Figure 1 - Inventive class membership, by patent-intensive location quotient—rural commuting zones: 2000
Figure 2 - Inventive class membership, by patent-intensive location quotient—urban commuting zones without a global city: 2000
Figure 3 - Inventive class membership, by patent-intensive location quotient—urban commuting zones containing a global city: 2000
Table 1 - Description of variables in inventive class regressions, excluding occupation shares
Table 2 - Summary of commuting zones in inventive class regressions, by assigned Rural-Urban Continuum Code
Table 3 - Inventive occupations
Table 4 - Patenting statistics for commuting zones containing global cities
Table 5 - Comparison of standardization and decomposition of patenting rates for global city commuting zones based on population growth rate
Table 6a - Standardization of patenting rates for commuting zones based on level of urbanization
Table 6b - Decomposition of patenting rates for commuting zones based on level of urbanization
Table 7 - Description of variables in simultaneous equations model—rural and urban commuting zones
Table 8 - Association among variables in simultaneous equations model—rural and urban commuting zones
Table 9 - Results for simultaneous equations model—rural commuting zones
Table 10 - Results for simultaneous equations model—urban commuting zones
Table A-1 - Results for simultaneous equations model excluding regional controls—rural commuting zones
Table A-2 - Results for simultaneous equations model excluding regional controls—urban commuting zones
Table A-3 - Results for simultaneous equations model with 1998 lags—rural commuting zones
Table A-4 - Results for simultaneous equations model with 1998 lags—urban commuting zones
Table A-5 - Results for simultaneous equations model with 1990 lags—rural commuting zones
Table A-6 - Results for simultaneous equations model with 1990 lags—urban commuting zones
