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clear |
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set more off |
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set scheme s1mono |
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cd "$path" |
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global data_files "$path/Data" |
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global out_files "$path/output" |
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use "$data_files/firm_enf.dta", clear |
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keep if min_dist<50 & starty<=2010 |
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drop if revenue == . |
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drop if key == . |
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label var min_dist_10 "Mon\$\_{<10km}\$" |
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label var any_air "Any Enforcement (0/1)" |
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label var post "Post" |
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label var key "High Pollution" |
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gen min_dist_10_post1 = c.min_dist_10#c.post1 |
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egen ind_time = group(industry prov_id time) |
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reg2hdfespatial any_air min_dist_10_post1, lat(lat) lon(lon) timevar(time) panelvar(id) altfetime(ind_time) distcutoff(100) lagcutoff(20) |
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scalar Conley1 = _se[min_dist_10_post1] |
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reg2hdfespatial any_air_shutdown min_dist_10_post1, lat(lat) lon(lon) timevar(time) panelvar(id) altfetime(ind_time) distcutoff(100) lagcutoff(20) |
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scalar Conley2 = _se[min_dist_10_post1] |
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reg2hdfespatial any_air_renovate min_dist_10_post1, lat(lat) lon(lon) timevar(time) panelvar(id) altfetime(ind_time) distcutoff(100) lagcutoff(20) |
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scalar Conley3 = _se[min_dist_10_post1] |
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reg2hdfespatial any_air_fine min_dist_10_post1, lat(lat) lon(lon) timevar(time) panelvar(id) altfetime(ind_time) distcutoff(100) lagcutoff(20) |
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scalar Conley4 = _se[min_dist_10_post1] |
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reg2hdfespatial any_air_warning min_dist_10_post1, lat(lat) lon(lon) timevar(time) panelvar(id) altfetime(ind_time) distcutoff(100) lagcutoff(20) |
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scalar Conley5 = _se[min_dist_10_post1] |
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use "$data_files/firm_enf.dta", clear |
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drop if revenue == . |
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drop if key == . |
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label var min_dist_10 "Mon\$\_{<10km}\$" |
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label var any_air "Any Enforcement (0/1)" |
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label var post "Post" |
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label var key "High Pollution" |
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eststo clear |
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reghdfe any_air c.min_dist_10#c.post1 if min_dist<50 & starty<=2010, absorb(time id industry#time prov_id#time) cluster(city_id) |
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eststo A |
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estadd ysumm, mean |
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estadd scalar EN = e(N_full) |
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estadd local Conley = "[`: di %9.5f Conley1']" |
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reghdfe any_air_shutdown c.min_dist_10#c.post1 if min_dist<50 & starty<=2010, absorb(time id industry#time prov_id#time) cluster(city_id) |
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eststo B |
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estadd ysumm, mean |
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estadd scalar EN = e(N_full) |
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estadd local Conley = "[`: di %9.5f Conley2']" |
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reghdfe any_air_renovate c.min_dist_10#c.post1 if min_dist<50 & starty<=2010, absorb(time id industry#time prov_id#time) cluster(city_id) |
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eststo C |
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estadd ysumm, mean |
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estadd scalar EN = e(N_full) |
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estadd local Conley = "[`: di %9.5f Conley3']" |
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reghdfe any_air_fine c.min_dist_10#c.post1 if min_dist<50 & starty<=2010, absorb(time id industry#time prov_id#time) cluster(city_id) |
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eststo D |
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estadd ysumm, mean |
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estadd scalar EN = e(N_full) |
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estadd local Conley = "[`:di %9.5f Conley4']" |
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reghdfe any_air_warning c.min_dist_10#c.post1 if min_dist<50 & starty<=2010, absorb(time id industry#time prov_id#time) cluster(city_id) |
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eststo E |
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estadd ysumm, mean |
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estadd scalar EN = e(N_full) |
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estadd local Conley = "[`:di %9.5f Conley5']" |
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esttab A B C D E using "$out_files/Table1a.tex", replace b(a2) noconstant se(a2) nolines nogaps compress fragment nonumbers label mlabels(none) collabels() keep(c.min_dist_10*) stats(ymean EN Conley, labels("Mean Outcome" "Observations" "Conley SE")) starlevels(* 0.10 ** 0.05 *** 0.01) substitute(\_ _) tex |
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use "$data_files/firm_enf.dta", clear |
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drop if revenue == . |
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drop if key == . |
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label var min_dist_10 "Mon\$\_{<10km}\$" |
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label var any_air "Any Enforcement (0/1)" |
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label var post "Post" |
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label var key "High Pollution" |
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eststo clear |
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reghdfe air c.min_dist_10#c.post1##c.key if min_dist<50 & starty<=2010, absorb(time id industry#time prov_id#time) cluster(city_id) |
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eststo A |
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estadd ysumm, mean |
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estadd scalar EN = e(N_full) |
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reghdfe air_1 c.min_dist_10#c.post1##c.key if min_dist<50 & starty<=2010, absorb(time id industry#time prov_id#time) cluster(city_id) |
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eststo B |
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estadd ysumm, mean |
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estadd scalar EN = e(N_full) |
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reghdfe air_2 c.min_dist_10#c.post1##c.key if min_dist<50 & starty<=2010, absorb(time id industry#time prov_id#time) cluster(city_id) |
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eststo C |
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estadd ysumm, mean |
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estadd scalar EN = e(N_full) |
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reghdfe leni c.min_dist_10#c.post1##c.key if min_dist<50 & starty<=2010, absorb(time id industry#time prov_id#time) cluster(city_id) |
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eststo D |
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estadd ysumm, mean |
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estadd scalar EN = e(N_full) |
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reghdfe stri c.min_dist_10#c.post1##c.key if min_dist<50 & starty<=2010, absorb(time id industry#time prov_id#time) cluster(city_id) |
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eststo E |
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estadd ysumm, mean |
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estadd scalar EN = e(N_full) |
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esttab A B C D E using "$out_files/Table1b.tex", replace b(a2) noconstant se(a2) nolines nogaps compress fragment nonumbers label mlabels(none) collabels() keep(c.min_dist_10*) stats(ymean EN, labels("Mean Outcome" "Observations")) starlevels(* 0.10 ** 0.05 *** 0.01) substitute(\_ _) tex |
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gen Shock = high_pre |
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eststo clear |
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reghdfe any_air c.min_dist_10#c.post1##c.Shock tem_mean if min_dist<50 & starty<=2010, absorb(time id industry#time prov_id#time) cluster(city_id) |
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eststo A |
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estadd ysumm, mean |
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estadd scalar EN = e(N_full) |
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reghdfe any_air c.min_dist_10##c.post1##c.Shock tem_mean if min_dist<50 & starty<=2010, absorb(time id industry#time prov_id#time) cluster(city_id) |
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eststo B |
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estadd ysumm, mean |
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estadd scalar EN = e(N_full) |
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replace Shock = upwd |
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reghdfe any_air c.min_dist_10#c.post1##c.Shock tem_mean if min_dist<50 & starty<=2010, absorb(time id industry#time prov_id#time) cluster(city_id) |
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eststo C |
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estadd ysumm, mean |
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estadd scalar EN = e(N_full) |
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reghdfe any_air c.min_dist_10##c.post1##c.Shock tem_mean if min_dist<50 & starty<=2010, absorb(time id industry#time prov_id#time) cluster(city_id) |
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eststo D |
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estadd ysumm, mean |
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estadd scalar EN = e(N_full) |
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esttab A B C D using "$out_files/Table2.tex", replace b(a2) noconstant se(a2) nolines nogaps compress fragment nonumbers label mlabels(none) collabels() keep() drop(_cons tem_mean post1 min_dist_10) order(Shock c.min_dist_10#c.post1 c.min_dist_10#c.Shock c.min_dist_10#c.post1#c.Shock) stats(ymean EN, labels("Mean Outcome" "Observations")) starlevels(* 0.10 ** 0.05 *** 0.01) substitute(\_ _) tex |
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use "$data_files/city_pm.dta", clear |
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label variable post1 "Post" |
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label variable number "\# Mon" |
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label variable number_iv "Min \# Mon" |
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gen RD_Estimate = c.post1#c.number |
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eststo clear |
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reghdfe pm25 RD_Estimate c.post#c.area c.post#c.pop, a(city_id year#month pred tem_meand age_year incentive2#time) cluster(city_id) |
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estadd scalar EN = e(N_full) |
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eststo A |
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ivreghdfe pm25 c.post#c.area c.post#c.pop (RD_Estimate=c.post1#c.number_iv), a(city_id year#month pred tem_meand age_year incentive2#time) cluster(city_id) |
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estadd scalar EN = e(N_full) |
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eststo B |
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use "$data_files/city_pm_rd.dta", clear |
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gen dist1 = area - 20 if cutoff == 1 |
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replace dist1 = area - 50 if cutoff == 2 |
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gen bench = pm25 if year < 2012 |
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bys city_id cutoff: egen mean_bench = mean(bench) |
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gen above = dist1 > 0 |
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gen RD_Estimate = c.post1#c.above |
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rdrobust pm25 dist1 if year>=2015, fuzzy(number) p(1) h(11.3) covs(cutoff mean_bench year month) kernel(uni) vce(cluster city_id) |
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estadd scalar EN = e(N_h_l) + e(N_h_r) |
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estadd scalar band = e(h_l) |
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eststo C |
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reghdfe pm25 RD_Estimate post1 above dist1 c.post1#c.dist1 c.above#c.dist1 c.post#c.above#c.dist1 cutoff if abs(dist1) < 11.3, a(time) cl(city_id) |
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estadd scalar EN = e(N) |
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estadd scalar band = 11.3 |
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eststo D |
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esttab A B C D using "$out_files/Table3a.tex", keep(RD_Estimate) transform(@/1.21 1/1.21, pattern(0 0 0 1)) replace b(a2) se(a2) label noconstant nolines nogaps compress fragment nonumbers mlabels(none) coeflabels(RD_Estimate "\# Monitors") stats(EN, labels( "Observations")) starlevels(* 0.10 ** 0.05 *** 0.01) tex |
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use "$data_files/city_enf.dta", clear |
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label variable post1 "Post" |
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label variable number "\# Mon" |
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label variable number_iv "Min \# Mon" |
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gen RD_Estimate = c.post1#c.number |
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eststo clear |
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reghdfe log_any_air RD_Estimate c.post#c.area c.post#c.pop, a(city_id year#quarter pred tem_meand age_year incentive2#time) cluster(city_id) |
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estadd scalar EN = e(N_full) |
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eststo A |
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ivreghdfe log_any_air c.post#c.area c.post#c.pop (RD_Estimate=c.post1#c.number_iv), a(city_id year#quarter pred tem_meand age_year incentive2#time) cluster(city_id) |
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estadd scalar EN = e(N_full) |
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eststo B |
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use "$data_files/city_enf_rd.dta", clear |
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gen dist1 = area - 20 if cutoff == 1 |
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replace dist1 = area - 50 if cutoff == 2 |
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gen bench = log_any_air if year < 2012 |
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bys city_id cutoff: egen mean_bench = mean(bench) |
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gen above = dist1 > 0 |
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gen RD_Estimate = c.post1#c.above |
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rdrobust log_any_air dist1 if year>=2015, fuzzy(number) p(1) h(11.3) covs(cutoff mean_bench year quarter) kernel(uni) vce(cluster city_id) |
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estadd scalar EN = e(N_h_l) + e(N_h_r) |
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estadd scalar band = e(h_l) |
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eststo C |
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reghdfe log_any_air RD_Estimate post1 above dist1 c.post1#c.dist1 c.above#c.dist1 c.post1#c.above#c.dist1 cutoff if abs(dist1) < 11.3, a(time) cl(city_id) |
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estadd scalar EN = e(N) |
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estadd scalar band = 11.3 |
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eststo D |
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esttab A B C D using "$out_files/Table3b.tex", tex keep(RD_Estimate) transform(@/1.21 1/1.21, pattern(0 0 0 1)) replace b(a2) se(a2) label noconstant nolines nogaps compress fragment nonumbers mlabels(none) coeflabels(RD_Estimate "\# Monitors") stats(EN, labels("Observations")) starlevels(* 0.10 ** 0.05 *** 0.01) |
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replace RD_Estimate = number_iv |
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eststo clear |
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regress number number_iv if year>=2015, vce(cluster city_id) |
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eststo A |
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regress number RD_Estimate pop area if year>=2015, vce(cluster city_id) |
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eststo B |
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rdrobust number dist1 if year>=2015, p(1) h(11.3) covs(cutoff) kernel(uni) vce(cluster city_id) |
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eststo C |
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estadd local kern = "Uniform" |
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estadd scalar band = 11.3 |
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rdrobust number dist1 if year>=2015, p(1) h(11.3) covs(cutoff) kernel(uni) vce(cluster city_id) |
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eststo D |
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estadd local kern = "Uniform" |
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estadd scalar band = 11.3 |
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esttab A B C D using "$out_files/Table3c.tex", tex replace b(a2) se(a2) label noconstant nolines nogaps compress fragment nonumbers noobs mlabels(none) keep(RD_Estimate) coeflabels(RD_Estimate "Estimate") stats(kern band, labels("Kernel" "Bandwidth")) starlevels(* 0.10 ** 0.05 *** 0.01) |
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use "$data_files/monitor_api.dta", clear |
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gen log_pm25api = log(pm25api) |
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gen log_pm10api = log(pm10api) |
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gen reassign = (year == 2017) |
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replace reassign = 1 if year == 2016 & month >= 11 |
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rename pm25 AOD |
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label variable AOD "AOD" |
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label variable reassign "Reassigned" |
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eststo clear |
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reghdfe log_pm25api AOD pre tem_mean, a(monitor_id year#month) cl(city_id) |
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eststo A |
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estadd ysumm, mean |
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reghdfe log_pm25api AOD pre tem_mean if ~compare, a(monitor_id year#month) cl(city_id) |
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eststo B |
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estadd ysumm, mean |
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reghdfe log_pm25api AOD c.AOD#c.reassign pre tem_mean if ~compare, a(monitor_id year#month) cl(city_id) |
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eststo C |
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estadd ysumm, mean |
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reghdfe log_pm25api AOD pre tem_mean if compare, a(monitor_id year#month) cl(city_id) |
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eststo D |
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estadd ysumm, mean |
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reghdfe log_pm25api AOD c.AOD#c.reassign pre tem_mean if compare, a(monitor_id year#month) cl(city_id) |
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eststo E |
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estadd ysumm, mean |
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use "$data_files/city_pm.dta", clear |
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label variable post1 "Post" |
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label variable number "\# Mon" |
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gen reassign = (year == 2017) |
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replace reassign = 1 if year == 2016 & month >= 10 |
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label variable reassign "Reassigned" |
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reghdfe pm25 c.post1#c.number c.post1#c.number#c.reassign c.post1#c.area c.post1#c.pop, a(city_id year#month pred tem_meand age_year incentive2#time) cluster(city_id) |
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eststo F |
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estadd ysumm, mean |
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use "$data_files/city_enf.dta", clear |
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label variable post1 "Post" |
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label variable number "\# Mon" |
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gen reassign = (year == 2017) |
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replace reassign = 1 if year == 2016 & quarter == 4 |
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label variable reassign "Reassigned" |
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reghdfe log_any_air c.post1#c.number c.post1#c.number#c.reassign c.post1#c.area c.post1#c.pop, a(city_id year#quarter pred tem_meand age_year incentive2#time) cluster(city_id) |
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eststo G |
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estadd ysumm, mean |
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esttab A B C D E F G using "$out_files/Table4.tex", replace b(a2) noconstant se(a2) nolines nogaps compress fragment nonumbers label mlabels(none) collabels() keep(AOD c.AOD#c.reassign c.post1#c.number c.post1#c.number#c.reassign) drop() coeflabels(c.AOD#c.reassign "AOD $\times$ Reassigned" c.post1#c.number "\# Monitors" c.post1#c.number#c.reassign "\# Monitors $\times$ Reassigned") stats(ymean N, labels("Mean Outcome" "Observations")) starlevels(* 0.10 ** 0.05 *** 0.01) substitute(\_ _) tex |
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