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Table 4<br />

Total Factor Productivity as an endogenous variable<br />

Country<br />

Import<br />

Interaction<br />

Term<br />

Foreign<br />

Stock of<br />

Knowledge<br />

f CH<br />

P ,<br />

t<br />

Domestic<br />

Stock of<br />

Knowledge<br />

f LP<br />

P ,<br />

t<br />

Human<br />

Capital<br />

Cointegration<br />

Test statistics<br />

m<br />

it<br />

H<br />

Model I: Foreign Stock of Knowledge (CH weighting procedure)<br />

France NO -0.13 0.46 2.14<br />

(-1.45) (10.41) (35.1) 0.106 -<br />

Germany NO 0.28 0.40 1.26<br />

(9.03) (8.76) (37.0) 0.075 -<br />

Japan - - - - - -<br />

United<br />

NO 0.07 0.22 0.66<br />

Kingdom<br />

(0.75) (2.52) (3.78) 0.086 -<br />

United States NO -0.11 0.85 4.44<br />

(-3.77) (5.49) (19.6) 0.068 -<br />

Model II: Foreign Stock of Knowledge (CH weighting procedure)<br />

France YES 0.02 0.53 1.90<br />

(0.61) (19.2) (7.73) 0.074 -<br />

Germany YES 0.08 0.36 0.90<br />

(6.49) (3.70) (13.7) 0.070 -<br />

Japan YES 0.35 1.79 2.74<br />

(6.81) (20.1) (6.17) - 0.101 **<br />

United<br />

YES 0.20 -0.64 0.05<br />

Kingdom<br />

(3.41) (-2.78) (0.17) 0.078 -<br />

United States YES -0.36 0.73 11.28<br />

(-14.8) (17.3) (27.5) 0.095 -<br />

Notes:<br />

a t-statistics in brackets. Standard Errors are adjusted for long-run variance. The long-run variance of the<br />

cointegrating regression residual is estimated using the Barlett window which is approximately equal to<br />

INT(T 1/2 ), as proposed in Newey and West (1987).<br />

b We choose q = INT(T 1/3 ), as proposed in Stock and Watson (1993).<br />

c<br />

C μ and C τ are LM statistic for cointegration using the DOLS residuals from the deterministic and<br />

stochastic cointegration, respectively, as proposed in Shin (1994).<br />

d The critical values are taken from Shin (1994), Table 1, for m = 3: a) C μ, 0.121 for the 10%, 0.159 for<br />

the 5% and 0.271 for the 1% levels; b) C τ, 0.069 for the 10%, 0.085 for the 5% and 0.126 for the 1%<br />

levels.<br />

C<br />

μ<br />

C τ<br />

24

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