the nature of science education research
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Ratcliffe et al. The nature ofscience educationresearch
The nature ofscienceeducationresearch
Mary Ratcliffe, HannahBartholomew, Vicky Hames, Andy
Hind, JohnLeach, RobinMillar andJonathanOsborne
What is science educationresearch? Arange of potentialusers of itsfindings demonstrate differingviews.
ABSTRACTAstudy by theEvidence-basedPractice inScienceEducation (EPSE)ResearchNetwork,explored practitionersviews onthe nature,useand potential ofscience educationresearch.This articlereports on oneaspect ofthis:howteachers and other science educationpractitioners characteriseresearch.Datawerecollectedby individual interview and focusgroups from62 people.Results indicatethatthere is no onecommon or even dominant viewofwhat constitutes science educationresearch
thougha clear purposeandanappropriatemethodology areseenas important criteria.It ishopedthese findings willcontributetothedevelopment of models of effective involvementofteachers inshapingandusingresearch.
As part of the EPSE (Evidence-based Practice in
Science Education) Research Network,we have beenexploring practitionersviews onthe nature,use and
potential ofscience educationresearch. Herewereport
on one aspect ofthis: how teachers and other science
education practitioners characteriseresearch.
These aresomeviews from interviewees in our
study (using pseudonyms throughout):
Ithinktobe honest Im not clear in my own
mindwhat research is.Andthis is why Istarted
tothink,is researchsimply to find facts? ...
theres pureresearch,which is finding facts,almost.Andthentheres appliedresearch, I
suppose,which is tryingto findanswers and
applyingtheanswers tosomesituation,perhaps
witha commercial point.(Peter, examiner)
Researchto me is wherethey sort of havea
hypothesis in mindandthentheyreconsidering
evidenceto either prove or disprove or to find
reasons why.(Ursula, primary teacher)
Investigative feedback.Its got tobean
investigationthat involves feedbackto influencepractice.And ifthats what its for,then its
researchand its educationalresearch, and its
ofuseand not just anacademicprocess.(Ken,
secondary teacher withresearch experience)
How doyou react tothese opinions about the nature
ofscience educationresearch? How, ifat all, doyou
use research evidence? What is the reality and
potential ofresearch evidence in influencingscience
education policy and practice?
Evidence-based practice whatcounts as evidence?
Robin Millars article (pages 1920 inthis SSR), gives
the backgroundtothe EPSE Network and an overview
ofthe idea of evidence-based education. Teachers use
a lot of tacit professional knowledge in day-to-day
routines. This contrasts with knowledge generated by
ed uca tio nal research whi ch is supp ort ed by
documented evidence available inthe public domain.We may draw on awidevariety of knowledge and
evidence in our day-to-day practice as education
practitioners. Teachers, policy makers, curriculum
developers, textbook authors and teacher educators
are all potential influences on others practice and
potential users of research evidence. We set out to
sample perceptions of the researchpolicypractice
interface amongst each of these groups within the
science education community.
The researchpolicypractice relationship is a
complex one and it is not assisted by competing
priorities. Educationresearchers in general have been
perceived as determiningtheir ownresearch agendas,
under pressuretoreport in international journals and
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Ratcliffe et al. The nature ofscience educationresearch
but morethereasons for their choices.
To augment this interview data, andto probe issues
arising from it in greater detail,wealsoset upthree
focus groups of primary teachers, and three of
secondary teachers. Each group had68 members.
In astructured focus groupsession lasting around 90
minutes,we elicitedtheir views onresearch and its
relevancetotheir practice. In order to accomplishthis
effectively we constructed eight vignettes of real
examples of scien ce education research. These
contained examples ofvarious types including: a c ase
study of motivation al effects based within one
classroom; an exploration of pupils conceptions of
human bodies in a non-educational setting; an
intervention showing differences in GCSE results
between test and control groups. The discussion,
whi ch was audio-recorded, explored teachers
perceptions ofthe extent towhichresearch can hopeto provide general guidelines for practice (cantellus
what works), and their views onwhat counts as
evidence inrelationtotheir everyday practice.
Data analysis
Thework producedthree datasets: aset oftranscripts
of 42 interviews with a range of potentialusers of
research; a set of transcripts of interviews with 20
teachers who had been involvedwithresearch; and a
set of transcripts of6 focus group interviews. As a
teamwe analysed and coded allthetranscripts usinga codingschemethat relatedtothe key issues explored
and allowed for codes emerging fromthe data.
Outcomes
At a general level, in distinguishing between activities
they had classified as research and non-research,
interviewees arguedthat research:
q was donewith a purpose in mind;
q was carried out in a systematic manner (oftenusing controls or comparisons);
q would beusedto inform action;
q may be largescale.
Box 1Interview schedule
1 Doyou thinkthat anythingyou do inyour teaching either intheclassroom or inyour preparation isinfluencedby research?[or for other practitioners,e.g.INSETproviders your practiceas anINSETprovider]
2 You mentionedthings like ...orIsupposeteaching is influencedby things like ...theNationalCurriculum,thetextbooks/schemes ofworkthat you use,the examinationsyllabuses you follow as themain influences on how you teach.Doyou thinkthat theseare influencedby research?
CardSort task
3 We havebeentalkingabout research.It might beusefultoclarify exactly what wearecountingasresearch.Couldyou lookat thesecards, andsay for each ofthemwhether the kind ofthingthat isdescribed onthecard is,inyour view, research.
Canyou say inasentencewhat is thecommon feature ofthe ones you regardas research?What isthecharacteristicthat makes themresearch?What is it about the ones you dont regardas researchthat puts them inthe not researchcategory?
4 Ifyou want to improveyour scienceteaching[practiceas anINSET provider,etc.]insomeway,wherewouldyou goto for ideas or guidance?
Wouldresearch havearoleto play inthis?
Wouldthis bea major role,or arelatively minor one?
5 We havebeentalkingabout improvingscienceteaching.Ifyou or a colleague makea change insomethingyou do, how doyou decide if it is an improvement?
6 What contribution,if any, couldresearch maketo improvingthe overall quality ofschoolscienceeducation?Im not thinking here just ofyour ownteaching, but ofthewholebusiness ofschoolscienceeducation.
7 Where does your knowledge ofresearchcome from?
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For individuals, often just one or two ofthese features
were dominant intheir thinking. In contrast, examples
ofnon-researchwereseen as:q just collecting information;
q part of normal practice;
q usually smallscale.
In general,thoseteachers without research experience
professed limitednotions ofwhat constitutes research,
even given the general comments they made on
purpose and methodology. These generalisations
across all interviews hide interesting and contrasting
perspectives onthese perceived attributes ofresearch.
Thevast majority of interviewees consideredthat
the purpose ofan activity was a major determinant in
deciding whether the activity was research (as
implied in the responses given at the beginning of
this article). Going beyond fact-finding and giving
a focus to the use of collected data were seen as
important inresearch. However,therewere distinct
perspectives as to what the purpose might be. For
most,the expectationthat therewas clear purpose, of
whatever nature,was sufficient; for example:
My understanding ofresearch is that it is
collected or it is undertaken for areason.There
has tobesome kind of focus for it andthere
must beareason for it being done,whether it is
to,you know,to find out what,which flavour of
ice lolly is goingtosellbest intheshops or
whether it is towork out whichteachingmethod,whether oneteaching method is
superior toanother inyou know teaching a
particular group ofchildren or whatever.
(William,teacher withresearch experience)
Its about collecting data and interpretingthat
data andusing it for apurpose.(Anna, INSET
provider)
Im looking for a clear sense of purposeand
that leads to knowing not only why theyre
doing it, but what usearethey goingto make of
the datathat theyve produced.(Ruth, INSET
provider)
However, for some a clear focus on improving
teaching or learningwas important, for example:
Ithink ifthey usethe informationtotry and
improvethesituation,thenIwouldclass it as
research.Ifthey use it try and improvethe
quality ofthetest,or to improvethe quality of
theteaching,to ensurethat pupils learnbetter,
thentheyveusedthe informationtheyve found
out to improvethesituationand it willbe
classedas research.(Michael,secondary
teacher)
Box 2 Activities used inCardSort task
1 Aresearcher is testinga new thinkingskills course. Thecourse is beingtaught toseveralclasses.Thechildrens performance onatest ofthinkingskills is beingcomparedtothat ofseveralcontrolclasses whicharesimilar tothe others, but who have not beentaught thecourse.
2 Agroup ofOFSTEDinspectors is observingteachingand documentation inaschool, andwritinganinspectionreport.
3 QCA arereporting ona KS2 test paper for science/An examinationboard is reporting ona GCSEscience paper,discussingthe performance ofthe pupils on each question.
4 Ateacher is administeringand markingan end-of-topictest, andusingthe datato produceaspreadsheet showing pupil marks on each question,to discuss withcolleagues intheschool/sciencedepartment.
5 AnLEAscienceadviser/inspector is carrying out asurvey to find out about thecomputer facilities andresources inschools/science departments intheauthority.
6 Aresearcher is visitinga classroomtocarry out adetailedstudy oftheactions and discussions oftwogroups of pupils as they carry out ascience investigation,leadingtoa fully-documentedreport on howeach groupwent about thetask.
7 Ateacher is usingaset of questions to evaluate pupilsunderstanding of electric circuits beforeteachingthetopic, andthenusingthesame questions afterwards tosee how they have progressed.
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Ratcliffe et al. The nature ofscience educationresearch
Well, Iwouldsay that allthese,the ones that
Ivesaidyes to,its for apurpose,i.e.youre
tryingto establishsome good practice or other.
Youretryingtosay,either tryingto improve
your teaching or youretryingto improveyour
resources.(Nancy,teacher withresearchexperience)
I cant seethe purpose ofany researchthat
doesnt actually engagewith enhancing
childrens learning,not educationalresearch,
canyou? (Keith,textbook author)
Some interviewees saw research as requiring a prior
hypothesis:
WhenI amconsideringabout researchI am
looking for somesort of hypothesis that the
researcher is going inwithbut they have got
some ideaofwheretheir research is goingand
that they aretestingthat and in order to
validate it Iwould expect themto haveasimilar
group of pupils ofthesamesort ofagethat they
arecomparingagainst.(Fran,teacher with
research experience)
Others, in contrast, saw research as purposefully
exploringtheunknown:
For meresearch is whenyou havea question
andyou dont know what theanswer is andyou
are going looking for ananswer.But you might
endup finding out that your initial questionwas
wrong. But you certainly dont know whenyou
start out whats goingto happenat the end of it.
(Carol,teacher withresearch experience)
Allthe activities discussed inthe Card Sort involved
gatheringand analysis of data. However,the nature
ofthe data collection and analysis was important for
many in decidingwhether an activity could be classed
as research. Methodological issues were commentedupon by moreteachers with experience ofresearch
and science education practitioners than teachers
without research experience. In many responses there
was an implication that data should be collected
systematically but without a clear discussion ofwhat
constitutes validity andreliability.
Specific methodological attributes alludedto in
decidingwhether an activity was research included:
q Theuse ofcontrols,withcontrols beingseenas
important in giving a scientific basis to theresearch:
It helps ifthere is somesort ofcontrol.It
depends what youre doing ofcourse, but it
helps iftheres somesort ofcontrolto measure
against.Thats not always possible,it depends
onwhat youre doing.(Valerie, curriculum
developer)
q Ma king comparisons betw e en d i ff eren t
populations,treatments, etc.,withthe expectationthat researchundertaken inthis way can provide
evidence for improving practice:
Well,my ownview is that if its research it
shouldcompareasituation,evaluatesome
actiontowhat effect has it had.I canappreciate
that it doesnt havetobethat way, but thats my
own personalview.(Luke,teacher withresearch
experience)
q Thescale andscopeofthe activity,withstudies
with large or multiple populations beingseenas
providing better evidence for transfer of findings:
Ithinkwhy Iwas puttingsome inthecategory
for researchandsome less is because if its
smallscaleand focused on one classroom or
one institutionIsupposeIwas thinking of it
beingtoo localisedto necessarily havean
applicationwhichwhen publishedwould nec-
essarily beusefultoanother school. (George)
q C
ritica
lanalysis as a feature ofrigorous research:
Well, Ithink,its,they are investigativethings in
thetruesense oftheword.Inthat, although
youre going inwith perhaps amodel or a
question,or ahypothesis,or an idea,you are
lookingat whatever it is youre finding,
critically.Andyoure lookingat what it is
youveset out to do, critically.Soyour
presentation,your methodology may,you know,
maybewrong,sothat you may not be
generatingvalidandreliable information,sothat needs tobesomethingthat you areableto
do,willingto do.(James,teacher withresearch
experience)
q Objectivity as a feature ofrigorous research:
Ivealsobeenaware ofthe fact that inwritinga
...report myself, Imay then havebeenrather
moresubjectivethanIwould likeandIwould
never want to hold it upandsay this is a
research paper.Ifwecould,however, beginto
characterisetheir responses andthen putnumericalvalues tothese insomeway or other,
if it became more objectivethenIwouldsay yes
it couldberesearch.(Lawrence, INSET provider)
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In ensuringthat researchwas objective, a few said or
implied that trained educational researchers were
essential for example:
Ifyou just rely onthesort ofstandard question-
naires and interviews giving feedback from
teachers,teachers haveaview about what goes
on intheir classrooms, but its often not the
studentsview and its often not theview ofan
impartial observer andtherefore,ifyou are
tryingto gainaview ofwhat the impact ofsome
new teaching approach,ofsome new
curriculum material,some new resource of one
sort or another,what is happening,whether or
not it is leadingto higher motivation, changed
attitudes, better learning,you know,youve got
to havesomesystematicway ofansweringthatquestion.Andthats research.Andthe people
whoaretrainedto dothat are in higher
education.(Chris, curriculum developer)
However, several, particularly science education
practitioners andteachers withresearch experience,
recognised the potential of small-scale individual
studies as systematicresearch:
It couldbea littlebit ofactionresearch in
schoolandthe extent towhichIwas goingto
placereliance onthese findings would dependvery much on exactly how Idcarried out the
exerciseand how objectiveIreally thought it
was.Imeanthevirtue ofthis ofcourse is that
you couldactually begintocompareyour
methodology andyour findings with national
findings from ....Um,soyep.It couldwellbe
characterisedas research.(Lawrence, INSET
provider)
Iftherewere differences betweenteachers with and
without research experience, it was that thosewith
research experience were more likely to articulate
clear views onthe nature ofresearch and, interestingly,
more preparedto envisageresearchtaking avariety
of forms ranging from individual action-researchto
large-scale studies. However, collection of data,
particularly by a lone individual, was not seen to
constituteresearch by any interviewee. Thus thescope
and purpose ofan activity was important to many.
Of interest are possiblefeatures ofresearchwhich
are notable by their absence. No explicit mentionwas
made of the need for a theoretical framework indiscussing the distinctive features of research. The
closest comment was Jamess (above) inrelationto
critical analysis.
Summary
The interviews gave perceptions ofwhat constitutes
research evidence,resulting, as seen, insome common
concerns about purpose and methodology but with
interesting, and perhaps unresolvable, individualviews and nuances. There appears no one common or
even dominant view of science educationresearch.
Rather different activities are seen as constituting
research providedthey fulfilthe important criteria of
having a clear purpose and an appropriate method-
ology.
Science education practitioners become familiar
with the research methods in science, often during
their undergraduatestudy. Unless they have engaged
in educational research, they may have far lessfamiliarity withsocialscienceresearch methods. We
detected insome interviewees a scientific,that is,
experimental model of research as dominant in
respondingto interview questions. More discussion
with practitioners in professionalsettings about the
variety and purpose ofsocialscienceresearch methods
may assist teacher evaluation ofresearch evidence.
We might ask at this point whether there is a
difference betweenwhat is seen as research andwhat
is seen as goodresearch. The extent towhichreported
research evidence is seen as convincingwas onetopic
explored inthe focus groups.Insummary,for focus
group participants, the research presented in the
vignettes was seen as convincing if it hadresonance
withteachers experience,was viewed as transferable
across different contexts and came fromstudies where
therewas seen to be a clear methodology (usually
involving large samples). More detailed discussion
of the criteria used to judge research evidence as
convincing, andworthy of influencing practice and
policy, is inthe fullreport ofthis project. We hopethat the complete analysis from the EPSE projects
will allow the development of models of effective
involvement ofteachers inshaping andusingresearch.
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Acknowledgements
We arevery gratefulto allthe interviewees for participating. Theworkreported is part of one project (of four)
being carried out by theEvidence-basedPractice inScienceEducation (EPSE)ResearchNetwork,which is
funded by the UK Economic and Social Research Council (ESRC) as part of the Teaching and Learning
Research Programme (TLRP) (award no. L13925 1003). We are gratefulto ESRC andtothe TLRPsteering
committee for their support.
References
Cordingley, P. (1999) Constructing and critiquingreflective
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EPSEwebsite:www.york.ac.uk/depts/educ/projs/EPSE
Fitz-Gibbon, C. (2000) Education:realisingthe potential.
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publicservices, ed. Davies, H. T. O., Nutley, S. M. and
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TTA (1999)www.canteach.gov.uk/community/research/
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Mary Ratcliffe, University of Southampton, Hannah Bartholomew and Jonathan Osborne, Kings CollegeLondon, Vicky Hames and Robin Millar, University of York, Andy Hind and John Leach, University of Leeds,areall members oftheEPSE ResearchNetwork.
Apiece ofresearchthat influenced me
was oneby MickNott andJerry Wellington (1993)that exploredthe ideaof a nature ofscienceprofile. Although originally written for teachers,this articlesuggestedasimpleway of getting myAccess students toreflect ontheir opinions and experiences of science.I havesinceusedthisquestionnairewith Access students at apoint towards the end oftheir one-year,intensivecourse,
just beforethey leave further educationand progress to higher education.My aims areto encouragethestudents toconsider their image ofscienceseriously,tothink,learnandreflect onthis image, aswellas to providean enjoyablebut thought-provoking experience.Whenused,it always provokesdiscussion,reflectionandthe positive feelingthat they want to go on!
Nott, M.andWellington, J. (1993)Your nature ofscience profile: anactivity for scienceteachers.SSR, 75(270),109112.
DavePickersgill, SheffieldCollege
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