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Workplace Sexual Harassment Increases the Risk of PTSD Symptoms with Higher Frequency and Harassment Coming from a Colleague or Leader as Risk Factors Cover

Workplace Sexual Harassment Increases the Risk of PTSD Symptoms with Higher Frequency and Harassment Coming from a Colleague or Leader as Risk Factors

Open Access
|Aug 2022

Figures & Tables

Table 1

Descriptive Statistics.

VARIABLESTOTAL SAMPLENON EXPOSEDEXPOSED
Sexual harassment prevalence21.9% (n = 691)
PTSD symptoms (M, SD)3.3 (4.1)3.0 (3.9)4.6 (4.5)
GenderMale20.7% (n = 652)23.3% (n = 566)11.7% (n = 81)
Female79.3% (n = 2501)76.7% (n = 1858)88.3% (n = 610)
Age (M, SD)48.04 (9.8)48.9 (9.5)44.9 (10.1)
Somatic diseases (M, SD)0.6 (0.8)0.6 (0.8)0.7 (0.85)
Lifetime civil trauma (M, SD)2.5 (1.9)2.4 (1.9)2.8 (2.0)
Workplace Violence (M, SD)0.6 (0.9)0.5 (0.9)0.75 (1.0)
Workplace Threats (M, SD)1.0 (1.1)0.9 (1.1)1.5 (2.8)
Linking social capital (M, SD)63.2 (23.6)64.4 (23.5)59.1 (23.8)
Bonding social capital (M, SD)67.5 (18.2)68.5 (17.7)64.2 (19.4)
PerpetratorNon exposed76.9% (n = 2424)
Client20.3% (n = 640)7.4% (n = 51)
Colleague/leader1.6% (n = 51)92.6% (n = 640)
Missing1.2% (n = 38)
FrequencyNon exposed76.9% (n = 2424)
Low exposure15.5% (n = 490)79.9% (n = 490)
High exposure6.2% (n = 196)29.1% (n = 201)
Missing1.2% (n = 38)

[i] Note: Presented with percentage (%), number of respondents (n) or Mean (M) and standard deviations (SD) across the total sample as well as differentiated between those exposed for sexual harassment (Exposed) and those not exposed to sexual harassment (Non-exposed).

Table 2

Association between Exposure to Sexual harassment as a dichotomous measure yes/no and PTSD symptoms.

MODEL SPECIFICATIONLIKELIHOOD RATIO-χ2(7) = 581.3, P < .001
BSTD. ERRORWALD – χ2P
Intercept0.20.40.2.637
Sexual HarassmentExposed0.80.221.4<.001
Non exposed (ref)
Age.0.01.8.178
GenderFemale0.60.210.7.001
Violence0.201.3.6.056
Threats1.10.1215.1.000
Lifetime civil trauma0.20.029.1<.001
Somatic disease0.50.141.2<.001

[i] Note: Presented with exposed and non-exposed in two levels of adjustment, with overall model specification and parameter estimates: Beta coefficient (B) and standard error (Std. error), Wald chi-square test statistics (Wald –χ2) and level of significance (p).

Table 3

Association between low-medium and high frequency of Sexual Harassment and PTSD symptoms.

MODEL SPECIFICATIONLIKELIHOOD RATIO χ2 (8) = 584.6, P > .001
BSTD. ERRORWALD –χ2P
Intercept0.20.40.2.648
Sexual HarassmentHigh exposed1.20.317.8<.001
Low exposed0.60.210.9<.001
Non exposed (ref)0
Age0.00.02.0.157
GenderFemale0.60.210.8.001
Male
Violence0.20.13.3.071
Threats1.10.1211.3<.001
Lifetime civil trauma0.20.028.4<.001
Somatic disease0.50.141.1<.001

[i] Note: Presented with low-medium and high exposed in two levels of adjustment, with overall model specification and parameter estimates: Beta coefficient (B), standard error (Std. error), Wald chi-square test statistics (Wald -χ2) and level of significance (p).

Table 4

Association between Source of Sexual Harassment and PTSD symptoms.

MODEL SPECIFICATIONMODEL 2
LIKELIHOOD RATIO χ2 (8) = 580.6, P > .001
BSTD. ERRORWALD –χ2P
Intercept0.20.40.2.703
Sexual HarassmentPerpetrator colleague/leader1.60.58.9.003
Perpetrator client0.70.216.2<.001
Non exposed (ref)0
Age0.00.02.20.136
GenderFemale0.60.212.1<.001
Male (ref)0
Violence0.20.14.3.038
Threats1.10.1211.3<.001
Lifetime civil trauma0.20.027.4<.001
Somatic disease0.50.127.4<.001

[i] Note: Presented with difference in perpetrators such as colleague/leader, client and non-exposed in two levels of adjustment, with overall model specification and parameter estimates: Beta coefficient (B), standard error (Std. error), Wald chi-square test statistics (Wald –χ2) and level of significance (p).

Table 5

Mean Level of PTSD symptoms and Difference in Estimated Means Among Stratified Groups of Exposure to Sexual Harassment.

MEAN/MEAN DIFFERENCE95% CIP
Estimated mean high exposed5.6[5.0–6.2]
Estimated mean low exposure4.1[3.7–4.5]
Estimated mean non exposure2.9[2.7–3.1]
Estimated mean difference high exposed vs. non exposed2.7[2.0–3.4]<.001
Estimated mean difference low exposed vs. non exposed1.2[0.7–1.7]<.001
Estimated mean difference high exposed vs. low exposed1.5[0.6–2.3]<.001
Estimated mean perpetrator colleague or leader4.6[3.5–5.6]
Estimated mean perpetrator client3.7[3.4–4.0]
Estimated mean non exposed3.0[2.8–3.2]
Estimated mean difference perpetrator colleague or leader vs. non exposed1.6[0.4–2.2].009
Estimated mean difference perpetrator client vs. non exposed0.7[0.3–1.1]<.001
Estimated mean difference perpetrator colleague or leader vs. perpetrator client0.9[–0.4–2.2].314

[i] Note: Presented as estimated overall mean and mean differences with 95% confidence intervals (CI) and Bonferroni adjusted level of significance (p). Adjusted for age, gender, workplace threats and violence, somatic disease and lifetime exposure for traumatic events outside of work.

DOI: https://doi.org/10.16993/sjwop.174 | Journal eISSN: 2002-2867
Language: English
Page range: 12 - 12
Submitted on: Jan 18, 2022
Accepted on: Jun 27, 2022
Published on: Aug 16, 2022
Published by: Stockholm University Press
In partnership with: Paradigm Publishing Services

© 2022 Nina Beck Hansen, Maria Louison Vang, Mia Beck Lichtenstein, Jesper Pihl-Thingvad, published by Stockholm University Press
This work is licensed under the Creative Commons Attribution 4.0 License.