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MOZ_2016_IGPPIE_V01_M
Integrated Growth Poles Project 2016, Impact Evaluation, Baseline Survey
Mozambique
,
2016
Get Microdata
Reference ID
MOZ_2016_IGPPIE_v01_M
Producer(s)
Francisco Campos, Joao Montalvao, Claire Boxho
Metadata
DDI/XML
JSON
Study website
Created on
Sep 07, 2022
Last modified
Sep 07, 2022
Page views
53739
Downloads
86
Study Description
Data Dictionary
Downloads
Get Microdata
Data files
Section_A.dta
Section_B.dta
Section_C.dta
Section_D.dta
Section_E.dta
Section_F.dta
Section_G.dta
Section_J.dta
Section_K.dta
Section_L1.dta
Section_L2.dta
Section_M.dta
Section_N.dta
Section_Q.dta
Section_R.dta
Section_A.dta
Section_B.dta
Section_C.dta
Section_D.dta
Section_D4.dta
Section_E.dta
Section_F.dta
Section_G.dta
Section_M.dta
Section_P.dta
Section_Q.dta
Section_T.dta
Section_V.dta
Section_X.dta
Section_Y.dta
Data file: Section_G.dta
Community Questionnaire - Section G
Cases:
154
Variables:
5531
Variables
g06_MT_litro_37_mean_all
Sample average of variable 'g06_MT_litro_37'
g06_38
_38 g06
g06_MT_38
_38 g06_MT
g06_MT_kg_38
_38 g06_MT_kg
g06_MT_kg_38_mean_all
Sample average of variable 'g06_MT_kg_38'
g06_MT_kg_harm_38
_38 g06_MT_kg_harm
g06_MT_kg_harm_38_mean_all
Sample average of variable 'g06_MT_kg_harm_38'
g06_MT_unit_38
_38 g06_MT_unit
g06_MT_unit_38_mean_all
Sample average of variable 'g06_MT_unit_38'
g06_MT_litro_38
_38 g06_MT_litro
g06_MT_litro_38_mean_all
Sample average of variable 'g06_MT_litro_38'
g06_39
_39 g06
g06_MT_39
_39 g06_MT
g06_MT_kg_39
_39 g06_MT_kg
g06_MT_kg_39_mean_all
Sample average of variable 'g06_MT_kg_39'
g06_MT_kg_harm_39
_39 g06_MT_kg_harm
g06_MT_kg_harm_39_mean_all
Sample average of variable 'g06_MT_kg_harm_39'
g06_MT_unit_39
_39 g06_MT_unit
g06_MT_unit_39_mean_all
Sample average of variable 'g06_MT_unit_39'
g06_MT_litro_39
_39 g06_MT_litro
g06_MT_litro_39_mean_all
Sample average of variable 'g06_MT_litro_39'
g06_40
_40 g06
g06_MT_40
_40 g06_MT
g06_MT_kg_40
_40 g06_MT_kg
g06_MT_kg_40_mean_all
Sample average of variable 'g06_MT_kg_40'
g06_MT_kg_harm_40
_40 g06_MT_kg_harm
g06_MT_kg_harm_40_mean_all
Sample average of variable 'g06_MT_kg_harm_40'
g06_MT_unit_40
_40 g06_MT_unit
g06_MT_unit_40_mean_all
Sample average of variable 'g06_MT_unit_40'
g06_MT_litro_40
_40 g06_MT_litro
g06_MT_litro_40_mean_all
Sample average of variable 'g06_MT_litro_40'
g06_41
_41 g06
g06_MT_41
_41 g06_MT
g06_MT_kg_41
_41 g06_MT_kg
g06_MT_kg_41_mean_all
Sample average of variable 'g06_MT_kg_41'
g06_MT_kg_harm_41
_41 g06_MT_kg_harm
g06_MT_kg_harm_41_mean_all
Sample average of variable 'g06_MT_kg_harm_41'
g06_MT_unit_41
_41 g06_MT_unit
g06_MT_unit_41_mean_all
Sample average of variable 'g06_MT_unit_41'
g06_MT_litro_41
_41 g06_MT_litro
g06_MT_litro_41_mean_all
Sample average of variable 'g06_MT_litro_41'
g06_42
_42 g06
g06_MT_42
_42 g06_MT
g06_MT_kg_42
_42 g06_MT_kg
g06_MT_kg_42_mean_all
Sample average of variable 'g06_MT_kg_42'
g06_MT_kg_harm_42
_42 g06_MT_kg_harm
g06_MT_kg_harm_42_mean_all
Sample average of variable 'g06_MT_kg_harm_42'
g06_MT_unit_42
_42 g06_MT_unit
g06_MT_unit_42_mean_all
Sample average of variable 'g06_MT_unit_42'
g06_MT_litro_42
_42 g06_MT_litro
g06_MT_litro_42_mean_all
Sample average of variable 'g06_MT_litro_42'
g06_43
_43 g06
g06_MT_43
_43 g06_MT
g06_MT_kg_43
_43 g06_MT_kg
g06_MT_kg_43_mean_all
Sample average of variable 'g06_MT_kg_43'
g06_MT_kg_harm_43
_43 g06_MT_kg_harm
g06_MT_kg_harm_43_mean_all
Sample average of variable 'g06_MT_kg_harm_43'
g06_MT_unit_43
_43 g06_MT_unit
g06_MT_unit_43_mean_all
Sample average of variable 'g06_MT_unit_43'
g06_MT_litro_43
_43 g06_MT_litro
g06_MT_litro_43_mean_all
Sample average of variable 'g06_MT_litro_43'
g06_44
_44 g06
g06_MT_44
_44 g06_MT
g06_MT_kg_44
_44 g06_MT_kg
g06_MT_kg_44_mean_all
Sample average of variable 'g06_MT_kg_44'
g06_MT_kg_harm_44
_44 g06_MT_kg_harm
g06_MT_kg_harm_44_mean_all
Sample average of variable 'g06_MT_kg_harm_44'
g06_MT_unit_44
_44 g06_MT_unit
g06_MT_unit_44_mean_all
Sample average of variable 'g06_MT_unit_44'
g06_MT_litro_44
_44 g06_MT_litro
g06_MT_litro_44_mean_all
Sample average of variable 'g06_MT_litro_44'
g06_45
_45 g06
g06_MT_45
_45 g06_MT
g06_MT_kg_45
_45 g06_MT_kg
g06_MT_kg_45_mean_all
Sample average of variable 'g06_MT_kg_45'
g06_MT_kg_harm_45
_45 g06_MT_kg_harm
g06_MT_kg_harm_45_mean_all
Sample average of variable 'g06_MT_kg_harm_45'
g06_MT_unit_45
_45 g06_MT_unit
g06_MT_unit_45_mean_all
Sample average of variable 'g06_MT_unit_45'
g06_MT_litro_45
_45 g06_MT_litro
g06_MT_litro_45_mean_all
Sample average of variable 'g06_MT_litro_45'
g06_46
_46 g06
g06_MT_46
_46 g06_MT
g06_MT_kg_46
_46 g06_MT_kg
g06_MT_kg_46_mean_all
Sample average of variable 'g06_MT_kg_46'
g06_MT_kg_harm_46
_46 g06_MT_kg_harm
g06_MT_kg_harm_46_mean_all
Sample average of variable 'g06_MT_kg_harm_46'
g06_MT_unit_46
_46 g06_MT_unit
g06_MT_unit_46_mean_all
Sample average of variable 'g06_MT_unit_46'
g06_MT_litro_46
_46 g06_MT_litro
g06_MT_litro_46_mean_all
Sample average of variable 'g06_MT_litro_46'
g06_47
_47 g06
g06_MT_47
_47 g06_MT
g06_MT_kg_47
_47 g06_MT_kg
g06_MT_kg_47_mean_all
Sample average of variable 'g06_MT_kg_47'
g06_MT_kg_harm_47
_47 g06_MT_kg_harm
g06_MT_kg_harm_47_mean_all
Sample average of variable 'g06_MT_kg_harm_47'
g06_MT_unit_47
_47 g06_MT_unit
g06_MT_unit_47_mean_all
Sample average of variable 'g06_MT_unit_47'
g06_MT_litro_47
_47 g06_MT_litro
g06_MT_litro_47_mean_all
Sample average of variable 'g06_MT_litro_47'
g06_48
_48 g06
g06_MT_48
_48 g06_MT
g06_MT_kg_48
_48 g06_MT_kg
g06_MT_kg_48_mean_all
Sample average of variable 'g06_MT_kg_48'
g06_MT_kg_harm_48
_48 g06_MT_kg_harm
g06_MT_kg_harm_48_mean_all
Sample average of variable 'g06_MT_kg_harm_48'
g06_MT_unit_48
_48 g06_MT_unit
g06_MT_unit_48_mean_all
Sample average of variable 'g06_MT_unit_48'
g06_MT_litro_48
_48 g06_MT_litro
g06_MT_litro_48_mean_all
Sample average of variable 'g06_MT_litro_48'
g06_49
_49 g06
g06_MT_49
_49 g06_MT
g06_MT_kg_49
_49 g06_MT_kg
g06_MT_kg_49_mean_all
Sample average of variable 'g06_MT_kg_49'
g06_MT_kg_harm_49
_49 g06_MT_kg_harm
g06_MT_kg_harm_49_mean_all
Sample average of variable 'g06_MT_kg_harm_49'
g06_MT_unit_49
_49 g06_MT_unit
g06_MT_unit_49_mean_all
Sample average of variable 'g06_MT_unit_49'
g06_MT_litro_49
_49 g06_MT_litro
g06_MT_litro_49_mean_all
Sample average of variable 'g06_MT_litro_49'
g06_50
_50 g06
g06_MT_50
_50 g06_MT
g06_MT_kg_50
_50 g06_MT_kg
g06_MT_kg_50_mean_all
Sample average of variable 'g06_MT_kg_50'
g06_MT_kg_harm_50
_50 g06_MT_kg_harm
g06_MT_kg_harm_50_mean_all
Sample average of variable 'g06_MT_kg_harm_50'
g06_MT_unit_50
_50 g06_MT_unit
g06_MT_unit_50_mean_all
Sample average of variable 'g06_MT_unit_50'
g06_MT_litro_50
_50 g06_MT_litro
g06_MT_litro_50_mean_all
Sample average of variable 'g06_MT_litro_50'
g06_51
_51 g06
g06_MT_51
_51 g06_MT
g06_MT_kg_51
_51 g06_MT_kg
g06_MT_kg_51_mean_all
Sample average of variable 'g06_MT_kg_51'
g06_MT_kg_harm_51
_51 g06_MT_kg_harm
g06_MT_kg_harm_51_mean_all
Sample average of variable 'g06_MT_kg_harm_51'
g06_MT_unit_51
_51 g06_MT_unit
g06_MT_unit_51_mean_all
Sample average of variable 'g06_MT_unit_51'
g06_MT_litro_51
_51 g06_MT_litro
g06_MT_litro_51_mean_all
Sample average of variable 'g06_MT_litro_51'
g06_52
_52 g06
g06_MT_52
_52 g06_MT
g06_MT_kg_52
_52 g06_MT_kg
g06_MT_kg_52_mean_all
Sample average of variable 'g06_MT_kg_52'
g06_MT_kg_harm_52
_52 g06_MT_kg_harm
g06_MT_kg_harm_52_mean_all
Sample average of variable 'g06_MT_kg_harm_52'
g06_MT_unit_52
_52 g06_MT_unit
g06_MT_unit_52_mean_all
Sample average of variable 'g06_MT_unit_52'
g06_MT_litro_52
_52 g06_MT_litro
g06_MT_litro_52_mean_all
Sample average of variable 'g06_MT_litro_52'
g06_53
_53 g06
g06_MT_53
_53 g06_MT
g06_MT_kg_53
_53 g06_MT_kg
g06_MT_kg_53_mean_all
Sample average of variable 'g06_MT_kg_53'
g06_MT_kg_harm_53
_53 g06_MT_kg_harm
g06_MT_kg_harm_53_mean_all
Sample average of variable 'g06_MT_kg_harm_53'
g06_MT_unit_53
_53 g06_MT_unit
g06_MT_unit_53_mean_all
Sample average of variable 'g06_MT_unit_53'
g06_MT_litro_53
_53 g06_MT_litro
g06_MT_litro_53_mean_all
Sample average of variable 'g06_MT_litro_53'
g06_54
_54 g06
g06_MT_54
_54 g06_MT
g06_MT_kg_54
_54 g06_MT_kg
g06_MT_kg_54_mean_all
Sample average of variable 'g06_MT_kg_54'
g06_MT_kg_harm_54
_54 g06_MT_kg_harm
g06_MT_kg_harm_54_mean_all
Sample average of variable 'g06_MT_kg_harm_54'
g06_MT_unit_54
_54 g06_MT_unit
g06_MT_unit_54_mean_all
Sample average of variable 'g06_MT_unit_54'
g06_MT_litro_54
_54 g06_MT_litro
g06_MT_litro_54_mean_all
Sample average of variable 'g06_MT_litro_54'
g06_55
_55 g06
g06_MT_55
_55 g06_MT
g06_MT_kg_55
_55 g06_MT_kg
g06_MT_kg_55_mean_all
Sample average of variable 'g06_MT_kg_55'
g06_MT_kg_harm_55
_55 g06_MT_kg_harm
g06_MT_kg_harm_55_mean_all
Sample average of variable 'g06_MT_kg_harm_55'
g06_MT_unit_55
_55 g06_MT_unit
g06_MT_unit_55_mean_all
Sample average of variable 'g06_MT_unit_55'
g06_MT_litro_55
_55 g06_MT_litro
g06_MT_litro_55_mean_all
Sample average of variable 'g06_MT_litro_55'
g06_56
_56 g06
g06_MT_56
_56 g06_MT
g06_MT_kg_56
_56 g06_MT_kg
g06_MT_kg_56_mean_all
Sample average of variable 'g06_MT_kg_56'
g06_MT_kg_harm_56
_56 g06_MT_kg_harm
g06_MT_kg_harm_56_mean_all
Sample average of variable 'g06_MT_kg_harm_56'
g06_MT_unit_56
_56 g06_MT_unit
g06_MT_unit_56_mean_all
Sample average of variable 'g06_MT_unit_56'
g06_MT_litro_56
_56 g06_MT_litro
g06_MT_litro_56_mean_all
Sample average of variable 'g06_MT_litro_56'
g06_57
_57 g06
g06_MT_57
_57 g06_MT
g06_MT_kg_57
_57 g06_MT_kg
g06_MT_kg_57_mean_all
Sample average of variable 'g06_MT_kg_57'
g06_MT_kg_harm_57
_57 g06_MT_kg_harm
g06_MT_kg_harm_57_mean_all
Sample average of variable 'g06_MT_kg_harm_57'
g06_MT_unit_57
_57 g06_MT_unit
g06_MT_unit_57_mean_all
Sample average of variable 'g06_MT_unit_57'
g06_MT_litro_57
_57 g06_MT_litro
g06_MT_litro_57_mean_all
Sample average of variable 'g06_MT_litro_57'
g06_58
_58 g06
g06_MT_58
_58 g06_MT
g06_MT_kg_58
_58 g06_MT_kg
g06_MT_kg_58_mean_all
Sample average of variable 'g06_MT_kg_58'
g06_MT_kg_harm_58
_58 g06_MT_kg_harm
g06_MT_kg_harm_58_mean_all
Sample average of variable 'g06_MT_kg_harm_58'
g06_MT_unit_58
_58 g06_MT_unit
g06_MT_unit_58_mean_all
Sample average of variable 'g06_MT_unit_58'
g06_MT_litro_58
_58 g06_MT_litro
g06_MT_litro_58_mean_all
Sample average of variable 'g06_MT_litro_58'
g06_59
_59 g06
g06_MT_59
_59 g06_MT
g06_MT_kg_59
_59 g06_MT_kg
g06_MT_kg_59_mean_all
Sample average of variable 'g06_MT_kg_59'
g06_MT_kg_harm_59
_59 g06_MT_kg_harm
g06_MT_kg_harm_59_mean_all
Sample average of variable 'g06_MT_kg_harm_59'
g06_MT_unit_59
_59 g06_MT_unit
g06_MT_unit_59_mean_all
Sample average of variable 'g06_MT_unit_59'
g06_MT_litro_59
_59 g06_MT_litro
g06_MT_litro_59_mean_all
Sample average of variable 'g06_MT_litro_59'
g06_60
_60 g06
g06_MT_60
_60 g06_MT
g06_MT_kg_60
_60 g06_MT_kg
g06_MT_kg_60_mean_all
Sample average of variable 'g06_MT_kg_60'
g06_MT_kg_harm_60
_60 g06_MT_kg_harm
g06_MT_kg_harm_60_mean_all
Sample average of variable 'g06_MT_kg_harm_60'
g06_MT_unit_60
_60 g06_MT_unit
g06_MT_unit_60_mean_all
Sample average of variable 'g06_MT_unit_60'
g06_MT_litro_60
_60 g06_MT_litro
g06_MT_litro_60_mean_all
Sample average of variable 'g06_MT_litro_60'
g06_61
_61 g06
g06_MT_61
_61 g06_MT
g06_MT_kg_61
_61 g06_MT_kg
g06_MT_kg_61_mean_all
Sample average of variable 'g06_MT_kg_61'
g06_MT_kg_harm_61
_61 g06_MT_kg_harm
g06_MT_kg_harm_61_mean_all
Sample average of variable 'g06_MT_kg_harm_61'
g06_MT_unit_61
_61 g06_MT_unit
g06_MT_unit_61_mean_all
Sample average of variable 'g06_MT_unit_61'
g06_MT_litro_61
_61 g06_MT_litro
g06_MT_litro_61_mean_all
Sample average of variable 'g06_MT_litro_61'
g06_62
_62 g06
g06_MT_62
_62 g06_MT
g06_MT_kg_62
_62 g06_MT_kg
g06_MT_kg_62_mean_all
Sample average of variable 'g06_MT_kg_62'
g06_MT_kg_harm_62
_62 g06_MT_kg_harm
g06_MT_kg_harm_62_mean_all
Sample average of variable 'g06_MT_kg_harm_62'
g06_MT_unit_62
_62 g06_MT_unit
g06_MT_unit_62_mean_all
Sample average of variable 'g06_MT_unit_62'
g06_MT_litro_62
_62 g06_MT_litro
g06_MT_litro_62_mean_all
Sample average of variable 'g06_MT_litro_62'
g06_63
_63 g06
g06_MT_63
_63 g06_MT
g06_MT_kg_63
_63 g06_MT_kg
g06_MT_kg_63_mean_all
Sample average of variable 'g06_MT_kg_63'
g06_MT_kg_harm_63
_63 g06_MT_kg_harm
g06_MT_kg_harm_63_mean_all
Sample average of variable 'g06_MT_kg_harm_63'
g06_MT_unit_63
_63 g06_MT_unit
g06_MT_unit_63_mean_all
Sample average of variable 'g06_MT_unit_63'
g06_MT_litro_63
_63 g06_MT_litro
g06_MT_litro_63_mean_all
Sample average of variable 'g06_MT_litro_63'
g06_64
_64 g06
g06_MT_64
_64 g06_MT
g06_MT_kg_64
_64 g06_MT_kg
g06_MT_kg_64_mean_all
Sample average of variable 'g06_MT_kg_64'
g06_MT_kg_harm_64
_64 g06_MT_kg_harm
g06_MT_kg_harm_64_mean_all
Sample average of variable 'g06_MT_kg_harm_64'
g06_MT_unit_64
_64 g06_MT_unit
g06_MT_unit_64_mean_all
Sample average of variable 'g06_MT_unit_64'
g06_MT_litro_64
_64 g06_MT_litro
g06_MT_litro_64_mean_all
Sample average of variable 'g06_MT_litro_64'
g06_65
_65 g06
g06_MT_65
_65 g06_MT
g06_MT_kg_65
_65 g06_MT_kg
g06_MT_kg_65_mean_all
Sample average of variable 'g06_MT_kg_65'
g06_MT_kg_harm_65
_65 g06_MT_kg_harm
g06_MT_kg_harm_65_mean_all
Sample average of variable 'g06_MT_kg_harm_65'
g06_MT_unit_65
_65 g06_MT_unit
g06_MT_unit_65_mean_all
Sample average of variable 'g06_MT_unit_65'
g06_MT_litro_65
_65 g06_MT_litro
g06_MT_litro_65_mean_all
Sample average of variable 'g06_MT_litro_65'
g06_66
_66 g06
g06_MT_66
_66 g06_MT
g06_MT_kg_66
_66 g06_MT_kg
g06_MT_kg_66_mean_all
Sample average of variable 'g06_MT_kg_66'
g06_MT_kg_harm_66
_66 g06_MT_kg_harm
g06_MT_kg_harm_66_mean_all
Sample average of variable 'g06_MT_kg_harm_66'
g06_MT_unit_66
_66 g06_MT_unit
g06_MT_unit_66_mean_all
Sample average of variable 'g06_MT_unit_66'
g06_MT_litro_66
_66 g06_MT_litro
g06_MT_litro_66_mean_all
Sample average of variable 'g06_MT_litro_66'
g06_67
_67 g06
g06_MT_67
_67 g06_MT
g06_MT_kg_67
_67 g06_MT_kg
g06_MT_kg_67_mean_all
Sample average of variable 'g06_MT_kg_67'
g06_MT_kg_harm_67
_67 g06_MT_kg_harm
g06_MT_kg_harm_67_mean_all
Sample average of variable 'g06_MT_kg_harm_67'
g06_MT_unit_67
_67 g06_MT_unit
g06_MT_unit_67_mean_all
Sample average of variable 'g06_MT_unit_67'
g06_MT_litro_67
_67 g06_MT_litro
Total: 5531
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