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PUBLICATION  OPPORTUNITIES.  Would  we  be  interested  in  your  work?   ³<HV´LIWKHZRUGVrural  and  mathematics  appear  often  in  your  manuscript.   We  welcome  distinctive  and  non-­trendy  scholarship.  Empirical  work   (quantitative  or  qualitative)  is  a  priority,  but  we  will  consider  theoretical   pieces,  historical  research  or  biography,  and  very  well-­argued  commentary  as   well.  Contact  Craig  Howley  or  Sandi  Mills  with  an  idea  for  an  article.  

Tab le of Co nten ts

Sandi  R.  Mills,  Wingate  University,  Editor  2009-­2010  

Volume 9, Number 2 May 2010

Rural Math Educator

1. Craig  Howley    

     Research  Initiative  8SGDWH«««««««««««««««S    

2.  Craig  Howley    

       Introducing  the  Seven-­6LWH6WXG\««««««««««««S   .  

3.  Johnny  Belcher    

       Interview  with  Johnny  Belcher,  Researcher  on  Seven-­6LWH6WXG\«S    

4.  Vena  Long    

     ACCLAIM  was  there:  Practitioners  and  Researchers  Learning  Together:        A  National  Conference  on  the  Mathematics  Teaching  and  Learning  of  

     /DWLQRVDV««««««««««««««««««««««S  

 

-RE$QQRXQFHPHQW«««««««««««««««««S  

   

6.  Updates    

     1HZ3K'VLQWKH$&&/$,0IDPLO\«««««««««««S  

     8SFRPLQJFRQIHUHQFHV«««««««««««««««S  

 

DISCLAIMER.  The  Rural  Mathematics   Educator  is  produced  at  Ohio  

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Research  Initiative  Update  

  The  research  work  has  enjoyed  a  very  active  winter.    A  variety  of  publications  based  on  the  seven-­site  

national  study  is  underway,  including  a  lengthy  monograph,  journal  articles,  conference  papers,  and  a  sympo-­

sium.  

/RFDOSDUWQHUVLQFOXGHWKH&ROOHJHRI(GXFDWLRQ¶V,QVWLWXWHIRU'HPRFUDF\LQ(GXFDWLRQFR-­directed  by  

Jerry  Johnson  and  John  Hitchcock,  and  the  College  of  Arts  and  Sciences  mathematics  department,  home  to  

Robert  Klein,  who  gathered  data  at  two  of  the  seven  sites.    Greg  Foley,  Morton  Chair  of  Mathematics  Educa-­

tion,  also  helped  gather  data  and  has  worked  concertedly  with  Center  doctoral  students  from  Cohort  III  who  

are  choosing  to  complete  dissertations  at  OU:  Joseph  Champine,  Bruce  Lewis,  Sandi  Mills  (RME  editor),  

Wayne  Nirode,  and  Richard  Swearingen.  

Seven-­site  National  Study  

At  this  writing  (mid-­April),  the  new  monograph  about  the  seven-­site  national  study  has  been  com-­

pleted,  and  the  200-­page  manuscript  is  in  the  hands  of  our  copyeditor,  Erik  Gunn.    See  the  related  article  in  

WKLVLVVXHZKLFKGHVFULEHVWKHVWXG\VLWHVDQGGLVFXVVHVWKHUXUDOPHDQLQJRI³SODFH-­EDVHGHGXFDWLRQ´  

The  seven-­site  study,  which  began  in  2006,  gathered  85  interviews,  30  fieldnotes,  and  27  classroom  

observations,  producing  nearly  1250  pages  of  data  (including  1,000  pages  of  interview  transcripts)  

(Publication  imminent).  

The  research  team  continues  to  produce  conference  papers,  symposia,  and  journal  article  manuscripts  

for  peer-­reviewed  publication  based  on  study  data.  As  reported  last  time,  two  papers  were  presented  at  the  

2009  AERA  meeting  in  San  Diego,  and  a  revised  version  of  one  of  those  papers  recently  received  a  revise-­and

-­resubmit  nod  from  a  prominent  environmental  education  journal.  

A  new  manuscript  has  been  proposed  for  a  special  issue  addressing  place-­based  education  to  be  pub-­

OLVKHGLQDQRWKHUHQYLURQPHQWDOHGXFDWLRQMRXUQDO$GGLWLRQDOO\WKHVWXG\¶VPRVWFRPSOH[FDVHDIRXU-­district  

collaborative)  is  being  revised  for  submission  to  a  research  journal.  Individual  paper  proposals  have  also  been  

submitted  to  the  North  American  Philosophy  of  Mathematics  Education  conference,  and  the  Midwest  Educa-­

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with  place-­based  math  initiatives²has  also  been  accepted  for  a  qualitative  research  conference.    Thus,  at  this  juncture,  

the  research  team  projects  the  development  of  eight  publications  from  the  study,  of  which  perhaps  half  will  appear  in  

peer-­reviewed  venues.  Additional  relevant  publications  are  likely  from  the  work  described  next.  

Cross-­case  Analysis  Underway  

The  new  monograph  reports  seven  individual  case  studies  but  does  not  provide  a  systematic  cross-­case  analy-­

sis.    Cross-­cases  analysis  is  particularly  useful  for  synthesizing  findings  that  span  individual  cases.  An  additional  

analysis,  therefore,  is  also  underway  to  develop  such  findings.  

Dan  Showalter  (a  graduate  student  in  mathematics  at  Ohio  University)  has  been  hired  to  conduct  the  analysis  

under  the  direction  of  senior  staff.    Coding  will  use  a  matrix  approach  initially  grounded  in  extant  single-­site  themes  

and  overarching  contextual  issues  (educational  levels,  instructional  venues,  teaching  specialties,  etc.).    Analysis,  of  

course,  will  also  provide  for  emergent  cross-­case  themes.    Dan  is  reading  a  great  deal  about  rural  education  and  place-­

based  education  in  preparation  for  the    analysis.  The  team  has  also  decided  that  his  preparation  will  not  include  read-­

ing  the  new  monograph,  in  order  to  maximize  the  advantages  of  bringing  a  fresh  set  of  eyes  to  the  data.        

Follow-­up  Survey  Planning  

  The  Institute  for  Democracy  in  Education  at  OU  has  agreed  to  design  and  conduct  a  survey  based  on  the  find-­

ings  of  the  seven-­site  national  study.  This  extension  will  probably  develop  an  instrument  and  attempt  to  produce,  on  

some  as-­yet-­to-­be-­decided  basis,  findings  with  some  degree  of  generalizability.  This  was  a  task  considered  premature  

when  the  seven-­site  study  was  designed.  It  was  therefore  was  designed  to  raise  a  range  of  issues  across  the  nation  in  

quite  different  rural  settings²and  these  issues  have  been  captured  in  the  themes  from  each  site  and  prospectively  from  

the  cross-­site  themes  in  the  ongoing  analysis.    Using  the  extant  single-­site  themes  as  a  basis  for  developing  questions,  

survey  research  can  extend  the  inquiry  to  a  single-­state,  multi-­state,  or  perhaps  a  national  population.  The  new  study,  

WKHQFDQKHOSDQVZHUWKHTXHVWLRQ³+RZFRPPRQDUHWKHLVVXHVUDLVHGLQWKHVHYHQ-­VLWHVWXG\"´  

$&&/$,0¶V0RQRJUDSK6HULHV  

7KHQHZPRQRJUDSKZLOOEHWKHIRXUWKLQDVHULHV$&&/$,0¶VPRQRJUDSKVHULHVSUHVHQWVH[WHQGHGUHVHDUFK

reports,  in  contrast  to  the  Working  Paper  series,  which  are  shorter  manuscripts  (ca.  25-­45  pages)  intended  for  subse-­

quent  peer-­reviewed  journal  publication.  The  monograph  text  has  been  completed  and  will  be  professionally  designed  

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In  order  of  publication,  the  three  previously  published  monographs  are:  

Lucas,  D.  (2005).  $UXUDOFRPPXQLW\¶VSHUFHSWLRQVRIWKHLPSRUWDQFHRIPDWKDQGPDWKHHGXFDWLRQLQ$SSDOD

chia  (Monograph  No.  1).  Athens,  OH:  Appalachian  Collaborative  Center  for  Learning,  Assessment,  and  In-­

struction  in  Mathematics.  Retrieved  from  https://sites.google.com/site/acclaimruralmath/Home/acclaim-­

publications/M01Lucas.pdf?attredirects=0&d=1  

Waters,  M.  S.  (Ed.).  (2005).  A  mathematics  educator's  introduction  to  rural  policy  issues  (Monograph  No.  2).  Athens,  

OH:  Appalachian  Collaborative  Center  for  Learning,  Assessment,  and  Instruction  in  Mathematics.  Retrieved  

from  www.eric.ed.gov/ERICWebPortal/recordDetail?accno=ED491046  

Larson,  W.,  &  Howley,  A.  (2006).  Leadership  of  mathematics  reform:  The  role  of  high  school  principals  in  rural  

schools  (ACCLAIM  Monograph  No.  3).  Athens,  OH:  Appalachian  Collaborative  Center  for  Learning,  Assess-­

ment,  and  Instruction  in  Mathematics.  Retrieved  from  www.eric.ed.gov/ERICWebPortal/recordDetail?

accno=ED498435  

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Introducing  the  Seven-­Site  Study  

From  2006  to  2010,  ACCLAIM  conducted  a  seven-­site  national  study  of  place-­based  mathematics  education  in  

rural  communities  across  the  nation.  The  following  Table  shows  the  activity  at  each  site.  

 

Selecting  the  Seven  Sites  

How  did  we  select  these  sites?    Drawing  on  the  knowledge  of  58  colleagues  in  rural  education,  math  education,  expe-­

riential  education,  science  education,  and  outdoor  education,  we  developed  a  list  of  rural  61  sites  where  the  colleagues  

knew,  or  suspected,  that  one  or  more  educators  was  connecting  the  math  curriculum  to  the  community.  We  contacted  

the  sites  and  selected  the  seven  listed  above  and  described  below.  In  selecting  these  sites,  we  were  looking  for  variety  

by  geographic  location,  education  level,  and  extensiveness  of  engagement  with  community-­  and  place-­based  pedago-­

gies.    

At  each  site,  during  the  2007-­2008  school  year,  a  member  of  the  research  team  interviewed  teachers,  students,  

parents,  administrators,  and  non-­parent  community  members.  Additionally,  each  investigator  observed  mathematics  

lessons  of  various  sorts,  taught  by  self-­contained  classroom  teachers  at  the  elementary  school,  and  at  the  secondary  

level  by  math  teachers,  vocational  agriculture  teachers,  science  teachers,  and  in  a  few  instances,  by  community  mem-­

bers.  The  investigator  at  each  site  also  collected  relevant  documents  such  as  instructional  materials,  newspaper  arti-­

FOHVDQGH[DPSOHVRIVWXGHQWV¶ZRUN+HRUVKHDOVRDFFRPSDQLHGWHDFKHUVVWXGHQWVDQGFRPPXQLW\PHPEHUVWR

various  activities  and  recorded  information  about  those  activities  in  field  notes.  See  the  preceding  table  for  the  data  

collected  at  each  site.  The  research  team  consisted  of  12  members,  split  evenly  between  faculty  and  graduate  students.  

Site Interviews Classroom  Obser-­

vations

Field  Notes

South  Valley  OH 14 5 2

Magnolia  AL 8 3 3

Lafayette  KY 11 2 2

Confluence  District  Collaborative  NE 22 6 6

Green  Mountain  School  VT 3 4 3

Eastcove  ME 16 2 7

Meriwether-­Lewis  WA 11 5 7

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Johnny  Belcher,  a  Cohort  II  ACCLAIM  doctoral  student  collected  data  at  Confluence  Collaborative,  the  

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What  were  these  sites  like  and  what  was  going  on  there?    The  following  paragraphs  are  excerpted  from  the  full  

report  to  give  readers  a  sense  of  the  diversity  and  engagement  at  the  sites.  

  South  Valley  Elementary  School.  South  Valley  Local  School  District  is  a  small  district  located  in  rural  Ohio.  

Ms.  Ball,  graduated  from  South  Valley  High  School  and  now  teaches  six  grade  mathematics  at  South  Valley  Elemen-­

tary.  She  engages  students  in  a  range  of  community-­inspired  mathematics  projects  throughout  the  year,  including  St.  

-XGH¶VPDWK-­athon,  Relay  for  Life,  Pi  Day,  and  a  stained-­glass  project  that  focuses  on  geometry  and  measurement  in  

creating  artwork.  For  the  Relay  for  Life  project,  students  collect  and  track  money,  time  laps,  and  graph  results.    

Magnolia  City  Schools.  Magnolia  City  School  District  is  located  in  a  rural  southern  Alabama  county  where  

55.65%  of  students  receive  free  or  reduced  lunches.  Magnolia  City  students  participate  in  an  aquaculture  program  and  

actively  maintain  the  fish  environments  (monitoring  pH,  population  size,  health),  track  and  foster  fish  growth,  and  

eventually  sell  the  fish  at  a  community  fish  fry  that  generates  funds  to  sustain  the  program.  

Meriwether  Lewis  Junior-­Senior  High  School.  Located  in  a  mountainous  region  of    Washington,  the  school  

had  just  over  250  students  in  grades  7-­12  in  2007-­2008.  Ms.  Jay  is  the  only  middle  school  mathematics  teacher  and  

invites  community  members  to  her  classes  to  describe  the  mathematics  they  use  in  their  daily  work.  This  has  included  

DORFDOILEHUDUWLVWDELF\FOHVKRSRZQHUDQGDYLGHRJDPHGHVLJQHU)RU³0DWK&RPPXQLWLHV´SDUHQWVOHDGVPDOO

groups  of  students  through  multi-­step  word  problems  every  2-­3  weeks.    

Eastcove  Community  School.  The  school  has  a  student  body  (pre-­K  to  12)  of  just  71  students  and  is  located  

RQDVPDOOLVODQGRIIRIWKHFRDVWRI0DLQHVRVPDOOWKDWWKHWRZQ¶VZHEVLWHOLVWVWKHQDPHRIHYHU\EDE\WKDWOLYHVLQ

the  community).  The  principal  and  some  teachers  have  instituted  several  place-­based  initiatives  including  the  design  

and  construction  of  pea-­pod  boats  and  an  all-­electric  vehicle  that  was  demonstrated  in  Washington,  DC.    

Green  Mountain  School.  This  is  the  only  non-­profit  private  school  in  the  study,  though  it  does  serve  public  

LQWHUHVWVE\HQUROOLQJ³WXLWLRQVWXGHQWV´VR-­called  in  New  England,  where  the  practice  is  common).  These  students  

come  from  local  public  school  districts  that  do  not  maintain  a  school  for  one  or  more  middle-­  grades.  The  school  en-­

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6WXGHQWVHQJDJHLQ³WUHHSORWPDWK´DVL[-­week  project  related  to  the  local  industry  of  timbering.  They  are  

given  tracts  of  land,  shaped  sometimes  as  triangles,  circles,  or  other  shapes  and  they  gather  data  about  the  trees  in  their  

plot,  graph  the  results,  calculate  the  worth  of  their  trees,  visit  the  mills,  and  occasionally  present  their  findings  to  the  

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Confluence  District  Collaborative.  Located  in  a  Great  Plains  state,  the  collaborative  brings  four  school  dis-­

tricts  into  one  administrative  unit  with  one  superintendent  and  central  office  staff.  The  schools  in  the  district  have  pov-­

erty  rates  at  or  below  the  national  average  of  17.4%  and  educate  students  from  a  wide  geographic  region.  Moreover,  

survival  of  the  individual  schools  and  districts  involves  significant  sharing  of  resources,  including  teachers  travelling  

between  schools  to  teach  classes.  In  many  ways,  this  was  an  anti-­example  or  declining  example  given  that  most  teach-­

ers  in  the  study  tended  to  view  place-­based  approaches  as  appropriate  only  for  lower-­level  students  or  not  possible  

given  the  distance-­learning  technologies  being  used  to  solve  the  teacher  travel  problems.    

Lafayette  County  High  School.  This  school  is  a  comparatively  large  school  (over  1,000  students  in  grades  9-­

LQUXUDO.HQWXFN\%HFDXVHRIWKHLQLWLDWLYHRIDPDWKWHDFKHUDQGDQDJWHDFKHUWKHVFKRRORSHUDWHVD³OXWKHULH´

class  in  which  students  craft  ukuleles  from  raw  lumber  over  the  course  of  the  year.  Each  student  makes  two  ukuleles:  

one  to  keep  and  one  to  sell  at  a  community  show  for  funds  to  sustain  the  program.  Measurement,  scale  geometry,  and  

trigonometry  are  emphasized  connections.  

Research  Questions  

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supports  the  making  of  such  connections,  but  we  wanted  to  keep  the  study  descriptive  and,  to  the  extent  possible,  ob-­

jective.    

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(1)  How  do  rural  schools  connect  mathematics  education  to  local  communities  and  places?  and  (2)  What  con-­

ditions  enable  and  constrain  their  efforts?  Our  answers  go  well  beyond  the  questions,  because,  in  fact,  the  study  was  

framed  by  these  questions  to  surface  in  the  struggle  to  make  such  connections.  We  were  not  interested  at  all  to  derive  

DVHWRI³EHVWSUDFWLFHV´LQSODFH-­based  mathematics  education.  A  form  of  schooling  conducted  in  the  name  of  particu-­

lar  places,  in  fact,  hardly  lends  itself  to  the  development  of  a  set  of  practices  that  would  be  best  everywhere.    

  ,QWKHQH[WLVVXHZH¶OOV\QWKHVL]HVRPHRIWKHILQGLQJVDVZHXQGHUVWDQGWKHPDWWKLVSRLQW$VWKHUHODWHGUH

search  update  notes,  analyses  are  ongoing.  Several  members  of  the  team,  however,  are  involved  in  reflecting  on  issues  

implicated  by  site-­VSHFLILFILQGLQJVDQGZH¶OOUHSRUWVRPHRIWKLVWKLQNLQJQH[WWLPH:H¶YHDOVREHHQWKLQNLQJDERXW

what  distinguishes  place-­based  math  education  from  community-­based  education  and  from  environmental  education.  

:H¶UHWURXEOHGE\WKHWHQGHQF\RIWKHILHOGWRWUHDWDOORIWKHVHFRQVWUXFWLRQVDVYLUWXDOO\LQWHUFKDQJHDEOH:HILQG

however,  that  place  is  a  rural  phenomenon.  The  position  has  scandalized  some  audiences,  so  perhaps  the  next  install-­

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Interview  with  Johnny  Belcher,  Researcher  on  the  ACCLAIM  Seven-­Site  Study  and  ACCLAIM  Doc-­ toral  Student  

 

We  asked  Johnny  to  reflect  on  his  experience  gathering  data  at  our  Nebraska  site,  the  Confluence  Col-­ laborative.  His  interviews  produced  transcripts  that  enabled  a  deep  analysis  of  thorny  issues  at  a  com-­ SOH[ORFDWLRQIRXUGLVWULFWVZRUNLQJWRJHWKHU-RKQQ\¶VWUDQVFULSWVZHUHQRWDEOHIRUWZRVHHPLQJO\ contradictory  virtues.    First,  his  voice  was  very  quiet.    Second,  he  was  remarkably  good  at  keeping  in-­ terviewees  talking  and  focused  on  math  connections.  Actually,  Johnny  seemed  to  understand  the  web   RILGHDVLQZKLFKWKHVWXG\¶VLQWHQWLRQVZHUHSRVLWLRQHGDQGWKLVXQGHUVWDQGLQJVHHPLQJO\HQDEOHGH[ cellent  probes  and  redirects.  We  knew  that  his  background  had  included  counseling,  and  we  were  fa-­ miliar  with  his  thoughtful  contributions  in  classes.  The  study  was  lucky  to  have  his  help.  We  sent  ques-­ tions,  and  this  essay  is  what  we  received  in  return.  He  shares  his  preparation  as  related  to  counseling,   his  experiences  in  the  field,  and  offers  very  useful  advice  throughout  for  those  of  us  who  want  to  be-­ FRPHEHWWHULQWHUYLHZHUV:H¶YHLWDOLFL]HGVRPHRIWKLVFRXQVHOEHFDXVHLWVHHPVVRZLVHVXEWOHDQG useful.  Most  helpful  here,  perhaps,  is  the  way  Johnny  models  the  combination  of  hard  work,  thought-­ fulness,  and  modesty  that  served  the  study  so  very  well.    Thanks,  Johnny  for  that  help,  and  for  this  one   too.  

   

My  Masters  is  in  Guidance  Counseling  in  the  Secondary  School,  but  I  am  still  a  classroom  teacher.    I  teach  

Math  and  Physics  and  have  done  so  for  the  last  thirteen  years.    A  portion  of  my  preparation  to  be  a  counselor  

focused  on  being  a  good  listener.    Most  therapies  emphasize  the  need  for  the  client  to  find  their  own  solutions,  

whereby  the  counselor  helps  in  facilitating  the  process.    I  was  taught  that  it  is  very  easy  to  impose  my  own  val-­

ues  and  judgments,  which  may  or  may  not  be  with  what  the  client  is  struggling.      

 

When  it  comes  to  counseling  students  who  need  direction  due  to  lack  of  experiences  or  parental  involvement,  I  

have  always  felt  the  idea  of  the  student  finding  their  very  own  solution  can  be  a  slippery  slope,  possibly  leav-­

ing  the  student  more  confused  than  when  I  began  my  attempt  to  help.    Because  of  the  dual  role  of  the  coun-­

selor  and  teacher  as  a  listener  and  mentor  to  students,  I  have  always  felt  that  reality  therapy  is  most  prescrip-­

tive  in  tough  situations.    In  reality  therapy  the  counselor  helps  the  student  to  weigh  choices  based  on  real  con-­

sequences  of  decisions,  basically  helping  students  to  make  informed  decisions.    I  have  never  felt  it  wrong  to  

model  by  my  actions  and  give  advice  when  students  need  direction.    This  is  the  reality  of  working  with  stu-­

GHQWVLQWRGD\¶VVFKRROZKHUHSDUHQWDOJXLGDQFHPD\EHODFNLQJ  

(10)

 

However,  when  interviewing  someone  to  gain  an  insight  into  their  world,  implied  judgments  in  the  wording  of  

scheduled  questions  or  impromptu  questions  can  lead  the  interview  away  from  the  real  story.    So,  has  my  

counseling  preparation  been  an  aid  in  conducting  an  interview?    Yes.    The  minute  I  begin  an  interview  each  

interviewee  is  presenting  themselves  in  a  way  that  guards  their  pride  and  self-­image,  even  if  the  transcripts  will  

be  held  confidential.    They  are  always  talking  to  a  real  person  (the  interviewer)  and  thereby  will  behave  as  

they  do  in  public.    The  same  is  true  in  counseling  with  someone.    In  counseling  I  was  taught,  and  I  know  from  

being  an  educator,  that  rapport  must  happen  first  before  trust  can  be  built  between  student  and  teacher,  coun-­

selor,  or  other  helper.    For  an  interview  to  yield  guarded  truths  from  the  interviewee,  there  must  be  a  feeling  of  

trust  established.    What  makes  this  hard  is  it  must  happen  in  a  short  space  of  time  (only  the  few  moments  be-­

fore  the  interview  begins).      

 

,ILQGD³JHQXLQHO\´IULHQGO\GHPHDQRUZLWKDPRGHVWSUHVHQWDWLRQLVKHOSIXO*HQHUDOO\,WU\WRSUHVHQWP\

self  as  an  equal  to  the  interviewee.    I  do  not  want  to  come  across  as  superior  or  inferior.  I  believe  all  of  us  are  

equal  in  rights,  the  pursuit  of  happiness,  the  inevitability  of  death,  and  in  the  sight  of  God,  but  what  I  mean  is  

that  people  see  themselves  as  belonging  to  a  particular  level  of  status  based  on  many  perceived  factors.    Being  

PLQGIXORIRWKHUV¶VHOI-­image  can  be  helpful  in  your  personal  presentation  of  self.    Pretending  to  be  someone  

you  are  not  will  quickly  be  detected,  but  being  modestly  confident  will  take  you  a  long  way  in  winning  trust.    

Be  willing  to  be  imperfect  but  not  careless.    

 

:KLOHWKHUHPD\EHGLIIHULQJRSLQLRQVRQWKHLQWHUYLHZHU¶VGUHVVLWLVP\H[SHULHQFHWKDWLWGRHVPDWWHU,I,JR

into  a  public  school  with  a  three  piece  suit  then  I  likely  will  be  quickly  detected  as  foreign  to  the  setting.    Much  

like  your  personal  demeanor,  your  clothes  should  fit  the  place.    Dressing  sloppy  or  careless  can  imply  your  

work  will  require  the  same  attention.    If  a  participant  detects  a  lack  of  caring  on  your  part  then  they  will  likely  

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Persuading  the  interviewee  to  give  their  best  effort  based  on  the  fact  that  they  are  extremely  valuable  to  a  worthwhile  

quest  for  understanding  is  essential.    Otherwise,  you  are  likely  to  get  hurried  responses  so  as  to  speed  along  the  inter-­

view.    This  is  especially  true  if  working  in  a  school  with  teachers  who  are  usually  coming  to  you  under  duress  and  a  

tight  time  schedule.    Students  may  be  glad  to  be  out  of  class  and  administrators  may  feel  they  are  your  host,  but  teach-­

ers  are  typically  afraid  their  absence  will  cause  problems  that  they  must  fix  when  they  get  back  in  the  classroom  or  

FRVWWKHPWLPHWKH\GLGQ¶WIHHOWKH\KDGWREHJLQZLWK*HWWLQJ³EX\LQ´DQGKHOSLQJWKHPWRVORZGRZQIRUDIHZ

minutes  in  an  effort  to  promote  understanding  of  worthwhile  phenomenon  is  still  very  doable.    Many  teachers  (despite  

some  stereotypes)  entered  their  professions  because  of  higher  ideals  of  justice,  equality,  and  purpose.  

If  you  are  working  in  a  school  setting  be  aware  that  you  are  in  a  climate  of  evaluation.    Students,  teachers,  and  admin-­

istrators  are  likely  to  assume  a  visitor  is  there  for  evaluative  purposes  even  if  they  claim  they  are  not.    While  we  pro-­

tect  our  study  sites  through  the  anonymity  of  false  names  we  do  tend  to  offer  judgments  in  our  interpretations  of  the  

data.    For  the  most  part  students,  teachers,  and  administrators  will  still  give  an  honest  account  of  their  understandings  

if  they  know  there  will  be  anonymity.      

This  gets  a  little  tricky  when  doing  group  interviews.    While  interviewers  may  keep  their  bargain,  other  interviewees  

PD\OHDYHWKHLQWHUYLHZDQGVKDUHWKHLUJURXSPHPEHU¶VFRPPHQWV6WXGHQWVZLOOLQIDFWEHIXOO\DZDUHRIWKLVSR

tential.    While  this  action  can  never  be  prevented,  it  can  be  discouraged  by  implication.    In  opening  statements  with  a  

JURXSLWVKRXOGEHPDGHFOHDUWKDW\RXDUHQRWWKHUHWRHYDOXDWH<RXUSXUSRVHLVWRXQGHUVWDQGWKH³VWRU\´RIWKLV

place.    Distract  the  attention  from  evaluative  statements  and  subtly  highlight  more  factual  accounts  by  restating  inter-­

YLHZHHV¶WHVWLPRQ\    Restating  in  your  own  words  so  as  to  check  for  correctness  of  what  the  participant  is  trying  to  

convey  will  actually  improve  the  quality  of  the  interview.    One  can  subtly  restate  evaluative  statements  of  an  inter-­

viewee  so  as  to  reflect  a  less  judgmental  tone.    If  a  student  gives  an  account  of  a  teacher  who  never  calls  on  them  to  

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miss  valuable  data  by  passing  judgments  on  student  comments,  but  you  can  refocus  the  discourse  so  as  to  prevent  a  

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If  they  actually  have  this  feeling,  they  will  likely  say  it  anyway,  and  it  is  not  your  purpose  to  explore  quite  tan-­

gential  inner  feelings.    By  creating  a  fact  session  instead  of  a  gripe  session,  the  climate  of  the  interview  will  

yield  more  from  every  participant  instead  of  letting  the  more  vocal  participants  dominate  the  interview.  

 

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Sometimes,  for  instance,  the  story  becomes  why  a  phenomenon  is  not  happening  as  opposed  to  how  it  is  hap-­

pening.    Try  to  anticipate  what  direction  your  questions  will  go  if  the  scheduled  questions  are  yielding  less  

fruitful  data.    Take  the  following  scheduled  question  from  the  study  in  which  I  participated  as  an  example:  

Our  study  focuses  on  mathematics  instruction  that  draws  on  or  makes  use  of  local  places  and  communi-­

ties.    How  does  what  you  do  with  your  students  fit  in  with  this  way  of  thinking  about  instruction?  

 

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have  activities  that  include  place  or  community.    But  what  if  they  do  not  do  anything  that  they  perceive  as  in-­

cluding  place?    You  would  not  want  your  interview  to  end  on  the  first  question.    Each  person  has  five  senses  at  

their  disposal,  and  these  may  offer  important  data  when  taking  account  of  the  whole  study.    Two  follow-­up  

questions  might  be:  

 

What  is  your  perception  of  using  the  community  and  local  place  to  teach  mathematics?  

What  about  this  place  would  be  conducive  to  or  challenge  this  type  of  teaching?  

 

If  the  teacher  offers  examples  of  using  place  or  community  in  their  teaching  then  two  follow-­up  questions  

might  be  instead:  

 

What  goes  into  the  process  of  teaching  in  this  way?  

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Rehearse  the  scheduled  questions  until  they  become  part  of  you.    Create  a  list  of  questions  that  will  allow  you  

to  gain  data  if  the  questions  do  not  yield  the  results  you  anticipated.    Keep  creating  questions  as  new  results  

appear  that  will  allow  you  to  gain  more  information  about  each  new  turn  in  the  study.    In  this  way  your  data  

³VQRZEDOOV´DQGNHHSVJURZLQJ&KRRVLQJZKRWRLQWHUYLHZPD\WDNHWKLVDSSURDFKDVZHOO  

 

Be  mindful  of  your  time.    I  was  at  my  site  for  one  week.    It  can  be  easy  to  be  sidetracked  and  to  begin  collect-­

ing  data  that  may  not  be  a  surrounding  part  of  the  phenomenon  you  are  studying.    My  site  included  multiple  

school  districts  who  were  sharing  a  superintendent  and  any  resource  they  could  find  a  way  to  share.    The  ne-­

cessity  for  this  came  from  the  threat  of  school  closure  due  to  declining  enrollments.    Many  of  the  classes  were  

being  shared  via  distance  learning  technology.    In  some  instances  teachers  were  traveling  in  order  to  offer  

classes  at  all  sites.    It  was  my  deduction  that  this  was  a  central  issue  in  this  school  system  which  could  dramati-­

cally  affect  instruction  in  many  ways.    Because  of  this  insight,  it  became  part  of  the  story.    Based  on  my  ex-­

perience  with  this  site,  I  would  suggest  always  entering  a  site  with  an  open  mind  and  open  eyes  as  to  what  di-­

rection  your  investigation  may  lead.    Each  site  is  likely  to  be  unique,  and  in  possibly  noteworthy  ways.  

 

 ,GRQRWIHHOWKDWLWLVOLNHO\WKDWDQ\RQHSHUVRQFDQDQWLFLSDWHHDFKVLWHV¶GHYLDWLRQVDQGVHOHFWTXHVWLRQVDQG

interview  participants  with  a  machine-­like  efficiency.    So  accept  that  inevitability  up  front  and  go  out  to  map  

the  landscape.    Look  for  areas  you  have  not  exposed  or  positions  you  have  not  represented.    Positions  may  be  

different  job  titles,  students,  parents,  board  members,  community  members,  or  teachers  of  different  subjects.    

Some  of  my  data  sources  came  to  me  when  stopping  to  get  fuel  for  my  car  or  stopping  to  eat.    My  mind  kept  

working  on  the  problem.  Realize  you  are  on  the  clock  the  whole  time  you  are  in  the  community.      

 

Realize  you  are  being  watched.    While  eating  at  a  local  restaurant  one  night  a  community  member  and  I  began  

talking  and  she  commented  that  she  was  aware  I  was  visiting  the  school.    We  talked  some  about  the  school  

system  and  I  used  the  opportunity  to  do  an  impromptu  interview  with  anecdotal  notes  only.    Her  children  had  

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commented  to  me  that  our  study  was  interesting  and  that  the  community  should  know  I  was  there.    She  asked  

if  I  would  be  willing  to  be  interviewed  by  the  local  paper.    Knowing  there  would  have  to  be  a  follow-­up  by  the  

paper  and  that  I  could  have  my  plan  together  by  then  I  agreed.    Of  course,  I  immediately  contacted  the  How-­

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ment  that  we  prepared  if  asked  about  the  study.    Perhaps  the  lady  did  not  follow-­up  with  the  paper  or  they  were  

wise  that  an  observer  would  rather  attract  little  attention,  but  I  did  not  get  contacted  for  the  interview.    I  was  

not  expecting  this  but  was  reminded  if  you  enter  rural  communities  and  stay  for  any  length  of  time  you  are  

likely  a  blip  on  the  radar.      

 

Another  challenge  I  experienced  was  keeping  my  own  emotions  in  check  when  interviewing  reluctant  or  

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She  grinned  and  then  allowed  me  to  speak  again.    I  have  become  accustomed  to  such  comments  and  do  not  

react  typically  unless  it  is  with  a  quip  of  my  own  or  a  diversion  of  humor,  but  I  must  admit  she  almost  pushed  

my  button.    She  taught  the  upper-­level  math  classes  and  her  first  response  to  including  place  in  Calculus  was  

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sharing  this  story  to  stereotype  upper-­level  math  teachers  (I  am  one  myself),  but  I  am  sharing  this  with  you  be-­

cause  your  buttons  are  likely  to  be  pushed.    I  had  to  keep  reminding  myself  that  if  I  react,  then  I  influence  her  

interview  in  a  way  that  it  might  not  have  gone  otherwise.    She  is  telling  her  own  story  even  in  the  way  she  re-­

acts  with  me.    I  had  not  begun  recording  when  she  commented  about  my  accent,  but  I  did  record  the  comment  

in  anecdotal  notes  for  the  day  so  those  who  reviewed  the  tape  might  look  more  alertly  for  my  own  error  in  con-­

ducting  the  interview.      

 

Any  last  bit  of  advice  I  can  give  would  be  this:  be  prepared  to  work  hard.    Make  anecdotal  notes  through  the  

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(15)

ACCLAIM  was  there:  Practitioners  and  Researchers  Learning  Together:  A  National  Conference  on  the  

Mathematics  Teaching  and  Learning  of  Latinos/as  

 

Sponsored  by:  

CEMELA:  Center  for  the  Mathematics  Education  of  Latinos/as  (cemela.math.arizona.edu)  

CPTM:  Center  for  Proficiency  in  Teaching  Mathematics  (cptm.us)  

TODOS:  Mathematics  for  All  (todos-­math.org)  

Funded  by  the  National  Science  Foundation  

March  4-­7,  2010  

Location:  Westward  Look  Resort  (www.westwardlook.com)  

Tucson,  AZ  

 

  Leaving  the  cold,  dreary  central  Appalachian  I  attended  a  wonderful  finale  for  our  sister  center,  CEMELA  in  

warm  sunny  Tucson,  Arizona.  I  have  been  honored  to  be  on  their  advisory  board  since  their  beginning.  CEMELA,  

CPTM,  and  TODOS  coǦsponsored  a  twoǦandǦaǦhalfǦday  working  conference  on  the  mathematics  education  of  KǦ12  

Latino  students  for  an  invited  audience  of  teachers,  administrators,  mathematics  educators,  mathematicians,  bilingual/

ESL  educators,  and  policy  makers.  The  conference  focused  on  issues  of  language,  culture,  and  policy  in  the  context  of  

teaching  and  learning  mathematics.  The  goal  of  the  conference  was  to  engage  a  broad  community  of  researchers  and  

practitioners  in  considering  key  issues  related  to  the  teaching  and  learning  of  Latino  students.  

 

  7KHFRQIHUHQFHEURXJKWWRJHWKHUVFKRODUVDQGSUDFWLWLRQHUVIRUWKHSXUSRVHVRIOHDUQLQJIURPHDFKRWKHU¶V

research  and  experiences,  considering  implications  to  their  field,  and  identifying  additional  research  areas,  instruc-­

tional  materials  or  supports  needed.  It  served  to  showcase  and  disseminate  the  work  and  outcomes  of  CEMELA  

through  its  most  visible  ambassadors,  its  Fellows  and  alumni  as  well  as  highlighting  the  findings  of  other  researchers  

DQGWKHNQRZOHGJHRISUDFWLWLRQHUVJURXQGHGLQWHDFKLQJ&(0(/$¶VDWWHQWLRQWRWKHGHYHORSPHQWRIWKHRU\DQGSUDF

(16)

all  students  including  all  groups  of  linguistically  and  culturally  diverse  students²including  geographically  isolated  

students.  

  The  conference  was  a  platform  to  clearly,  specifically,  and  substantially  articulate  what  the  challenges  are,  

what  we  currently  know,  and  finally  what  we  need  to  know  regarding  the  

mathematics  teaching  and  learning  of  Latinos.  To  this  end  the  conference  design  organized  

participants  into  groups  on  seven  strands,  student  assessment,  teacher  education  and  professional  development,  policy,  

family  engagement,  curriculum,  visions  from  the  classroom,  and  transforming  mathematical  identities  through  after  

school  settings.  Each  participant  will  focused  on  two  strands.  I  served  as  a  discussion  leader  for  the  work  session  that  

followed  presentations  by  researchers  and  practitioners  for  the  purpose  of  identifying  implications,  gaps,  and  next  

steps  for  the  strand  on  assessment  and  participated  in  the  strand  on  mathematical  identity  the  second  day.  Not  only  did  

I  learn  much  that  connected  with  our  work  in  rural  America,  it  was  very  rewarding  to  see  the  alumni  whom  I  had  met  

early  on  as  fellows.  The  alums  from  all  the  Centers  truly  are  posed  to  make  a  tremendous  difference  in  the  years  

ahead.  Congrats  to  you  all!  

(17)

Position  Announcement  

IES-­Funded  Postdoctoral  Training  Program  in  Mathematics  Education  Research  

 

The  College  of  Education  at  the  University  of  Illinois  at  Urbana-­Champaign  seeks  a  postdoctoral  fellow  to  participate   in  a  new  mathematics  education  research-­training  program,  funded  by  the  Institute  of  Education  Sciences  (IES),  U.S.   Department  of  Education.  The  three-­year  position  offers  collaborative  and  independent  research  opportunities.  The   program  will  prepare  fellows  to  address  questions  relevant  to  mathematics  instruction  and  policy  in  a  methodologi-­ cally  rigorous  manner,  and  to  serve  as  leaders  in  improving  U.S.  mathematics  teaching  and  learning  for  diverse  popu-­ lations.    

Specific  research  projects  will  be  based  upon  the  joint  interests  of  the  fellow  and  the  UIUC  faculty  mentor(s).  Three   core  faculty  members  will  serve  as  program  mentors:  Dr.  Sarah  Theule  Lubienski  (mathematics  achievement,  equity,   and  reform;;  expertise  in  both  qualitative  and  quantitative  methods,  including  multi-­level  modeling  of  classroom  and   large-­scale  data),  Dr.  Arthur  J.  Baroody  (non-­experimental  and  experimental  studies  on  the  teaching  and  learning  of   basic  number,  counting,  and  arithmetic,  with  a  particular  focus  on  young  children  or  those  with  learning  difficulties),   and  Dr.  Joseph  P.  Robinson  (effects  of  policies  and  practices  on  the  academic  outcomes  of  English  learners;;  expert  in   quasi-­experimental  research  methods).    See  below  for  more  information  about  program  faculty,  including  16  affiliated   faculty  members.  

We  welcome  applicants  from  the  disciplines  of  education,  related  social  sciences  (economics,  psychology,  sociology),   mathematics,  statistics,  or  other  suitable  fields.  The  ideal  applicant  will  have  expertise  in  mathematics  education  or   rigorous  research  methodologies  (e.g.,  experimental  or  quasi-­experimental  design),  with  the  objective  of  gaining  sub-­ stantial  knowledge  in  the  other  domain.  Desirable  attributes  also  include  strong  analytic  skills,  experience  with  statisti-­ cal  software  and  large-­scale  datasets,  and  an  interest  in  improving  education  for  traditionally  under-­served  students.  

The  position  begins  August  16,  2010.  Applicants  must  possess  their  doctoral  degree  before  that  date.  All  qualified   U.S.  citizens  and  permanent  residents  will  be  considered.  Salary  is  set  by  IES  at  $50,000  annually  plus  $10,500  in   benefits.  Additionally,  each  fellow  will  receive  $7,000  annually  for  research  expenses  and  $2,500±$5,000  annually  for   conference  and  other  travel.  

Interested  applicants  should  submit  a  letter  of  interest,  curriculum  vitae,  and  up  to  two  writing  samples  via  email  to   Sarah  Lubienski  ([email protected]).  Please  also  arrange  to  have  three  letters  of  recommendation  emailed  directly  to  Dr.   Lubienski.  Applicant  review  will  begin  February  26  2010,  and  will  continue  until  the  position  is  filled.  Prospective   applicants  with  questions  about  the  position  are  encouraged  to  contact  the  PIs  of  the  program:  Sarah  Lubienski   ([email protected]),  Art  Baroody  ([email protected])  or  Joe  Robinson  ([email protected]).    

The  College  of  Education  and  the  University  of  Illinois  at  Urbana-­Champaign  provide  strong  support  for  research  and   opportunities  for  collaboration  with  leaders  in  the  field.  The  College  of  Education  is  known  for  its  groundbreaking   research,  innovative  approaches  to  teaching,  and  service  to  the  global  community.  The  College  is  comprised  of  six   departments,  including  Curriculum  and  Instruction  and  Educational  Psychology,  both  ranked  in  the  top  5  nationally   according  to  U.S.  News  and  World  Report.  The  College  has  90  faculty  actively  engaged  in  research  and  over  650  un-­ dergraduates  and  1100  graduate  students  enrolled  annually.  More  information  about  the  college  is  available  at  http:// education.illinois.edu.        

(18)

Announcement

:    

 

We  at  the  RME  are  proud  to  announce  the  addition  of  two  new  doctorates  in  the  ACCLAIM  family:    

Dr.  Geri  Landry  

University  of  Tennessee    

Dr.  Sharilyn  Owens   University  of  Tennessee    

Comments  from  Sharilyn:    

My  dissertation  topic  came  from  a  project  I  got  involved  in  at  The  Ohio  State   University  while  a  student  in  ACCLAIM.    The  title  is  "Professional  Development:   A  Case  Study  of  Mrs.  G."  

 

I  am  working  part  time  at  the  community  college  where  I  have  been  for  7  years,   and  part  time  at  Appalachian  State  University  in  the  college  of  education  

teaching  elementary  methods.  I  plan  to  do  the  same  next  year,  as  well  as   continue  to  write  about  the  research  I  am  involved  with  at  OSU.  

 

I  am  very  grateful  to  ACCLAIM.    What  a  wonderful  opportunity  and  experience  for   me.    Doctoral  studies  with  ACCLAIM  was  a  catalyst  for  many  life-­changing  choices   for  myself.  

 

Sharilyn    

(19)

Upcoming  Conference  Information    

AMTE  (January  2011)  

The  Fifteenth  Annual  AMTE  Conference  will  be  held  in  Irvine,  CA  on  January  27-­29,  2011.  

2011  Conference  Call  for  Proposals  Deadline  for  proposals:  May  14,  2010  Additional  Info  about  Discussion  Sessions  

Click  here  to  submit  proposals  (Link  takes  you  to  All-­Academic  website)  

Preconference  Proposal  Form

 

 NCTM  (October)  

2010  Regional  Conferences  &  Expositions    'HQYHU&2‡2FWREHU-­8      

 %DOWLPRUH0'‡2FWREHU-­15    1HZ2UOHDQV/$‡2FWREHU-­29        

Learn  more  about  the  Regional  Conferences  here    

RSS  (August)      

The  73rd  annual  meeting  of  the  Rural  Sociological  Society  will  be  held  in  Atlanta,  Georgia,  August  12-­15  at  the  Westin  

3HDFKWUHH3OD]D+RWHO7KLV\HDU¶VWKHPHLVHow  Flat  is  Rural?  Diversity  in  the  Age  of  Globalization.  February  15  is   the  deadline  for  submission  of  proposals.  July  21  is  the  deadline  for  receiving  the  conference  rate  at  the  hotel.      

 

NREA  (October)    

The  102nd  National  Rural  Education  Association  convention,  in  conjunction  with  the  annual  research  symposium,  will  

EHKHOGDWWKH³&KDWHDXRQWKH/DNH´LQ%UDQVRQ0LVVRXUL2FWREHU-­17,  2010.  Committee  meetings  and  preconfer-­ ence  activities  will  be  held  on  October  14th.  

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