out at the club for the whole year. What is wrong with this strategy? What could Milt do to make it more likely that he would work out regularly?
  • 3. Dr. Drake, a dentist, was concerned that many of her patients did not floss their teeth regularly and were therefore at risk for gum disease. Dr. Drake devised a plan to get her patients to floss every day. Every time patients came in for a 338339checkup or cleaning, Dr. Drake showed them awful pictures of people with gum disease and pictures of painful surgery that the people with gum disease had to endure because they did not floss regularly. Before the patients left the office, she told them that they could avoid the awful gum disease and the painful surgery by flossing their teeth for 2 minutes every day. What antecedent control strategy was Dr. Drake using to get her patients to floss their teeth? Why is this strategy, by itself, not enough to keep people flossing? What other strategies would you add to make it more likely that people would keep flossing their teeth regularly?
  • 4. Sandy, a third grade student with learning problems, attended a special class. She usually engaged in disruptive behaviors in the classroom when required to complete math problems. The teacher conducted a functional assessment and found that the request to do math problems was the primary antecedent to the disruptive behavior. The teacher decided to use an antecedent manipulation and no longer asked Sandy to do math problems. The teacher reasoned that if Sandy was no longer asked to do math problems, the disruptive behavior would be less likely to occur. What is the problem with this procedure?
  • 5. Phyllis and Fred, two medical students who lived together, had to study every day. They both liked to relax by watching TV. Fred watched baseball, football, basketball, and other ball games broadcast on cable channels. Phyllis watched old movies on cable. The problem started to emerge as Phyllis spent time watching movies instead of studying. Her work was suffering, but she continued to watch the old movies and convinced herself that she would catch up with her studying later. On the other hand, Fred watched his ball games only after he had his work done. Phyllis finally realized she had a problem and decided that one way to help her watch TV less often, and therefore study more often, would be to discontinue cable. If she got rid of cable, she would be eliminating the antecedent (movies on cable) for the problem behavior, so that the problem behavior would be less likely to occur. What is the problem with the antecedent manipulation in this case?
  • 6. Patrick, an adult with intellectual disability, lived in a group home and worked in a community job. A problem that Patrick exhibited in the group home was refusal to complete training activities such as grooming and household tasks. He was most likely to refuse when younger staff made requests to him. When older staff made requests, he was typically compliant. Because requests from younger staff appeared to be a reliable antecedent to the problem behavior, the supervisor decided to have only the older staff work with Patrick. What is the problem with this antecedent procedure?

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Chapter Seventeen: Using Punishment: Time-out and Response Cost

How does time-out work to decrease a problem behavior?What are the two types of time-out What is response cost? How do you use it to decrease a problem behavior? Why is it important to use reinforcement procedures together with time-out or response cost

What issues must you consider when using time-out or response cost?

As discussed in Chapter 6, punishment is a basic behavioral principle. Punishment occurs when a behavior is followed by a consequence that results in a decrease in the future probability of the behavior. The consequence following the behavior may involve the presentation of an aversive stimulus or event (positive punishment) or the removal of a reinforcing stimulus or event (negative punishment). In both forms of punishment, the behavior is weakened.

A variety of punishment procedures can be used to decrease a problem behavior. However, punishment procedures typically are used only after functional interventions—extinction, differential reinforcement, and antecedent manipulations—have been implemented or considered. When these procedures are implemented and result in a decrease in the problem behavior, punishment procedures are unnecessary. However, if functional procedures are ineffective (or not completely effective) or if their use is limited or impossible for whatever reason, punishment procedures may be considered.

The use of punishment procedures can be controversial. Some people believe that using punishment, the contingent presentation of an aversive event or the removal of a reinforcing event, may violate the rights of the person being treated (e.g., see LaVigna&Donnelan, 1986). In addition, positive punishment involves presenting an aversive stimulus, which is often perceived to be painful or unpleasant; therefore, some people believe that punishment produces unnecessary pain or discomfort for the person receiving treatment. (Note, however, that an aversive stimulus is not defined by painful or unpleasant feelings. Rather, behavior modification adopts a functional definition, in terms of its effect on behavior: An aversive stimulus is any stimulus whose contingent presentation decreases the future probability of a behavior or whose contingent removal increases the future probability of a behavior; see, for example, Reynolds, 1968.)

For these and other reasons (see Chapters 6 and 18), punishment procedures usually are not the first choice of interventions for decreasing problem behaviors. If a punishment procedure is used, it is often a negative punishment procedure involving the removal of reinforcing events after a problem behavior. This chapter describes two common negative punishment procedures: time-out and response cost.

 

Time-out

Cheryl and the other kindergarten children were sitting around the table making figures out of clay, finger painting, and cutting shapes out of construction paper. After a little while, Cheryl threw one of her clay figures and smashed some figures made by other children. Seeing this, the teacher calmly walked up to Cheryl and said, “Cheryl, come with me.” She took Cheryl by the arm, and they walked to a chair across the room. When they got to the chair, she said, “Cheryl, you can’t play when you throw things or break things. Sit here until I say you can play again.” The teacher then walked back to the table and praised the other children for the figures they had made. After 2 minutes, the teacher walked back over to Cheryl and said, “Cheryl, you can come back to the table and play now” (Figure 17-1). When Cheryl came back and played without any further problems, the teacher talked to her and praised her for playing nicely. This procedure, in which Cheryl was removed from the reinforcing activity in the classroom for a few minutes contingent on an instance of the problem behavior, is called time-out. Once the teacher started using time-out, the rate of Cheryl’s problem behaviors decreased greatly.

 

FIGURE 17-1

When Cheryl engages in a problem behavior in the classroom, she has to sit off to the side and watch her classmates have fun for a few minutes. This procedure, a form of time-out called contingent observation, removes Cheryl from the reinforcement in the classroom for a few minutes contingent on the problem behavior.

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For about a year, 5-year-old Kenny had talked back to his parents and refused to do what they asked. Usually, Kenny was watching TV or playing a game when he engaged in these problem behaviors. Although his parents argued with him and gave him warnings about what might happen, he usually continued to watch TV or play and did not complete the task that was requested. His parents discussed the problem with a psychologist and decided to implement the following plan. First, when a parent wanted Kenny to do something, the parent went up to him, looked him in the eyes, and stated clearly what he or she wanted him to do. Second, the parent continued to stand there, and if Kenny did not do what was requested within a short time (10-15 seconds), the parent said, “If you don’t do what I tell you, you have to sit in your room.” The parent then took Kenny’s hand and walked him to his room. There were no toys, TV, or other recreational materials in Kenny’s room. The parent told him to stay there until told that he could leave. If Kenny argued, complained, or talked back during this process, the parent did not say anything to him in return. After a few minutes, the parent went to Kenny’s room and made the same request that Kenny had earlier refused. If Kenny complied with the request this time, the parent thanked him for performing the task and let him watch TV or resume playing. If he refused again, however, the parent told him that he would have to stay in his room longer and left him there. After a few more minutes, the parent returned and repeated the process until Kenny finally complied with the request. Finally, on occasions when Kenny complied with his parents’ request without protest, the parents smiled and praised him enthusiastically.

These two examples illustrate the use of time-out (and other procedures) to decrease the occurrence of different problem behaviors. In each example, after the problem behavior, the child was removed from the reinforcing situation for a brief period. Playing with the clay and finger paints and interacting with the other children are reinforcing activities for Cheryl, and time-out involved removing her from the situation where these reinforcing activities were present. Watching TV or playing a game is reinforcing for Kenny, and time-out involved removing him from the opportunity to continue these activities.

 

What other behavioral procedures were used in conjunction with time-out in these examples?

 

Differential reinforcement of alternative behavior was used in both examples. When Cheryl was playing appropriately, the teacher reinforced this behavior with attention. When Kenny complied with his parents’ requests, this behavior was reinforced with praise and the opportunity to continue the reinforcing activities that he was engaging in before the request. In addition, Kenny’s parents used a stimulus control procedure by standing directly in front of Kenny, looking him in the eyes, and stating the request clearly. The specific request, close proximity, and eye contact became a discriminative stimulus in the presence of which Kenny’s compliance was reinforced and his refusal behavior was punished (with time-out). Thus, whenever the parents make a request in this way, Kenny is less likely to refuse because refusal has been punished by time-out.

 

 

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Types of Time-out

 

Time-out is defined as the loss of access to positive reinforcers for a brief period contingent on the problem behavior (Cooper, Heron, &Heward, 1987). The result is a decrease in the future probability of the problem behavior. Time-out as used in this section is short for time-out from positive reinforcement. There are two types of time-out: exclusionary and nonexclusionary.

The example of Cheryl illustrates nonexclusionary time-out. Cheryl remained in the classroom after the problem behavior but had to sit across the room from where the other children played, and was thus removed from the reinforcing activity. The case of Kenny illustrates exclusionary time-out. Contingent on the problem behavior, Kenny was taken out of the room where he was watching TV or playing. He was taken to a room where these reinforcers were not available.

Nonexclusionary time-out is most likely to be used when the person can be removed from the reinforcing activities or interactions while still remaining in the room, and the presence of the person in the room will not be disruptive to others in the environment. If either of these criteria cannot be met, exclusionary timeout would be used instead. For example, if Cheryl sat across the room in the time-out chair and disrupted the other students by continuing to engage in the problem behavior, nonexclusionary time-out would not be appropriate. Alternatively, if watching other children play were just as reinforcing for Cheryl as playing herself, nonexclusionary time-out would not be effective. For the procedure to be effective, the person must be removed from access to positive reinforcers. For Cheryl, exclusionary time-out could be implemented by having her sit in the principal’s office or in another room adjacent to the classroom for a few minutes each time she engaged in the problem behavior. In addition, nonexclusionary time-out might be effective if Cheryl was made to sit in a chair facing the wall.

 

Exclusionary Time-out

 

 

 

 

 

 

 

The person is removed from the room (the reinforcing environment) where the problem behavior occurred and is taken to another room. This removes the person from all sources of positive reinforcement.

 

 

 

 

Nonexclusionary Time-out

 

The person remains in the room while being removed from access to positive reinforcers

 

Using Reinforcement with Time-out

 

Whenever you use time-out (or any other punishment procedure), you should also use a differential reinforcement procedure. The time-out procedure decreases the rate of the problem behavior, and a differential reinforcement procedure increases an alternative behavior to replace the problem (differential reinforcement of alternative behavior [DRA]) or provides the reinforcer for the absence of the problem behavior (differential reinforcement of other behavior [DRO]), while at the same time applying extinction for the problem behavior. Because the time-out procedure  344345eliminates access to positive reinforcers contingent on the problem behavior, it is important for the person to have access to positive reinforcers through a DRA or DRO procedure. If you used time-out without a differential reinforcement procedure, there could be a net loss in reinforcement and the problem behavior could be more likely to reemerge after treatment.

 

 

 

Considerations in Using Time-out

 

To use time-out effectively, you must address a number of considerations.

 

What Is the Function of the Problem Behavior?

Time-out is appropriate to use with problem behaviors that are maintained by positive reinforcement involving social or tangible reinforcers. Time-out removes access to these and other positive reinforcers contingent on the problem behavior; as a result, the problem behavior is less likely to occur. In addition, the time-in environment (the environment where the problem behavior occurs) must consist of positively reinforcing activities or interactions for timeout to be effective. Removing the person from this environment is time-out from positive reinforcement only if the time-in environment is positively reinforcing and the time-out environment is not reinforcing or is less reinforcing (Solnick, Rincover, & Peterson, 1977).

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Time-out is not appropriate to use with problem behaviors maintained by negative reinforcement or sensory stimulation (automatic reinforcement). Because timeout removes the person from the ongoing activities or interactions in the room, timeout would negatively reinforce any behavior that was maintained by escape (Plummer, Baer, & LeBlanc, 1977; Taylor & Miller, 1997). For example, suppose that a student engages in aggressive behavior in the classroom and this behavior is negatively reinforced by escape from the educational demands. If the teacher used time-out, removing the student from the classroom would negatively reinforce the aggressive behavior. Time-out negatively reinforces the problem behavior when the time-out environment is less aversive than the ongoing activities.

Likewise, when a problem behavior is maintained by sensory stimulation, time-out is not appropriate because it would not function as time-out from positive reinforcement. The person would be removed from the activities or interactions in the time-in environment and would have the opportunity to engage in the problem behavior while alone in the time-out area (Solnick et al., 1977). Because the problem behavior is reinforced automatically by the sensory stimulation it produces, time-out would be reinforcing: The person would have the opportunity to engage in the automatically reinforced behavior without interruption

 

FOR FURTHER READING: Functional Considerations in Using Time-out

Studies by Plummer and colleagues (1977), Solnick and colleagues (1977), and Taylor and Miller (1997) established that the functional context in which time-out is used influences the effectiveness of time-out. Because time-out involves removal of the individual from a reinforcing environment for a brief period contingent on the problem behavior, time-out will not work if the “time-in” environment is aversive, devoid of reinforcers, or less reinforcing than the time-out environment. For example, Plummer and colleagues (1977) evaluated the effects of time-out for disruptive behavior that occurred during classroom instruction.  345346They showed that disruptive behavior increased when time-out was used because time-out provided escape from instruction (negative reinforcement). Solnick and colleagues likewise showed that time-out was effective when the time-in environment was enriched (filled with reinforcers) but was not effective when the time-in environment was impoverished (devoid of reinforcers). Solnick and colleagues also showed that time-out did not work when an individual had the opportunity to engage in self-stimulatory behavior during time-out; thus, the time-out environment was more reinforcing than the time-in environment. Finally, Taylor and Miller (1997) showed that time-out was effective for problem behaviors maintained by attention from teachers but was not effective for problem behaviors maintained by escape from academic tasks. When problem behaviors were maintained by attention, time-out removed attention and thus functioned as negative punishment (thereby decreasing the problem behavior). When problem behaviors were maintained by escape, time-out provided escape and thus functioned as negative reinforcement (thereby increasing the problem behavior).

 

 

Is Time-out Practical in the Given Situation?

Time-out is practical when the change agents can implement the procedure successfully and the physical environment is conducive to its use. In the time-out procedure, the person often is removed from the room or from the area of the room where the problem behavior occurs. The change agent implementing time-out often must physically escort the client to the time-out room or area. In some cases, the client may resist when being escorted to timeout areas. If the resistance involves physical confrontation or aggression, especially if the client is a large person (e.g., an adult with intellectual disability or a psychiatric disorder), the change agent may not be able to implement the procedure. This factor must be considered before time-out is chosen as a treatment.

The second practical consideration is whether there is an appropriate room or area to use for time-out. For exclusionary time-out, another room or a hallway can be used. However, the time-out area must be a place where the client does not have access to any positive reinforcers. If a child is sent to his or her room for time-out and the room has a TV, video games, and toys, the room is not an appropriate place for time-out. If other people interact with the client during time-out, the time-out area is not appropriate. For example, if a student is sent to sit in a hallway where his or her friends are hanging out, time-out will not be effective. If no room or area exists where the client can be removed from positive reinforcers, time-out cannot be implemented.

Sometimes a room is built or an existing room is modified specifically for use as a time-out room. Such a room should be safe (free of sharp or breakable objects), well-lighted (with a ceiling light that cannot be broken), and barren (empty except for a chair). In addition, there should be an observation window so that the client can be observed during time-out. A one-way observation window is best so that the client cannot see the observer. Finally, the room should not have a lock so that the client cannot lock out the change agent and the change agent cannot lock in the client. This precaution safeguards against the misuse of a time-out room. It would be a misuse of time-out for the change agent to lock the door and leave a client unattended in a time-out room.

 

Is Time-out Safe?

As noted earlier, the time-out room must not contain any objects that clients could use to hurt themselves. In addition, although the change agent must not interact with clients during time-out, the change agent should  346347observe them throughout the duration of time-out to ensure that they do not harm themselves. This is especially important for clients who engage in violent, aggressive, or self-injurious behavior.

 

 

Is the Time-out Period Brief?

Time-out is a brief loss of access to positive reinforcers. The problem behavior should result in an immediate removal from the reinforcing time-in environment. However, the client should be returned to the time-in environment as soon as possible and allowed to resume normal activities (whether educational, vocational, or recreational). Time-out duration is typically 1-10 minutes. However, if the client is engaging in problem behaviors in the time-out area at the end of the timeout period, time-out is extended for a brief time (typically 10 seconds to 1 minute) until the client is no longer engaging in problem behaviors. The absence of the problem behavior is required at the end of time-out so that the termination of time-out does not negatively reinforce the problem behavior. This extension of time-out is called a contingent delay. Although an earlier study by Mace, Page, Ivancic, and O’Brien (1986) found that time-out was equally effective with or without the contingent delay, a more recent study by Erford (1999) showed that time-out with a contingent delay was more effective than time-out without a contingent delay. Although research findings are mixed, a contingent delay is recommended so that problem behavior is not inadvertently reinforced by escape from time-out. When the client is released from time-out, the change agent should identify the desirable behavior that will be reinforced in the time-in environment.

 

Can Escape from Time-out Be Prevented?

Whether using exclusionary or nonexclusionary time-out, the change agents should prevent the client from leaving the timeout room or area before the end of the time-out interval. If implemented correctly, time-out is aversive for the client, so the client may try to leave. However, for time-out to be effective, the client must not leave until the interval is up. For example, if a parent is using a time-out chair with a 5-year-old, the parent must keep the child in the chair during time-out. If the child gets up, the parent (who is standing near the child in the chair) should calmly give the child the instruction to sit back down. If the child does not comply or if the child gets up repeatedly, the parent should use physical guidance to keep the child in the chair. This may vary from a hand on the shoulder to physically restraining the child in the chair (McNeil, Clemens-Mowrer, Gurwitch, &Funderburk, 1994). When a time-out room is being used, the parent must return the child to the room if the child leaves prematurely; alternatively, the parent may hold the door closed as the child tries to open it. In either case, it is important to avoid a struggle, which may be reinforcing for the child, and thus make time-out less effective. If the parent cannot prevent escape from time-out or cannot avoid a reinforcing struggle, time-out should not be used.

 

 

Can Interactions Be Avoided during Time-out?

Time-out must be implemented calmly and without any emotional response from the change agent. In addition, while taking the client to time-out or during time-out, the change agent must not interact socially with the client. Reprimands, explanations, or any other form of attention must be avoided during time-out because they lessen its effectiveness.  347348For example, if a child sitting in a time-out chair whines, cries, calls the parent names, or says, “I hate you,” or if the child pleads to get out of the chair or promises to be good, the parent should stand nearby and ignore this behavior until the time-out interval is up. If the child resists going to the time-out chair or room, the parent must not scold the child or try to talk the child into complying. The parent should simply provide the degree of physical guidance that is necessary to get the child to the time-out room or chair.

 

 

Is Time-out Acceptable in the Given Situation?

In some treatment settings, such as programs for people with intellectual disabilities, rules and regulations govern the use of timeout and other punishment procedures. Before deciding whether to use time-out, you must be certain that the procedure is acceptable in the particular treatment environment. In addition, when working with parents, it is important to assess the degree to which they find time-out to be an acceptable procedure. Although acceptability may be increased through rationales and explanations about a particular treatment, ultimately the parents must accept the use of time-out if they are to implement it with their child.

 

Considerations in Using Time-out

 

 

 

 

 

 

 

What is the function of the problem behavior?

 

 

 

 

 

 

 

Is time-out practical in the circumstances?

 

 

 

 

 

 

 

Is time-out safe?

 

 

 

 

 

 

 

Is the time-out period brief?

 

 

 

 

 

 

 

Can escape from time-out be prevented?

 

 

 

 

 

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Can interactions be avoided during time-out?

 

 

 

 

 

 

 

Is time-out acceptable in the circumstances?

 

 

 

 

 

Research Evaluating Time-out Procedures

 

Numerous studies have demonstrated the effectiveness of time-out with children and with people with intellectual disabilities (Adams & Kelley, 1992; Bostow& Bailey, 1969; Handen, Parrish, McClung, Kerwin, & Evans, 1992; Hobbs, Forehand, & Murray, 1978; Mace et al., 1986; McGimsey, Greene, &Lutzger, 1995; Roberts & Powers, 1990; Rolider& Van Houten, 1985; Taylor & Miller, 1997).

Porterfield, Herbert-Jackson, and Risley (1976) and Foxx and Shapiro (1978) investigated two variations of nonexclusionary time-out. Porterfield and her colleagues evaluated time-out with young children who engaged in aggressive and disruptive behaviors in a day care program. When a child engaged in a problem behavior, the caregiver took the child outside the play area and had the child sit down on the floor and watch the other children play. After the child sat there for about a minute with no toys, activities, or interactions, the caregiver allowed the child to return to the play area. The caregiver also praised the other children for playing appropriately. Porterfield called this procedure contingent observation because, contingent on the occurrence of the problem behavior, the child had to sit and watch the other children play appropriately. The procedure decreased the level of disruptive and aggressive behavior of the children in the day care program.

 

 

Foxx and Shapiro (1978) worked with five boys with intellectual disabilities who engaged in a variety of problem behaviors (hitting, throwing objects, yelling, getting out of seat, banging objects) in a special education classroom. The boys sat around a table where the teacher worked with them on various educational activities. The teacher delivered edible and social reinforcers to each student at intervals of about 2 minutes when the student was not exhibiting a problem behavior. During the time-in condition, each student wore a different-colored ribbon around his neck. When the student engaged in a problem behavior, the teacher removed the ribbon and put it around her neck as a signal that time-out was in effect for that student. As long as the student was not wearing his ribbon, he could not engage in any activities and could not receive the reinforcers. The time-out lasted for 3 minutes. Use of this nonexclusionary time-out procedure resulted in decreases in problem behaviors for all five boys.

Mathews, Friman, Barone, Ross, and Christophersen (1987) worked with mothers and their 1-year-old children. The researchers instructed the mothers to use exclusionary time-out when their children engaged in dangerous behaviors (e.g., touching electrical cords or appliances). The mothers first childproofed the home by eliminating as many hazards as possible. This antecedent manipulation should be used by all parents of young children to increase safety. They then used time-out and differential reinforcement when their children were playing. The mothers praised their children for playing appropriately, and when a child engaged in a dangerous behavior, the mother immediately implemented time-out (Figure 17-2). The mother said “no,” took her child from the play area, and put  349350the child in the playpen for a brief period (until the child was quiet for 5-10 seconds). This time-out procedure resulted in a reduction in dangerous behavior for all the children (Figure 17-

Rortvedt and Miltenberger (1994) used exclusionary time-out to decrease noncompliance in two 4-year-old girls. The girls often refused to comply with their mothers’ requests; in response, the mothers repeated requests, threatened, scolded, or pleaded with the girls to do what had been asked. The researchers worked with each mother-daughter pair in their homes. They instructed the mother to praise her daughter when she did comply with a request and to use time-out when the daughter refused. When the mother made a request and the daughter did not comply within 20 seconds, the mother took the girl to another room and made her sit in a chair for 1 minute. After telling the child why she had to sit in the chair, the mother did not interact with her during the time-out period. If the child engaged in problem behaviors during time-out, the time-out period was extended until the child was quiet for at least 10 seconds. Using time-out with these two young children greatly reduced their noncompliant behavior.

 

Response Cost

Marty was in a hurry to finish shopping so that he could get home in time for the ballgame. He pulled up in front of the store and parked in the parking spot reserved for people with disabilities. No other parking spaces were close by, and he reasoned that he would be in the store for only a few minutes. Marty bought the items he needed and ran out the door. When he got to his car, he saw that he had a $250 ticket. After this incident, he never again parked in a spot reserved for people with disabilities. The fine for parking illegally is an example of a response cost procedure.

Jake and Jeremy, 7- and 8-year-old brothers, fought with each other frequently. They argued over who got to go first in games, yelled at each other when one had a toy that the other wanted, and wrestled over the TV remote control. Their parents decided to implement a program to decrease the frequency of the fighting. Both boys got a $2 allowance each Saturday. The parents told them that they would lose 25 cents of their allowance money each time they fought with each other. The parents defined fighting as arguing loudly, yelling, screaming, crying, or any physical confrontation such as pushing, shoving, hitting, or wrestling. The parents put up a chart on the bulletin board in the kitchen. The chart had Jake’s name and Jeremy’s name, with eight quarters drawn under each name. For each fight, the parents put an X through a quarter under the name of the boy who was fighting. Whenever a parent saw or heard a fight, the parent calmly walked up to the boys and said, “You lost one quarter for fighting. I suggest you stop fighting so that you don’t lose more money.” The parent then walked to the chart and crossed off a quarter. In addition, the parents taught the boys how to solve problems and compromise when they had disagreements. The parents praised them whenever they saw the boys engaging in problem-solving or compromise. Within a few weeks, Jake and Jeremy were fighting much less often and rarely lost any quarters.

 

Defining Response Cost

These two examples illustrate the behavioral procedure called response cost, which is defined as the removal of a specified amount of a reinforcer contingent on the occurrence of a problem behavior. Response cost is a negative punishment procedure when it results in a decrease in the future probability of the problem behavior. Marty lost $250 when he parked in the spot reserved for people with disabilities. As a result, he is much less likely to engage in this behavior again. Jake and Jeremy lost a quarter each time they engaged in the problem behavior, fighting. This resulted in a decrease in the rate of this behavior for the boys.

Response cost procedures are used widely by governments, law enforcement agencies, and other institutions. Governments rarely use positive reinforcement to control their citizens’ behaviors. If you don’t pay your taxes or you are caught cheating on your taxes, the IRS fines you. If you park illegally or get caught speeding, you get a ticket and pay a fine. If you write a bad check, you pay a fine to the bank. If you return books late to the library, you get fined. In each case, the fine is the loss of a quantity of a reinforcer (money) and is imposed to decrease the probability that you will engage in the inappropriate behavior. Money commonly is used in response cost procedures because it is a reinforcer for practically everyone and because it is easily quantified. The severity of the loss can be adjusted easily to fit the misbehavior. Other reinforcers that can be used in response cost procedures include tangible or material reinforcers, such as snacks, toys, tokens, or the opportunity to use the family car, and activity reinforcers, such as going to a movie, playing a game, or going out at recess. Any privilege that can be revoked contingent on the occurrence of a problem behavior may be used in a response cost procedure.

Using Differential Reinforcement with Response Cost

If a response cost procedure is being used to decrease a problem behavior, differential reinforcement should also be used to increase a desirable alternative behavior (DRA) or to reinforce the absence of the problem behavior (DRO). As stated earlier, a differential reinforcement procedure should be used in conjunction with any punishment or extinction procedure.

Comparing Response Cost, Time-out, and Extinction

Response cost, time-out, and extinction procedures are similar in that they are used to decrease a problem behavior. However, different processes are involved.

With extinction, the problem behavior is no longer followed by the reinforcing event that previously maintained the behavior.

With time-out, the person is removed from access to all sources of reinforcement contingent on the problem behavior.

With response cost, a specific amount of a reinforcer the person already possesses is removed after the problem behavior.

The distinction among the three procedures may be clarified by means of an example.

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Joey plays with various toys and crafts at a table with other preschool children. The teacher and teacher’s aide play with the children, help them, and provide attention at periodic intervals. The reinforcers in this environment include toys, crafts, attention from the adults, and attention from the other children. In the classroom, Joey engages in disruptive behavior, which is reinforced by the teacher’s attention. She explains to Joey why his behavior is not good, hugs him, and tells him to play nicely. This happens every time Joey engages in the disruptive behavior.

Describe how the teacher would implement extinction, time-out, and response cost procedures with Joey.

In extinction, the teacher would ignore Joey’s disruptive behavior. Her attention is the reinforcer for the problem behavior, so if she ignored the behavior, she would be withholding the reinforcing consequence. Extinction probably is not the best procedure in this case because Joey’s disruptive behavior might escalate and disrupt or hurt the other children.

In time-out, the teacher would remove Joey from the table and put him in a chair in the hallway, in another room, or across the room for a few minutes. By putting Joey in a chair away from the table, the teacher removes Joey from access to all the reinforcers present in the environment. Time-out would be an appropriate procedure because Joey could not continue to disrupt the other children while away from the table during time-out.

In response cost, the teacher would remove some reinforcer that Joey already possesses when he engages in disruptive behavior. For example, the teacher might take away his favorite toy for a short period when he is disruptive. The favorite toy is a reinforcer that Joey loses contingent on the problem behavior, but it is not the reinforcer for the problem behavior. Attention is the reinforcer for the problem behavior. Response cost may be an appropriate procedure, depending on whether Joey’s disruptive behavior escalates when the toy is removed.

 

 

Considerations in Using Response Cost

 

To use response cost procedures successfully, you must consider a number of issues.

 

Which Reinforcer Will Be Removed?

You must identify the reinforcer and the amount of the reinforcer you will remove in the response cost procedure. The reinforcer should be one that the change agent has control over so that it can be removed after the problem behavior. The quantity of the reinforcer must be large enough so that its loss contingent on the problem behavior will decrease the problem behavior. Although a quarter may be a large reinforcer for a child, most adults would not stop speeding if the fine were only a quarter. After identifying the reinforcer, you must decide whether the loss of the reinforcer is permanent or temporary. When you pay a fine for a speeding ticket, the loss of the money is permanent. However, sometimes the loss of a reinforcer is temporary. For example, a parent may take a child’s bicycle away for a week as punishment for a problem behavior. Although the child loses a week of biking activity, the bike eventually is returned to the child.

 

 

 

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Is the Reinforcer Loss Immediate or Delayed?

In some cases, the reinforcer is removed immediately after the problem behavior in a response cost procedure. For example, a student who engages in disruptive behavior in the classroom loses a token immediately. However, when a token reinforcement program is not in use, the reinforcer loss in response cost usually is delayed. You pay the speeding fine later. The child loses allowance money at the end of the week, when the allowance is given. A child loses the opportunity to engage in an activity later in the day contingent on a problem behavior earlier in the day.

Although the reinforcer loss typically is delayed, the person is told about the loss immediately after the problem behavior. In addition, in some cases, an immediate consequence occurs together with the delayed loss of the reinforcer. For example, Jake and Jeremy’s parents put an X through a quarter on a chart to symbolize the loss of allowance money. The person caught speeding is given a ticket as an indication of the money to be lost later. An X is put by a student’s name on the chalkboard to indicate the loss of recess. The immediate verbal statement about losing a reinforcer and the symbolic representation become conditioned punishers because they are paired with the eventual loss of the reinforcer. In this way, the actual loss of the reinforcer can be delayed, yet still is an effective punisher.

If response cost is to be used with people with severe intellectual deficits, it is best to have an immediate reinforcer loss. For such people, a delay between the problem behavior and the loss of the reinforcer may make response cost less effective. Therefore, if response cost is going to be used with people with severe or profound intellectual disabilities, it may best be used in conjunction with a token reinforcement program. In a token program, the person accumulates tokens as reinforcers for desirable behaviors, and a token can be taken immediately contingent on the occurrence of the problem behavior.

Is the Loss of Reinforcers Ethical?

It is important that the removal of reinforcers in the response cost procedure does not violate the rights of the person being treated or result in harm to him or her. Although parents might take away a toy or other possession from their child as a consequence for a problem behavior, taking away a personal possession from an adult in a treatment program would be a violation of that person’s rights. In addition, depriving a child or adult in a treatment program of a meal or food that is normally available to the person is also a violation of that person’s rights. Although parents might not allow their child to have a dessert or a snack as a consequence for a problem behavior in a response cost program, parents should never deprive a child of nutritional requirements that could result in harm to the child.

 

 

Is Response Cost Practical and Acceptable?

The response cost procedure must be practical. The change agent must be capable of carrying out the procedure. The response cost procedure must not stigmatize or embarrass the person with the problem behavior. The change agent implementing the procedure must find the procedure to be an acceptable method for decreasing a problem behavior. If the procedure is not practical or the change agent does not find it acceptable, alternative procedures must be considered.

 

 

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Considerations in Using Response Cost

 

 

 

 

 

 

 

 

Which reinforcer will be removed?

 

 

 

 

 

 

 

Is the reinforcer loss immediate or delayed?

 

 

 

 

 

 

 

Is the reinforcer loss ethical?

 

 

 

 

 

 

 

Is response cost practical and acceptable?

 

 

 

 

 

 

 

Research Evaluating Response Cost Procedures

 

Numerous studies have evaluated response cost programs with various problem behaviors in a variety of populations. Response cost has been used to decrease child misbehavior during family shopping trips (Barnard, Christophersen, & Wolf, 1977), inappropriate behaviors in long-term patients in a psychiatric hospital (Doty, McInnis, & Paul, 1974), sleep problems in young children (Ashbaugh& Peck, 1998), sleep problems in children and adolescents with intellectual disabilities (Piazza & Fisher, 1991), off-task behavior in hyperactive children (Rapport, Murphy, & Bailey, 1982), noncompliance to parental requests (Little & Kelley, 1989), thumb-sucking and hair-pulling (Long, Miltenberger, & Rapp, 1999; Long, Miltenberger, Ellingson, &Ott, 1999), disruptive behavior in the classroom (Barrish, Saunders, & Wolf, 1969; Conyers, Miltenberger, Maki, et al., 2004), and speech dysfluencies in college students (Siegal, Lenske, &Broen, 1969). A number of other evaluations of response cost procedures are described in more detail here.

 

Marholin and Gray (1976) investigated the effects of response cost on the cash shortages in a restaurant. Before response cost was implemented, the business had shortages from the cash register at the end of the day that averaged 4% of the day’s income. Six cashiers participated in the study. During the response cost intervention, the shortage at the end of a day was calculated; if it was more than 1%, it was divided between the cashiers for that day and taken out of their paychecks. The daily cash shortages during the group response cost condition decreased to well below the 1% criterion (Figure 17-4).

 

FIGURE 17-4

 

 

This graph shows the effects of response cost on the daily cash shortages (or overages) from the cash register of a small business. The dotted line shows the total amount of money in the cash register that was under or over the expected amount at the end of the day. The solid line shows the percentage of the day’s sales that was under or over at the end of each day. The response cost was implemented if the shortage was more than 1% of the day’s sales. Response cost was implemented in an A-B-A-B design and decreased shortages to the criterion level each time it was implemented. (From Marholin, D., & Gray, D. [1976]. Effects of group response cost procedures on cash shortages in a small business. Journal of Applied Behavior Analysis, 9, 25–30. Copyright © 1976 Society for the Experimental Analysis of Behavior. Reprinted by permission of the Society for the Experimental Analysis of Behavior.)

 

 

Aragona, Cassady, and Drabman (1975) used response cost as a component of a weight-loss program with children and their parents. The parents and their child attended 12 weekly group meetings. At the meetings, they learned a number of skills for managing caloric intake and initiating and maintaining an exercise program. At the beginning of the weight-loss program, the parents deposited a sum of money with the researchers. In the response cost component of the program, they lost a portion of this money if they did not show up for a weekly meeting, if they did not bring their graphs and charts to the meeting, and if their child did not lose the amount of weight specified in a contract for the week. All of the children lost weight across the 12 weeks of the program. In this study, the researchers used response cost contingent on weight loss, which is the outcome of a number of behaviors. Note that it is usually more effective to make the response cost contingent on specific behavior.

 

McSweeny (1978) reported an example of response cost used with the entire population of a major city. Before 1974, directory assistance calls in Cincinnati, Ohio, were free. From 1971 through 1973, between 70,000 and 80,000 directory assistance calls were made to phone company operators every day. In 1974, the telephone company instituted a 20-cent charge for each call to directory assistance, and the number of directory assistance calls per day declined to about 20,000, a decrease of 50,000-60,000 calls per day. When telephone users had to pay to get a number through directory assistance, this behavior decreased and, presumably, the alternative behavior of using the phone book to get a number increased.

 

 

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CHAPTER SUMMARY

 

 

1.

In time-out, the person loses access to all sources of reinforcement contingent on the problem behavior. Time-out works as a form of negative punishment.

 

 

2.

In nonexclusionary time-out, the person is removed from all sources of reinforcement while remaining in the environment where the problem behavior occurred. In exclusionary time-out, the person is removed from the environment and taken to a time-out room or area.

 

 

3.

In response cost, the person loses a quantity of a specific reinforcer contingent on the occurrence of the problem behavior. Immediately after the problem behavior, the reinforcer is removed and the person is less likely to engage in the problem behavior in the future.

 

 

4.

Reinforcement is used in conjunction with timeout or response cost so that a desirable alternative behavior is strengthened to replace the problem behavior that is decreased with these punishment procedures.

 

 

5.

For time-out to be effective, the time-in environment must be reinforcing. Time-out is not appropriate for problem behaviors maintained by escape or sensory stimulation. Time-out must be practical, safe, acceptable to caregivers, and brief in duration. Escape from time-out and interactions with the child during time-out must be prevented. For response cost to be used successfully, the change agent must have control over the reinforcer to be removed. In addition, reinforcers must not be removed from a person if it will result in harm or a violation of that person’s rights. The change agent must choose the appropriate reinforcer to remove during the response cost procedure and must determine whether the loss of the reinforcer will be immediate or delayed. Response cost must be practical and acceptable to caregivers.Top of Form

 

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MISAPPLICATIONS

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MISAPPLICATIONS

  • 1. A teacher in a special education classroom was working with a child with severe intellectual disability. The teacher was using small bites of food as reinforcers in a training program to help the child make correct letter discriminations. The teacher decided to arrange an establishing operation that would make food a more powerful reinforcer so that the child would be more likely to respond correctly in training sessions. Because training sessions were in the early afternoon, the teacher decided to keep the child from eating lunch at noon. The teacher reasoned that if the child did not eat lunch, food would be a more effective reinforcer in the afternoon. What is wrong with this antecedent control strategy? What would be a better antecedent control strategy to use in this case?
  • 2. Milt wanted to start working out more often. He decided that the best way to get into a regular workout routine would be to join a health club. He joined a club that was a 30-minute drive away. Milt reasoned that once he paid the membership fee for a year, he would be more likely to drive there and work out at least a few times a week. And because he paid the fee for the full year, he believed that he would continue to work out at the club for the whole year. What is wrong with this strategy? What could Milt do to make it more likely that he would work out regularly?
  • 3. Dr. Drake, a dentist, was concerned that many of her patients did not floss their teeth regularly and were therefore at risk for gum disease. Dr. Drake devised a plan to get her patients to floss every day. Every time patients came in for a 338339checkup or cleaning, Dr. Drake showed them awful pictures of people with gum disease and pictures of painful surgery that the people with gum disease had to endure because they did not floss regularly. Before the patients left the office, she told them that they could avoid the awful gum disease and the painful surgery by flossing their teeth for 2 minutes every day. What antecedent control strategy was Dr. Drake using to get her patients to floss their teeth? Why is this strategy, by itself, not enough to keep people flossing? What other strategies would you add to make it more likely that people would keep flossing their teeth regularly?
  • 4. Sandy, a third grade student with learning problems, attended a special class. She usually engaged in disruptive behaviors in the classroom when required to complete math problems. The teacher conducted a functional assessment and found that the request to do math problems was the primary antecedent to the disruptive behavior. The teacher decided to use an antecedent manipulation and no longer asked Sandy to do math problems. The teacher reasoned that if Sandy was no longer asked to do math problems, the disruptive behavior would be less likely to occur. What is the problem with this procedure?
  • 5. Phyllis and Fred, two medical students who lived together, had to study every day. They both liked to relax by watching TV. Fred watched baseball, football, basketball, and other ball games broadcast on cable channels. Phyllis watched old movies on cable. The problem started to emerge as Phyllis spent time watching movies instead of studying. Her work was suffering, but she continued to watch the old movies and convinced herself that she would catch up with her studying later. On the other hand, Fred watched his ball games only after he had his work done. Phyllis finally realized she had a problem and decided that one way to help her watch TV less often, and therefore study more often, would be to discontinue cable. If she got rid of cable, she would be eliminating the antecedent (movies on cable) for the problem behavior, so that the problem behavior would be less likely to occur. What is the problem with the antecedent manipulation in this case?
  • 6. Patrick, an adult with intellectual disability, lived in a group home and worked in a community job. A problem that Patrick exhibited in the group home was refusal to complete training activities such as grooming and household tasks. He was most likely to refuse when younger staff made requests to him. When older staff made requests, he was typically compliant. Because requests from younger staff appeared to be a reliable antecedent to the problem behavior, the supervisor decided to have only the older staff work with Patrick. What is the problem with this antecedent procedure?

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Chapter Seventeen: Using Punishment: Time-out and Response Cost

How does time-out work to decrease a problem behavior?What are the two types of time-out What is response cost? How do you use it to decrease a problem behavior? Why is it important to use reinforcement procedures together with time-out or response cost

What issues must you consider when using time-out or response cost?

As discussed in Chapter 6, punishment is a basic behavioral principle. Punishment occurs when a behavior is followed by a consequence that results in a decrease in the future probability of the behavior. The consequence following the behavior may involve the presentation of an aversive stimulus or event (positive punishment) or the removal of a reinforcing stimulus or event (negative punishment). In both forms of punishment, the behavior is weakened.

A variety of punishment procedures can be used to decrease a problem behavior. However, punishment procedures typically are used only after functional interventions—extinction, differential reinforcement, and antecedent manipulations—have been implemented or considered. When these procedures are implemented and result in a decrease in the problem behavior, punishment procedures are unnecessary. However, if functional procedures are ineffective (or not completely effective) or if their use is limited or impossible for whatever reason, punishment procedures may be considered.

The use of punishment procedures can be controversial. Some people believe that using punishment, the contingent presentation of an aversive event or the removal of a reinforcing event, may violate the rights of the person being treated (e.g., see LaVigna&Donnelan, 1986). In addition, positive punishment involves presenting an aversive stimulus, which is often perceived to be painful or unpleasant; therefore, some people believe that punishment produces unnecessary pain or discomfort for the person receiving treatment. (Note, however, that an aversive stimulus is not defined by painful or unpleasant feelings. Rather, behavior modification adopts a functional definition, in terms of its effect on behavior: An aversive stimulus is any stimulus whose contingent presentation decreases the future probability of a behavior or whose contingent removal increases the future probability of a behavior; see, for example, Reynolds, 1968.)

For these and other reasons (see Chapters 6 and 18), punishment procedures usually are not the first choice of interventions for decreasing problem behaviors. If a punishment procedure is used, it is often a negative punishment procedure involving the removal of reinforcing events after a problem behavior. This chapter describes two common negative punishment procedures: time-out and response cost.

 

Time-out

Cheryl and the other kindergarten children were sitting around the table making figures out of clay, finger painting, and cutting shapes out of construction paper. After a little while, Cheryl threw one of her clay figures and smashed some figures made by other children. Seeing this, the teacher calmly walked up to Cheryl and said, “Cheryl, come with me.” She took Cheryl by the arm, and they walked to a chair across the room. When they got to the chair, she said, “Cheryl, you can’t play when you throw things or break things. Sit here until I say you can play again.” The teacher then walked back to the table and praised the other children for the figures they had made. After 2 minutes, the teacher walked back over to Cheryl and said, “Cheryl, you can come back to the table and play now” (Figure 17-1). When Cheryl came back and played without any further problems, the teacher talked to her and praised her for playing nicely. This procedure, in which Cheryl was removed from the reinforcing activity in the classroom for a few minutes contingent on an instance of the problem behavior, is called time-out. Once the teacher started using time-out, the rate of Cheryl’s problem behaviors decreased greatly.

 

FIGURE 17-1

When Cheryl engages in a problem behavior in the classroom, she has to sit off to the side and watch her classmates have fun for a few minutes. This procedure, a form of time-out called contingent observation, removes Cheryl from the reinforcement in the classroom for a few minutes contingent on the problem behavior.

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For about a year, 5-year-old Kenny had talked back to his parents and refused to do what they asked. Usually, Kenny was watching TV or playing a game when he engaged in these problem behaviors. Although his parents argued with him and gave him warnings about what might happen, he usually continued to watch TV or play and did not complete the task that was requested. His parents discussed the problem with a psychologist and decided to implement the following plan. First, when a parent wanted Kenny to do something, the parent went up to him, looked him in the eyes, and stated clearly what he or she wanted him to do. Second, the parent continued to stand there, and if Kenny did not do what was requested within a short time (10-15 seconds), the parent said, “If you don’t do what I tell you, you have to sit in your room.” The parent then took Kenny’s hand and walked him to his room. There were no toys, TV, or other recreational materials in Kenny’s room. The parent told him to stay there until told that he could leave. If Kenny argued, complained, or talked back during this process, the parent did not say anything to him in return. After a few minutes, the parent went to Kenny’s room and made the same request that Kenny had earlier refused. If Kenny complied with the request this time, the parent thanked him for performing the task and let him watch TV or resume playing. If he refused again, however, the parent told him that he would have to stay in his room longer and left him there. After a few more minutes, the parent returned and repeated the process until Kenny finally complied with the request. Finally, on occasions when Kenny complied with his parents’ request without protest, the parents smiled and praised him enthusiastically.

These two examples illustrate the use of time-out (and other procedures) to decrease the occurrence of different problem behaviors. In each example, after the problem behavior, the child was removed from the reinforcing situation for a brief period. Playing with the clay and finger paints and interacting with the other children are reinforcing activities for Cheryl, and time-out involved removing her from the situation where these reinforcing activities were present. Watching TV or playing a game is reinforcing for Kenny, and time-out involved removing him from the opportunity to continue these activities.

 

What other behavioral procedures were used in conjunction with time-out in these examples?

 

Differential reinforcement of alternative behavior was used in both examples. When Cheryl was playing appropriately, the teacher reinforced this behavior with attention. When Kenny complied with his parents’ requests, this behavior was reinforced with praise and the opportunity to continue the reinforcing activities that he was engaging in before the request. In addition, Kenny’s parents used a stimulus control procedure by standing directly in front of Kenny, looking him in the eyes, and stating the request clearly. The specific request, close proximity, and eye contact became a discriminative stimulus in the presence of which Kenny’s compliance was reinforced and his refusal behavior was punished (with time-out). Thus, whenever the parents make a request in this way, Kenny is less likely to refuse because refusal has been punished by time-out.

 

 

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Types of Time-out

 

Time-out is defined as the loss of access to positive reinforcers for a brief period contingent on the problem behavior (Cooper, Heron, &Heward, 1987). The result is a decrease in the future probability of the problem behavior. Time-out as used in this section is short for time-out from positive reinforcement. There are two types of time-out: exclusionary and nonexclusionary.

The example of Cheryl illustrates nonexclusionary time-out. Cheryl remained in the classroom after the problem behavior but had to sit across the room from where the other children played, and was thus removed from the reinforcing activity. The case of Kenny illustrates exclusionary time-out. Contingent on the problem behavior, Kenny was taken out of the room where he was watching TV or playing. He was taken to a room where these reinforcers were not available.

Nonexclusionary time-out is most likely to be used when the person can be removed from the reinforcing activities or interactions while still remaining in the room, and the presence of the person in the room will not be disruptive to others in the environment. If either of these criteria cannot be met, exclusionary timeout would be used instead. For example, if Cheryl sat across the room in the time-out chair and disrupted the other students by continuing to engage in the problem behavior, nonexclusionary time-out would not be appropriate. Alternatively, if watching other children play were just as reinforcing for Cheryl as playing herself, nonexclusionary time-out would not be effective. For the procedure to be effective, the person must be removed from access to positive reinforcers. For Cheryl, exclusionary time-out could be implemented by having her sit in the principal’s office or in another room adjacent to the classroom for a few minutes each time she engaged in the problem behavior. In addition, nonexclusionary time-out might be effective if Cheryl was made to sit in a chair facing the wall.

 

Exclusionary Time-out

 

 

 

 

 

 

 

The person is removed from the room (the reinforcing environment) where the problem behavior occurred and is taken to another room. This removes the person from all sources of positive reinforcement.

 

 

 

 

Nonexclusionary Time-out

 

The person remains in the room while being removed from access to positive reinforcers

 

Using Reinforcement with Time-out

 

Whenever you use time-out (or any other punishment procedure), you should also use a differential reinforcement procedure. The time-out procedure decreases the rate of the problem behavior, and a differential reinforcement procedure increases an alternative behavior to replace the problem (differential reinforcement of alternative behavior [DRA]) or provides the reinforcer for the absence of the problem behavior (differential reinforcement of other behavior [DRO]), while at the same time applying extinction for the problem behavior. Because the time-out procedure  344345eliminates access to positive reinforcers contingent on the problem behavior, it is important for the person to have access to positive reinforcers through a DRA or DRO procedure. If you used time-out without a differential reinforcement procedure, there could be a net loss in reinforcement and the problem behavior could be more likely to reemerge after treatment.

 

 

 

Considerations in Using Time-out

 

To use time-out effectively, you must address a number of considerations.

 

What Is the Function of the Problem Behavior?

Time-out is appropriate to use with problem behaviors that are maintained by positive reinforcement involving social or tangible reinforcers. Time-out removes access to these and other positive reinforcers contingent on the problem behavior; as a result, the problem behavior is less likely to occur. In addition, the time-in environment (the environment where the problem behavior occurs) must consist of positively reinforcing activities or interactions for timeout to be effective. Removing the person from this environment is time-out from positive reinforcement only if the time-in environment is positively reinforcing and the time-out environment is not reinforcing or is less reinforcing (Solnick, Rincover, & Peterson, 1977).

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Time-out is not appropriate to use with problem behaviors maintained by negative reinforcement or sensory stimulation (automatic reinforcement). Because timeout removes the person from the ongoing activities or interactions in the room, timeout would negatively reinforce any behavior that was maintained by escape (Plummer, Baer, & LeBlanc, 1977; Taylor & Miller, 1997). For example, suppose that a student engages in aggressive behavior in the classroom and this behavior is negatively reinforced by escape from the educational demands. If the teacher used time-out, removing the student from the classroom would negatively reinforce the aggressive behavior. Time-out negatively reinforces the problem behavior when the time-out environment is less aversive than the ongoing activities.

Likewise, when a problem behavior is maintained by sensory stimulation, time-out is not appropriate because it would not function as time-out from positive reinforcement. The person would be removed from the activities or interactions in the time-in environment and would have the opportunity to engage in the problem behavior while alone in the time-out area (Solnick et al., 1977). Because the problem behavior is reinforced automatically by the sensory stimulation it produces, time-out would be reinforcing: The person would have the opportunity to engage in the automatically reinforced behavior without interruption

 

FOR FURTHER READING: Functional Considerations in Using Time-out

Studies by Plummer and colleagues (1977), Solnick and colleagues (1977), and Taylor and Miller (1997) established that the functional context in which time-out is used influences the effectiveness of time-out. Because time-out involves removal of the individual from a reinforcing environment for a brief period contingent on the problem behavior, time-out will not work if the “time-in” environment is aversive, devoid of reinforcers, or less reinforcing than the time-out environment. For example, Plummer and colleagues (1977) evaluated the effects of time-out for disruptive behavior that occurred during classroom instruction.  345346They showed that disruptive behavior increased when time-out was used because time-out provided escape from instruction (negative reinforcement). Solnick and colleagues likewise showed that time-out was effective when the time-in environment was enriched (filled with reinforcers) but was not effective when the time-in environment was impoverished (devoid of reinforcers). Solnick and colleagues also showed that time-out did not work when an individual had the opportunity to engage in self-stimulatory behavior during time-out; thus, the time-out environment was more reinforcing than the time-in environment. Finally, Taylor and Miller (1997) showed that time-out was effective for problem behaviors maintained by attention from teachers but was not effective for problem behaviors maintained by escape from academic tasks. When problem behaviors were maintained by attention, time-out removed attention and thus functioned as negative punishment (thereby decreasing the problem behavior). When problem behaviors were maintained by escape, time-out provided escape and thus functioned as negative reinforcement (thereby increasing the problem behavior).

 

 

Is Time-out Practical in the Given Situation?

Time-out is practical when the change agents can implement the procedure successfully and the physical environment is conducive to its use. In the time-out procedure, the person often is removed from the room or from the area of the room where the problem behavior occurs. The change agent implementing time-out often must physically escort the client to the time-out room or area. In some cases, the client may resist when being escorted to timeout areas. If the resistance involves physical confrontation or aggression, especially if the client is a large person (e.g., an adult with intellectual disability or a psychiatric disorder), the change agent may not be able to implement the procedure. This factor must be considered before time-out is chosen as a treatment.

The second practical consideration is whether there is an appropriate room or area to use for time-out. For exclusionary time-out, another room or a hallway can be used. However, the time-out area must be a place where the client does not have access to any positive reinforcers. If a child is sent to his or her room for time-out and the room has a TV, video games, and toys, the room is not an appropriate place for time-out. If other people interact with the client during time-out, the time-out area is not appropriate. For example, if a student is sent to sit in a hallway where his or her friends are hanging out, time-out will not be effective. If no room or area exists where the client can be removed from positive reinforcers, time-out cannot be implemented.

Sometimes a room is built or an existing room is modified specifically for use as a time-out room. Such a room should be safe (free of sharp or breakable objects), well-lighted (with a ceiling light that cannot be broken), and barren (empty except for a chair). In addition, there should be an observation window so that the client can be observed during time-out. A one-way observation window is best so that the client cannot see the observer. Finally, the room should not have a lock so that the client cannot lock out the change agent and the change agent cannot lock in the client. This precaution safeguards against the misuse of a time-out room. It would be a misuse of time-out for the change agent to lock the door and leave a client unattended in a time-out room.

 

Is Time-out Safe?

As noted earlier, the time-out room must not contain any objects that clients could use to hurt themselves. In addition, although the change agent must not interact with clients during time-out, the change agent should  346347observe them throughout the duration of time-out to ensure that they do not harm themselves. This is especially important for clients who engage in violent, aggressive, or self-injurious behavior.

 

 

Is the Time-out Period Brief?

Time-out is a brief loss of access to positive reinforcers. The problem behavior should result in an immediate removal from the reinforcing time-in environment. However, the client should be returned to the time-in environment as soon as possible and allowed to resume normal activities (whether educational, vocational, or recreational). Time-out duration is typically 1-10 minutes. However, if the client is engaging in problem behaviors in the time-out area at the end of the timeout period, time-out is extended for a brief time (typically 10 seconds to 1 minute) until the client is no longer engaging in problem behaviors. The absence of the problem behavior is required at the end of time-out so that the termination of time-out does not negatively reinforce the problem behavior. This extension of time-out is called a contingent delay. Although an earlier study by Mace, Page, Ivancic, and O’Brien (1986) found that time-out was equally effective with or without the contingent delay, a more recent study by Erford (1999) showed that time-out with a contingent delay was more effective than time-out without a contingent delay. Although research findings are mixed, a contingent delay is recommended so that problem behavior is not inadvertently reinforced by escape from time-out. When the client is released from time-out, the change agent should identify the desirable behavior that will be reinforced in the time-in environment.

 

Can Escape from Time-out Be Prevented?

Whether using exclusionary or nonexclusionary time-out, the change agents should prevent the client from leaving the timeout room or area before the end of the time-out interval. If implemented correctly, time-out is aversive for the client, so the client may try to leave. However, for time-out to be effective, the client must not leave until the interval is up. For example, if a parent is using a time-out chair with a 5-year-old, the parent must keep the child in the chair during time-out. If the child gets up, the parent (who is standing near the child in the chair) should calmly give the child the instruction to sit back down. If the child does not comply or if the child gets up repeatedly, the parent should use physical guidance to keep the child in the chair. This may vary from a hand on the shoulder to physically restraining the child in the chair (McNeil, Clemens-Mowrer, Gurwitch, &Funderburk, 1994). When a time-out room is being used, the parent must return the child to the room if the child leaves prematurely; alternatively, the parent may hold the door closed as the child tries to open it. In either case, it is important to avoid a struggle, which may be reinforcing for the child, and thus make time-out less effective. If the parent cannot prevent escape from time-out or cannot avoid a reinforcing struggle, time-out should not be used.

 

 

Can Interactions Be Avoided during Time-out?

Time-out must be implemented calmly and without any emotional response from the change agent. In addition, while taking the client to time-out or during time-out, the change agent must not interact socially with the client. Reprimands, explanations, or any other form of attention must be avoided during time-out because they lessen its effectiveness.  347348For example, if a child sitting in a time-out chair whines, cries, calls the parent names, or says, “I hate you,” or if the child pleads to get out of the chair or promises to be good, the parent should stand nearby and ignore this behavior until the time-out interval is up. If the child resists going to the time-out chair or room, the parent must not scold the child or try to talk the child into complying. The parent should simply provide the degree of physical guidance that is necessary to get the child to the time-out room or chair.

 

 

Is Time-out Acceptable in the Given Situation?

In some treatment settings, such as programs for people with intellectual disabilities, rules and regulations govern the use of timeout and other punishment procedures. Before deciding whether to use time-out, you must be certain that the procedure is acceptable in the particular treatment environment. In addition, when working with parents, it is important to assess the degree to which they find time-out to be an acceptable procedure. Although acceptability may be increased through rationales and explanations about a particular treatment, ultimately the parents must accept the use of time-out if they are to implement it with their child.

 

Considerations in Using Time-out

 

 

 

 

 

 

 

What is the function of the problem behavior?

 

 

 

 

 

 

 

Is time-out practical in the circumstances?

 

 

 

 

 

 

 

Is time-out safe?

 

 

 

 

 

 

 

Is the time-out period brief?

 

 

 

 

 

 

 

Can escape from time-out be prevented?

 

 

 

 

 

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Can interactions be avoided during time-out?

 

 

 

 

 

 

 

Is time-out acceptable in the circumstances?

 

 

 

 

 

Research Evaluating Time-out Procedures

 

Numerous studies have demonstrated the effectiveness of time-out with children and with people with intellectual disabilities (Adams & Kelley, 1992; Bostow& Bailey, 1969; Handen, Parrish, McClung, Kerwin, & Evans, 1992; Hobbs, Forehand, & Murray, 1978; Mace et al., 1986; McGimsey, Greene, &Lutzger, 1995; Roberts & Powers, 1990; Rolider& Van Houten, 1985; Taylor & Miller, 1997).

Porterfield, Herbert-Jackson, and Risley (1976) and Foxx and Shapiro (1978) investigated two variations of nonexclusionary time-out. Porterfield and her colleagues evaluated time-out with young children who engaged in aggressive and disruptive behaviors in a day care program. When a child engaged in a problem behavior, the caregiver took the child outside the play area and had the child sit down on the floor and watch the other children play. After the child sat there for about a minute with no toys, activities, or interactions, the caregiver allowed the child to return to the play area. The caregiver also praised the other children for playing appropriately. Porterfield called this procedure contingent observation because, contingent on the occurrence of the problem behavior, the child had to sit and watch the other children play appropriately. The procedure decreased the level of disruptive and aggressive behavior of the children in the day care program.

 

 

Foxx and Shapiro (1978) worked with five boys with intellectual disabilities who engaged in a variety of problem behaviors (hitting, throwing objects, yelling, getting out of seat, banging objects) in a special education classroom. The boys sat around a table where the teacher worked with them on various educational activities. The teacher delivered edible and social reinforcers to each student at intervals of about 2 minutes when the student was not exhibiting a problem behavior. During the time-in condition, each student wore a different-colored ribbon around his neck. When the student engaged in a problem behavior, the teacher removed the ribbon and put it around her neck as a signal that time-out was in effect for that student. As long as the student was not wearing his ribbon, he could not engage in any activities and could not receive the reinforcers. The time-out lasted for 3 minutes. Use of this nonexclusionary time-out procedure resulted in decreases in problem behaviors for all five boys.

Mathews, Friman, Barone, Ross, and Christophersen (1987) worked with mothers and their 1-year-old children. The researchers instructed the mothers to use exclusionary time-out when their children engaged in dangerous behaviors (e.g., touching electrical cords or appliances). The mothers first childproofed the home by eliminating as many hazards as possible. This antecedent manipulation should be used by all parents of young children to increase safety. They then used time-out and differential reinforcement when their children were playing. The mothers praised their children for playing appropriately, and when a child engaged in a dangerous behavior, the mother immediately implemented time-out (Figure 17-2). The mother said “no,” took her child from the play area, and put  349350the child in the playpen for a brief period (until the child was quiet for 5-10 seconds). This time-out procedure resulted in a reduction in dangerous behavior for all the children (Figure 17-

Rortvedt and Miltenberger (1994) used exclusionary time-out to decrease noncompliance in two 4-year-old girls. The girls often refused to comply with their mothers’ requests; in response, the mothers repeated requests, threatened, scolded, or pleaded with the girls to do what had been asked. The researchers worked with each mother-daughter pair in their homes. They instructed the mother to praise her daughter when she did comply with a request and to use time-out when the daughter refused. When the mother made a request and the daughter did not comply within 20 seconds, the mother took the girl to another room and made her sit in a chair for 1 minute. After telling the child why she had to sit in the chair, the mother did not interact with her during the time-out period. If the child engaged in problem behaviors during time-out, the time-out period was extended until the child was quiet for at least 10 seconds. Using time-out with these two young children greatly reduced their noncompliant behavior.

 

Response Cost

Marty was in a hurry to finish shopping so that he could get home in time for the ballgame. He pulled up in front of the store and parked in the parking spot reserved for people with disabilities. No other parking spaces were close by, and he reasoned that he would be in the store for only a few minutes. Marty bought the items he needed and ran out the door. When he got to his car, he saw that he had a $250 ticket. After this incident, he never again parked in a spot reserved for people with disabilities. The fine for parking illegally is an example of a response cost procedure.

Jake and Jeremy, 7- and 8-year-old brothers, fought with each other frequently. They argued over who got to go first in games, yelled at each other when one had a toy that the other wanted, and wrestled over the TV remote control. Their parents decided to implement a program to decrease the frequency of the fighting. Both boys got a $2 allowance each Saturday. The parents told them that they would lose 25 cents of their allowance money each time they fought with each other. The parents defined fighting as arguing loudly, yelling, screaming, crying, or any physical confrontation such as pushing, shoving, hitting, or wrestling. The parents put up a chart on the bulletin board in the kitchen. The chart had Jake’s name and Jeremy’s name, with eight quarters drawn under each name. For each fight, the parents put an X through a quarter under the name of the boy who was fighting. Whenever a parent saw or heard a fight, the parent calmly walked up to the boys and said, “You lost one quarter for fighting. I suggest you stop fighting so that you don’t lose more money.” The parent then walked to the chart and crossed off a quarter. In addition, the parents taught the boys how to solve problems and compromise when they had disagreements. The parents praised them whenever they saw the boys engaging in problem-solving or compromise. Within a few weeks, Jake and Jeremy were fighting much less often and rarely lost any quarters.

 

Defining Response Cost

These two examples illustrate the behavioral procedure called response cost, which is defined as the removal of a specified amount of a reinforcer contingent on the occurrence of a problem behavior. Response cost is a negative punishment procedure when it results in a decrease in the future probability of the problem behavior. Marty lost $250 when he parked in the spot reserved for people with disabilities. As a result, he is much less likely to engage in this behavior again. Jake and Jeremy lost a quarter each time they engaged in the problem behavior, fighting. This resulted in a decrease in the rate of this behavior for the boys.

Response cost procedures are used widely by governments, law enforcement agencies, and other institutions. Governments rarely use positive reinforcement to control their citizens’ behaviors. If you don’t pay your taxes or you are caught cheating on your taxes, the IRS fines you. If you park illegally or get caught speeding, you get a ticket and pay a fine. If you write a bad check, you pay a fine to the bank. If you return books late to the library, you get fined. In each case, the fine is the loss of a quantity of a reinforcer (money) and is imposed to decrease the probability that you will engage in the inappropriate behavior. Money commonly is used in response cost procedures because it is a reinforcer for practically everyone and because it is easily quantified. The severity of the loss can be adjusted easily to fit the misbehavior. Other reinforcers that can be used in response cost procedures include tangible or material reinforcers, such as snacks, toys, tokens, or the opportunity to use the family car, and activity reinforcers, such as going to a movie, playing a game, or going out at recess. Any privilege that can be revoked contingent on the occurrence of a problem behavior may be used in a response cost procedure.

Using Differential Reinforcement with Response Cost

If a response cost procedure is being used to decrease a problem behavior, differential reinforcement should also be used to increase a desirable alternative behavior (DRA) or to reinforce the absence of the problem behavior (DRO). As stated earlier, a differential reinforcement procedure should be used in conjunction with any punishment or extinction procedure.

Comparing Response Cost, Time-out, and Extinction

Response cost, time-out, and extinction procedures are similar in that they are used to decrease a problem behavior. However, different processes are involved.

With extinction, the problem behavior is no longer followed by the reinforcing event that previously maintained the behavior.

With time-out, the person is removed from access to all sources of reinforcement contingent on the problem behavior.

With response cost, a specific amount of a reinforcer the person already possesses is removed after the problem behavior.

The distinction among the three procedures may be clarified by means of an example.

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Joey plays with various toys and crafts at a table with other preschool children. The teacher and teacher’s aide play with the children, help them, and provide attention at periodic intervals. The reinforcers in this environment include toys, crafts, attention from the adults, and attention from the other children. In the classroom, Joey engages in disruptive behavior, which is reinforced by the teacher’s attention. She explains to Joey why his behavior is not good, hugs him, and tells him to play nicely. This happens every time Joey engages in the disruptive behavior.

Describe how the teacher would implement extinction, time-out, and response cost procedures with Joey.

In extinction, the teacher would ignore Joey’s disruptive behavior. Her attention is the reinforcer for the problem behavior, so if she ignored the behavior, she would be withholding the reinforcing consequence. Extinction probably is not the best procedure in this case because Joey’s disruptive behavior might escalate and disrupt or hurt the other children.

In time-out, the teacher would remove Joey from the table and put him in a chair in the hallway, in another room, or across the room for a few minutes. By putting Joey in a chair away from the table, the teacher removes Joey from access to all the reinforcers present in the environment. Time-out would be an appropriate procedure because Joey could not continue to disrupt the other children while away from the table during time-out.

In response cost, the teacher would remove some reinforcer that Joey already possesses when he engages in disruptive behavior. For example, the teacher might take away his favorite toy for a short period when he is disruptive. The favorite toy is a reinforcer that Joey loses contingent on the problem behavior, but it is not the reinforcer for the problem behavior. Attention is the reinforcer for the problem behavior. Response cost may be an appropriate procedure, depending on whether Joey’s disruptive behavior escalates when the toy is removed.

 

 

Considerations in Using Response Cost

 

To use response cost procedures successfully, you must consider a number of issues.

 

Which Reinforcer Will Be Removed?

You must identify the reinforcer and the amount of the reinforcer you will remove in the response cost procedure. The reinforcer should be one that the change agent has control over so that it can be removed after the problem behavior. The quantity of the reinforcer must be large enough so that its loss contingent on the problem behavior will decrease the problem behavior. Although a quarter may be a large reinforcer for a child, most adults would not stop speeding if the fine were only a quarter. After identifying the reinforcer, you must decide whether the loss of the reinforcer is permanent or temporary. When you pay a fine for a speeding ticket, the loss of the money is permanent. However, sometimes the loss of a reinforcer is temporary. For example, a parent may take a child’s bicycle away for a week as punishment for a problem behavior. Although the child loses a week of biking activity, the bike eventually is returned to the child.

 

 

 

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Is the Reinforcer Loss Immediate or Delayed?

In some cases, the reinforcer is removed immediately after the problem behavior in a response cost procedure. For example, a student who engages in disruptive behavior in the classroom loses a token immediately. However, when a token reinforcement program is not in use, the reinforcer loss in response cost usually is delayed. You pay the speeding fine later. The child loses allowance money at the end of the week, when the allowance is given. A child loses the opportunity to engage in an activity later in the day contingent on a problem behavior earlier in the day.

Although the reinforcer loss typically is delayed, the person is told about the loss immediately after the problem behavior. In addition, in some cases, an immediate consequence occurs together with the delayed loss of the reinforcer. For example, Jake and Jeremy’s parents put an X through a quarter on a chart to symbolize the loss of allowance money. The person caught speeding is given a ticket as an indication of the money to be lost later. An X is put by a student’s name on the chalkboard to indicate the loss of recess. The immediate verbal statement about losing a reinforcer and the symbolic representation become conditioned punishers because they are paired with the eventual loss of the reinforcer. In this way, the actual loss of the reinforcer can be delayed, yet still is an effective punisher.

If response cost is to be used with people with severe intellectual deficits, it is best to have an immediate reinforcer loss. For such people, a delay between the problem behavior and the loss of the reinforcer may make response cost less effective. Therefore, if response cost is going to be used with people with severe or profound intellectual disabilities, it may best be used in conjunction with a token reinforcement program. In a token program, the person accumulates tokens as reinforcers for desirable behaviors, and a token can be taken immediately contingent on the occurrence of the problem behavior.

Is the Loss of Reinforcers Ethical?

It is important that the removal of reinforcers in the response cost procedure does not violate the rights of the person being treated or result in harm to him or her. Although parents might take away a toy or other possession from their child as a consequence for a problem behavior, taking away a personal possession from an adult in a treatment program would be a violation of that person’s rights. In addition, depriving a child or adult in a treatment program of a meal or food that is normally available to the person is also a violation of that person’s rights. Although parents might not allow their child to have a dessert or a snack as a consequence for a problem behavior in a response cost program, parents should never deprive a child of nutritional requirements that could result in harm to the child.

 

 

Is Response Cost Practical and Acceptable?

The response cost procedure must be practical. The change agent must be capable of carrying out the procedure. The response cost procedure must not stigmatize or embarrass the person with the problem behavior. The change agent implementing the procedure must find the procedure to be an acceptable method for decreasing a problem behavior. If the procedure is not practical or the change agent does not find it acceptable, alternative procedures must be considered.

 

 

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Considerations in Using Response Cost

 

 

 

 

 

 

 

 

Which reinforcer will be removed?

 

 

 

 

 

 

 

Is the reinforcer loss immediate or delayed?

 

 

 

 

 

 

 

Is the reinforcer loss ethical?

 

 

 

 

 

 

 

Is response cost practical and acceptable?

 

 

 

 

 

 

 

Research Evaluating Response Cost Procedures

 

Numerous studies have evaluated response cost programs with various problem behaviors in a variety of populations. Response cost has been used to decrease child misbehavior during family shopping trips (Barnard, Christophersen, & Wolf, 1977), inappropriate behaviors in long-term patients in a psychiatric hospital (Doty, McInnis, & Paul, 1974), sleep problems in young children (Ashbaugh& Peck, 1998), sleep problems in children and adolescents with intellectual disabilities (Piazza & Fisher, 1991), off-task behavior in hyperactive children (Rapport, Murphy, & Bailey, 1982), noncompliance to parental requests (Little & Kelley, 1989), thumb-sucking and hair-pulling (Long, Miltenberger, & Rapp, 1999; Long, Miltenberger, Ellingson, &Ott, 1999), disruptive behavior in the classroom (Barrish, Saunders, & Wolf, 1969; Conyers, Miltenberger, Maki, et al., 2004), and speech dysfluencies in college students (Siegal, Lenske, &Broen, 1969). A number of other evaluations of response cost procedures are described in more detail here.

 

Marholin and Gray (1976) investigated the effects of response cost on the cash shortages in a restaurant. Before response cost was implemented, the business had shortages from the cash register at the end of the day that averaged 4% of the day’s income. Six cashiers participated in the study. During the response cost intervention, the shortage at the end of a day was calculated; if it was more than 1%, it was divided between the cashiers for that day and taken out of their paychecks. The daily cash shortages during the group response cost condition decreased to well below the 1% criterion (Figure 17-4).

 

FIGURE 17-4

 

 

This graph shows the effects of response cost on the daily cash shortages (or overages) from the cash register of a small business. The dotted line shows the total amount of money in the cash register that was under or over the expected amount at the end of the day. The solid line shows the percentage of the day’s sales that was under or over at the end of each day. The response cost was implemented if the shortage was more than 1% of the day’s sales. Response cost was implemented in an A-B-A-B design and decreased shortages to the criterion level each time it was implemented. (From Marholin, D., & Gray, D. [1976]. Effects of group response cost procedures on cash shortages in a small business. Journal of Applied Behavior Analysis, 9, 25–30. Copyright © 1976 Society for the Experimental Analysis of Behavior. Reprinted by permission of the Society for the Experimental Analysis of Behavior.)

 

 

Aragona, Cassady, and Drabman (1975) used response cost as a component of a weight-loss program with children and their parents. The parents and their child attended 12 weekly group meetings. At the meetings, they learned a number of skills for managing caloric intake and initiating and maintaining an exercise program. At the beginning of the weight-loss program, the parents deposited a sum of money with the researchers. In the response cost component of the program, they lost a portion of this money if they did not show up for a weekly meeting, if they did not bring their graphs and charts to the meeting, and if their child did not lose the amount of weight specified in a contract for the week. All of the children lost weight across the 12 weeks of the program. In this study, the researchers used response cost contingent on weight loss, which is the outcome of a number of behaviors. Note that it is usually more effective to make the response cost contingent on specific behavior.

 

McSweeny (1978) reported an example of response cost used with the entire population of a major city. Before 1974, directory assistance calls in Cincinnati, Ohio, were free. From 1971 through 1973, between 70,000 and 80,000 directory assistance calls were made to phone company operators every day. In 1974, the telephone company instituted a 20-cent charge for each call to directory assistance, and the number of directory assistance calls per day declined to about 20,000, a decrease of 50,000-60,000 calls per day. When telephone users had to pay to get a number through directory assistance, this behavior decreased and, presumably, the alternative behavior of using the phone book to get a number increased.

 

 

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CHAPTER SUMMARY

 

 

1.

In time-out, the person loses access to all sources of reinforcement contingent on the problem behavior. Time-out works as a form of negative punishment.

 

 

2.

In nonexclusionary time-out, the person is removed from all sources of reinforcement while remaining in the environment where the problem behavior occurred. In exclusionary time-out, the person is removed from the environment and taken to a time-out room or area.

 

 

3.

In response cost, the person loses a quantity of a specific reinforcer contingent on the occurrence of the problem behavior. Immediately after the problem behavior, the reinforcer is removed and the person is less likely to engage in the problem behavior in the future.

 

 

4.

Reinforcement is used in conjunction with timeout or response cost so that a desirable alternative behavior is strengthened to replace the problem behavior that is decreased with these punishment procedures.

 

 

5.

For time-out to be effective, the time-in environment must be reinforcing. Time-out is not appropriate for problem behaviors maintained by escape or sensory stimulation. Time-out must be practical, safe, acceptable to caregivers, and brief in duration. Escape from time-out and interactions with the child during time-out must be prevented. For response cost to be used successfully, the change agent must have control over the reinforcer to be removed. In addition, reinforcers must not be removed from a person if it will result in harm or a violation of that person’s rights. The change agent must choose the appropriate reinforcer to remove during the response cost procedure and must determine whether the loss of the reinforcer will be immediate or delayed. Response cost must be practical and acceptable to caregivers.Top of Form

 

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