| |
| |
| |
|
|
| tab1 = lm(success ~ EPR_STATUS_EXCL* INIT_NV_ONSET , data= EBCR_EPR_NAVCO2) |
| tab2 = lm(success ~ EPR_STATUS_EXCL * INIT_NV_ONSET + EPR_GROUPSIZE + POP_LOG_LAG_EXT + GDPPC_LOG_LAG_EXT + PASTNV + PASTV + VDEM_POLYARCHY_LAG + VDEM_PHYSINT_LAG + NVYEARS +I(NVYEARS^2) + I(NVYEARS^3) + VYEARS + I(VYEARS^2) + I(VYEARS^3), data= EBCR_EPR_NAVCO2) |
| tab3 = lm(success ~ EPR_STATUS_EXCL * INIT_NV_ONSET + EPR_GROUPSIZE + POP_LOG_LAG_EXT + GDPPC_LOG_LAG_EXT + PASTNV + PASTV + VDEM_POLYARCHY_LAG + VDEM_PHYSINT_LAG + EPR_TEK_EGIP + EPR_DOWNGRADED5 + HORIZ_INEQ + NVYEARS + I(NVYEARS^2) + I(NVYEARS^3) + VYEARS + I(VYEARS^2) + I(VYEARS^3) , data= EBCR_EPR_NAVCO2) |
| tab4 = lm(success ~ EPR_STATUS_ORD* INIT_NV_ONSET , data= EBCR_EPR_NAVCO2) |
| tab5 = lm(success ~ EPR_STATUS_ORD * INIT_NV_ONSET + EPR_GROUPSIZE + POP_LOG_LAG_EXT + GDPPC_LOG_LAG_EXT + PASTNV + PASTV + VDEM_POLYARCHY_LAG + VDEM_PHYSINT_LAG + NVYEARS +I(NVYEARS^2) + I(NVYEARS^3) + VYEARS + I(VYEARS^2) + I(VYEARS^3), data= EBCR_EPR_NAVCO2) |
| tab6 = lm(success ~ EPR_STATUS_ORD * INIT_NV_ONSET + EPR_GROUPSIZE + POP_LOG_LAG_EXT + GDPPC_LOG_LAG_EXT + PASTNV + PASTV + VDEM_POLYARCHY_LAG + VDEM_PHYSINT_LAG + EPR_TEK_EGIP + EPR_DOWNGRADED5 + HORIZ_INEQ + NVYEARS + I(NVYEARS^2) + I(NVYEARS^3) + VYEARS + I(VYEARS^2) + I(VYEARS^3) , data= EBCR_EPR_NAVCO2) |
|
|
| stargazer(tab4, tab5, tab6, tab1, tab2, tab3, table.placement="H", order = c(3,1,20, 2, 21), |
| covariate.labels = c("NV campaign", "EPR Status", "EPR Status × NV Campaign", |
| "EPR Status: Excluded", "EPR Status: Excluded × NV Campaign", |
| "EPR group size", "Country population", "Country GDP per capita", |
| "Prior participation in NV", "Prior participation in V", |
| "Level of democracy", "Physical integrity index", "Neighboring kin in power", |
| "Group status downgraded", "Horizontal inequality"), |
| omit = c("VYEARS", "NVYEARS"), |
| out="Tables/table_A3.tex") |
|
|
