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Insecurity or Perception of Insecurity? Urban Crime and Dissatisfaction with Life: Evidence from the Case of Bogotá

  • Dario Romero EMAIL logo

Abstract

In recent literature, life satisfaction and welfare have been extensively studied. However, limited attention has been given to the effect that crime may have over these variables. Using the case of Bogotá this paper shows that urban crime rates, specially murder rate, have a positive impact on individuals’ life dissatisfaction. This effect seems to be mediated by the general perception of insecurity and not by the households’ victimization. In particular the perception of insecurity has a great impact on the unhappiness of those households that changed their perceptions because of the criminal activity. The conclusion of this paper is that it is necessary not only to reduce the crime rates, but also to generate good security perceptions.


Corresponding author: Dario Romero, Economics, Universidad del Rosario, Calle 12c No. 4-69, Bogotá, Colombia, E-mail:

  1. 1

    My paper follows this practice and will use the three concepts as synonyms.

  2. 2

    For instance, in Bogotá in 2012 policy makers argued that in the city there was a reduction on humicides due to policies such as the interdiction of wearing guns, however there is not evidence of its impact on welfare.

  3. 3

    Despite having information for the years 2003 and 2007 (years in which the quality of life survey was also performed), it is impossible to analyze several years simultaneously because: 1) the samples are not comparable and, 2) the life satisfaction module within each survey is located in different places. This is important since, as it is showed by Kahneman and Kruger (2004), the reports of the life satisfaction is highly dependent of the questions made before at the survey. Thus, the use of the multipurpose survey is justified not only by being the most recent survey but also because it has the greatest coverage and representativeness.

  4. 4

    CAI or Centro de Atención Inmediata, for its abbreviation in Spanish, is a small police station that watches a specific zone of the city. It allows the police to have a faster and more effective respond.

  5. 5

    This definition is defined in this way because the question distinguishes between positive (very good and good) and negative (so-so and bad) aspects of the satisfaction due to the way in which it was performed. Thus, this measure is capturing the life dissatisfaction.

  6. 6

    Although the depend variable is between 0 and 1, the model is estimated by ordinary least squares (OLS). According to Angrist and Pischke (2008) no linear models like probit are highly sensible to the specification of the model. Moreover, marginal effects, that are necessary to interpret the size of the effect of the independent variables, are very close to those reported by an OLS estimation. The OLS is the best linear approximation of the data.

  7. 7

    The crime rates were taken for the year 2010 because the survey was made in the first months of 2011.

  8. 8

    In the last group it is excluded the households whose moving decision was motivated for security reasons, since this group can be sensible to the security changes in the new neighborhood.

  9. 9

    This estimator can present bias because of two-way causality, since the channel (both the perception of insecurity and the victimization) are measured at the household level. This is in part because the happy people tend to act in a some way and view the world in a different way, which makes probable that they feel less insecure and have some behavior correlated with the victimization. However if one of the channels were not important in the relationship between criminality and welfare, this could be used as an instrument since this is a guarantee of the exclusion restriction. The crime rates would constitute an exogenous variation of the channel that is not correlated on other form with welfare.

  10. 10

    There could be other mechanisms that are not being taken into account and that could mediate the relationship. In this cases the sum of these effects is captured by coefficient Φ3 in model 5.

  11. 11

    This spatial patterns are included in the estimation through fixed effects of localidad and allowing cluster by CAI. This controls for correlation of the households that live in the same CAI jurisdiction.

  12. 12

    It is also important to address the point of Diener (1984, 2000). This kind of measure might have noise by the factors such as person’s mood who answered the question or the acceptable social standards in the moment of answering. All these consideration can influence the answer.

  13. 13

    The correlation coefficient of the satisfaction with the income is 0.27 and with the stratum is 0.29.

  14. 14

    It is asked if a household member has been victim of theft, murder, extortion or kidnapping.

  15. 15

    In the three years, there is a positive correlation between welfare and the socioeconomic stratum (Table A2), and between welfare and the levels of education (Table A3), while at the same time, the correlation of these variables (education and economic stratum) with crime is negative. This shows that both the socioeconomic stratum and the education of the household’s head are important variables in the analysis of life satisfaction, since both variables not only have an impact in these results but also mediate in the relationship of the households’ perceptions and crime.

  16. 16

    At least 6% of the households are classified in the middle-high and high stratum (5 and 6 respectively).

  17. 17

    While the coverage of land-line telephone is about 70%, the internet coverage is just 43%.

  18. 18

    Just 12% of households have an undergraduate education level.

  19. 19

    All these variables and other household’s characteristics are included as controls (in the vector Xhkj,t) in the regressions. The descriptive statistics of all the controls are reported in the Table A4.

  20. 20

    This section uses crime in terms of 1000 inhabitants. The main reason to do this modification is that the effects estimated will have less zeros after the comma, causing the figures shown on the tables to be bigger. However, this does not affect the core interpretation of the results.

  21. 21

    The correlation inside the zone of the self-reported welfare is of almost 7%.

  22. 22

    Angrist and Pischke (2008) show that these kind of errors are consistent when there is a big amount of groups. This condition is fulfilled in this case because in Bogotá in 2011 there were 141 CAIs.

  23. 23

    With the inclusion of this kind of error it is taken into account the variation at CAI level, the same that would be taken into account a multilevel model with the advantage that this model can be interpreted in a rigorous causal sense since all the assumptions are not violated.

  24. 24

    It could be explained by the fact that while theft affects the possessions of the households, murder affects the life and it has more traumatic effects, so it could have a bigger weight in the definition of household’s welfare.

  25. 25

    This amount of variables are used to control by all the possible characteristics that can be related with welfare and the place of dwelling, and since the welfare is a subjective concept it can be argued that it is related with almost every characteristics of the household. This large list of controls does not produce a big problem of multicollinearity. Table A7 shows that the R2 for the structural estimation are not huge to think the presence of this problem. Moreover, although the mean variance inflation factor is not tiny this factor remains relatively constant when the controls are added.

  26. 26

    All the regressions summarized in the table include the whole set of control, equivalent to the column 6 in Table 3.

  27. 27

    The estimations of the direct and indirect effects are calculated based on a probit model.

  28. 28

    In this calculation were used the standardized coefficients (Ender 2010; Kenny 2008) because these variables are not continuous. Since the distribution of these estimators is unknown, the estimation of the standard errors for the tests uses the bootstrap method.

  29. 29

    In other words, the average treatment on treated effect (ATT) is bigger than the average treatment effect (ATE).

  30. 30

    For instance, in the case of Bogotá, crime reduction has always been in the public opinion as a measure of mayors’ quality and public reception.

  31. 31

    According with Green (2003) (Look also Chiburis, Das, and Lokshin 2011) this solution would be solving the bias problems of feeling the environment insecure.

  32. 32

    This assumption is crucial in order to interpret the coefficients as causal relations, the effects of the insecurity perception on the life perceptions.

I thank Juan Fernando Vargas and Julieth Santamaria for his invaluable feedback and help through the elaboration of the document and Alejandro Gaviria and Miguel Garcia for comments in a previous version of this paper.

Appendix A: Graphics

Figure A1 Murders and mugging in 2011 by CAIs jurisdiction.
Figure A1

Murders and mugging in 2011 by CAIs jurisdiction.

Appendix B: Tables

Table A1

Recent evolution of the murder rate for 100.000 inhabitants for the main colombian cities.

Ciudad1997199819992000200120022003200420052006200720082009
Medellin166.72153.07166.81159.37172.47177.08130.6940.2634.0931.6728.8838.0261.81
Barranquilla38.1039.0636.2924.9229.4933.0236.2525.0132.0133.8629.9227.7530.28
Cucuta76.3574.9990.35103.2395.99150.81103.0943.0574.1969.0375.3358.0751.28
Bucaramnga66.9473.5324.9626.5936.1232.7725.9819.1924.3930.6737.3025.3023.33
Cali80.9281.6894.9591.1191.8989.39100.2771.5374.6771.8068.3963.0672.76
Bogot47.1740.62 38.3835.1731.2228.2823.3816.4424.4019.7519.1618.7418.28

Source: National Police Colombia – DIJIN.

Table A2

Descriptive statistics by stratum.

Stratum

(%)
Mean
Quality of lifeInsecurity perceptionsVict.TheftMurderKiddnap.
Year 2003
 Low-Low (6%)2.50800.41660.20020.18050.00490.0012
 Low (32%)2.52300.34660.16260.14560.00340.0012
 Middle-Low (43%)2.34000.31860.17830.15930.00070.0022
 Middle (11%)2.05430.25390.22470.20910.00070.0027
 Middle-High (2%)1.90190.21490.20160.18300.00270.0000
 High (3%)1.77310.17960.25690.22440.00250.0100
Total (100%)2.34620.31900.18310.16470.00200.0020
Year 2007
 Low-Low (8%)2.42120.46400.17780.15980.00720.0027
 Low (33%)2.34240.42440.19100.17570.00580.0007
 Middle-Low (37%)2.15890.37300.20060.18670.00260.0007
 Middle (13%)1.83220.24030.20060.19020.00220.0022
 Middle-High (2%)1.65450.19110.19380.18020.00680.0041
 High (3%)1.49850.18140.16570.15700.00100.0029
Total (100%)2.15720.36690.19390.17990.00400.0012
Year 2011
 Low-Low (7%)2.31720.85060.25140.24570.01200.0024
 Low (37%)2.21130.84680.19100.26410.01260.0063
 Middle-Low (38%)2.05390.76500.23940.23220.00820.0067
 Middle (12%)1.77240.60040.25210.24550.00770.0102
 Middle-High (2%)1.66940.53500.26890.26050.01400.0196
 High (3%)1.54330.18140.22710.21770.01400.0093
Total (100%)2.07650.76710.25120.24390.01030.0070

Notes: This table shows the percentage of people inside each stratum that were victims of some kind of crime. In the case of the quality of life, it is between 1 and 4 where less means more satisfaction with the life.

Table A3

Descriptive statistics by level of education.

Level

(%)
Mean
Quality of lifeInsecurity perceptionsVict.TheftMurderKiddnap.
Year 2003
 No Education (3%)2.73630.31070.13580.11750.00000.0026
 Elementary (27%)2.58780.35440.16380.14590.00270.0012
 Secondary (39%)2.40190.32930.17310.15520.00230.0015
 Technic o Technological (8%)2.19960.29760.19500.17820.00090.0037
 Undergraduate Incom. (4%)2.23050.33270.22490.20630.00000.0019
 Undergraduate (11%)2.01270.26140.21520.19430.00150.0060
 Postgraduate Incom. (0%)2.02780.29170.16670.15280.000080.0000
 Postgraduate (5%)1.89900.24680.22300.20340.00140.0014
Total (100%)2.36260.32030.18120.16290.00200.0021
Year 2007
 No Education (2%)2.60740.41440.16580.14070.00500.0034
 Elementary (24%)2.43210.42770.17940.16560.00610.0014
 Secondary (35%)2.23450.38510.18670.17230.00380.0007
 Technic o Technological (8%)2.06440.37690.22760.21220.00280.0005
 Undergraduate Incom. (3%)2.04580.35340.21180.19250.00610.0010
 Undergraduate (13%)1.83790.28600.19360.18450.00110.0006
 Postgraduate Incom. (5%)1.86280.29890.24190.23110.00510.0025
 Postgraduate (6%)1.66470.24520.20300.18630.00290.0040
Total (100%)2.15910.36710.19390.17990.00410.0012
Year 2011
 No Education (2%)2.43770.81810.21880.21540.02020.0134
 Kindergarten (1%)2.47050.88230.20580.20580.02940.0294
 Elementary (23%)2.31340.83020.21780.21190.01230.0041
 Secondary (37%)2.14000.79420.25310.24460.01060.0070
 Technic o Technological (10%)1.99750.77640.27740.26950.00900.0078
 Undergraduate Incom. (6%)1.91320.72550.30970.30270.01000.0090
 Undergraduate (12%)1.81160.67130.25320.24720.00740.0064
 Postgraduate Incom. (2%)1.74440.56820.29950.29070.02200.0088
 Postgraduate (8%)1.66110.24520.62410.25490.00570.0131
Total (100%)2.07840.76680.25150.24400.01040.0071

Notes: This table shows the percentage of people inside each education level that were victims of some kind of crime. In the case of the quality of life, it is between 1 and 4 where less means more satisfaction with the life.

Table A4

Descriptive statistics controls.

VariableMediaStd. Dev.Min.Max.N
Characteristics of the households
 Ln (Monetary Income+1)13.6013.215018.5182185837
 Age46.98214.92216992185837
 Household’s average age34.69815.2898992185837
 Men0.6520.652012185837
 Minority0.0280.167012185837
 Civil union less 2 years0.0360.036012185837
 Civil union more 2 years0.2480.432012185837
 Widow0.0770.267012185837
 Divorced0.1470.354012185837
 Single0.1490.356012185837
 Married0.3390.473012185837
 With electricity0.9920.085012185837
 With natural gas0.8760.329012185837
 With aqueduct0.9980.041012185837
 With sewage0.9980.039012185837
 Rubbish recollection0.9990.029012185837
 Land-Line telephone0.7030.456012185837
 With internet0.4300.495012185837
 Low-low0.0790.271012185837
 Low0.3850.486012185837
 Middle-low0.3700.482012185837
 Middle0.1070.310012185837
 Middle-high0.0320.032012185837
 High0.0240.155012185837
 Number people3.4081.631192185837
 Number rooms3.4693.4691272185837
 Own housing paid0.4030.490012185837
 Own housing no paid0.1240.330012185837
 Rent0.4130.492012185837
 Usufruct or other0.0580.233012185837
Health survey respondent and education of the household’s head
 Health conditions2.0850.644142185837
 Chronical disease0.3640.481012185837
 Household’s rate of Chronical disease0.2890.325012185837
 Regimen contributive0.6940.460012185837
 Regimen especial0.0420.201012185837
 Regimen subsidized0.1900.392012185837
 No education0.0150.125012185837
 Kindergarten0.0020.046012185837
 Elementary0.2330.422012185837
 Secondary0.3830.486012185837
 Technic0.0790.271012185837
 Technologic0.0280.166012185837
 Undergraduate incomplete0.0550.228012185837
 Undergraduate0.1200.325012185837
 Postgraduate incomplete0.0120.110012185837
 Postgraduate0.0680.252012185837
Employment of the household
 Employee0.7520.431012185837
 Unemployed0.0290.168012185837
 Employment rate of the household0.5040.298012185837
 Unemployment rate of the household0.0310.110012185837
Table A5

Housing property by time of settle in the neighborhood.

PropertyTime
Less 1 yearBetween 1 and 3 yearsBetween 3 and 5 yearsMore 5 years
Own paid9.1%15.8%23.2%54.1%
Own no paid8.1%14.3%18.4%11.8%
Rent80.6%66.3%53.9%27.0%
Usufruct1.2%2.8%2.5%4.3%
Other1.0%0.8%2.0%2.8%

Notes: The non parametric chi (with 4 degrees of freedom) in order to compare the households with more than 3 years and those with <1 year is 0.001 with p-value of 0.000.

Table A6

Test for differences in time of settle in the neighborhood.

VariableLess 1 YearMore 3 YearsDifference
Satisfaction2.0742.088–0.0145
(0.0153)(0.0054)(0.0051)
Insecurity Percep.0.67410.7913–0.1172***
(0.0112)(0.0036)(0.0105)
Victimization0.24840.2488–0.0004
(0.0103)(0.0038)(0.0110)
Mugging0.24090.2415–0.0005
(0.0102)(0.0038)(0.0109)
Murder0.01140.01010.0013
(0.0025)(0.0008)(0.0025)
Controls
 Age28.46237.806–9.343***
(0.2921)(0.1439)(0.1439)
 Income2.456.4842.510.216–53732.36
(96957.87)(35104.47)(101107.2)
 Electrician0.99130.9910–0.0003
(0.0022)(0.0008)(0.0024)
 Sewage0.99770.9984–0.0007
(0.0022)(0.0008)(0.0010)
 Aqueduct0.99820.99790.0003
(0.0011)(0.0003)(0.0011)
 Rubbish0.99940.99930.0000
(0.0005)(0.0002)(0.0006)
 Gas0.79740.8451–0.0476***
(0.0096)(0.0032)(0.0093)
 Land-line telephone0.41650.7651–0.3485***
(0.0118)(0.0037)(0.0110)
 Internet0.32750.4368–0.1092***
(0.0112)(0.0044)(0.0125)
Table A7

Effect of the crime rates on the life dissatisfaction (Multicollinearity) mean variance inflation factor and R2.

(1)(2)(3)(4)(5)(6)(7)
Panel A: Whole sample
 R20.0300.0430.1340.1730.1770.1770.1832
 MVIF3.923.284.644.734.664.66
Panel B: Less than a year
 R20.0530.0710.1950.2360.2510.2510.2543
 MVIF4.843.554.625.905.875.87
Panel C: More than 3 years
 R20.0280.0380.1330.1740.1770.1770.1804
 MVIF3.843.254.984.904.804.80
Controls
 F.E. Localidad
 Charac. Househ.
 Health & Education
 Employment
 Cluster CAI
 MethodOLSOLSOLSOLSOLSOLSProbit

Notes: For Probit it is showed the Pseudo R2.

Table A8

Effect of the crime rates on the life dissatisfaction (controls).

(3)(4)(5)
Coef.SDCoef.SDCoef.SD
Income–6.86e-09***(7.84e-10)–4.81e-09***(6.48e-10)–3.82e-09***(5.80e-10)
Age0.00891***(0.00124)0.00728***(0.00125)0.00761***(0.00127)
Age2–6.54e-05***(1.19e-05)–6.79e-05***(1.20e-05)–7.36e-05***(1.25e-05)
Average age0.00184***(0.000490)0.00119**(0.000496)0.00124**(0.000497)
Total people0.0306***(0.0144)0.0211***(0.0147)0.0191***(0.0151)
Minor 120.00932(0.0218)0.0187(0.0214)0.00459(0.0232)
Men–0.0233***(0.00790)–0.00754(0.0406)–0.00373(0.00791)
Minority Ethnic 0.0601***(0.0198)0.0562***(0.0194)0.0548***(0.0193)
Civil Union 2 Year0.0246(0.0171)0.0259(0.0169)0.0263(0.0168)
Widow0.0503**(0.0211)0.0466**(0.0207)0.0476**(0.0206)
Divorced0.0985***(0.0189)0.0894***(0.0185)0.0917***(0.0185)
Single0.0680***(0.0177)0.0559***(0.0174)0.0587***(0.0173)
Married0.0216(0.0168)0.0314*(0.0166)0.0307*(0.0165)
Electricity0.0174(0.0322)0.0202(0.0315)0.0201(0.0313)
Gas–0.0527***(0.00966)–0.0466***(0.00942)–0.0460***(0.00939)
Telephone land-line–0.0627***(0.00875)–0.0500***(0.00857)–0.0494***(0.0389)
Internet–0.0858***(0.00732)–0.0592***(0.00738)–0.0576***(0.00736)
Aqueduct–0.269***(0.0961)–0.227**(0.0973)–0.227*(0.0961)
Sewage0.0856(0.180) 0.110(0.173) 0.111(0.172)
Rubbish0.168(0.531) 0.277(0.501) 0.275(0.500)
Number rooms–0.0351***(0.00279)–0.0254***(0.00271)–0.0249***(0.00271)
Own housing no paid–0.00543(0.00966)–0.00310(0.00944)–0.00136(0.00942)
Rent0.0153*(0.00814)0.00617(0.00795)0.0101(0.00795)
Usufruct/Other 0.0712***(0.0149)0.0540***(0.0145) 0.0518***(0.0144)
Stratum 2–0.0394**(0.0165)–0.0156(0.0162)–0.0187(0.0162)
Stratum 3–0.0732***(0.0699)–0.0253(0.0189)–0.0287(0.0189)
Stratum 4–0.102***(0.0214)–0.0378*(0.0213)–0.0423**(0.0213)
Stratum 5–0.0748***(0.0251)–0.00876(0.0248)–0.0125(0.0248)
Stratum 6–0.0647**(0.0256)0.00126(0.0252)(0.0252)(0.0228)
Kindergarten–0.0387(0.0819)–0.0400(0.0815)
Elementary–0.0195(0.104)–0.0216(0.0287)
Secondary–0.0740**(0.0288)–0.0778***(0.0288)
Technic–0.100***(0.0304)–0.106***(0.0304)
Technologic–0.0945***(0.0328)–0.105***(0.0326)
Undergraduate Incomplete–0.0547*(0.0312)–0.0615**(0.0312)
Undergraduate Complete–0.0895*** (0.0301)–0.0957*** (0.0301)
Postgraduate Incomplete–0.0714**(0.0342)–0.0746**(0.0341)
Postgraduate Complete–0.0722**(0.0305)–0.0767**(0.0306)
Health Conditions0.0833***(0.00548)0.0820***(0.00547)
Chronical Disease–0.0184*(0.00986)–0.0170*(0.00985)
Rate Chronical Disease0.0842***(0.0144)0.0799***(0.0145)
Regimen Contributive–0.144***(0.0136)–0.130***(0.0137)
Regimen Special–0.172***(0.0172)–0.160***(0.0174)
Regimen Subsidize–0.0303**(0.0153)–0.0199(0.0154)
Head Employed0.00140(0.0114)
Head Unemployed0.0561**(0.0281)
Rate Occupation–0.0492***(0.0141)
Rate Unemployment0.146***(0.0394)
Constant0.133***(0.0165)0.257(0.171)0.222(0.169)
Observations15,83715,83715,80315,80315,80315,803

Notes: Robust Standard Errors in Parenthesis. ***p<0.01, **p<0.05, *p<0.1. Estimation using the whole sample, it is a continuation of Table 3 for the columns that add controls 2, 4, 5.

Appendix C: Biprobit model specification

Since the variable of interest (welfare) and the mechanism variable (insecurity perceptions) are defined as a dummy variable, it can be presented a structural model and take into account the simultaneously of these two decisions. Furthermore, if it is true that the effect of the murder rate only has as channel the perceptions the bias problem produced by the double causation can be solved with this model.31 The model is the following;

The following no observable latent variables are defined

and
Defined as:

where (ε1i,t, ε2i,t) are jointly distributed as a standard bivariate normal with ρ as correlation between both error terms.32 This is a structural estimation that captures both the effect of the crime on the perceptions and the effect of this on the welfare.

This model assumes that the households choose simultaneously its security perception life satisfaction, and thus should be estimated simultaneously.

Table A9

Effect insecurity perception and victimization on dissatisfaction with life – 2011.

Insec. Percep.Victimization
AllNo MovAllNo Mov
(1)(2)(3)(4)(5)(6)(7)(8)
Effect crime on the insecurity perception and victimization
  Murder0.1123***0.1057***0.02010.0362
(0.020)(0.0222)(0.0197)(0.0220)
Effect insecurity perception and victimization on life dissatisfaction
  Insecurity Percep.0.1925**0.1744**0.2496***0.2065***
(0.1012)(0.1094)(0.1207)(0.1409)
  Victimization0.03900.03910.00380.0041
(0.0193)(0.0193)(0.0019)(0.0019)
  Rho–0.4541–0.4541–0.6605–0.6605–0.0134–0.01340.09590.0959

Notes: Robust Standard Errors in Parenthesis, calculated by the delta method. ***p<0.01, **p<0.05, *p<0.1. The columns 1, 3, 5 and 7 estimated an ATE. The columns 2, 4, 6 and 8 estimated an ATT.

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Published Online: 2014-01-21
Published in Print: 2014-01-01

©2014 by Walter de Gruyter Berlin Boston

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