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PALS in ScienceRunning head: PALS in ScienceUsing Peer Assisted Learning Strategy in ScienceAndrea V. ApplewhaiteErdiston College/ University of the West IndiesTeaching MethodsMr. Leroy BarrettApril 23, 2010Applewhaite (2010)0

PALS in Science1Using Peer Assisted Learning Strategy in Science1.0 – INTRODUCTION TO THE PROBLEMWhat helps students to understand what is being taught in class? It is generallyacknowledged that this is one of the questions which has constantly been on the mind of everysingle teacher since they stepped into the classroom for the first time. Over the years of teaching,many answers to that question were found but it soon becomes clear that the list of answers isinexhaustible.Factors such as the exponential increases in the school curriculum, difficulties findingresources to suit the diversity of learning styles or multiple intelligences of the students and notenough time to meet all of the student’s instructional and emotional needs, in addition to keepingthe students actively occupied, have all, to some extent, influenced how well the teacher is ableto ensure that maximum student learning is achieved. Even so, in teaching one would quicklyrealise that the students themselves provide clues as to how a teacher may be able to supportthem in their understanding of what was taught in class.Observing my current Second Form Integrated Science class during Term I of this year(2009-2010), my attention was drawn to the fact that some students seemed to understand someconcepts better when they were engaged in one on one discussions, may it be with anotherstudent in class or the teacher. As is expected, they seemed more relaxed when they were indiscussions with their peers and appeared more comfortable when given extra time to selfanalyse the material which was being taught. Also, when a student asked a question and it wasredirected to other students, more often than not; small group discussions were started andusually the students seemed to gain more insight into the concept.Anyone who has taught knows that the best way to learn something is to teach it tosomeone else and I wondered to what extent did peer teaching improve student learning becauseApplewhaite (2010)

PALS in Science2here in this Science class, this was being randomly exhibited, albeit on a small scale.Furthermore, according to Maheady (2001), children can serve as powerful instructionalresources for one another, and systematically using peers to offer teaching assistance may greatlyaid teachers and students in meeting the everyday challenges that are encountered in theclassroom.Consequently, the investigation into using peer tutoring also known as Peer MediatedIntervention or Peer Assisted Learning Strategy (PALS) as a method to improve studentlearning in this Science class was conceived.This research paper concentrates on determining the extent to which teachingscience using the Peer Assisted Learning Strategy would improve student learningoutcomes.The following Research Questions will guide this investigation:(1) Would an improvement in academic achievement (cognition) be shown in both theHigh and Low achieving students when PALS is used?(2) Is Reciprocal Peer Assisted Learning Strategy a teaching strategy that students wouldwant to use continuously throughout the Science course and why?(3) Would working in PALS pairs improve the student – student social relationshipswhich exist in the class?Applewhaite (2010)

PALS in Science31.1. – REVIEW OF LITERATURE1.1.1 What is Peer Assisted Learning Strategy (PALS)?Peer Assisted Learning Strategy is an alternative classroom arrangement in whichstudents take an instructional role with classmates or other students, the students usually work inpairs. It is an organised educational programme where students tutor or teach their peers (Hall &Stegila, 2003). A person who has equal standing with another or others, as in rank, class, or ageis a peer (Dictionary).PALS was designed in 1989 by Dr. Lynn Fuchs and Dr. Doug Fuchs in conjunction withDr. Deborah Simmons. The strategy was developed to enhance students’ literacy developmentand beliefs about reading within a peer mediated framework. An organisation in the UnitedStates of America which looks at learning strategies, The Access Center (2008) further explainsthat PALS incorporates research-supported practices with individualised instruction which canbe adapted to meet individual student needs. PALS combine peer tutoring with instructionalprinciples and practices (Promising Practices Network [PPN], 2005).One of the most important elements in PALS is the fact that students are likely to bemore active or involved in their own learning (Foot & Howe, 1998).1.1.2 Application of Peer Assisted Learning Strategies to the classroomIn this strategy, students are taught roles by their teacher and through these roles,systematically instruct other students (Hall & Stegila, 2003). The Access Center (n.d.) agrees bystating that students interact through “coach/ player” pairings in structured cooperative groups.During this process, the teacher monitors and facilitates pupils’ progress (Hall & Stegila, 2003)while students support each other through frequent oral interaction, feedback and reinforcement(The Access Center, 2008). The Professional Instructional Center [PIC], (n.d.) agrees byApplewhaite (2010)

PALS in Science4summarising that each member in the pair in Peer Assisted Learning Strategies shares the role oftutor and tutee, and the teacher trains them by giving each pair feedback and error correctionprocedures.Furthermore, The Access Center (2008) writes that the pairing of higher and lowerachieving students is intended so students gain knowledge from each other through practice andreinforcement. Most literature states that Peer Assisted Learning Strategies should be used twoto four times a week for twenty-five to thirty-five minutes a session. (PIC (n.d.) & The AccessCenter, 2008).1.1.3 Peer Assisted Learning Strategies, academic achievement and social interactionsbetween studentsThe Peer Assisted Learning Strategy allows the teacher to circulate around the classroomand observe students, providing continuous feedback and remedial lesson where necessary (PPN,2005). Bloomfield and Hoste (1975) believe that the most important aspect of assessment isthat continuous feedback on teaching and learning are available to the teachers and studentswhich are crucial in readjusting the teaching and learning accordingly. Wragg (2001) asserts thatoffering regular feedback may help to maximize concentration and attentiveness thus motivatingthe students.In addition, Fulk & King (2001) declared that PALS keeps students actively on task andinvolved. Optimal use of the strategy includes “guided practice” activities that maximisestudents’ active engagement with the course content. However, Greenwood, Carta, & Hall(1988) persuasively argued that the most effective peer teaching methods are those thatsystematically train students in their teaching roles and then constantly monitor the effectivenessof their implementation. Unfortunately this would require additional time, a demand not presentin teacher led instruction.Applewhaite (2010)

PALS in Science5Peer tutoring has a low tutor to tutee ratio and allows for more individualisation (Cready,2006). This corresponds well with Bloom’s (1984) research into peer tutoring methods, in whichone to one peer tutoring was more effective than both conventional for instance teachers’lecturing and mastery learning methods of teaching. Slavin (1980) strongly concurred with thisby writing that one to one tutoring is the most effective form of teaching known.One must be mindful when using PALS, that the tutors are properly trained becausefailure to prepare the peer adequately may place them at risk of receiving negative reactions orrejections from their classmates, classmate’s parents and administrators (Greenwood et al.,1988). Cosden & Haring, (1992) purport that some educators and parents have argued thatstudents do not come to school to be teachers and that undue reliance on peer teaching methodswill somehow impede their children’s opportunities to make sufficient progress on more relevantcurricular activities.The constant attention provided by the PALS leads to improved student motivation andincreased time on task (Cready, 2006). More time on task, according to Greenwood et al.(1988), offers students greater opportunities to respond in addition to increasing the opportunityfor immediate error correction. Ryan & Deci, (2000) concur. They suggest that the level ofengagement with PALS influences student motivation to achieve classroom goals. Therefore theconstant feedback, greater on time for task and improved student motivation all aid in enhancingacademic achievement. Ryan, Reid & Epstein (2004) support this by stating the research isshowing that schools may benefit by using peer mediated interventions which are consistentlyproducing academic gains.However, this has implications for the quantity of the syllabus which may be covered,especially in today’s classroom where teachers are under pressure to complete all of the materialApplewhaite (2010)

PALS in Science6in a specific time frame (Maheady, 1998). With the use of PALS, peer learning dictates theinstructional pace, so it may be difficult for some teacher to efficiently complete the syllabus.Peer Assisted Learning Strategy has many advantages for implementation in theclassroom these include: active learning, immediate tutor intervention, individualisation oflearning, review and rehearsal of work, the simplification and clarification of work, stepwiseprompting if needed, feedback opportunities, diagnosis and remediation of misconception(Maheady, 1998). All of these factors contribute to increase academic achievement.However, another other major area of concern is accountability. In accountability,measures must be developed and implemented to ensure that none of the students are affectednegatively. For example the lower skilled students should not always be the tutees and thehigher achieving students should not be subjected to lower level academic material. (Greenwoodet al., 1988).PALS promote meaningful social interaction between peers (The Access Center, n.d.).Students engaged in peer tutoring increased their frequencies of positive social interaction(Maheady, 1998) while Miller and Miller (1995) stated Peer learning can benefit both tutor andtutee socially and educationally by motivating them to learn.1.1.4 Summary of Major Research findings related to Peer Assisted Learning StrategiesIn a study by Fuchs, Fuchs and Kazden (1998), PALS was implemented in a high schoolremedial reading program. An overall improvement was shown in the reading andcomprehension at the end of the sixteen week study. Students reported that they had enjoyedworking in pairs and that they felt they had to work hard to improve their reading.Mathes & Babyak, (2001) studied ten First-Grade PALS classes and ten control groupclasses and reported the following: Low-performing students in the PALS group experiencedApplewhaite (2010)

PALS in Science7significantly more improvements statistically in scores on the Test of Early Reading than thecontrol students.In summary, the literature has indicated that Peer Assisted Learning Strategies have manyattributes which positively influence student academic achievement and social interactions. Theaim of this study was to discover if the PALS techniques would improve student learningoutcomes and social interactions in Science class.Applewhaite (2010)

PALS in Science82. – METHODOLOGY2.2.1 Sample composition:This study took place in the second form Integrated Science class of a public secondaryschool. There were twenty-one (21) students; ten (10) males and eleven (11) females in thisclass. All the students were involved in the Peer Assisted Learning Strategy investigation whichspanned five weeks.Before the start of the investigation, the end of Term I marks were used to classify thestudents into two categories; the Alpha (α) or the A. If the student has received 71% or less in theend of term 1 mark they were classified as A, the others were classified as Alpha. 71% was usedbecause it was the mean mark of the sample. Therefore, the class consisted of ten (10) Astudents and eleven (11) α-students. Refer to Table 1 at the end of this chapter.In order to analyse the effects of the Peer Assisted Learning strategy on student learning,an Alpha student was paired with an A student. That is, in each pair there was a stronger andweaker science student. Refer to table 2 at the end of this chapter. The students were informedof these pairs one week before the strategy was implemented.Applewhaite (2010)

PALS in Science9TABLE 1: INITIALS, GENDER, DATE OF BIRTHS, END OF TERM 1 MARK AND GROUPNDCLASSIFICATION OF STUDENTS IN THE 2 FORM INTEGRATED SCIENCE ALMALESDHSHRLKLBMZMSMSPCRSWDATEOFBIRTHEND OFTERM 1SCIENCE MARKCLASSIFICATIONALPHA OR A20th August 199728th January, 199716th October, 19969th October 19964th May, 1997st1 February, 19977th September, 199612th June, 199728th February, 19972nd November, 199623rd July, 19978171857558887677727377αAααAαααααα23rd July, 199718th May, 1997th20 December, 199622nd February, 199622nd November, 199618th November, 199616th June, 1996th6 November, 199631st January 199728th June 199760586973657158697256AAAαAAAAαATABLE 2: PEER ASSISTED LEARNING STRATEGY PAIR GROUPS AND DESIGNATED GROUPLETTERGroupABCDEFGHIJStudents in the PairTB, AL, SW*AB, CRSB, SHCC, SMKK, SPNK, BMJK, KLIC, DHSD, ZMAC, RL* There are 21 students so one group would contain three studentsApplewhaite (2010)

PALS in Science102.2.2 UNIT PLAN FOR THE ACTION RESEARCH TOPICINSTRUCTIONAL PLANDURATION: 5 WEEKSNO. OF PERIODS: 20 PERIODSFORM: SECOND (2A2)AGE RANGE: 12-13TOPIC: ACID – BASE CHEMISTRYSUBJECT: INTEGRATED SCIENCERATIONALE:Life cannot exist without Chemical and Physical reactions occurring. Therefore all students should develop an understanding of whatthese reactions are and how they are used in their everyday routines. One such reaction, the acid–base chemical reaction is employedby students each day when they use items such as household cleaners, medicines and personal hygiene products.Applewhaite (2010)

PALS in ScienceTOPICS/CONCEPTSAcids & METHODSLEARNINGACTIVITIESTECHNOLOGY/ MATERIALSASSESSMENTPROCEDURESInquiry - GuidedObserving thereaction ofLitmusindicators with avariety of acidicand alkalinesubstances anduse results tocomplete labworksheet.Litmus, mineralacids, timediaprojector, laptopCompleted LabworksheetPeer AssistedLearningStrategy –Tutor TuteeWorking in pairsto explain theuse of Indicatorsin order tocomplete aspecially createdworksheet andquiz.WorksheetsCompletedworksheets andquiz resultsApplewhaite (2010)11FOLLOW-UPACTIVITIESAcids & Bases

PALS in ScienceTOPICS/CONCEPTSGENERALOBJECTIVESAcids and BasesComprehendAcids and BasesTEACHINGMETHODSLEARNINGACTIVITIESTECHNOLOGY/ MATERIALSASSESSMENTPROCEDURESLecture –Discussion(whole class)Listening to apresentation andsharing views onthe properties ofacids and basesbased onpreviousexperiences inclass and athome.MultimediaGrading theprojector, laptop, answeredworksheetsquestionsPeer AssistedLearningStrategy –Tutor TuteeSharinginformation inpairs about acidsand bases inorder tocompleteworksheetsWorksheetsApplewhaite (2010)Assessing thecompletedworksheets12FOLLOW-UPACTIVITIESRead therelevant chapterof the text.

PALS in HODSLEARNINGACTIVITIESAcids & BasesComprehendAcids and BasesCont’dCooperativeLearning –Round tableAnsweringBlank colouredquestions aboutpaperacids and basesin turns bywriting oneanswer on thepaper, and thenpassing it apartner to answerthe nextquestion.Apply the use ofpHExperimentCreating a pHscale referenceflier to classifyhouseholdsubstances asacidic, basic, andneutral via theuse of universalindicator.Applewhaite (2010)TECHNOLOGY/ MATERIALSASSESSMENTPROCEDURESCorrecting theanswer sheets.UniversalCompleted s,multimediaprojector, laptop,worksheets13FOLLOW-UPACTIVITIES

PALS in HODSAcids & BasesApply the use ofpHPeer AssistedLearningStrategy –Tutor TuteeRealise theimportance ofNeutralisationDiscovery –GuidedLEARNINGACTIVITIESTECHNOLOGY/ MATERIALSASSESSMENTPROCEDURESParticipating inthe completionof a worksheeton pH with theassistance of apeer.WorksheetsCompletedworksheetTesting an acid(HCl) withuniversalindicator,repeatingprocess with abase (NaOH),mix the twosubstancestogether andtesting theproduct with theindicator.Reference books, Completed labWorksheets,write upHydrochloricacid, Sodiumhydroxide,universalindictor, testtubesApplewhaite (2010)14FOLLOW-UPACTIVITIESHome-work:Describe the pHscale:– What does itshow?- What do thenumbersrepresent?

PALS in HODSAcids & BasesApply the use ofpHPeer AssistedLearningStrategy –Tutor TuteeRealise theimportance ofNeutralisationDiscovery –GuidedLEARNINGACTIVITIESTECHNOLOGY/ MATERIALSASSESSMENTPROCEDURESParticipating inthe completionof a worksheeton pH with theassistance of apeer.WorksheetsCompletedworksheetTesting an acid(HCl) withuniversalindicator,repeatingprocess with abase (NaOH),mix the twosubstancestogether andtesting theproduct with theindicator.Reference books, Completed labWorksheets,write upHydrochloricacid, Sodiumhydroxide,universalindictor, testtubesApplewhaite (2010)15FOLLOW-UPACTIVITIESHome-work:Describe the pHscale:– What does itshow?- What do thenumbersrepresent?

PALS in ScienceTOPICS/CONCEPTSAcids & BasesGENERALOBJECTIVESRealise theimportance IVITIESQuestioning OrallyAnsweringquestions basedon what wasobserved in thediscovery.PALS – TutorTuteeSharinginformation inpairs aboutneutralisation inorder tocomplete apuzzle.CooperativeLearning – JigSawWorking ingroups to solvean everydayproblem with theuse ofneutralisation.The solutionswill be presentedorally.Applewhaite (2010)TECHNOLOGY/ jector,puzzles,worksheetsOral and/orwritten reportson the use ofneutralisationalong with thecompletedworksheets16FOLLOW-UPACTIVITIESRevise for Test

PALS in Science172.2.3 The strategy:At the start of the unit the students were given a Pre-test. See appendix 5 for a copy.During the lesson before the implementation of the Peer Assisted Learning Strategy, the studentsand the teacher engaged in a discussion to determine the approach which will be used toinvestigate the strategy and to ensure that the students had consented to be a part of the research.Each science lesson was usually for 80 minutes twice each week. The first 45 minutes ofthe lesson was used by the teacher to teach the objectives for that class. Along with the PeerAssisted Learning Strategy, a variety of teaching strategies was employed. These would include:Guided discovery, Inquiry, Discussion, Experimentation, Lecture, Questioning, CooperativeLearning, Brainstorming and Independent Study. Then for the next 20 minutes, the pairs engagein PALS. During the PALS session the pairs discussed the subject matter, asked and answeredeach other questions and generally ensure that they both understood what was taught.After this time, the students were assessed independently to quantify the amount oflearning which had taken place by the individual student. Assessments included the use ofcrosswords, clozed procedure, essay writing and quizzes. During the assessment time, thestudents were not allowed to confer with their pal, other students in the class, their notes orhandouts to assist them in the answering of the questions. These assessments were then

PALS in Science 6 Applewhaite (2010) in a specific time frame (Maheady, 1998). With the use of PALS, peer

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