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Perceptions of the Targets and Sources of COVID-19 Threat are Structured by Group Memberships and Responses are Influenced by Identification with Humankind Cover

Perceptions of the Targets and Sources of COVID-19 Threat are Structured by Group Memberships and Responses are Influenced by Identification with Humankind

Open Access
|Mar 2022

Figures & Tables

pb-62-1-1043-g1.png
Figure 1

Simplified visualization of the threat target pattern (i.e., threat target slope).

Table 1

Means (M) and Standard Deviations (SD) for N = 1454 (T1) and N = 989 (T2).

T1T2
MSDMSD
1 Threat for the individual3.111.082.861.06
2 Threat for family/close friends3.290.992.991.02
3 Threat for neighborhood3.200.922.990.92
4 Threat for country members3.800.823.360.91
5 Threat for humankind4.060.873.710.96
6 Threat by family/close friends2.121.172.001.13
7 Threat by neighborhood2.311.182.211.14
8 Threat by country members3.071.192.811.15
9 Threat by people from different countries2.891.322.601.24
10 Identification with humankind3.880.833.820.85
11 Adherence to Covid-19 health guidelines4.150.653.950.66
Table 2

Correlations for N = 1454 (T1) and N = 989 (T2).

123456789101112131415
1 Gender1.15***–.06.00–.00–.01.03–.03.01.02–.01–.06–.04–.03–.16***
2 Age.15***.33***–.37***.11***.02.07*.06.10***–.12***–.09**–.04–.05.17***.06*
3 Children2–.05.36***–.10**.06.01.09**.05.07*–.01.02.04.07*.11***.12***
4 Job2–.02–.34***–.08**–.04–.03–.02–.06–.08*.03–.02.00.02–.06.03
5 Threat for the individual–.06*.09***.09***–.03.81**.70***.59***.46***.41***.41***.48***.34***.11***.34***
6 Threat for family/close friends–.12***–.03.04–.06*.74***.74***.63***.51***.41***.42***.48***.32***.13***.37***
7 Threat for neighborhood–.05.03.06*–.04.69***.75***.66***.51***.33***.44***.45***.31***.17***.37***
8 Threat for country members–.08**.08**.09**–.03.47***.50***.50***.77***.24***.34***.48***.33***.16***.40***
9 Threat for humankind–.09**.12***.08**–.03.36***.37***.38***.75***.17***.25***.43***.29***.23***.40***
10 Threat by family/close friends.03–.14***.02.05.39***.36***.35***.17***.09***.65***.48***.43***.00.13***
11 Threat by neighborhood.03–.11***.02.02.40***.36***.43***.20***.12***.65***.66***.50***.00.19***
12 Threat by country members–.04–.09***.03.01.39***.39***.39***.38***.32***.46***.59***.63***.04.31***
13 Threat by people from different countries–.00–.04.06*.02.31***.29***.34***.29***.25***.41***.52***.67***.02.17***
14 Identification with humankind–.03.11***.09***–.04.04.09***.07**.15***.19***–.06*–.04–.06*–.10***.30***
15 Adherence to Covid–19 health guidelines–.18***.03.06*.05.23***.27***.23***.32***.31***.03.10***.20***.15***.33***

[i] Note: * = p < .05, ** = p < .01, *** = p < .001. Correlational coefficients for study 1 (T1) under and for study 2 (T2) over the diagonal. 1 woman = 0, man = 1, other = 2. 2 no = 0, yes = 1.

Table 3

Competing Trajectory Models at T1.

MODELX2DFP VALUETLICFIRMSEASRMR90% C.I RMSEAAICBICSCALING CORRECTIONMODEL COMPARISONSBX2ΔDF
LLUL
Threat Target
Model 1a: Intercept Only2596.1710<.0010.000.000.420.410.4080.43519596.2119649.041.6157Model 1a vs. Model 2anot identified0
Model 2a: Fully Constrained624.5210<.0010.760.760.210.080.1920.21916197.8616250.681.2748Model 2a vs. Model 3a418.06*3
Model 3a: Partially Constrained74.187<.0010.970.960.080.050.0650.09815488.3915557.051.0877Model 3a vs. Model 1a1444.66*3
Threat Source
Model 1b: Intercept Only1559.196<.0010.000.000.420.370.4040.44018751.1218793.381.5359Model 1b vs. Model 2b495.99*1
Model 2b: Fully Constrained402.245<.0010.740.690.230.130.2150.25316779.6316827.171.0473Model 2b vs. Model 3b317.09*2
Model 3b: Partially Constrained16.243.0010.990.980.060.030.0310.08316376.8216434.920.8902Model 3b vs. Model 1b1091.08*3

[i] X2 = Chi-square; df = degrees of freedom; TLI = Tucker-Lewis Index; CFI = Comparative Fit Index; RMSEA = Root Mean Square Error of Approximation; SRMR = Standardised Root Mean Square Residual; AIC = Akaike Information Criterion; BIC = Bayes Information Criterion; LL = Lower Level; UL = Upper Level; * statistically significant (p < 0.05); SB-ΔX2 Satorra-Bentler Scaled Chi Square Diff test.

Table 4

Competing Trajectory Models at T2.

MODELX2DFP VALUETLICFIRMSEASRMR90% C.I RMSEAAICBICSCALING CORRECTIONMODEL COMPARISONSB–ΔX2ΔDF
LLUL
Threat Target
Model 1a: Intercept Only1918.2410<.001.00.00.44.46.423.45613766.9813815.941.8083Model 1a vs. Model 2anot identified0
Model 2a: Fully Constrained262.4310<.001.87.87.16.07.143.17710626.4410675.411.2507Model 2a vs. Model 3a126.23*3
Model 3a: Partially Constrained88.487<.001.96.94.11.06.089.12910401.3110464.971.0974Model 3a vs. Model 1a971.73*3
Threat Source
Model 1b: Intercept Only956.186<.001.00.00.40.37.379.42212426.2112465.391.7218Model 1b vs. Model 2b298.51*1
Model 2b: Fully Constrained245.245<.001.75.70.22.10.197.24411061.5411105.611.1404Model 2b vs. Model 3b162.65*2
Model 3b: Partially Constrained33.933<.001.97.94.10.06.073.13410815.5910869.450.8762Model 3b vs. Model 1b629.67*3

[i] X2 = Chi-square; df = degrees of freedom; TLI = Tucker-Lewis Index; CFI = Comparative Fit Index; RMSEA = Root Mean Square Error of Approximation; SRMR = Standardised Root Mean Square Residual; AIC = Akaike Information Criterion; BIC = Bayes Information Criterion; LL = Lower Level; UL = Upper Level; * statistically significant (p < 0.05); SB–ΔX2 Satorra-Bentler Scaled Chi Square Diff test.

DOI: https://doi.org/10.5334/pb.1043 | Journal eISSN: 0033-2879
Language: English
Submitted on: Nov 9, 2020
Accepted on: Feb 9, 2022
Published on: Mar 16, 2022
Published by: Ubiquity Press
In partnership with: Paradigm Publishing Services
Publication frequency: 1 issue per year

© 2022 Svenja B. Frenzel, Nina M. Junker, Lorenzo Avanzi, Valerie A. Erkens, S. Alexander Haslam, Catherine Haslam, Jan A. Häusser, Daniel Knorr, Ines Meyer, Andreas Mojzisch, Lucas Monzani, Stephen D. Reicher, Sebastian C. Schuh, Niklas K. Steffens, Llewellyn E. van Zyl, Rolf van Dick, published by Ubiquity Press
This work is licensed under the Creative Commons Attribution 4.0 License.