This document links each section of the paper to the underlying data files and scripts.
- Data files:
analysis/2.4_fixed_factors_logit/output/Sev_early_switch.csv– cleaned dataset for regression- Generated from raw inputs (stored locally in this section):
analysis/2.4_fixed_factors_logit/data/filled_data_jmp.csvanalysis/2.4_fixed_factors_logit/data/Non_CIT_states_FRED_OH.csvanalysis/2.4_fixed_factors_logit/data/ssfa_data_jmp.xlsxanalysis/2.4_fixed_factors_logit/data/clean_rates_1976-2022.csvanalysis/2.4_fixed_factors_logit/data/rates_jmp.csvanalysis/2.4_fixed_factors_logit/data/elasticity_rates_jmp.csv
- Scripts:
analysis/2.4_fixed_factors_logit/scripts/Severance2WFE.R
- Results in paper:
- Table 1 – Logistic regression (odds ratios) showing higher severance tax revenues reduce probability of SSFA adoption
-
Data files:
analysis/2.5_employment_probit/data/Severance_Cap_mutate.csv– base panel of severance tax and adoption timinganalysis/2.5_employment_probit/data/BEA_GDPGrowth.csv– BEA GDP growth controlsanalysis/2.5_employment_probit/data/CurrentEmploymentStatistics_National.csv– CES national employmentanalysis/2.5_employment_probit/data/CurrentEmploymentStatistics_States.csv– CES state-level employmentanalysis/2.5_employment_probit/data/LocalAreaUnemploymentStatistics_States.csv– LAUS unemployment ratesanalysis/2.5_employment_probit/data/StatewideManufacturingEmployment_States.csv– BLS manufacturing employment
-
Scripts:
analysis/2.5_employment_probit/scripts/SSFA_Why_Switch_Script.R– builds hazard panel, cleans employment/manufacturing/unemployment datasets, runs logit and probit models
-
Results in paper:
- Table 2 – Logit hazard model of SSFA adoption
- Table 3 – Probit hazard model of SSFA adoption
- Data files:
analysis/7.1_yearly_changes/data/real_log_nci.csv– base dataset (real, log taxable corporate income by state/year)
- Scripts:
analysis/7.1_yearly_changes/scripts/desc_log_nci.R
- Outputs:
analysis/7.1_yearly_changes/output/sr_descriptive_log_nci.csv– computed year(-1), year(0), year(+1) logs and differences
- Results in paper:
- Table 7 – Yearly differences in taxable corporate income (real, log scale)
- Figures 1–3 – descriptive plots by adoption timing
-
Data files:
analysis/7.2_truncated_sample/data/real_log_nci.csv
State-level log non-corporate income dataset, used for TWFE and DiD analyses.
-
Scripts:
analysis/7.2_truncated_sample/scripts/TWFE_DiD_EventStudy_2007.R
Estimates TWFE, simple DiD, and event-study style DiD for the 2007 adoption cohort.
-
Results in paper:
- Tables 8–10 (TWFE, DiD, and Event-study estimates).
- Figures 4 and 8 (event-study plots for truncated sample).
- Data files:
analysis/7.3_synthetic_did/data/real_log_nci.csv– state-level log of real taxable corporate income (base dataset for all sDiD analyses)
- Scripts:
analysis/7.3_synthetic_did/scripts/log_nci.R– runs sequential cohort filtering, synthetic DID (short- and long-run), and generates per-state plots - Results in paper: Tables 11–13 (Synthetic DID estimates) Appendix: per-state short-run and long-run plots, Tables 17–21
- Data files:
analysis/7.4_non_corporate_income/data/real_NCI_cap.csv– non-corporate income tax revenue per capita, derived from naive_ci.csv- Scripts:
analysis/7.4_non_corporate_income/scripts/pe_nonCI_SR_LR.R– constructs NCI per capita dataset, runs sDiD (short- and long-run), and saves estimates/plots
- Results in paper:
- Tables 22–24 (Synthetic DID estimates for non-corporate tax revenue)