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Table 18 Model results for ILS (standardized regression coefficients) for the USA dataset

From: The link between ethnic diversity and scientific impact: the mediating effect of novelty and audience diversity

Path

Estimate (ρ)

Lower

Upper

P

Path

Estimate (ρ)

Lower

Upper

P

ILS_S (short term, full model)

ILS_L (long term, full model)

Novelty

 < 

E_D

0.030

− 0.004

0.063

0.082

Novelty

 < 

E_D

0.030

− 0.004

0.063

0.082

A3_E_D

 < 

E_D

0.210

0.179

0.241

0.000

A6_E_D

 < 

E_D

0.205

0.174

0.235

0.000

FNCS_3y

 < 

Novelty

0.048

0.016

0.079

0.003

FNCS_6y

 < 

Novelty

0.061

0.026

0.096

0.001

FNCS_3y

 < 

E_D

− 0.008

− 0.038

0.023

0.620

FNCS_6y

 < 

E_D

0.018

− 0.014

0.050

0.281

FNCS_3y

 < 

E_D*

0.113

0.076

0.150

0.000

FNCS_6y

 < 

E_D*

0.100

0.064

0.137

0.000

FNCS_3y

 < 

A3_E_D

0.570

0.525

0.614

0.000

FNCS_6y

 < 

A6_E_D

0.396

0.342

0.451

0.000

FNCS_3y

 < 

AF_D

− 0.003

− 0.041

0.035

0.871

FNCS_6y

 < 

AF_D

− 0.014

− 0.048

0.020

0.412

FNCS_3y

 < 

AF_S

− 0.009

− 0.049

0.032

0.671

FNCS_6y

 < 

AF_S

− 0.001

− 0.041

0.039

0.954

ILS_S′ (short term, reduced model)

ILS_L′ (long term, reduced model)

Novelty

 < 

E_D

0.030

− 0.004

0.063

0.082

Novelty

 < 

E_D

0.030

− 0.004

0.063

0.082

A3_E_D

 < 

E_D

0.210

0.179

0.241

0.000

A6_E_D

 < 

E_D

0.205

0.174

0.235

0.000

FNCS_3y

 < 

Novelty

0.048

0.016

0.080

0.003

FNCS_6y

 < 

Novelty

0.060

0.024

0.096

0.001

FNCS_3y

 < 

E_D

− 0.008

− 0.038

0.022

0.619

FNCS_6y

 < 

E_D

0.017

− 0.015

0.049

0.286

FNCS_3y

 < 

E_D*

0.114

0.076

0.151

0.000

FNCS_6y

 < 

E_D*

0.100

0.064

0.136

0.000

FNCS_3y

 < 

A3_E_D

0.570

0.525

0.615

0.000

FNCS_6y

 < 

A6_E_D

0.395

0.340

0.450

0.000

  1. 95% confidence intervals for std. regression coefficients. The intervals based on White robust standard errors. N = 3755. Confidence intervals marked with “*” concern total effects (direct effects + mediated effects) for the corresponding paths, while the other intervals concern direct effects for their corresponding paths