Index

Keena Arbuthnot (Louisiana State University, USA)

Global Perspectives on Educational Testing: Examining Fairness, High-Stakes and Policy Reform

ISBN: 978-1-78635-434-1, eISBN: 978-1-78635-433-4

ISSN: 1479-358X

Publication date: 31 October 2017

This content is currently only available as a PDF

Citation

Arbuthnot, K. (2017), "Index", Global Perspectives on Educational Testing: Examining Fairness, High-Stakes and Policy Reform (Advances in Education in Diverse Communities, Vol. 13), Emerald Publishing Limited, Leeds, pp. 183-189. https://doi.org/10.1108/S1479-358X20160000013018

Publisher

:

Emerald Publishing Limited

Copyright © 2017 Emerald Publishing Limited


INDEX

American Educational Research Association
, 10

American Psychological Association
, 10

benchmarking
, 7–8

bias

defined
, 11–12

measurement
, 11–15, 27

Black students, performance of
, 12–13, 34–35, 148, 156

Chinese Taipei
, 160–164, see also Taiwanese test takers and performance

differences in OTL patterns
, 118–125, 142

educational policies
, 172–173

omission patterns
, 110–116

professional development activities for teachers
, 174

test speededness
, 116–117, 143

test-wiseness patterns
, 108–118

country selection
, 25

country distinctions and the similarities
, 62–74

criteria for selection
, 38

distinct characteristics of countries
, 66–67

educational history and reform efforts of countries
, 39–40

factors impacting performance

analysis
, 46

assessments
, 60–62

measures
, 44–45

school and instructional practices
, 56–59

student-centered factors
, 59–60

teacher factors
, 51–56

test takers’ home and background
, 47–51

selected countries
, 38–44

culture’s impact on test-taking patterns
, 33–35, 147–158, 166

analysis
, 151–153

comparison of Black and White test takers
, 148–149

high-context culture groups vs low-context culture groups
, 152–157

measures
, 151

research hypotheses
, 150

differential item function (DIF)
, 12–15, 24

comparison of Black and White test takers
, 12–13

conditions to conduct
, 14–15

definition
, 12

explanations and sources of
, 14

educational accountability systems
, 39

8th grade assessment
, 3, 5

comparison of countries
, 63–65, 67–71, 73–78, 89–107

cultural differences impact
, 151–152, 154, 156–158, 163–164

differences in OTL patterns
, 119–124

high-context culture countries
, 158

influencing factors

home and background factors
, 47–51

student-centered factors
, 59–62

teacher factors
, 51–59

item performance
, 128, 132, 137, 142, 144

low-context culture countries
, 157

percentage of omissions
, 111–116, 162

performance patterns
, 80–81, 83–89

test speededness
, 116–118

test-wiseness skills
, 109–111

fairness issues on assessments, xiv

Filling in the Blanks: Understanding the Black White Achievement Gap, xiii

Finland
, 160–164

differences in OTL patterns
, 118–125, 142

educational policies
, 173

omission patterns
, 110–116, 145

professional development activities for teachers
, 175

test speededness
, 116–117, 143

test-wiseness patterns
, 108–118

Finnish students, performance of

application of mathematical procedures
, 61–62

average scale score and rank
, 87–88

commonalities with other countries
, 67–74

distinct characteristics of performance
, 66–67

4th and 8th grade students
, 75–76

frequency of assessments
, 60–61

influencing factors

distractor choices
, 144

home and background factors
, 47–51

item bias
, 138–139

nutrition issues
, 50–51

parental expectations of children’s educational goals
, 50

school and instructional practices
, 57–59

student-centered factors
, 59–60

teacher factors
, 51–56

math achievement scores
, 85

vs. Qatari students
, 95–96, 104–106

vs. Taiwanese students
, 89–90, 97–100

vs. United States
, 94–95, 103–104

p-value
, 83–84, 128–129, 152

4th grade assessment
, 4–5

comparison of countries
, 63–66, 69–70, 72, 74–78, 89–107

cultural differences impact
, 151, 153, 155–157, 164

differences in OTL patterns
, 119–124

influencing factors

home and background factors
, 47–51

student-centered factors
, 59–62

teacher factors
, 51–59

item performance
, 127, 132, 135–136, 143

percentage of omissions
, 111–116, 162

performance patterns
, 80–82, 84–89

test speededness
, 116–118

test-wiseness skills
, 109–111

Graduate Record Examination (GRE)
, 18

high-context culture countries, and test performance
, 34–35, 38, 68–69, 77, 152–157, 166

international assessments

benchmarking process
, 7–8

comparison of major
, 4

concerns and shortcoming of utilizing
, 8–9

impact on education systems
, 1–2

and policy
, 6–7

test fairness
, 9–10

item bias
, 11–12

identifying
, 28–33, 128–129

sources of
, 29–33, 130–135, 138–141

item-level performance
, 27–28

contextual issues
, 29, 130, 141–142

differences in omission patterns
, 144–145

distractor choices
, 24, 31–32, 133–134, 144–145, 162–163, 166

identifying item bias
, 14, 28–33, 128–129

measures
, 127–128

OTL differences
, 19–21, 26–27, 30, 118–126, 130–131, 142, 168, 170

sources of item bias
, 29, 130–135, 138–141

strategy formation and usage
, 28, 31, 132–133, 143–146, 162–163

test speededness
, 26, 30–31, 116–117, 131–132, 142–143

test takers’ omit patterns
, 32–33, 110, 134–135, 144–145, 162–163

test wiseness
, 108–118, 167–168

low-context culture countries, and test performance
, 34–35, 39, 68–69, 76–77, 152–157, 166

mathematics test performance
, 13, 31, 59–62, 168

of males and females in the United States
, 13, 148

student-centered factors and
, 59

variations in language and
, 167

National Council on Measurement in Education
, 10

No Child Left Behind Act (2002)
, 42–43

opportunity to learn (OTL)
, 19–21, 26–27, 30, 118–126, 142, 168, 170

parental expectations of children’s educational goals
, 47, 50, 68, 160

PIRLS
, 4, 48–50, 58

predictive bias
, 11–12

Program for International Student Assessment (PISA)
, 2–3, 6–7

impact of
, 7

PISA shock
, 6

report, use of
, 7

p-value, or the proportion of test
, 83–84, 128–129, 152

Qatar
, 160–164

differences in OTL patterns
, 118–125, 142

educational policies
, 173

omission patterns
, 110–116

professional development activities for teachers
, 174

test speededness
, 116–117, 143

test-wiseness patterns
, 108–118

variations in language and impact on performance
, 167

Qatari students

application of mathematical procedures
, 61–62

average scale score and rank
, 87–88

commonalities with other countries
, 67–74

distinct characteristics of performance
, 66–67

4th and 8th grade students
, 75–76

frequency of assessments
, 60–61

impact of culture on test performance
, 152–153

influencing factors

distractor choices
, 144

home and background factors
, 47–51

item bias
, 137–138, 140

language of the test
, 49–50

nutrition issues
, 50–51

own room and Internet access
, 48

parental expectations of children’s educational goals
, 50

school and instructional practices
, 57–59

student-centered factors
, 59–60

teacher factors
, 51–56

math achievement scores
, 86

vs. Finnish students
, 95–96, 104–106

vs. Taiwanese students
, 92–93, 101–103

vs. United States
, 96–97, 106–107

p-value
, 83–84, 128–129, 152

Science, Technology, Engineering, and Mathematics (STEM) fields and education
, 3

Standards for Educational and Psychological Testing
, 10–21

categorization of fairness
, 11

differential item function (DIF)
, 12–15

general views of test fairness
, 10–11

item bias issues
, 11–12

purpose of
, 10

status of construct measured
, 15

student performance

school and instructional practices
, 56–59

student-centered factors
, 59–60

teacher factors
, 51–56

test takers’ home and background
, 47–51

Taiwanese test takers and performance
, 40

application of mathematical procedures
, 61–62

average scale score and rank
, 87–88

commonalities with other countries
, 67–74

distinct characteristics of performance
, 66–67

4th and 8th grade students
, 74–76

frequency of assessments
, 60–61

impact of culture on test performance
, 152–153

influencing factors

distractor choices
, 144

home and background factors
, 47–51

item bias
, 136–140

item context
, 141–142

language of the test
, 49–50

nutrition issues
, 50–51

own room and Internet access
, 48

parental expectations of children’s educational goals
, 50

teacher factors
, 51–56

math achievement scores
, 85

vs. Finnish students
, 89–90, 97–100

vs. Qatari students
, 92–93, 101–103

vs. United States
, 91–92, 100–101

p-value
, 83–84, 128–129, 152

teaching to the test
, 9

test and subtest performance
, 25–27, 80–108

average scale score for each country
, 87

for Chinese Taipei
, 85, 87–93, 97–103

cycles of assessment administrations
, 84–108

definitions of content domains
, 81–83

for Finland
, 85, 87–91, 94–100, 103–106

magnitude of difference between countries
, 83–84, 89–108

p-value, or the proportion of test
, 83–84

mathematics test
, 80–83

measures
, 80–83

OTL differences
, 26–27

for Qatar
, 86–88, 92–93, 95–97, 101–107

test wiseness
, 26

for United States
, 86–88, 91–92, 94–97, 100–101, 103–104, 106–107

test-based accountability measures
, 9, 38, 42–43, 78

test developers, recommendations for
, 170–171

test fairness, issues in

access to construct as measured
, 15

cultural impact
, 33–35, 166

equitable treatment
, 11

language
, 49–50, 66–67, 70, 72, 76, 167

measurement bias
, 11–15, 165–166

opportunity to learn
, 19–21

test content
, 17

test context
, 17–18

test response
, 18–19

test-wiseness skills
, 167–168

validity of interpretation
, 15–19

test speededness
, 26, 30–31, 116–117, 142–143

test wiseness skills
, 26, 108–118, 167–168

The Arbuthnot Assessment Fairness (TAAF) Framework
, 23–35, see also country selection; culture’s impact on test-taking patterns; item-level performance; test and subtest performance

phases
, 23–35, 159–164

recommendations to stakeholders
, 169–175

for improving pedagogical practices and improve learning
, 173–174

for policy making
, 172–173

for test developers
, 170–171

strategy formation and usage
, 31, 132–133, 143–145

utilization of
, 169

12th grade assessment
, 3, 5

Trends in International Mathematics and Science Study (TIMSS) assessment
, 2–6

academic expectations
, 60–61

content domains
, 112–113

mathematics and science tests, domains of
, 5

percentage of omissions
, 110–111, 113–116

performance in different countries
, 51–56, 89–107

questionnaire

academic expectations
, 60

home and background factors
, 45, 47–51

language skill
, 48–49

learning environment
, 59–62

learning mathematics
, 59–60

own room and Internet access
, 47–48

parental expectations of children’s educational goals
, 50

parent survey
, 48–49

school and instructional practices
, 56–59

teacher factors
, 51–56

sampling strategy
, 5

test speededness
, 116–117

United States
, 160–164

differences in OTL patterns
, 118–125, 142

educational policies
, 172–173

impact of culture on test performance
, 148–150, 156

omission patterns
, 110–116

professional development activities for teachers
, 174

test speededness
, 116–117, 143

test-wiseness patterns
, 108–118

United States students, performance of

application of mathematical procedures
, 61–62

average scale score and rank
, 87–88

commonalities with other countries
, 67–74

distinct characteristics of performance
, 66–67

4th and 8th grade students
, 75–76

frequency of assessments
, 60–61

influencing factors

distractor choices
, 144

home and background factors
, 47–51

item bias
, 136, 138–139

nutrition issues
, 50–51

parental expectations of children’s educational goals
, 50

school and instructional practices
, 57–59

student-centered factors
, 59–60

teacher factors
, 51–56

math achievement scores
, 86

vs. Finnish students
, 94–95, 103–104

vs. Qatari students
, 96–97, 106–107

vs. Taiwanese students
, 91–92, 100–101

p-value
, 83–84, 128–129, 152

White students, performance of
, 12–13, 34–35, 148