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The Long Reach of Early Math Skills Greg J. Duncan University of California, Irvine Robert Siegler Carnegie Mellon University

The Long Reach of Early Math Skills Greg J. Duncan University of California, Irvine Robert Siegler Carnegie Mellon University

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The Long Reach of Early Math Skills

Greg J. DuncanUniversity of California, Irvine

Robert SieglerCarnegie Mellon University

Gaps in Early Math Skills

Obj Count-ing

Next # # Compar-ison

0

25

50

75

3426

3749 54 51

Low Income Middle Income

The Problem Starts in the Preschool Period (Starkey et al., 2004)

% C

orr

ect

High/Low Income

White/Black White/Hispanic0

134

6277

Kindergarten Fifth grade

Math Gaps Persists Across Elementary School

(Duncan and Magnuson, 2011)

Gaps

in S

AT-

typ

e u

nit

s

High/Low Income

White/Black White/Hispanic0

134

6277

138

85

50

Kindergarten Fifth grade

Math Gaps Persists Across Elementary School

(Duncan and Magnuson, 2011)

Gaps

in S

AT-

typ

e u

nit

s

425

450

475

500

525

550

US

Father's Education

8th

Gra

de M

ath

A

chie

vem

en

tMath gaps are biggest in the United States (OECD, 1992)

Low

High

Do Math Gaps Matter?

able to communicate thoughts & needs verbally

enthusiastic and curious in approaching new activities

knowing how to sit still and pay attention

Only 10% thought that it was important that children starting school know numbers and the alphabet

School readiness as defined by kindergarten teachers:

School readiness according to George W. Bush:

“On the first day of school, children need to know letters and numbers. They need a strong vocabulary...These are the building blocks of learning, and this nation must provide them.”

“[T]he elements of early intervention programs that enhance social and emotional development are just as important as the components that enhance linguistic and cognitive competence”

(Shonkoff and Phillips, 2000: 398-99)

School readiness as defined by Neurons to

Neighborhoods:

Our question:

What are the roles of math, reading, attention and socioemotional skills for later child success?

A Taxonomy of Skills and Behaviors

Skill/behavior domain:

Math and Reading

Achievement

Description: Concrete reading, math,

etc. achievement

skills

Example test areas or

question wording:

Knowing letters and numbers;

beginning word sounds, word

problems

A Taxonomy of Skills and Behaviors

Skill/behavior domain:

Math and Reading

Achievement

Attention

Description: Concrete reading, math,

etc. achievement

skills

Ability to control impulses and focus on tasks

Example test areas or

question wording:

Knowing letters and numbers;

beginning word sounds, word

problems

Can’t sit still; can’t concentrate;

score from a computer test of impulse control

A Taxonomy of Skills and Behaviors

Skill/behavior domain:

Math and Reading

Achievement

Attention Anti-social behaviors

Mental health

Description: Concrete reading, math,

etc. achievement

skills

Ability to control impulses and focus on tasks

Ability to get along with

others

Sound mental health

Example test areas or

question wording:

Knowing letters and numbers;

beginning word sounds, word

problems

Can’t sit still; can’t concentrate;

score from a computer test of impulse control

Cheats or tells lies, bullies, is

disobedient at school

Is sad, depressed,

moody

School-entry Skills & Later Achievement

Six longitudinal datasets

School entry measures of skills and behaviors

Outcomes: Reading and math achievement in 1st through 8th grade– Test scores and teacher reports

Covariates: Family SES, child and (in 1 of the 6) mother’s cognitive skills

(Duncan et al., 2007)

In other words: let’s have a horse

race between early academic skills

and behavior and see which ones win

Effects on later achievement

0 5 10 15 20 25 30 35 40 45 500

Effects on later achievement

0 5 10 15 20 25 30 35 40 45 500

Anti-social

&Sad,

anxiousReading Math

At-ten-tion

Power of early math skills

Math impacts are adjusted for IQ differences

Early math predicts later reading scores as much as early reading does!

Now let’s look beyond school entry:

What problems in K-5 best predict dropout,

college, etc.

Double Jeopardy: Hernandez (2012)

• One in Six Children Who Are Not Reading Proficiently in Third Grade Fail to Graduate from High School On Time, Four Times the Rate for Children with Proficient Third-Grade Reading Skills

Persistent early school problems and adolescent attainment

Math problems

Reading problems

Attention problems

Anti-social behavior problems

Mental health problems

(Duncan and Magnuson, 2011)

Children with persistent reading problems were:• 32 percentage points less likely to graduate high school• 36 percentage points less likely to attend college

Children with persistent math problems were:• 32 percentage points less likely to graduate high school• 44 percentage points less likely to attend college

Simple associations are even more dramatic:

Effects of persistent K-5 problems on ever attending

college(average = 43%)

0 10 20 30 400

Decrease in probability of attending col-lege

Effects of persistent K-5 problems on ever attending

college(average = 43%)

0 10 20 30 400

Anxiety

ReadingAnti-socialAttention Math

Decrease in probability of attending col-lege

Effects of age 14-16 skills and behaviors on earnings (males

only)

0 5 10 150

Percent increase adult earnings

Effects of age 14-16 skills and behaviors on earnings (males

only)

0 5 10 150

ReadingAnxiety

Anti-social

Attention Math

Percent increase adult earnings

Math matters a lot

• School entry math predicts later school success

• Avoiding persistent math problems in K-5 best predicts college attendance

• Math achievement in adolescence predicts labor market success

Why math? (preliminary)

• Structural story:

• teachers and schools provide extra opportunities for early math achievers?

• moderate math skills keeps kids out of special education?

Why math (con’t)?

• Motivational story:

• Math feedback is very concrete?

• Kids who don’t master math don’t think they are good at math or good at school?

What can be done about it?

We need to know more about what works to promote early math

proficiency