Open Access

Correlates of property crime in a cohort of recently released prisoners with a history of injecting drug use

  • Amy Kirwan1Email author,
  • Brendan Quinn1, 2,
  • Rebecca Winter1, 2,
  • Stuart A. Kinner2, 3, 4,
  • Paul Dietze1, 2 and
  • Mark Stoové1, 2
Harm Reduction Journal201512:23

https://doi.org/10.1186/s12954-015-0057-y

Received: 23 February 2015

Accepted: 13 July 2015

Published: 4 August 2015

Abstract

Background

Injecting drug use (IDU) is a strong predictor of recidivism and re-incarceration in ex-prisoners. Although the links between drug use and crime are well documented, studies examining post-release criminal activity and re-incarceration risk among ex-prisoners with a history of IDU are limited. We aimed to explore factors associated with property crime among people with a history of IDU recently released from prison.

Method

Individuals with a history of IDU released from prison within the past month were recruited via targeted and snowball sampling methods from street drug markets and services for people who inject drugs (PWID) into a 6-month cohort study. A multivariate logistic regression analysis of baseline data identified adjusted associations with self-reported property crime soon after release.

Results

Interviews were conducted a median of 23 days post-release with 141 participants. Twenty-eight percent reported property crime in this period and 85 % had injected drugs since release. Twenty-three percent reported injecting at least daily. Reporting daily injecting (adjusted odds ratio (aOR) 4.36; 95 % confidence interval (CI) = 1.45–13.07), illicit benzodiazepine use (aOR = 2.59; 95 % CI = 1.02–5.67), being arrested (aOR = 6.12; 95 % CI = 1.83–20.45) and contact with mental health services (aOR = 4.27; 95 % CI = 1.45–12.60) since release were associated with property crime.

Conclusion

Criminal activity soon after release was common in this sample of PWID, underscoring the need for improved pre-release, transitional and post-release drug use dependence and prevention programmes. Addressing co-occurring mental disorder and poly-pharmaceutical misuse among those with a history of IDU in prison, and during the transition to the community, may reduce property crime in this group.

Keywords

Prison Injecting Drug use Crime

Background

Approximately 5600 adults are released from incarceration in the Australian state of Victoria each year [1]. Despite approximately 50 % of Victorian prisoners having a previous incarceration history [1], there is a limited understanding of the factors associated with reoffending following prison release, hampering the development of programmes to reduce crime and re-incarceration. Re-incarceration is a particular issue for people with a history of injecting drug use (IDU). Around half of Australian prisoners report a lifetime history of IDU [2], and studies internationally have identified IDU as a strong predictor of recidivism and re-incarceration among ex-prisoners [36]. Further, community-recruited samples of people who inject drugs (PWID) in Australia report frequent engagement in crime, most commonly property crime and drug dealing, alongside significant incarceration histories [7, 8].

The association between drug use and criminal behaviours has been attributed to environmental and social factors, economic motivations and pharmacological/desired drug effects [911]. Heroin and benzodiazepines have been reported as the most commonly used drug types among those arrested for property crime in Australia [12]. Among Australian police detainees, 45 % of those attributing crime to heroin use cite economic need as driving criminal behaviour, whereas 74 % of those attributing crime to benzodiazepine use cite disinhibition and intoxication as the reason for their offending [13].

Despite IDU being a strong predictor of recidivism and re-incarceration, there is a paucity of research specifically examining drug use and reoffending among people released from prison with a history of IDU. This gap in knowledge impedes the development of evidence-based programmes to prevent ongoing criminal behaviour in this high-risk group. Given that property crime makes up the largest proportion of receptions into prison in Victoria [1], we aimed to explore the correlates of self-reported property crime in the weeks immediately following prison release in a cohort of ex-prisoners with a history of IDU.

Methods

This paper presents baseline data from a prospective cohort of recently released prisoners with a history of IDU in the state of Victoria, Australia.

Participants

Recruitment and baseline data collection occurred between February and November 2009. Eligibility criteria included recent (past 4 weeks) release from prison with a minimum incarceration period of 1 month, at least monthly drug injection in the 6 months prior to incarceration, and residing in metropolitan Melbourne at the time of recruitment. Participants were recruited via (1) targeted field recruitment from street-based drug markets, (2) direct referral from community service workers and (3) snowball sampling. Interviews were conducted at fixed site service providers or mutually convenient locations (e.g. cafes). Trained field researchers screened participants for eligibility, and written informed consent was obtained prior to survey administration. Data were collected via handheld personal digital assistants programmed with Questionnaire Development System Version 2.6.1 software (Nova Research Company, MD, USA), and interviews took a median of 40 min to complete. Participants were reimbursed AU$30 for their time and travel expenses according to standard research practice in Australia [14, 15].

The study was approved by the Victorian Department of Human Services Human Research Ethics Committee and the Victorian DOJ Human Research Ethics Committee.

Measures

A structured, researcher-administered questionnaire was used to elicit information on socio-demographic characteristics, pre- and post-release utilisation of health and social support services, pre- and post-release use of alcohol and other drugs, involvement in risk behaviours (e.g. injecting, crime) and various health and welfare indicators. Psychological distress was assessed using the Kessler Psychological Distress Scale (K10) [16]. Survey questions were informed by the experience of the research team and include questions commonly asked in studies of PWID and routine surveillance conducted with similar populations [7, 14]. Questionnaires were piloted with the target population and refined before study implementation.

Analysis

Descriptive analyses of socio-demographics, drug use, criminogenic outcomes and health indicators were undertaken for the whole sample and disaggregated by reported engagement in any property crime since release. Associations between socio-demographic characteristics, health indicators, post-release drug use, police contact and other types of crime with property crime were assessed through univariable logistic regression.

Variables were selected for entry into a multivariable logistic regression model based on strength of univariable association with property crime and/or evidence from previous research. We used backward elimination to identify factors independently associated with property crime, controlling for gender. Variables significant at p < 0.05 were retained in the final model. A test for co-linearity (variance inflation factor) was used to eliminate co-linear variables from the model prior to backward elimination. Analyses were conducted using Stata Version 11.1 (StataCorp LP, TX, USA).

Results

One hundred and forty-one ex-prisoners were recruited to the study, and baseline interviews occurred a median of 23 days (interquartile range [IQR] 15–33) following prison release. Most participants were male (81 %) with a median age of 30 years (range 19–55) (Table 1). The sample was characterised by educational disadvantage, unstable accommodation, mental health issues and extensive incarceration histories. Over one quarter (28 %) of participants reported engagement in property crime since release (Table 1).
Table 1

Unadjusted correlates of property crime—socio-demographics and health indicators

Variable

Total sample

Not reported property crime

Reported property crime

Unadjusted

 

N = 141 (%)

n = 101 (%)

n = 40 (%)

OR

95 % CI

Male

114 (81)

83 (82)

31 (78)

1.34

0.54–3.29

Aged ≥30 years

76 (54)

55 (54)

21 (52)

0.92

0.44–1.92

Indigenous

7 (5)

5 (5)

2 (5)

1.01

0.19–5.43

Completed year ≤9 education

50 (35)

32 (32)

18 (45)

1.76

0.83–3.73

Unstable accommodationa

51 (36)

32 (31)

19 (47)

1.95

0.92–4.13

Health indicators

     

 Drug overdose since release

13 (9)

7 (7)

6 (15)

2.37

0.74–7.55

 Very high psychological distressb

41 (29)

23 (23)

18 (45)

2.47

1.22–5.81

 Current contact with mental health service

26 (18)

12 (12)

14 (35)

3.99

1.64–9.69

 Currently prescribed ≥ mental health medication

52 (37)

35 (35)

17 (43)

1.39

0.66–2.95

 Visited general practitioner since release

90 (64)

57 (56)

33 (83)

3.64

1.47–9.00

 Current opioid substitution therapy

128 (91)

91 (90)

37 (93)

1.35

0.35–5.20

aFor example, boarding house, motel and staying with friends

bMeasured from K10 [14]

Participants reporting property crime were generally socio-demographically comparable to those not reporting property crime; however, higher proportions of those reporting property crime reported low educational attainment, unstable accommodation, higher rates of non-fatal overdose, very high psychological distress and contact with mental health services (Table 1).

The majority (85 %) of participants had injected drugs since release; 23 % reported injecting at least daily (Table 2). All participants reporting property crime reported post-release IDU. Heroin was the most commonly used illicit drug, followed by cannabis, benzodiazepines and any form of methamphetamine. Use of all types of illicit drugs was more common among participants reporting property crime, with the exception of crystal methamphetamine. For the purposes of this study, illicit use of pharmaceuticals was defined as obtained from sources other than via one’s own prescription, or used outside the bounds of one’s own prescription. Contact with police, arrest and drug dealing/trafficking were also more common among those reporting property crime (Table 2).
Table 2

Unadjusted correlates of property crime since release—drug use and criminal justice indicators

Variable

Total sample

Not reported property crime

Reported property crime

Unadjusted

 

N = 141 (%)

n = 101 (%)

n = 40 (%)

OR

95 % CI

Daily injecting

33 (23)

17 (17)

16 (40)

3.29

1.45–7.48

Used heroin

105 (74)

69 (68)

36 (90)

4.17

1.37–12.73

Used cannabis

89 (63)

59 (58)

30 (75)

2.14

0.94–4.83

Used illicit benzodiazepines

56 (40)

32 (32)

24 (60)

3.23

1.51–6.91

Used methamphetamine (powder/speed)

49 (35)

29 (29)

20 (50)

2.48

1.17–5.28

Used pharmaceutical opioidsa

21 (15)

12 (12)

9 (23)

2.15

0.83–5.60

Used methamphetamine (crystal/ice)

17 (12)

13 (13)

4 (10)

0.75

0.23–2.46

Spent ≥$100 on drugs/week

82 (58)

48 (48)

34 (85)

6.26

2.42–16.20

Sold drugs

31 (22)

16 (16)

15 (38)

3.19

1.38–7.37

Contact with police

59 (42)

34 (34)

25 (63)

3.28

1.53–7.03

Arrested

20 (14)

6 (6)

14 (35)

8.53

2.98–24.37

Incarcerated ≥3 times

90 (64)

60 (59)

30 (75)

2.60

0.91–7.45

aExcludes methadone and buprenorphine, includes licit and illicit use

In multivariable analyses, participants reporting property crime were more likely to report daily injecting, illicit benzodiazepine use, arrest and contact with mental health services (Table 3).
Table 3

Adjusted correlates of property crime since release from prison

Variable

Adjusted OR

95 % CI

Male

0.61

0.19–2.01

Daily injecting

4.36

1.45–13.07

Used illicit benzodiazepines

2.59

1.02–6.57

Arrested

6.12

1.83–20.45

Contact with mental health services

4.27

1.45–12.60

Discussion

This study characterised a cohort of people with a history of IDU recently released from prison and examined the correlates of property crime in this group. Despite the relatively short period of time between prison release and interview, more than one quarter of participants reported property crime since release, with almost all types of illicit drugs being more commonly used by these individuals. These data are consistent with the very high levels of re-incarceration found in another Australian study, where 84 % of a cohort of incarcerated male heroin users were re-incarcerated within 2 years of release (almost twice the rate of the general prison population) [6]. Our findings characterise a specific sub-group of ex-prisoners with a history of IDU engaging in property crime: those who are injecting heroin with high frequency, those who are accessing mental health services (presumably reflecting poor mental health) and those illicitly using benzodiazepines and other drugs. The correlates of crime in this study and the close temporal proximity of property crime to prison release emphasise the need for transitional programmes that effectively address prisoners’ complex health and social issues to address reoffending risk and return to poly-drug use among those with IDU histories.

Our sample demonstrated a pattern of problematic poly-drug use common among samples of PWID. Two specific patterns of substance use were associated with property crime in multivariable analyses: daily injecting and illicit benzodiazepine use. As found by others [13, 17], property crime among these participants is likely to be driven by the need to finance their drug use, particularly among those injecting daily or more often. To the best of our knowledge, this is the first study to identify an association between illicit benzodiazepine use and property crime among people recently released from prison. This finding is consistent with Australian data showing a greater likelihood of illegally sourced income and arrest or imprisonment in the previous year among detainees reporting illicit benzodiazepine use [18]. High prevalence benzodiazepine use reported among PWID in Australia, Europe and the USA [7, 1923] has given rise to increasing concerns about the adverse consequences of co-occurring opioid and benzodiazepine use [24]. The financial pressure of funding drug purchases combined with benzodiazepine-driven disinhibited criminal behaviours reported by PWID [25] suggests a need for targeted actions for crime prevention. Pre- and post-release programmes for those with substance dependence histories should focus on interventions to reduce poly-drug use alongside cautious pharmaceutical prescribing practices. Recent Australian research showed a majority of PWID reporting non-prescription initiation of benzodiazepines, with medical practitioners as their usual current source of benzodiazepines [26]. The purported ‘over-prescribing’ of benzodiazepines in Australia, their potential diversion within populations of PWID and the associated health risks (e.g. overdose) have prompted calls for more cautious benzodiazepine prescribing and improved prescription monitoring [25, 27, 28]. The association with criminal activity should also factor into such considerations.

Individuals reporting contact with mental health services since release were more likely to report property crime. Mental illness is common among Australian prison populations [29] and often occurs in conjunction with substance use disorders [30]. Previous research indicates that about one quarter of Victorian prisoners had contact with mental health services prior to imprisonment, and males with mental health and substance dependence dual diagnoses were 12 times more likely to be convicted than males in the general population [31, 32]. Recent Australian research also identified the under-ascertainment of mental illness at prison reception, which was influenced by the availability of prison mental health resources [33]. The authors highlighted incarceration as a critical juncture for providing early opportunities to identify mental illness and initiate treatment. Our findings also highlight opportunities to prevent recidivism by targeting individuals with mental health needs through mental health services both before and, crucially, after release from prison.

Limitations

Our multivariable analyses were limited by the small sample size and thus the limited number of variables that could be retained in the model. However, the range of significant correlates identified using backward elimination provides new insights into the factors associated with crime for this population in the post-release period. Although our sample displayed similar characteristics to other samples of Australian PWID [7, 14], the recruitment of PWID after their release in and around services frequented by PWID means that the sample may not be representative of all people leaving prison with a history of IDU. Results are likely to reflect those at greatest risk of returning to IDU and potentially those at most risk of reoffending and re-incarceration and at greater risk of arrest given the concentration of police activity in these areas. However, in light of very high rates of recidivism and re-incarceration among PWID [6], our findings are highly relevant to informing interventions for a significant proportion of PWID released from prison. Finally, while our data offer insights regarding the potential role of substance use patterns in driving crime in this population, conclusions are limited by the lack of data regarding direct motives for engaging in property crime. Rates of property crime may have been under-reported due to fear of reprisals for disclosing property crime to researchers, despite participants being briefed as to the low risk of this occurring.

Conclusion

This is the first study to examine the factors associated with post-release property crime among people with a history of IDU in Australia. Our findings demonstrate an association between particular types of reoffending and certain patterns of drug use, arrest and contact with mental health services in the immediate post-release period. The potential role of illicit benzodiazepine use in increasing the risk of engaging in property crime requires further exploration. Further, an improved understanding of the reasons PWID engage in poly-pharmaceutical use (e.g. desire for stronger sedation) may help inform more effective in-prison and community prevention programmes to reduce reoffending and re-incarceration among those with a history of IDU. The high proportion of participants returning to drug use and the association of early post-release property crime with high-frequency injecting, poly-drug use and mental health service access underscore the importance of effective pre- and post-release programmes for offenders with complex health needs. Programmes that focus on rehabilitation across a range of health and welfare domains, particularly those associated with problematic patterns of drug use and mental health, have the potential to reduce rates of reoffending and re-incarceration among this population.

Declarations

Acknowledgements

The authors wish to acknowledge the Victorian Department of Health for funding this study and the Victorian Department of Justice for supporting the study. The authors also wish to acknowledge the participants who generously gave their time and personal experiences to the study. The authors gratefully acknowledge the contribution to this work of the Victorian Operational Infrastructure Support Program received by the Burnet Institute.

Role of funding source

Funding for this study was provided by Victorian Department of Health; the Victorian Department of Health had no further role in the study design; in the collection, analysis and interpretation of data; or in the writing of the report. The Department had input into the decision to submit the paper for publication. Amy Kirwan is supported by NHMRC funding for the Centre for Research Excellence into Injecting Drug Use. Stuart Kinner is supported by a Career Development Award from the National Health and Medical Research Council (NHMRC) (APP1004765). Rebecca Winter is supported by an NHMRC Postgraduate Scholarship (no. 603756) and the NHMRC Centre for Research Excellence on Injecting Drug Use (no. 1001144). Paul Dietze is supported by an ARC Future Fellowship. Paul Dietze has received united educational grant funding from Reckitt Benckiser used to conduct post-marketing surveillance of the introduction of buprenorphine-naloxone in Australia.

Mark Stoove is supported by a Career Development Fellowship from the National Health and Medical Research Council (NHMRC) (APP1090445).

Open Access This article is distributed under the terms of the Creative Commons Attribution 4.0 International License (http://creativecommons.org/licenses/by/4.0), which permits unrestricted use, distribution, and reproduction in any medium, provided you give appropriate credit to the original author(s) and the source, provide a link to the Creative Commons license, and indicate if changes were made. The Creative Commons Public Domain Dedication waiver (http://creativecommons.org/publicdomain/zero/1.0/) applies to the data made available in this article, unless otherwise stated.

Authors’ Affiliations

(1)
Centre for Population Health, Burnet Institute
(2)
School of Public Health and Preventive Medicine, Monash University
(3)
Melbourne School of Population and Global Health, University of Melbourne
(4)
School of Medicine, University of Queensland

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Copyright

© Kirwan et al. 2015

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