Datasets:

chuxuan
/

REPRO-Bench

	**************************************************************************
	* This file creates tables and figures for the paper
	**************************************************************************


	* NOTE THAT THE PAPER USES THE MAIN EXPERIMENT, WHICH CORRESPONDS TO
	* TREATMENTS 1, 2, 3 IN VARIBLE "survey"
	* The values of this variable are:
	* 1 = “Alt-Facts” treatment, these are DATA FROM THE MAIN EXPERIMENT
	* 2 = “Imposed Fact-Check” treatment, these are DATA FROM THE MAIN EXPERIMENT
	* 3 = “Voluntary Fact-Check” treatment, these are FROM THE MAIN EXPERIMENT
	* 5 = Received Alt-Facts from Le Pen supporter, these are DATA FROM THE FOLLOW-UP EXPERIMENT, NOT USED IN THE PAPER
	* 6 = Received Alt-Facts from Macron supporter, these are DATA FROM THE FOLLOW-UP EXPERIMENT, NOT USED IN THE PAPER



	clear all

	use "$dir/generated_data/surveys.dta", clear


	**************************************************************************************
	**** Globals for sets of controls:
	***********************************************************************************

	global strata "male"
	global strata1 "low_educ mid_educ"
	global socio "age age_sqrd income married single village town children catholic muslim no_religion educ religious"
	global fb "use_FB often_share_fb log_nb_friends_fb"
	global vote "second_mlp negative_image_UE"
	global behavioral "altruism reciprocity image"
	global reported "share_interest share_influence share_image share_reciprocity"


	**************************************************************************************
	**** FIGURES MAIN TEXT
	***********************************************************************************

	***********************************************************
	*** Figure 2: Cumulative share on Facebook graphs
	***********************************************************

	preserve

	use "$dir/original_data/share_facebook.dta", clear

	gen per=day*24+hour
	gen period=per-493

	keep if survey_id<4


	gen number_share_fact_fb= number_share_fb
	replace number_share_fact_fb=0 if fact==0


	gen number_share_fake_fb= number_share_fb
	replace number_share_fake_fb=0 if fake==0

	bysort period: egen share_fake = sum(number_share_fake_fb)
	bysort period: egen share_fact = sum(number_share_fact_fb)


	bysort period : gen id=_n
	keep if id==1

	**** Redefine date 0 to start the graph when median person startd the survey
	gen period_med=period-22
	drop if period_med<0
	label var period_med "Hours since the median answer"

	line share_fake period_med , graphregion(color(white)) ytitle("Cumulative shares of Alt-Facts on Facebook") lpattern(solid) lwidth(thick) title("Alt-Facts")
	graph save "$dir/results/figures/cum_shares_altfacts", replace
	sum share_fake

	line share_fact period_med, graphregion(color(white)) ytitle("Cumulative shares of Fact-Check on Facebook") lpattern(dash) lcolor(ebblue) lwidth(thick) title("Fact-Check")

	graph save "$dir/results/figures/cum_shares_factcheck" , replace


	graph combine "$dir/results/figures/cum_shares_altfacts" "$dir/results/figures/cum_shares_factcheck" , title("Cumulative propagation of Alt-Facts and Fact-Check on Facebook") subtitle("(including resharing by users outside the experiment)") graphregion(color(white))

	graph save "$dir/results/figures/Figure_2", replace
	erase "$dir/results/figures/cum_shares_altfacts.gph"
	erase "$dir/results/figures/cum_shares_factcheck.gph"

	restore

	**********************************************************************
	******* Figure 3: probability of sharing by number of clicks
	***********************************************************************

	**********************************************************************
	******* Figure 3, Panel A


	preserve

	reshape long share_click, i(id_respondent) j(number_clicks)

	label define nclicks 1 "Sharing intention" 2 "Sharing action" 3 "Reconfirm sharing"
	label values number_clicks nclicks

	cibar share_click if survey<4, over1(number_clicks) over2(survey) barcol(ltkhaki dkorange sienna) ///
	graphopts(graphregion(fcolor(white)) ///
	yscale(log) ylabel(0.005 0.01 0.02 0.05 0.1 0.2) legend( label(1 "One click") cols(3)) ///
	ytitle("Probability of sharing Alt-Facts, log scale") title("Sharing Alt-Facts by the number of clicks to share") subtitle("(in each treatment)"))

	graph save "$dir/results/figures/Figure 3_Panel_A", replace

	restore

	**********************************************************************
	******* Figure 3, Panel B

	preserve

	reshape long share_fact_click, i(id_respondent) j(number_clicks)

	label define nclicks 1 "Sharing intention" 2 "Sharing action" 3 "Reconfirm sharing"
	label values number_clicks nclicks

	cibar share_fact_click if survey_alt==2 \| survey_alt==3, over1(number_clicks) over2(survey_alt) barcol(ltkhaki dkorange sienna) ///
	graphopts(graphregion(fcolor(white)) ///
	yscale(log) ylabel(0 0.005 0.01 0.02 0.05 0.1 0.2 0.4) legend( label(1 "One click") cols(3)) ///
	ytitle("Probability of sharing Fact-Check, log scale") title("Sharing Fact-Check by the number of clicks to share") subtitle("(in each treatment)"))

	graph save "$dir/results/figures/Figure 3_Panel_B", replace

	restore


	**********************************************************************
	******* Figure 4: ATE
	***********************************************************************

	*** Figure 3 Panel A

	cibar want_share_fb if survey<4, over1(survey) barcol(ltblue emidblue dknavy) graphopts(title("Intent of Sharing Alt-Facts") graphregion(color(white)) ytitle("Intent of Sharing Alt-Facts on FB" " ") ysc(range(0 0.2)) ylabel(0 (0.05) 0.2) legend(cols(1))) bargap(20)
	graph save "$dir/results/figures/ATE_altfacts", replace

	cibar share_click2 if survey<4, over1(survey) barcol(ltblue emidblue dknavy) graphopts(title("Action of Sharing Alt-Facts") graphregion(color(white)) ytitle("Action of Sharing Alt-Facts on FB" " ") ysc(range(0 0.06)) ylabel(0 (0.02) 0.06) legend(cols(1))) bargap(20)
	graph save "$dir/results/figures/ATE_altfacts_2clicks", replace

	grc1leg "$dir/results/figures/ATE_altfacts" "$dir/results/figures/ATE_altfacts_2clicks", graphregion(color(white)) legendfrom("$dir/results/figures/ATE_altfacts")
	graph save "$dir/results/figures/Figure_4_Panel_A", replace

	*** Figure 3 Panel B

	cibar want_share_facts if survey>1&survey<4, over1(survey) barcol(emidblue dknavy) graphopts(title("Intent of Sharing Fact-Check") graphregion(color(white)) ytitle("Intent of Sharing Fact-Check on FB" " ") ysc(range(0 0.2)) ylabel(0 (0.05) 0.2) legend(cols(1))) bargap(20)
	graph save "$dir/results/figures/ATE_factcheck", replace

	cibar share_facts_click2 if survey>1&survey<4, over1(survey) barcol(emidblue dknavy) graphopts(title("Action of Sharing Fact-Check") graphregion(color(white)) ytitle("Action of Sharing Fact-Check on FB" " ") ysc(range(0 0.05)) ylabel(0 (0.01) 0.05) legend(cols(1))) bargap(20)
	graph save "$dir/results/figures/ATE_factcheck_2clicks", replace

	grc1leg "$dir/results/figures/ATE_factcheck" "$dir/results/figures/ATE_factcheck_2clicks", graphregion(color(white)) legendfrom("$dir/results/figures/ATE_factcheck")
	graph save "$dir/results/figures/Figure_4_Panel_B", replace

	erase "$dir/results/figures/ATE_factcheck.gph"
	erase "$dir/results/figures/ATE_factcheck_2clicks.gph"
	erase "$dir/results/figures/ATE_altfacts.gph"
	erase "$dir/results/figures/ATE_altfacts_2clicks.gph"



	**********************************************************************
	******* Figure 5 (WITH LASSO): actual sharing compared to predicted sharing
	******* Table A5 (LASSO RESULTS)
	***********************************************************************


	set seed 1234
	set sortseed 1234

	global pre_treatment_vars age village city educ male born_france father_born_france mother_born_france married single income_missing income_full children use_FB log_nb_friends_fb often_share_fb share_interest share_influence share_image share_reciprocity tv_main_source internet_main_source altruism reciprocity image money_charity give_money work_charity donate_blood religious catholic muslim close_gov_europe close_gov_france first_mlp second_mlp negative_image_UE first_macron



	**********************************************************************
	******* Figure 5, Panel A
	***********************************************************************

	**** to do lasso, define the sample with all pre-treatment variables non-missing
	cap drop restriction
	gen restriction=1
	foreach var in $pre_treatment_vars{
	replace restriction=0 if `var'==.
	}
	label var restriction "Sample with pre-treatment vars non-missing"

	* Panel A left
	* Intend share alt facts (without indend to sharing fact check)

	cap drop want_share_alt_facts
	gen want_share_alt_facts=want_share_fb

	lasso linear want_share_alt_facts $pre_treatment_vars if survey==1&restriction==1 , selection(adaptive) rseed(1234)
	local selected1="`e(allvars_sel)'"

	cap drop pred_want_share_altfact
	predict pred_want_share_altfact if survey<4, xb
	cap drop sample_survey_1
	gen sample_survey_1=e(sample)

	local lasso table_A5

	reg want_share_alt_facts `selected1' if survey==1, r
	outreg2 using "$dir/results/tables/`lasso'.xls", replace label tex excel bdec(3) tdec(3) sdec(3) nocon nonotes

	sum want_share_alt_facts if sample_survey_1==1&restriction==1
	scalar M1 = r(mean)
	local m1 =M1

	sum pred_want_share_altfact if survey_alt==3&restriction==1
	scalar M2 = r(mean)
	local m2 =M2


	cibar want_share_alt_facts if survey_alt<5 & pred_want_share_altfact!=.&restriction==1, over1(survey_alt) barcol(ltblue emidblue edkblue black) graphopts(title("Actual: Sharing Intent" "Alt-Facts") graphregion(color(white)) ytitle("") legend(off) ysc(range(0 (0.05) 0.25)) ylabel(,nogrid) yline(`m1' `m2', lpattern(dash) lcolor(brown))) bargap(20)
	graph save actual_a_l, replace

	cibar pred_want_share_altfact if survey_alt<5 & pred_want_share_altfact!=.&restriction==1 , over1(survey_alt) barcol(ltblue emidblue edkblue black) graphopts(title("Predicted: Sharing Intent" "Alt-Facts") graphregion(color(white)) ytitle("") legend(off) ysc(range(0 (0.05) 0.25)) ylabel(,nogrid) yline(`m1' `m2', lpattern(dash) lcolor(brown))) bargap(20)
	graph save predicted_a_l, replace

	graph combine actual_a_l.gph predicted_a_l.gph, graphregion(color(white)) ycommon title("Panel A.1", size(medlarge)) graphregion(margin(zero))

	graph save "$dir/results/figures/figure_5_panel_a_left", replace



	**********************************************************************

	* Panel A right
	* Intend to Share alt facts (without intend to share facts)

	lasso linear share_click2 $pre_treatment_vars if survey==1&restriction==1 , selection(adaptive) rseed(1234)
	local selected2="`e(allvars_sel)'"

	cap drop predicted_share_altfact
	predict predicted_share_altfact if survey<4, xb
	cap drop sample_survey_1
	gen sample_survey_1=e(sample)


	reg share_click2 `selected2' if survey==1, r
	outreg2 using "$dir/results/tables/`lasso'.xls", append label tex excel bdec(3) tdec(3) sdec(3) nocon nonotes


	sum share_click2 if sample_survey_1==1
	scalar M1 = r(mean)
	local m1 =M1

	sum predicted_share_altfact if survey_alt==3
	scalar M2 = r(mean)
	local m2 =M2

	cibar share_click2 if survey_alt<5 & predicted_share_altfact!=.&restriction==1, over1(survey_alt) barcol(ltblue emidblue edkblue black) graphopts(title("Actual: Sharing Action" "Alt-Facts") graphregion(color(white)) ytitle("") legend(off) ysc(range(0 0.08)) ylabel(,nogrid) yline(`m1' `m2', lpattern(dash) lcolor(brown))) bargap(20)
	graph save share1_altfacts_a_r, replace

	cibar predicted_share_altfact if survey_alt<5 & predicted_share_altfact!=. &restriction==1, over1(survey_alt) barcol(ltblue emidblue edkblue black) graphopts(title("Predicted: Sharing Action" "Alt-Facts") graphregion(color(white)) ytitle("") legend(off) ysc(range(0 0.08)) ylabel(,nogrid) yline(`m1' `m2', lpattern(dash) lcolor(brown))) bargap(20)
	graph save share2_altfacts_a_r, replace

	graph combine share1_altfacts_a_r.gph share2_altfacts_a_r.gph, graphregion(color(white)) ycommon title("Panel A.2", size(medlarge)) graphregion(margin(zero))

	graph save "$dir/results/figures/figure_5_panel_a_right", replace


	**********************************************************************
	******* Figure 5, Panel B
	***********************************************************************


	* Panel B left
	* Intend to share fact check (without indend to share alt facts)

	cap drop want_share_factcheck
	gen want_share_factcheck=want_share_facts

	lasso linear want_share_factcheck $pre_treatment_vars if survey==2&restriction==1 , selection(adaptive) rseed(1234)
	local selected3="`e(allvars_sel)'"

	cap drop pred_want_share_factcheck
	predict pred_want_share_factcheck if survey<4, xb
	cap drop sample_survey_1
	gen sample_survey_1=e(sample)



	reg want_share_factcheck `selected3' if survey==2, r
	outreg2 using "$dir/results/tables/`lasso'.xls", append label tex excel bdec(3) tdec(3) sdec(3) nocon nonotes


	sum want_share_factcheck if sample_survey_1==1
	scalar M1 = r(mean)
	local m1 =M1

	sum pred_want_share_factcheck if survey_alt==3
	scalar M2 = r(mean)
	local m2 =M2


	cibar want_share_factcheck if survey_alt<5 & pred_want_share_factcheck!=.&restriction==1, over1(survey_alt) barcol(ltblue emidblue edkblue black) graphopts(title("Actual: Sharing Intent" "Fact-Check") graphregion(color(white)) ytitle("") legend(off) ysc(range(0 0.25)) ylabel(,nogrid) yline(`m1' `m2', lpattern(dash) lcolor(brown))) bargap(20)
	graph save actual_b_l, replace

	cibar pred_want_share_factcheck if survey_alt<5 & pred_want_share_factcheck!=. &restriction==1, over1(survey_alt) barcol(ltblue emidblue edkblue black) graphopts(title("Predicted: Sharing Intent" "Fact-Check") graphregion(color(white)) ytitle("") legend(off) ysc(range(0 0.25)) ylabel(,nogrid) yline(`m1' `m2', lpattern(dash) lcolor(brown))) bargap(20)
	graph save predicted_b_l, replace

	graph combine actual_b_l.gph predicted_b_l.gph, graphregion(color(white)) ycommon title("Panel B.1", size(medlarge)) graphregion(margin(zero))

	graph save "$dir/results/figures/figure_5_panel_b_left", replace


	**********************************************************************

	* Panel B right
	* Share fact check (without indend to share alt facts)

	cap drop share_factcheck
	gen share_factcheck= share_facts_click2


	cap drop predicted_share_factcheck
	lasso linear share_factcheck $pre_treatment_vars if survey==2&restriction==1 , selection(adaptive) rseed(1234)
	local selected4="`e(allvars_sel)'"

	predict predicted_share_factcheck if survey<4, xb
	cap drop sample_survey_1
	gen sample_survey_1=e(sample)



	reg share_factcheck `selected4' if survey==2, r
	outreg2 using "$dir/results/tables/`lasso'.xls", append label tex excel bdec(3) tdec(3) sdec(3) nocon nonotes


	sum share_factcheck if sample_survey_1==1
	scalar M1 = r(mean)
	local m1 =M1

	sum predicted_share_factcheck if survey_alt==3
	scalar M2 = r(mean)
	local m2 =M2


	cibar share_factcheck if survey_alt<5 & predicted_share_factcheck!=.&restriction==1, over1(survey_alt) barcol(ltblue emidblue edkblue black) graphopts(title("Actual: Sharing Action" "Fact-Check") graphregion(color(white)) ytitle("") legend(off) ysc(range(0 0.08)) ylabel(,nogrid) yline(`m1' `m2', lpattern(dash) lcolor(brown))) bargap(20)
	graph save actual_b_r, replace

	cibar predicted_share_factcheck if survey_alt<5 & predicted_share_factcheck!=. &restriction==1, over1(survey_alt) barcol(ltblue emidblue edkblue black) graphopts(title("Predicted: Sharing Action" "Fact-Check") graphregion(color(white)) ytitle("") legend(off) ysc(range(0 0.08)) ylabel(,nogrid) yline(`m1' `m2', lpattern(dash) lcolor(brown))) bargap(20)
	graph save predicted_b_r, replace


	graph combine actual_b_r.gph predicted_b_r.gph, graphregion(color(white)) ycommon title("Panel B.2", size(medlarge)) graphregion(margin(zero))

	graph save "$dir/results/figures/figure_5_panel_b_right", replace


	graph combine "$dir/results/figures/figure_5_panel_a_left" "$dir/results/figures/figure_5_panel_a_right" "$dir/results/figures/figure_5_panel_b_left" "$dir/results/figures/figure_5_panel_b_right" , cols(2) graphregion(margin(zero))
	graph save "$dir/results/figures/figure_5_all", replace


	erase "$dir/results/figures/figure_5_panel_a_left.gph"
	erase "$dir/results/figures/figure_5_panel_a_right.gph"
	erase "$dir/results/figures/figure_5_panel_b_left.gph"
	erase "$dir/results/figures/figure_5_panel_b_right.gph"

	erase actual_a_l.gph
	erase predicted_a_l.gph
	erase share1_altfacts_a_r.gph
	erase share2_altfacts_a_r.gph
	erase actual_b_l.gph
	erase predicted_b_l.gph
	erase actual_b_r.gph
	erase predicted_b_r.gph



	**********************************************************************
	******* Figure 6 (WITH LASSO): actual sharing of BOTH or ONLY compared to predicted sharing
	******* Table A7 (LASSO RESULTS)
	***********************************************************************

	**********************************************************************
	******* Figure 6, Panel A
	***********************************************************************

	**** to do lasso, define the sample with all pre-treatment variables non-missing
	cap drop restriction
	gen restriction=1
	foreach var in $pre_treatment_vars{
	replace restriction=0 if `var'==.
	}
	label var restriction "Sample with pre-treatment vars non-missing"

	* Panel A left
	* Intend share alt facts only (without indend to sharing fact check)

	cap drop want_share_alt_facts_only
	gen want_share_alt_facts_only=want_share_fb
	replace want_share_alt_facts_only=0 if want_share_facts==1

	lasso linear want_share_alt_facts_only $pre_treatment_vars if survey==1&restriction==1 , selection(adaptive) rseed(1234)
	local selected1="`e(allvars_sel)'"

	cap drop pred_want_share_altfact_only
	predict pred_want_share_altfact_only if survey<4, xb
	cap drop sample_survey_1
	gen sample_survey_1=e(sample)

	local lasso table_A7

	reg want_share_alt_facts_only `selected1' if survey==1, r
	outreg2 using "$dir/results/tables/`lasso'.xls", replace label tex excel bdec(3) tdec(3) sdec(3) nocon nonotes

	sum want_share_alt_facts_only if sample_survey_1==1&restriction==1
	scalar M1 = r(mean)
	local m1 =M1

	sum pred_want_share_altfact_only if survey_alt==3&restriction==1
	scalar M2 = r(mean)
	local m2 =M2


	cibar want_share_alt_facts_only if survey_alt<5 & pred_want_share_altfact_only!=.&restriction==1, over1(survey_alt) barcol(ltblue emidblue edkblue black) graphopts(title("Actual: Sharing Intent" "Alt-Facts Only") graphregion(color(white)) ytitle("") legend(off) ysc(range(0 (0.05) 0.25)) ylabel(,nogrid) yline(`m1' `m2', lpattern(dash) lcolor(brown))) bargap(20)
	graph save actual_a_l, replace

	cibar pred_want_share_altfact_only if survey_alt<5 & pred_want_share_altfact_only!=.&restriction==1 , over1(survey_alt) barcol(ltblue emidblue edkblue black) graphopts(title("Predicted: Sharing Intent" "Alt-Facts Only") graphregion(color(white)) ytitle("") legend(off) ysc(range(0 (0.05) 0.25)) ylabel(,nogrid) yline(`m1' `m2', lpattern(dash) lcolor(brown))) bargap(20)
	graph save predicted_a_l, replace

	graph combine actual_a_l.gph predicted_a_l.gph, graphregion(color(white)) ycommon title("Panel A.1", size(medlarge)) graphregion(margin(zero))

	graph save "$dir/results/figures/figure_6_panel_a_left", replace



	**********************************************************************

	cap drop share_both
	gen share_both=share_facts_click2*share_click2



	* Panel A right
	* Intend to Share alt facts only (without intend to share facts)

	cap drop share_click2_only
	gen share_click2_only=share_click2-share_both

	lasso linear share_click2_only $pre_treatment_vars if survey==1&restriction==1 , selection(adaptive) rseed(1234)
	local selected2="`e(allvars_sel)'"

	cap drop predicted_share_altfact
	predict predicted_share_altfact if survey<4, xb
	cap drop sample_survey_1
	gen sample_survey_1=e(sample)


	reg share_click2_only `selected2' if survey==1, r
	outreg2 using "$dir/results/tables/`lasso'.xls", append label tex excel bdec(3) tdec(3) sdec(3) nocon nonotes


	sum share_click2_only if sample_survey_1==1
	scalar M1 = r(mean)
	local m1 =M1

	sum predicted_share_altfact if survey_alt==3
	scalar M2 = r(mean)
	local m2 =M2

	cibar share_click2_only if survey_alt<5 & predicted_share_altfact!=.&restriction==1, over1(survey_alt) barcol(ltblue emidblue edkblue black) graphopts(title("Actual: Sharing Action" "Alt-Facts Only") graphregion(color(white)) ytitle("") legend(off) ysc(range(0 0.08)) ylabel(,nogrid) yline(`m1' `m2', lpattern(dash) lcolor(brown))) bargap(20)
	graph save share1_altfacts_a_r, replace

	cibar predicted_share_altfact if survey_alt<5 & predicted_share_altfact!=. &restriction==1, over1(survey_alt) barcol(ltblue emidblue edkblue black) graphopts(title("Predicted: Sharing Action" "Alt-Facts Only") graphregion(color(white)) ytitle("") legend(off) ysc(range(0 0.08)) ylabel(,nogrid) yline(`m1' `m2', lpattern(dash) lcolor(brown))) bargap(20)
	graph save share2_altfacts_a_r, replace

	graph combine share1_altfacts_a_r.gph share2_altfacts_a_r.gph, graphregion(color(white)) ycommon title("Panel A.2", size(medlarge)) graphregion(margin(zero))

	graph save "$dir/results/figures/figure_6_panel_a_right", replace


	**********************************************************************
	******* Figure 6, Panel B
	***********************************************************************


	* Panel B left
	* Intend to share fact check only (without indend to share alt facts)

	cap drop want_share_factcheck_only
	gen want_share_factcheck_only=want_share_facts
	replace want_share_factcheck_only=0 if want_share_fb==1

	lasso linear want_share_factcheck_only $pre_treatment_vars if survey==2&restriction==1 , selection(adaptive) rseed(1234)
	local selected3="`e(allvars_sel)'"

	cap drop pred_want_share_factcheck_only
	predict pred_want_share_factcheck_only if survey<4, xb
	cap drop sample_survey_1
	gen sample_survey_1=e(sample)



	reg want_share_factcheck_only `selected3' if survey==2, r
	outreg2 using "$dir/results/tables/`lasso'.xls", append label tex excel bdec(3) tdec(3) sdec(3) nocon nonotes


	sum want_share_factcheck_only if sample_survey_1==1
	scalar M1 = r(mean)
	local m1 =M1

	sum pred_want_share_factcheck_only if survey_alt==3
	scalar M2 = r(mean)
	local m2 =M2


	cibar want_share_factcheck_only if survey_alt<5 & pred_want_share_factcheck_only!=.&restriction==1, over1(survey_alt) barcol(ltblue emidblue edkblue black) graphopts(title("Actual: Sharing Intent" "Fact-Check Only") graphregion(color(white)) ytitle("") legend(off) ysc(range(0 0.25)) ylabel(,nogrid) yline(`m1' `m2', lpattern(dash) lcolor(brown))) bargap(20)
	graph save actual_b_l, replace

	cibar pred_want_share_factcheck_only if survey_alt<5 & pred_want_share_factcheck_only!=. &restriction==1, over1(survey_alt) barcol(ltblue emidblue edkblue black) graphopts(title("Predicted: Sharing Intent" "Fact-Check Only") graphregion(color(white)) ytitle("") legend(off) ysc(range(0 0.25)) ylabel(,nogrid) yline(`m1' `m2', lpattern(dash) lcolor(brown))) bargap(20)
	graph save predicted_b_l, replace

	graph combine actual_b_l.gph predicted_b_l.gph, graphregion(color(white)) ycommon title("Panel B.1", size(medlarge)) graphregion(margin(zero))

	graph save "$dir/results/figures/figure_6_panel_b_left", replace


	**********************************************************************

	* Panel B right
	* Share fact check only (without indend to share alt facts)

	cap drop share_factcheck_only
	gen share_factcheck_only= share_facts_click2-share_both


	cap drop predicted_share_factcheck_only
	lasso linear share_factcheck_only $pre_treatment_vars if survey==2&restriction==1 , selection(adaptive) rseed(1234)
	local selected4="`e(allvars_sel)'"

	predict predicted_share_factcheck_only if survey<4, xb
	cap drop sample_survey_1
	gen sample_survey_1=e(sample)



	reg share_factcheck_only `selected4' if survey==2, r
	outreg2 using "$dir/results/tables/`lasso'.xls", append label tex excel bdec(3) tdec(3) sdec(3) nocon nonotes


	sum share_factcheck_only if sample_survey_1==1
	scalar M1 = r(mean)
	local m1 =M1

	sum predicted_share_factcheck_only if survey_alt==3
	scalar M2 = r(mean)
	local m2 =M2


	cibar share_factcheck_only if survey_alt<5 & predicted_share_factcheck_only!=.&restriction==1, over1(survey_alt) barcol(ltblue emidblue edkblue black) graphopts(title("Actual: Sharing Action" "Fact-Check Only") graphregion(color(white)) ytitle("") legend(off) ysc(range(0 0.08)) ylabel(,nogrid) yline(`m1' `m2', lpattern(dash) lcolor(brown))) bargap(20)
	graph save actual_b_r, replace

	cibar predicted_share_factcheck_only if survey_alt<5 & predicted_share_factcheck_only!=. &restriction==1, over1(survey_alt) barcol(ltblue emidblue edkblue black) graphopts(title("Predicted: Sharing Action" "Fact-Check Only") graphregion(color(white)) ytitle("") legend(off) ysc(range(0 0.08)) ylabel(,nogrid) yline(`m1' `m2', lpattern(dash) lcolor(brown))) bargap(20)
	graph save predicted_b_r, replace

	graph combine actual_b_r.gph predicted_b_r.gph, graphregion(color(white)) ycommon title("Panel B.2", size(medlarge)) graphregion(margin(zero))

	graph save "$dir/results/figures/figure_6_panel_b_right", replace


	**********************************************************************
	******* Figure 6, Panel C
	***********************************************************************


	* Panel C left
	* want to share both fact check and alt facts


	cap drop want_share_both
	gen want_share_both=1 if (want_share_facts==1 & want_share_fb==1)
	replace want_share_both=0 if (want_share_facts!=1 \| want_share_fb!=1)

	cap drop predicted_want_share_both

	lasso linear want_share_both $pre_treatment_vars if survey==2&restriction==1 , selection(adaptive) rseed(1234)
	local selected5="`e(allvars_sel)'"

	predict predicted_want_share_both if survey<4, xb
	cap drop sample_survey_1
	gen sample_survey_1=e(sample)

	reg want_share_both `selected5' if survey==2, r
	outreg2 using "$dir/results/tables/`lasso'.xls", append label tex excel bdec(3) tdec(3) sdec(3) nocon nonotes


	sum want_share_both if sample_survey_1==1
	scalar M1 = r(mean)
	local m1 =M1

	sum predicted_want_share_both if survey_alt==3
	scalar M2 = r(mean)
	local m2 =M2


	cibar want_share_both if survey_alt<5 & predicted_want_share_both!=.&restriction==1, over1(survey_alt) barcol(ltblue emidblue edkblue black) graphopts(title("Actual: Sharing Intent" "Alt-Facts & Fact-Check") graphregion(color(white)) ytitle("") legend(off) ysc(range(0 0.15)) ylabel(,nogrid) yline(`m1' `m2', lpattern(dash) lcolor(brown))) bargap(20)
	graph save actual_c_l, replace

	cibar predicted_want_share_both if survey_alt<5 & predicted_want_share_both!=. &restriction==1, over1(survey_alt) barcol(ltblue emidblue edkblue black) graphopts(title("Predicted: Sharing Intent" "Alt-Facts & Fact-Check") graphregion(color(white)) ytitle("") legend(off) ysc(range(0 0.15)) ylabel(,nogrid) yline(`m1' `m2', lpattern(dash) lcolor(brown))) bargap(20)
	graph save predicted_c_l, replace

	graph combine actual_c_l.gph predicted_c_l.gph, graphregion(color(white)) ycommon title("Panel C.1", size(medlarge)) graphregion(margin(zero))

	graph save "$dir/results/figures/figure_6_panel_c_left", replace



	**********************************************************************

	* Panel C right
	* share fact check if want to share both

	cap drop predicted_share_both

	lasso linear share_both $pre_treatment_vars if survey==2&restriction==1 , selection(adaptive) rseed(1234)

	local selected6="`e(allvars_sel)'"

	predict predicted_share_both if survey<4, xb
	cap drop sample_survey_1
	gen sample_survey_1=e(sample)


	reg share_both `selected6' if survey==2, r
	outreg2 using "$dir/results/tables/`lasso'.xls", append label tex excel bdec(3) tdec(3) sdec(3) nocon nonotes


	sum share_both if sample_survey_1==1
	scalar M1 = r(mean)
	local m1 =M1

	sum predicted_share_both if survey_alt==3
	scalar M2 = r(mean)
	local m2 =M2


	cibar share_both if survey_alt<5 & predicted_share_both!=.&restriction==1, over1(survey_alt) barcol(ltblue emidblue edkblue black) graphopts(title("Actual: Sharing Action" "Alt-Facts & Fact-Check") graphregion(color(white)) ytitle("") legend(off) ysc(range(0 0.015)) ylabel(,nogrid) yline(`m1' `m2', lpattern(dash) lcolor(brown))) bargap(20)
	graph save actual_c_r, replace

	cibar predicted_share_both if survey_alt<5 & predicted_share_both!=. &restriction==1, over1(survey_alt) barcol(ltblue emidblue edkblue black) graphopts(title("Predicted: Sharing Action" "Alt-Facts & Fact-Check") graphregion(color(white)) ytitle("") legend(off) ysc(range(0 0.015)) ylabel(,nogrid) yline(`m1' `m2', lpattern(dash) lcolor(brown))) bargap(20)
	graph save predicted_c_r, replace

	graph combine actual_c_r.gph predicted_c_r.gph, graphregion(color(white)) ycommon title("Panel C.2", size(medlarge))graphregion(margin(zero))

	graph save "$dir/results/figures/figure_6_panel_c_right", replace


	graph combine "$dir/results/figures/figure_6_panel_a_left" "$dir/results/figures/figure_6_panel_a_right" "$dir/results/figures/figure_6_panel_b_left" "$dir/results/figures/figure_6_panel_b_right" "$dir/results/figures/figure_6_panel_c_left" "$dir/results/figures/figure_6_panel_c_right" , cols(2) iscale(.6) ysize(7) graphregion(margin(zero))
	graph save "$dir/results/figures/figure_6_all", replace


	erase actual_a_l.gph
	erase predicted_a_l.gph
	erase share1_altfacts_a_r.gph
	erase share2_altfacts_a_r.gph
	erase actual_b_l.gph
	erase predicted_b_l.gph
	erase actual_b_r.gph
	erase predicted_b_r.gph
	erase actual_c_l.gph
	erase predicted_c_l.gph
	erase actual_c_r.gph
	erase predicted_c_r.gph


	erase "$dir/results/figures/figure_6_panel_a_left.gph"
	erase "$dir/results/figures/figure_6_panel_a_right.gph"
	erase "$dir/results/figures/figure_6_panel_b_left.gph"
	erase "$dir/results/figures/figure_6_panel_b_right.gph"
	erase "$dir/results/figures/figure_6_panel_c_left.gph"
	erase "$dir/results/figures/figure_6_panel_c_right.gph"


	cibar share_click2_only if survey_alt<5 & predicted_share_both!=.&restriction==1, over1(survey_alt) barcol(ltblue emidblue edkblue black) graphopts(title("Actual: Sharing Action" "Alt-Facts & Fact-Check") graphregion(color(white)) ytitle("") legend(col(2) order(1 "Alt-Facts" 3 "Voluntary Fact-Check: Viewer" 2 "Imposed Fact-Check" 4 "Voluntary Fact-Check: Nonviewer")) ysc(range(0 0.015)) )
	graph save "$dir/results/figures/legend", replace


	***********************************************************************************
	**** TABLES MAIN TEXT, AND SOME APPENDIX TABLES
	***********************************************************************************

	**********************************************************************
	******* Table 1: Balancing table, Sharing experiment
	***********************************************************************

	cd "$dir/results/tables/"

	local tabnom "Table_1"

	global pre_treatment_vars_t1 male educ born_france father_born_france mother_born_france age village city married single income children use_FB log_nb_friends_fb often_share_fb share_interest share_influence share_image share_reciprocity tv_main_source internet_main_source altruism reciprocity image money_charity give_money work_charity donate_blood religious catholic muslim close_gov_europe close_gov_france negative_image_UE first_mlp_full first_macron_full second_mlp


	eststo domestic: quietly estpost summarize ///
	$pre_treatment_vars_t1 if survey == 1
	eststo foreign: quietly estpost summarize ///
	$pre_treatment_vars_t1 if survey==2
	eststo foreign2: quietly estpost summarize ///
	$pre_treatment_vars_t1 if survey==3
	eststo diff: quietly estpost ttest ///
	$pre_treatment_vars_t1 if survey<3, by(survey) unequal
	eststo diff2: quietly estpost ttest ///
	$pre_treatment_vars_t1 if survey==1 \| survey==3, by(survey) unequal
	eststo diff3: quietly estpost ttest ///
	$pre_treatment_vars_t1 if survey==2 \| survey==3, by(survey) unequal

	esttab domestic foreign foreign2 diff diff2 diff3 , ///
	cells("mean(pattern(1 1 1 0 0 0) fmt(2)) sd(pattern(1 1 1 0 0 0)) b(pattern(0 0 0 1 1 1) fmt(2)) p(pattern(0 0 0 1 1 1) par fmt(2))") ///
	label


	esttab domestic foreign foreign2 diff diff2 diff3 using `tabnom'.tex, replace ///
	cells("mean(pattern(1 1 1 0 0 0) fmt(2)) sd(pattern(1 1 1 0 0 0)) b(pattern(0 0 0 1 1 1) fmt(2)) p(pattern(0 0 0 1 1 1) par fmt(2))") ///
	label



	**********************************************************************
	******* Table OMNIBUS TEST: Balance, Sharing experiment
	***********************************************************************

	cd "$dir/results/tables/"

	cap tab region, gen(i_region)

	local tabnom "Table_A1"


	global pre_treatment_vars_all mid_educ high_educ old mid_age age age_sqrd male born_france village city father_born_france mother_born_france married single income children use_FB log_nb_friends_fb often_share_fb share_interest share_influence share_image share_reciprocity tv_main_source internet_main_source radio_main_source papers_main_source altruism reciprocity image money_charity give_money work_charity donate_blood religious very_religious catholic muslim close_gov_europe close_gov_france negative_image_UE first_mlp_full first_macron_full second_mlp registered_vote i_region1 i_region2 i_region3 i_region4 i_region5 i_region6 i_region7 i_region8 i_region9 i_region10 i_region11 i_region12 i_region13


	cap drop imposed_tr volunt_tr
	gen imposed_tr=(survey==2)
	gen volunt_tr=(survey==3)

	log using "$dir/results/tables/`tabnom'", replace
	mlogit survey $pre_treatment_vars_all if survey<4, r
	test $pre_treatment_vars_all
	scalar p_all = r(p)


	test [Voluntary_Fact_Check]mid_educ [Voluntary_Fact_Check]high_educ [Voluntary_Fact_Check]old [Voluntary_Fact_Check]mid_age [Voluntary_Fact_Check]age [Voluntary_Fact_Check]age_sqrd [Voluntary_Fact_Check]male [Voluntary_Fact_Check]born_france [Voluntary_Fact_Check]village [Voluntary_Fact_Check]city [Voluntary_Fact_Check]father_born_france [Voluntary_Fact_Check]mother_born_france [Voluntary_Fact_Check]married [Voluntary_Fact_Check]single [Voluntary_Fact_Check]income [Voluntary_Fact_Check]children [Voluntary_Fact_Check]use_FB [Voluntary_Fact_Check]log_nb_friends_fb [Voluntary_Fact_Check]often_share_fb [Voluntary_Fact_Check]share_interest [Voluntary_Fact_Check]share_influence [Voluntary_Fact_Check]share_image [Voluntary_Fact_Check]share_reciprocity [Voluntary_Fact_Check]tv_main_source [Voluntary_Fact_Check]internet_main_source [Voluntary_Fact_Check]radio_main_source [Voluntary_Fact_Check]papers_main_source [Voluntary_Fact_Check]altruism [Voluntary_Fact_Check]reciprocity [Voluntary_Fact_Check]image [Voluntary_Fact_Check]money_charity [Voluntary_Fact_Check]give_money [Voluntary_Fact_Check]work_charity [Voluntary_Fact_Check]donate_blood [Voluntary_Fact_Check]religious [Voluntary_Fact_Check]very_religious [Voluntary_Fact_Check]catholic [Voluntary_Fact_Check]muslim [Voluntary_Fact_Check]close_gov_europe [Voluntary_Fact_Check]close_gov_france [Voluntary_Fact_Check]negative_image_UE [Voluntary_Fact_Check]first_mlp_full [Voluntary_Fact_Check]first_macron_full [Voluntary_Fact_Check]second_mlp [Voluntary_Fact_Check]registered_vote [Voluntary_Fact_Check]i_region1 [Voluntary_Fact_Check]i_region2 [Voluntary_Fact_Check]i_region3 [Voluntary_Fact_Check]i_region4 [Voluntary_Fact_Check]i_region5 [Voluntary_Fact_Check]i_region6 [Voluntary_Fact_Check]i_region7 [Voluntary_Fact_Check]i_region8 [Voluntary_Fact_Check]i_region9 [Voluntary_Fact_Check]i_region10 [Voluntary_Fact_Check]i_region11 [Voluntary_Fact_Check]i_region12 [Voluntary_Fact_Check]i_region13
	scalar p_Voluntary_Fact_Check = r(p)

	test [Imposed_Fact_Check]mid_educ [Imposed_Fact_Check]high_educ [Imposed_Fact_Check]old [Imposed_Fact_Check]mid_age [Imposed_Fact_Check]age [Imposed_Fact_Check]age_sqrd [Imposed_Fact_Check]male [Imposed_Fact_Check]born_france [Imposed_Fact_Check]village [Imposed_Fact_Check]city [Imposed_Fact_Check]father_born_france [Imposed_Fact_Check]mother_born_france [Imposed_Fact_Check]married [Imposed_Fact_Check]single [Imposed_Fact_Check]income [Imposed_Fact_Check]children [Imposed_Fact_Check]use_FB [Imposed_Fact_Check]log_nb_friends_fb [Imposed_Fact_Check]often_share_fb [Imposed_Fact_Check]share_interest [Imposed_Fact_Check]share_influence [Imposed_Fact_Check]share_image [Imposed_Fact_Check]share_reciprocity [Imposed_Fact_Check]tv_main_source [Imposed_Fact_Check]internet_main_source [Imposed_Fact_Check]radio_main_source [Imposed_Fact_Check]papers_main_source [Imposed_Fact_Check]altruism [Imposed_Fact_Check]reciprocity [Imposed_Fact_Check]image [Imposed_Fact_Check]money_charity [Imposed_Fact_Check]give_money [Imposed_Fact_Check]work_charity [Imposed_Fact_Check]donate_blood [Imposed_Fact_Check]religious [Imposed_Fact_Check]very_religious [Imposed_Fact_Check]catholic [Imposed_Fact_Check]muslim [Imposed_Fact_Check]close_gov_europe [Imposed_Fact_Check]close_gov_france [Imposed_Fact_Check]negative_image_UE [Imposed_Fact_Check]first_mlp_full [Imposed_Fact_Check]first_macron_full [Imposed_Fact_Check]second_mlp [Imposed_Fact_Check]registered_vote [Imposed_Fact_Check]i_region1 [Imposed_Fact_Check]i_region2 [Imposed_Fact_Check]i_region3 [Imposed_Fact_Check]i_region4 [Imposed_Fact_Check]i_region5 [Imposed_Fact_Check]i_region6 [Imposed_Fact_Check]i_region7 [Imposed_Fact_Check]i_region8 [Imposed_Fact_Check]i_region9 [Imposed_Fact_Check]i_region10 [Imposed_Fact_Check]i_region11 [Imposed_Fact_Check]i_region12 [Imposed_Fact_Check]i_region13
	scalar p_Imposed_Fact_Check = r(p)


	log close

	***********************************************************
	*** Table 2, Panel A: ATE on sharing alt facts
	*** Table A3
	***********************************************************

	local TabATE_all Table_2_panel_A

	local TabATEw1_wp Table_A3

	reg want_share_fb i.survey if survey<4, r
	sum want_share_fb if e(sample)&survey==1
	scalar y_contr = r(mean)
	test 2.survey - 3.survey = 0
	scalar p_2_3 = r(p)

	outreg2 using "$dir/results/tables/`TabATEw1_wp'.xls", replace label tex excel bdec(3) tdec(3) sdec(3) nocon nonotes adds(Mean DV alt-facts treatment, y_contr, pvalue, p_2_3) keep(male 1.survey 2.survey 3.survey age age_sqrd income low_educ mid_educ religious use_FB often_share_fb log_nb_friends_fb second_mlp negative_image_UE altruism reciprocity image share_interest share_influence share_image share_reciprocity) sortvar(1.survey 2.survey 3.survey male low_educ mid_educ age age_sqrd income religious use_FB often_share_fb log_nb_friends_fb second_mlp negative_image_UE altruism reciprocity image share_interest share_influence share_image share_reciprocity)

	outreg2 using "$dir/results/tables/`TabATE_all'.xls", replace label tex excel bdec(3) tdec(3) sdec(3) nocon nonotes adds(Mean DV alt-facts treatment, y_contr, pvalue, p_2_3) keep(1.survey 2.survey 3.survey) sortvar(1.survey 2.survey 3.survey)

	reg want_share_fb i.survey $strata $strata1 if survey<4, r
	sum want_share_fb if e(sample)&survey==1
	scalar y_contr = r(mean)
	test 2.survey - 3.survey = 0
	scalar p_2_3 = r(p)

	outreg2 using "$dir/results/tables/`TabATEw1_wp'.xls", append label tex excel bdec(3) tdec(3) sdec(3) nocon nonotes adds(Mean DV alt-facts treatment, y_contr, pvalue, p_2_3) keep(male 1.survey 2.survey 3.survey age age_sqrd income low_educ mid_educ religious use_FB often_share_fb log_nb_friends_fb second_mlp negative_image_UE altruism reciprocity image share_interest share_influence share_image share_reciprocity) sortvar(1.survey 2.survey 3.survey male low_educ mid_educ age age_sqrd income religious use_FB often_share_fb log_nb_friends_fb second_mlp negative_image_UE altruism reciprocity image share_interest share_influence share_image share_reciprocity)

	outreg2 using "$dir/results/tables/`TabATE_all'.xls", append label tex excel bdec(3) tdec(3) sdec(3) nocon nonotes adds(Mean DV alt-facts treatment, y_contr, pvalue, p_2_3) keep(1.survey 2.survey 3.survey) sortvar(1.survey 2.survey 3.survey)


	reg want_share_fb i.survey $strata $strata1 $socio $vote $fb i.educ if survey<4, r
	sum want_share_fb if e(sample)&survey==1
	scalar y_contr = r(mean)
	test 2.survey - 3.survey = 0
	scalar p_2_3 = r(p)

	outreg2 using "$dir/results/tables/`TabATEw1_wp'.xls", append label tex excel bdec(3) tdec(3) sdec(3) nocon nonotes adds(Mean DV alt-facts treatment, y_contr, pvalue, p_2_3) keep(male 1.survey 2.survey 3.survey age age_sqrd income low_educ mid_educ religious use_FB often_share_fb log_nb_friends_fb second_mlp negative_image_UE altruism reciprocity image share_interest share_influence share_image share_reciprocity) sortvar(1.survey 2.survey 3.survey male low_educ mid_educ age age_sqrd income religious use_FB often_share_fb log_nb_friends_fb second_mlp negative_image_UE altruism reciprocity image share_interest share_influence share_image share_reciprocity)

	outreg2 using "$dir/results/tables/`TabATE_all'.xls", append label tex excel bdec(3) tdec(3) sdec(3) nocon nonotes adds(Mean DV alt-facts treatment, y_contr, pvalue, p_2_3) keep(1.survey 2.survey 3.survey) sortvar(1.survey 2.survey 3.survey)


	reg want_share_fb i.survey $strata $strata1 $socio $vote $fb $reported $behavioral i.educ $pre_treatment_vars_all if survey<4, r
	sum want_share_fb if e(sample)&survey==1
	scalar y_contr = r(mean)
	test 2.survey - 3.survey = 0
	scalar p_2_3 = r(p)

	outreg2 using "$dir/results/tables/`TabATEw1_wp'.xls", append label tex excel bdec(3) tdec(3) sdec(3) nocon nonotes adds(Mean DV alt-facts treatment, y_contr, pvalue, p_2_3) keep(male 1.survey 2.survey 3.survey age age_sqrd income low_educ mid_educ religious use_FB often_share_fb log_nb_friends_fb second_mlp negative_image_UE altruism reciprocity image share_interest share_influence share_image share_reciprocity) sortvar(1.survey 2.survey 3.survey male low_educ mid_educ age age_sqrd income religious use_FB often_share_fb log_nb_friends_fb second_mlp negative_image_UE altruism reciprocity image share_interest share_influence share_image share_reciprocity)


	outreg2 using "$dir/results/tables/`TabATE_all'.xls", append label tex excel bdec(3) tdec(3) sdec(3) nocon nonotes adds(Mean DV alt-facts treatment, y_contr, pvalue, p_2_3) keep(1.survey 2.survey 3.survey) sortvar(1.survey 2.survey 3.survey)

	reg share_click2 i.survey if survey<4, r
	sum share_click2 if e(sample)&survey==1
	scalar y_contr = r(mean)
	test 2.survey - 3.survey = 0
	scalar p_2_3 = r(p)

	outreg2 using "$dir/results/tables/`TabATEw1_wp'.xls", append label tex excel bdec(3) tdec(3) sdec(3) nocon nonotes adds(Mean DV alt-facts treatment, y_contr, pvalue, p_2_3) keep(male 1.survey 2.survey 3.survey age age_sqrd income low_educ mid_educ religious use_FB often_share_fb log_nb_friends_fb second_mlp negative_image_UE altruism reciprocity image share_interest share_influence share_image share_reciprocity) sortvar(1.survey 2.survey 3.survey male low_educ mid_educ age age_sqrd income religious use_FB often_share_fb log_nb_friends_fb second_mlp negative_image_UE altruism reciprocity image share_interest share_influence share_image share_reciprocity)

	outreg2 using "$dir/results/tables/`TabATE_all'.xls", append label tex excel bdec(3) tdec(3) sdec(3) nocon nonotes adds(Mean DV alt-facts treatment, y_contr, pvalue, p_2_3) keep(1.survey 2.survey 3.survey) sortvar(1.survey 2.survey 3.survey)

	reg share_click2 i.survey $strata $strata1 if survey<4, r
	sum share_click2 if e(sample)&survey==1
	scalar y_contr = r(mean)
	test 2.survey - 3.survey = 0
	scalar p_2_3 = r(p)

	outreg2 using "$dir/results/tables/`TabATEw1_wp'.xls", append label tex excel bdec(3) tdec(3) sdec(3) nocon nonotes adds(Mean DV alt-facts treatment, y_contr, pvalue, p_2_3) keep(male 1.survey 2.survey 3.survey age age_sqrd income low_educ mid_educ religious use_FB often_share_fb log_nb_friends_fb second_mlp negative_image_UE altruism reciprocity image share_interest share_influence share_image share_reciprocity) sortvar(1.survey 2.survey 3.survey male low_educ mid_educ age age_sqrd income religious use_FB often_share_fb log_nb_friends_fb second_mlp negative_image_UE altruism reciprocity image share_interest share_influence share_image share_reciprocity)

	outreg2 using "$dir/results/tables/`TabATE_all'.xls", append label tex excel bdec(3) tdec(3) sdec(3) nocon nonotes adds(Mean DV alt-facts treatment, y_contr, pvalue, p_2_3) keep(1.survey 2.survey 3.survey) sortvar(1.survey 2.survey 3.survey)

	reg share_click2 i.survey $strata $strata1 $socio $vote $fb i.educ if survey<4, r
	sum share_click2 if e(sample)&survey==1
	scalar y_contr = r(mean)
	test 2.survey - 3.survey = 0
	scalar p_2_3 = r(p)

	outreg2 using "$dir/results/tables/`TabATEw1_wp'.xls", append label tex excel bdec(3) tdec(3) sdec(3) nocon nonotes adds(Mean DV alt-facts treatment, y_contr, pvalue, p_2_3) keep(male 1.survey 2.survey 3.survey age age_sqrd income low_educ mid_educ religious use_FB often_share_fb log_nb_friends_fb second_mlp negative_image_UE altruism reciprocity image share_interest share_influence share_image share_reciprocity) sortvar(1.survey 2.survey 3.survey male low_educ mid_educ age age_sqrd income religious use_FB often_share_fb log_nb_friends_fb second_mlp negative_image_UE altruism reciprocity image share_interest share_influence share_image share_reciprocity)

	outreg2 using "$dir/results/tables/`TabATE_all'.xls", append label tex excel bdec(3) tdec(3) sdec(3) nocon nonotes adds(Mean DV alt-facts treatment, y_contr, pvalue, p_2_3) keep(1.survey 2.survey 3.survey) sortvar(1.survey 2.survey 3.survey)

	reg share_click2 i.survey $strata $strata1 $socio $vote $fb $reported $behavioral i.educ $pre_treatment_vars_all if survey<4, r
	sum share_click2 if e(sample)&survey==1
	scalar y_contr = r(mean)
	test 2.survey - 3.survey = 0
	scalar p_2_3 = r(p)

	outreg2 using "$dir/results/tables/`TabATEw1_wp'.xls", append label tex excel bdec(3) tdec(3) sdec(3) nocon nonotes adds(Mean DV alt-facts treatment, y_contr, pvalue, p_2_3) keep(male 1.survey 2.survey 3.survey age age_sqrd income low_educ mid_educ religious use_FB often_share_fb log_nb_friends_fb second_mlp negative_image_UE altruism reciprocity image share_interest share_influence share_image share_reciprocity) sortvar(1.survey 2.survey 3.survey male low_educ mid_educ age age_sqrd income religious use_FB often_share_fb log_nb_friends_fb second_mlp negative_image_UE altruism reciprocity image share_interest share_influence share_image share_reciprocity)

	outreg2 using "$dir/results/tables/`TabATE_all'.xls", append label tex excel bdec(3) tdec(3) sdec(3) nocon nonotes adds(Mean DV alt-facts treatment, y_contr, pvalue, p_2_3) keep(1.survey 2.survey 3.survey) sortvar(1.survey 2.survey 3.survey)

	***********************************************************
	*** Table 2, Panel B: ATE on sharing factcheck
	*** Table A4
	***********************************************************

	local TabATE_all Table_2_panel_B

	local TabATEw1_wp_fc Table_A4

	reg want_share_facts i.survey if survey<4&survey>1, r
	sum want_share_facts if e(sample)&survey==2
	scalar y_contr = r(mean)

	outreg2 using "$dir/results/tables/`TabATEw1_wp_fc'.xls", replace label tex excel bdec(3) tdec(3) sdec(3) nocon nonotes adds(Mean DV imposed FC treatment, y_contr) keep(male 1.survey 2.survey 3.survey age age_sqrd income low_educ mid_educ religious use_FB often_share_fb log_nb_friends_fb second_mlp negative_image_UE altruism reciprocity image share_interest share_influence share_image share_reciprocity) sortvar(1.survey 2.survey 3.survey male low_educ mid_educ age age_sqrd income religious use_FB often_share_fb log_nb_friends_fb second_mlp negative_image_UE altruism reciprocity image share_interest share_influence share_image share_reciprocity)


	outreg2 using "$dir/results/tables/`TabATE_all'.xls", replace label tex excel bdec(3) tdec(3) sdec(3) nocon nonotes adds(Mean DV imposed FC treatment, y_contr) keep(1.survey 2.survey 3.survey) sortvar(1.survey 2.survey 3.survey)

	reg want_share_facts i.survey $strata $strata1 if survey<4&survey>1, r
	sum want_share_facts if e(sample)&survey==2
	scalar y_contr = r(mean)

	outreg2 using "$dir/results/tables/`TabATEw1_wp_fc'.xls", append label tex excel bdec(3) tdec(3) sdec(3) nocon nonotes adds(Mean DV imposed FC treatment, y_contr) keep(male 1.survey 2.survey 3.survey age age_sqrd income low_educ mid_educ religious use_FB often_share_fb log_nb_friends_fb second_mlp negative_image_UE altruism reciprocity image share_interest share_influence share_image share_reciprocity) sortvar(1.survey 2.survey 3.survey male low_educ mid_educ age age_sqrd income religious use_FB often_share_fb log_nb_friends_fb second_mlp negative_image_UE altruism reciprocity image share_interest share_influence share_image share_reciprocity)

	outreg2 using "$dir/results/tables/`TabATE_all'.xls", append label tex excel bdec(3) tdec(3) sdec(3) nocon nonotes adds(Mean DV imposed FC treatment, y_contr) keep(1.survey 2.survey 3.survey) sortvar(1.survey 2.survey 3.survey)


	reg want_share_facts i.survey $strata $strata1 $socio $vote $fb i.educ if survey<4&survey>1, r
	sum want_share_facts if e(sample)&survey==2
	scalar y_contr = r(mean)

	outreg2 using "$dir/results/tables/`TabATEw1_wp_fc'.xls", append label tex excel bdec(3) tdec(3) sdec(3) nocon nonotes adds(Mean DV imposed FC treatment, y_contr) keep(male 1.survey 2.survey 3.survey age age_sqrd income low_educ mid_educ religious use_FB often_share_fb log_nb_friends_fb second_mlp negative_image_UE altruism reciprocity image share_interest share_influence share_image share_reciprocity) sortvar(1.survey 2.survey 3.survey male low_educ mid_educ age age_sqrd income religious use_FB often_share_fb log_nb_friends_fb second_mlp negative_image_UE altruism reciprocity image share_interest share_influence share_image share_reciprocity)


	outreg2 using "$dir/results/tables/`TabATE_all'.xls", append label tex excel bdec(3) tdec(3) sdec(3) nocon nonotes adds(Mean DV imposed FC treatment, y_contr) keep(1.survey 2.survey 3.survey) sortvar(1.survey 2.survey 3.survey)

	reg want_share_facts i.survey $strata $strata1 $socio $vote $fb $reported $behavioral i.educ $pre_treatment_vars_all if survey<4&survey>1, r
	sum want_share_facts if e(sample)&survey==2
	scalar y_contr = r(mean)

	outreg2 using "$dir/results/tables/`TabATEw1_wp_fc'.xls", append label tex excel bdec(3) tdec(3) sdec(3) nocon nonotes adds(Mean DV imposed FC treatment, y_contr) keep(male 1.survey 2.survey 3.survey age age_sqrd income low_educ mid_educ religious use_FB often_share_fb log_nb_friends_fb second_mlp negative_image_UE altruism reciprocity image share_interest share_influence share_image share_reciprocity) sortvar(1.survey 2.survey 3.survey male low_educ mid_educ age age_sqrd income religious use_FB often_share_fb log_nb_friends_fb second_mlp negative_image_UE altruism reciprocity image share_interest share_influence share_image share_reciprocity)

	outreg2 using "$dir/results/tables/`TabATE_all'.xls", append label tex excel bdec(3) tdec(3) sdec(3) nocon nonotes adds(Mean DV imposed FC treatment, y_contr) keep(1.survey 2.survey 3.survey) sortvar(1.survey 2.survey 3.survey)

	reg share_facts_click2 i.survey if survey<4&survey>1, r
	sum share_facts_click2 if e(sample)&survey==2
	scalar y_contr = r(mean)

	outreg2 using "$dir/results/tables/`TabATEw1_wp_fc'.xls", append label tex excel bdec(3) tdec(3) sdec(3) nocon nonotes adds(Mean DV imposed FC treatment, y_contr) keep(male 1.survey 2.survey 3.survey age age_sqrd income low_educ mid_educ religious use_FB often_share_fb log_nb_friends_fb second_mlp negative_image_UE altruism reciprocity image share_interest share_influence share_image share_reciprocity) sortvar(1.survey 2.survey 3.survey male low_educ mid_educ age age_sqrd income religious use_FB often_share_fb log_nb_friends_fb second_mlp negative_image_UE altruism reciprocity image share_interest share_influence share_image share_reciprocity)

	outreg2 using "$dir/results/tables/`TabATE_all'.xls", append label tex excel bdec(3) tdec(3) sdec(3) nocon nonotes adds(Mean DV imposed FC treatment, y_contr) keep(1.survey 2.survey 3.survey) sortvar(1.survey 2.survey 3.survey)

	reg share_facts_click2 i.survey $strata $strata1 if survey<4&survey>1, r
	sum share_facts_click2 if e(sample)&survey==2
	scalar y_contr = r(mean)

	outreg2 using "$dir/results/tables/`TabATEw1_wp_fc'.xls", append label tex excel bdec(3) tdec(3) sdec(3) nocon nonotes adds(Mean DV imposed FC treatment, y_contr) keep(male 1.survey 2.survey 3.survey age age_sqrd income low_educ mid_educ religious use_FB often_share_fb log_nb_friends_fb second_mlp negative_image_UE altruism reciprocity image share_interest share_influence share_image share_reciprocity) sortvar(1.survey 2.survey 3.survey male low_educ mid_educ age age_sqrd income religious use_FB often_share_fb log_nb_friends_fb second_mlp negative_image_UE altruism reciprocity image share_interest share_influence share_image share_reciprocity)

	outreg2 using "$dir/results/tables/`TabATE_all'.xls", append label tex excel bdec(3) tdec(3) sdec(3) nocon nonotes adds(Mean DV imposed FC treatment, y_contr) keep(1.survey 2.survey 3.survey) sortvar(1.survey 2.survey 3.survey)

	reg share_facts_click2 i.survey $strata $strata1 $socio $vote $fb if survey<4&survey>1, r
	sum share_facts_click2 if e(sample)&survey==2
	scalar y_contr = r(mean)

	outreg2 using "$dir/results/tables/`TabATEw1_wp_fc'.xls", append label tex excel bdec(3) tdec(3) sdec(3) nocon nonotes adds(Mean DV imposed FC treatment, y_contr) keep(male 1.survey 2.survey 3.survey age age_sqrd income low_educ mid_educ religious use_FB often_share_fb log_nb_friends_fb second_mlp negative_image_UE altruism reciprocity image share_interest share_influence share_image share_reciprocity) sortvar(1.survey 2.survey 3.survey male low_educ mid_educ age age_sqrd income religious use_FB often_share_fb log_nb_friends_fb second_mlp negative_image_UE altruism reciprocity image share_interest share_influence share_image share_reciprocity)

	outreg2 using "$dir/results/tables/`TabATE_all'.xls", append label tex excel bdec(3) tdec(3) sdec(3) nocon nonotes adds(Mean DV imposed FC treatment, y_contr) keep(1.survey 2.survey 3.survey) sortvar(1.survey 2.survey 3.survey)

	reg share_facts_click2 i.survey $strata $strata1 $socio $vote $fb $reported $behavioral i.educ $pre_treatment_vars_all if survey<4&survey>1, r
	sum share_facts_click2 if e(sample)&survey==2
	scalar y_contr = r(mean)

	outreg2 using "$dir/results/tables/`TabATEw1_wp_fc'.xls", append label tex excel bdec(3) tdec(3) sdec(3) nocon nonotes adds(Mean DV imposed FC treatment, y_contr) keep(male 1.survey 2.survey 3.survey age age_sqrd income low_educ mid_educ religious use_FB often_share_fb log_nb_friends_fb second_mlp negative_image_UE altruism reciprocity image share_interest share_influence share_image share_reciprocity) sortvar(1.survey 2.survey 3.survey male low_educ mid_educ age age_sqrd income religious use_FB often_share_fb log_nb_friends_fb second_mlp negative_image_UE altruism reciprocity image share_interest share_influence share_image share_reciprocity)

	outreg2 using "$dir/results/tables/`TabATE_all'.xls", append label tex excel bdec(3) tdec(3) sdec(3) nocon nonotes adds(Mean DV imposed FC treatment, y_contr) keep(1.survey 2.survey 3.survey) sortvar(1.survey 2.survey 3.survey)

	***********************************************************
	*** Table 2, Panel C: Predicted vs. actual
	*** Table A6
	***********************************************************


	cap drop diff_act_pred_want_sh_AF
	gen diff_act_pred_want_sh_AF=want_share_alt_facts-pred_want_share_altfact

	cap drop diff_act_pred_sh_AF
	gen diff_act_pred_sh_AF=share_click2-predicted_share_altfact


	local TabATE_all Table_2_panel_C

	local Tab_pred_wp Table_A6

	reg diff_act_pred_want_sh_AF i.survey_alt if survey<4, r
	sum diff_act_pred_want_sh_AF if e(sample)&survey==1
	scalar y_contr = r(mean)
	sum pred_want_share_altfact if e(sample)&survey==1
	scalar y_pred = r(mean)
	sum pred_want_share_altfact if e(sample)&survey==2
	scalar y_pred2 = r(mean)
	sum pred_want_share_altfact if e(sample)&survey_alt==3
	scalar y_pred3 = r(mean)
	sum pred_want_share_altfact if e(sample)&survey_alt==4
	scalar y_pred4 = r(mean)

	outreg2 using "$dir/results/tables/`Tab_pred_wp'.xls", replace label tex excel bdec(3) tdec(3) sdec(3) nocon nonotes adds(Mean DV Alt-Facts T, y_contr, Mean predicted Alt-Facts T, y_pred, Mean predicted imposed, y_pred2, Mean predicted viewer, y_pred3, Mean predicted nonviewer, y_pred4 ) keep(male 1.survey_alt 2.survey_alt 3.survey_alt 4.survey_alt age age_sqrd income low_educ mid_educ religious use_FB often_share_fb log_nb_friends_fb second_mlp negative_image_UE altruism reciprocity image share_interest share_influence share_image share_reciprocity) sortvar(1.survey_alt 2.survey_alt 3.survey_alt 4.survey_alt male low_educ mid_educ age age_sqrd income religious use_FB often_share_fb log_nb_friends_fb second_mlp negative_image_UE altruism reciprocity image share_interest share_influence share_image share_reciprocity)

	outreg2 using "$dir/results/tables/`TabATE_all'.xls", replace label tex excel bdec(3) tdec(3) sdec(3) nocon nonotes adds(Mean DV Alt-Facts T, y_contr, Mean predicted Alt-Facts T, y_pred, Mean predicted imposed, y_pred2, Mean predicted viewer, y_pred3, Mean predicted nonviewer, y_pred4 ) keep(1.survey_alt 2.survey_alt 3.survey_alt 4.survey_alt ) sortvar(1.survey_alt 2.survey_alt 3.survey_alt 4.survey_alt )

	reg diff_act_pred_want_sh_AF i.survey_alt $strata $strata1 if survey<4, r
	sum diff_act_pred_want_sh_AF if e(sample)&survey==1
	scalar y_contr = r(mean)
	sum pred_want_share_altfact if e(sample)&survey==1
	scalar y_pred = r(mean)
	sum pred_want_share_altfact if e(sample)&survey==2
	scalar y_pred2 = r(mean)
	sum pred_want_share_altfact if e(sample)&survey_alt==3
	scalar y_pred3 = r(mean)
	sum pred_want_share_altfact if e(sample)&survey_alt==4
	scalar y_pred4 = r(mean)

	outreg2 using "$dir/results/tables/`Tab_pred_wp'.xls", append label tex excel bdec(3) tdec(3) sdec(3) nocon nonotes adds(Mean DV Alt-Facts T, y_contr, Mean predicted Alt-Facts T, y_pred, Mean predicted imposed, y_pred2, Mean predicted viewer, y_pred3, Mean predicted nonviewer, y_pred4 ) keep(male 1.survey_alt 2.survey_alt 3.survey_alt 4.survey_alt age age_sqrd income low_educ mid_educ religious use_FB often_share_fb log_nb_friends_fb second_mlp negative_image_UE altruism reciprocity image share_interest share_influence share_image share_reciprocity) sortvar(1.survey_alt 2.survey_alt 3.survey_alt 4.survey_alt male low_educ mid_educ age age_sqrd income religious use_FB often_share_fb log_nb_friends_fb second_mlp negative_image_UE altruism reciprocity image share_interest share_influence share_image share_reciprocity)

	outreg2 using "$dir/results/tables/`TabATE_all'.xls", append label tex excel bdec(3) tdec(3) sdec(3) nocon nonotes adds(Mean DV Alt-Facts T, y_contr, Mean predicted Alt-Facts T, y_pred, Mean predicted imposed, y_pred2, Mean predicted viewer, y_pred3, Mean predicted nonviewer, y_pred4 ) keep(1.survey_alt 2.survey_alt 3.survey_alt 4.survey_alt ) sortvar(1.survey_alt 2.survey_alt 3.survey_alt 4.survey_alt )

	reg diff_act_pred_want_sh_AF i.survey_alt $strata $strata1 $socio $vote $fb i.educ if survey<4, r
	sum diff_act_pred_want_sh_AF if e(sample)&survey==1
	scalar y_contr = r(mean)
	sum pred_want_share_altfact if e(sample)&survey==1
	scalar y_pred = r(mean)
	sum pred_want_share_altfact if e(sample)&survey==2
	scalar y_pred2 = r(mean)
	sum pred_want_share_altfact if e(sample)&survey_alt==3
	scalar y_pred3 = r(mean)
	sum pred_want_share_altfact if e(sample)&survey_alt==4
	scalar y_pred4 = r(mean)

	outreg2 using "$dir/results/tables/`Tab_pred_wp'.xls", append label tex excel bdec(3) tdec(3) sdec(3) nocon nonotes adds(Mean DV Alt-Facts T, y_contr, Mean predicted Alt-Facts T, y_pred, Mean predicted imposed, y_pred2, Mean predicted viewer, y_pred3, Mean predicted nonviewer, y_pred4 ) keep(male 1.survey_alt 2.survey_alt 3.survey_alt 4.survey_alt age age_sqrd income low_educ mid_educ religious use_FB often_share_fb log_nb_friends_fb second_mlp negative_image_UE altruism reciprocity image share_interest share_influence share_image share_reciprocity) sortvar(1.survey_alt 2.survey_alt 3.survey_alt 4.survey_alt male low_educ mid_educ age age_sqrd income religious use_FB often_share_fb log_nb_friends_fb second_mlp negative_image_UE altruism reciprocity image share_interest share_influence share_image share_reciprocity)

	outreg2 using "$dir/results/tables/`TabATE_all'.xls", append label tex excel bdec(3) tdec(3) sdec(3) nocon nonotes adds(Mean DV Alt-Facts T, y_contr, Mean predicted Alt-Facts T, y_pred, Mean predicted imposed, y_pred2, Mean predicted viewer, y_pred3, Mean predicted nonviewer, y_pred4 ) keep(1.survey_alt 2.survey_alt 3.survey_alt 4.survey_alt ) sortvar(1.survey_alt 2.survey_alt 3.survey_alt 4.survey_alt )

	reg diff_act_pred_want_sh_AF i.survey_alt $strata $strata1 $socio $vote $fb $reported $behavioral i.educ $pre_treatment_vars_all if survey<4, r
	sum diff_act_pred_want_sh_AF if e(sample)&survey==1
	scalar y_contr = r(mean)
	sum pred_want_share_altfact if e(sample)&survey==1
	scalar y_pred = r(mean)
	sum pred_want_share_altfact if e(sample)&survey==2
	scalar y_pred2 = r(mean)
	sum pred_want_share_altfact if e(sample)&survey_alt==3
	scalar y_pred3 = r(mean)
	sum pred_want_share_altfact if e(sample)&survey_alt==4
	scalar y_pred4 = r(mean)

	outreg2 using "$dir/results/tables/`Tab_pred_wp'.xls", append label tex excel bdec(3) tdec(3) sdec(3) nocon nonotes adds(Mean DV Alt-Facts T, y_contr, Mean predicted Alt-Facts T, y_pred, Mean predicted imposed, y_pred2, Mean predicted viewer, y_pred3, Mean predicted nonviewer, y_pred4 ) keep(male 1.survey_alt 2.survey_alt 3.survey_alt 4.survey_alt age age_sqrd income low_educ mid_educ religious use_FB often_share_fb log_nb_friends_fb second_mlp negative_image_UE altruism reciprocity image share_interest share_influence share_image share_reciprocity) sortvar(1.survey_alt 2.survey_alt 3.survey_alt 4.survey_alt male low_educ mid_educ age age_sqrd income religious use_FB often_share_fb log_nb_friends_fb second_mlp negative_image_UE altruism reciprocity image share_interest share_influence share_image share_reciprocity)

	outreg2 using "$dir/results/tables/`TabATE_all'.xls", append label tex excel bdec(3) tdec(3) sdec(3) nocon nonotes adds(Mean DV Alt-Facts T, y_contr, Mean predicted Alt-Facts T, y_pred, Mean predicted imposed, y_pred2, Mean predicted viewer, y_pred3, Mean predicted nonviewer, y_pred4 ) keep(1.survey_alt 2.survey_alt 3.survey_alt 4.survey_alt ) sortvar(1.survey_alt 2.survey_alt 3.survey_alt 4.survey_alt )

	reg diff_act_pred_sh_AF i.survey_alt if survey<4, r
	sum diff_act_pred_sh_AF if e(sample)&survey==1
	scalar y_contr = r(mean)
	sum predicted_share_altfact if e(sample)&survey==1
	scalar y_pred = r(mean)
	sum predicted_share_altfact if e(sample)&survey==2
	scalar y_pred2 = r(mean)
	sum predicted_share_altfact if e(sample)&survey_alt==3
	scalar y_pred3 = r(mean)
	sum predicted_share_altfact if e(sample)&survey_alt==4
	scalar y_pred4 = r(mean)

	outreg2 using "$dir/results/tables/`Tab_pred_wp'.xls", append label tex excel bdec(3) tdec(3) sdec(3) nocon nonotes adds(Mean DV Alt-Facts T, y_contr, Mean predicted Alt-Facts T, y_pred, Mean predicted imposed, y_pred2, Mean predicted viewer, y_pred3, Mean predicted nonviewer, y_pred4 ) keep(male 1.survey_alt 2.survey_alt 3.survey_alt 4.survey_alt age age_sqrd income low_educ mid_educ religious use_FB often_share_fb log_nb_friends_fb second_mlp negative_image_UE altruism reciprocity image share_interest share_influence share_image share_reciprocity) sortvar(1.survey_alt 2.survey_alt 3.survey_alt 4.survey_alt male low_educ mid_educ age age_sqrd income religious use_FB often_share_fb log_nb_friends_fb second_mlp negative_image_UE altruism reciprocity image share_interest share_influence share_image share_reciprocity)

	outreg2 using "$dir/results/tables/`TabATE_all'.xls", append label tex excel bdec(3) tdec(3) sdec(3) nocon nonotes adds(Mean DV Alt-Facts T, y_contr, Mean predicted Alt-Facts T, y_pred, Mean predicted imposed, y_pred2, Mean predicted viewer, y_pred3, Mean predicted nonviewer, y_pred4 ) keep(1.survey_alt 2.survey_alt 3.survey_alt 4.survey_alt ) sortvar(1.survey_alt 2.survey_alt 3.survey_alt 4.survey_alt )

	reg diff_act_pred_sh_AF i.survey_alt $strata $strata1 if survey<4, r
	sum diff_act_pred_sh_AF if e(sample)&survey==1
	scalar y_contr = r(mean)
	sum predicted_share_altfact if e(sample)&survey==1
	scalar y_pred = r(mean)
	sum predicted_share_altfact if e(sample)&survey==2
	scalar y_pred2 = r(mean)
	sum predicted_share_altfact if e(sample)&survey_alt==3
	scalar y_pred3 = r(mean)
	sum predicted_share_altfact if e(sample)&survey_alt==4
	scalar y_pred4 = r(mean)

	outreg2 using "$dir/results/tables/`Tab_pred_wp'.xls", append label tex excel bdec(3) tdec(3) sdec(3) nocon nonotes adds(Mean DV Alt-Facts T, y_contr, Mean predicted Alt-Facts T, y_pred, Mean predicted imposed, y_pred2, Mean predicted viewer, y_pred3, Mean predicted nonviewer, y_pred4 ) keep(male 1.survey_alt 2.survey_alt 3.survey_alt 4.survey_alt age age_sqrd income low_educ mid_educ religious use_FB often_share_fb log_nb_friends_fb second_mlp negative_image_UE altruism reciprocity image share_interest share_influence share_image share_reciprocity) sortvar(1.survey_alt 2.survey_alt 3.survey_alt 4.survey_alt male low_educ mid_educ age age_sqrd income religious use_FB often_share_fb log_nb_friends_fb second_mlp negative_image_UE altruism reciprocity image share_interest share_influence share_image share_reciprocity)

	outreg2 using "$dir/results/tables/`TabATE_all'.xls", append label tex excel bdec(3) tdec(3) sdec(3) nocon nonotes adds(Mean DV Alt-Facts T, y_contr, Mean predicted Alt-Facts T, y_pred, Mean predicted imposed, y_pred2, Mean predicted viewer, y_pred3, Mean predicted nonviewer, y_pred4 ) keep(1.survey_alt 2.survey_alt 3.survey_alt 4.survey_alt ) sortvar(1.survey_alt 2.survey_alt 3.survey_alt 4.survey_alt )

	reg diff_act_pred_sh_AF i.survey_alt $strata $strata1 $socio $vote $fb i.educ if survey<4, r
	sum diff_act_pred_sh_AF if e(sample)&survey==1
	scalar y_contr = r(mean)
	sum predicted_share_altfact if e(sample)&survey==1
	scalar y_pred = r(mean)
	sum predicted_share_altfact if e(sample)&survey==2
	scalar y_pred2 = r(mean)
	sum predicted_share_altfact if e(sample)&survey_alt==3
	scalar y_pred3 = r(mean)
	sum predicted_share_altfact if e(sample)&survey_alt==4
	scalar y_pred4 = r(mean)

	outreg2 using "$dir/results/tables/`Tab_pred_wp'.xls", append label tex excel bdec(3) tdec(3) sdec(3) nocon nonotes adds(Mean DV Alt-Facts T, y_contr, Mean predicted Alt-Facts T, y_pred, Mean predicted imposed, y_pred2, Mean predicted viewer, y_pred3, Mean predicted nonviewer, y_pred4 ) keep(male 1.survey_alt 2.survey_alt 3.survey_alt 4.survey_alt age age_sqrd income low_educ mid_educ religious use_FB often_share_fb log_nb_friends_fb second_mlp negative_image_UE altruism reciprocity image share_interest share_influence share_image share_reciprocity) sortvar(1.survey_alt 2.survey_alt 3.survey_alt 4.survey_alt male low_educ mid_educ age age_sqrd income religious use_FB often_share_fb log_nb_friends_fb second_mlp negative_image_UE altruism reciprocity image share_interest share_influence share_image share_reciprocity)

	outreg2 using "$dir/results/tables/`TabATE_all'.xls", append label tex excel bdec(3) tdec(3) sdec(3) nocon nonotes adds(Mean DV Alt-Facts T, y_contr, Mean predicted Alt-Facts T, y_pred, Mean predicted imposed, y_pred2, Mean predicted viewer, y_pred3, Mean predicted nonviewer, y_pred4 ) keep(1.survey_alt 2.survey_alt 3.survey_alt 4.survey_alt ) sortvar(1.survey_alt 2.survey_alt 3.survey_alt 4.survey_alt )

	reg diff_act_pred_sh_AF i.survey_alt $strata $strata1 $socio $vote $fb $reported $behavioral i.educ $pre_treatment_vars_all if survey<4, r
	sum diff_act_pred_sh_AF if e(sample)&survey==1
	scalar y_contr = r(mean)
	sum predicted_share_altfact if e(sample)&survey==1
	scalar y_pred = r(mean)
	sum predicted_share_altfact if e(sample)&survey==2
	scalar y_pred2 = r(mean)
	sum predicted_share_altfact if e(sample)&survey_alt==3
	scalar y_pred3 = r(mean)
	sum predicted_share_altfact if e(sample)&survey_alt==4
	scalar y_pred4 = r(mean)

	outreg2 using "$dir/results/tables/`Tab_pred_wp'.xls", append label tex excel bdec(3) tdec(3) sdec(3) nocon nonotes adds(Mean DV Alt-Facts T, y_contr, Mean predicted Alt-Facts T, y_pred, Mean predicted imposed, y_pred2, Mean predicted viewer, y_pred3, Mean predicted nonviewer, y_pred4 ) keep(male 1.survey_alt 2.survey_alt 3.survey_alt 4.survey_alt age age_sqrd income low_educ mid_educ religious use_FB often_share_fb log_nb_friends_fb second_mlp negative_image_UE altruism reciprocity image share_interest share_influence share_image share_reciprocity) sortvar(1.survey_alt 2.survey_alt 3.survey_alt 4.survey_alt male low_educ mid_educ age age_sqrd income religious use_FB often_share_fb log_nb_friends_fb second_mlp negative_image_UE altruism reciprocity image share_interest share_influence share_image share_reciprocity)

	outreg2 using "$dir/results/tables/`TabATE_all'.xls", append label tex excel bdec(3) tdec(3) sdec(3) nocon nonotes adds(Mean DV Alt-Facts T, y_contr, Mean predicted Alt-Facts T, y_pred, Mean predicted imposed, y_pred2, Mean predicted viewer, y_pred3, Mean predicted nonviewer, y_pred4 ) keep(1.survey_alt 2.survey_alt 3.survey_alt 4.survey_alt ) sortvar(1.survey_alt 2.survey_alt 3.survey_alt 4.survey_alt )

	**************************************************************
	** TABLE 3: share on FB vs with others
	*************************************************************

	tab want_share_fb want_share_others if survey<4

	gen share_FB_others1=want_share_fb
	gen share_FB_others0=want_share_others

	cap drop id_respondent
	gen id_respondent=_n

	preserve

	reshape long share_FB_others, i(id_respondent) j(FB_others)
	label var FB_others "Action of Sharing on Facebook (vs. other participants)"
	xtset id_respondent FB_others


	gen dummy_friends_100=(nb_friends_fb>100)
	gen dummy_friends_200=(nb_friends_fb>200)
	gen dummy_friends_50=(nb_friends_fb>50)

	gen surveyN2 =(survey==2)
	label var surveyN2 "Imposed Fact-Check"
	gen surveyN3 =(survey==3)
	label var surveyN3 "Voluntary Fact-Check"

	*** Small:

	reg share_FB_others FB_others i.survey if survey<4, cl(id_respondent)
	outreg2 using "$dir/results/tables/Table_3.xls", replace label tex excel bdec(3) tdec(3) sdec(3) nocon nonotes keep(FB_others 2.survey 3.survey)

	reg share_FB_others FB_others i.survey c.FB_others#c.surveyN2 c.FB_others#c.surveyN3 if survey<4, r
	outreg2 using "$dir/results/tables/Table_3.xls", append label tex excel bdec(3) tdec(3) sdec(3) nocon nonotes keep(FB_others 2.survey 3.survey c.FB_others#c.surveyN2 c.FB_others#c.surveyN3)

	xtreg share_FB_others FB_others i.survey if survey<4, fe cl(id_respondent)
	outreg2 using "$dir/results/tables/Table_3.xls", append label tex excel bdec(3) tdec(3) sdec(3) nocon nonotes keep(FB_others )

	foreach var in dummy_friends_100 log_nb_friend often_share_fb{

	xtreg share_FB_others FB_others c.FB_others#c.`var' if survey<4, fe cl(id_respondent)
	outreg2 using "$dir/results/tables/Table_3.xls", append label tex excel bdec(3) tdec(3) sdec(3) nocon nonotes keep(FB_others c.FB_others#c.surveyN2 c.FB_others#c.surveyN3 c.FB_others#c.`var')


	}


	restore



	**************************************************************
	** TABLE A8: HETEROGENEITY W.R.T. SOCIAL DESIRABILITY SCORE
	*************************************************************

	**** CREATE SOCIAL DESIRABILITY SCORE AND DEMEAN IT
	***********************************************************************************

	cap drop sds

	pca q18_3 q18_4 q20
	predict sds, score

	sum sds if survey<4
	replace sds=sds-r(mean)

	label var sds "Social Desirability Score"



	***********************************************************
	*** RERUN Table 2 WITH TREATMENTS INTERACTED WITH SOCIAL DESIRABILITY SCORE
	***********************************************************


	local TabATE_sds Table_A8

	reg want_share_fb i.survey i.survey#c.sds sds if survey<4, r

	outreg2 using "$dir/results/tables/`TabATE_sds'.xls", replace label tex excel bdec(3) tdec(3) sdec(3) nocon nonotes keep(i.survey i.survey#c.sds sds)

	reg want_share_fb i.survey i.survey#c.sds sds $strata $strata1 if survey<4, r

	outreg2 using "$dir/results/tables/`TabATE_sds'.xls", append label tex excel bdec(3) tdec(3) sdec(3) nocon nonotes keep(i.survey i.survey#c.sds sds)

	reg want_share_fb i.survey i.survey#c.sds sds $strata $strata1 $socio $vote $fb i.educ if survey<4, r

	outreg2 using "$dir/results/tables/`TabATE_sds'.xls", append label tex excel bdec(3) tdec(3) sdec(3) nocon nonotes keep(i.survey i.survey#c.sds sds)


	reg want_share_fb i.survey i.survey#c.sds sds $strata $strata1 $socio $vote $fb $reported $behavioral i.educ $pre_treatment_vars_all if survey<4, r

	outreg2 using "$dir/results/tables/`TabATE_sds'.xls", append label tex excel bdec(3) tdec(3) sdec(3) nocon nonotes keep(i.survey i.survey#c.sds sds)

	reg share_click2 i.survey i.survey#c.sds sds if survey<4, r

	outreg2 using "$dir/results/tables/`TabATE_sds'.xls", append label tex excel bdec(3) tdec(3) sdec(3) nocon nonotes keep(i.survey i.survey#c.sds sds)

	reg share_click2 i.survey i.survey#c.sds sds $strata $strata1 if survey<4, r

	outreg2 using "$dir/results/tables/`TabATE_sds'.xls", append label tex excel bdec(3) tdec(3) sdec(3) nocon nonotes keep(i.survey i.survey#c.sds sds)

	reg share_click2 i.survey i.survey#c.sds sds $strata $strata1 $socio $vote $fb i.educ if survey<4, r

	outreg2 using "$dir/results/tables/`TabATE_sds'.xls", append label tex excel bdec(3) tdec(3) sdec(3) nocon nonotes keep(i.survey i.survey#c.sds sds)

	reg share_click2 i.survey i.survey#c.sds sds $strata $strata1 $socio $vote $fb $reported $behavioral i.educ $pre_treatment_vars_all if survey<4, r

	outreg2 using "$dir/results/tables/`TabATE_sds'.xls", append label tex excel bdec(3) tdec(3) sdec(3) nocon nonotes keep(i.survey i.survey#c.sds sds)


	***********************************************************************************
	**** Table A2 comuns 1 and 2
	***********************************************************************************

	log using "$dir/results/tables/Table_A2_col_1_2", replace
	sum age male married civil_partnership single higher_education high_school daily_use_fb nb_friends_fb if survey<4
	log close

	***********************************************************************************
	**** FIGURES APPENDIX
	***********************************************************************************

	*********************************************************
	*** Figure A1: Distribution of the 2 clicks variables
	*********************************************************
	hist share_click2 if share_click1>0&survey<4, title("Action of Sharing Alt-Facts") graphregion(color(white)) xtitle("Action of Sharing alt-facts") bin(60)
	graph save hist_2_clicks.gph, replace

	hist share_facts_click2 if share_fact_click1>0&survey<4, title("Action of Sharing Fact-Check") graphregion(color(white)) xtitle("Action of Sharing fact-check") bin(60)
	graph save hist_facts_2_clicks.gph, replace

	graph combine "hist_2_clicks" "hist_facts_2_clicks", title("Sharing on Facebook among respondents," "who expressed the intent to share") graphregion(color(white))
	graph save "$dir/results/figures/Figure_A1", replace


	erase hist_2_clicks.gph
	erase hist_facts_2_clicks.gph

	*********************************************************
	*** Figure A2: selection into viewing Fact-check; variables making up propensity
	*********************************************************

	cap drop survey_alt_view
	gen survey_alt_view=survey_alt2
	label define treatment_view1 1 "Alt-Facts" 2 "Nonviewer" 3 "Viewer"
	label values survey_alt_view treatment_view1


	cibar religious if survey>1, over1(survey_alt_view) barcol(sand black ) graphopts(title("Religiosity") graphregion(color(white)) legend(cols(2)) ytitle(" ")) bargap(20)
	graph save religious.gph, replace

	cibar share_influence if survey>1 , over1(survey_alt_view) barcol(sand black ) graphopts(title("Share in order to influence") graphregion(color(white)) legend(cols(2)) ytitle(" ")) bargap(20)
	graph save influence.gph, replace

	cibar second_mlp if survey>1 , over1(survey_alt_view) barcol(sand black ) graphopts(title("Voted Le Pen in 2017") graphregion(color(white)) legend(cols(2)) ytitle(" ")) bargap(20)
	graph save second_mlp.gph, replace

	cibar male if survey>1 , over1(survey_alt_view) barcol(sand black ) graphopts(title("Male") graphregion(color(white)) legend(cols(2)) ytitle(" ")) bargap(20)
	graph save male.gph, replace


	cibar close_gov_eur if survey>1 , over1(survey_alt_view) barcol(sand black ) graphopts(title("Feel closer to European gov.") graphregion(color(white)) legend(cols(2)) ytitle(" ")) bargap(20)
	graph save close_gov_eur.gph, replace

	cibar donate_blood if survey>1 , over1(survey_alt_view) barcol(sand black ) graphopts(title("Donated blood") graphregion(color(white)) legend(cols(2)) ytitle(" ")) bargap(20)
	graph save donate_blood.gph, replace

	grc1leg "second_mlp" "close_gov_eur" "influence" "religious" "male" "donate_blood", title("") graphregion(color(white)) legendfrom("second_mlp")


	graph save "$dir/results/figures/Figure_A2", replace
	erase male.gph
	erase religious.gph
	erase second_mlp.gph
	erase influence.gph
	erase donate_blood.gph
	erase close_gov_eur.gph