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- -
(A Study on Dynamic Transition of Risk Perception
- Focusing on Pension Consumer -)
- -
(A Study on Dynamic Transition of Risk Perception
- Focusing on Pension Consumer -)
- -
(A Study on Dynamic Transition of Risk Perception
- Focusing on Pension Consumer-)
.
2014
.
2014
- i -
1
1
2
1.
2.
2
1
1.
1)
2)
3)
2.
1)
2)
3)
4)
5)
3.
1)
2)
3)
1
1
6
6
6
8
8
8
8
9
15
16
16
16
17
18
1921
21
23
25
- ii -
2
1.
2.
3
1.
2.
3
1
2
1.
2.
3.
4.
4
1
1.
2.
2 1 : , ,
3 2 : , ,
43
43
43
28
30
32
33
36
38
33
38
28
32
38
39
41
45
48
- iii -
4 3 : , ,
5 4 : , ,
6 5 : ,
5
1
2
ABSTRACT
54
59
64
82
85
93
95
108
119
85
- iv -
2-1 11
2-2 13
2-3 20
2-4 24
2-5 27
2-6 31
3-1 37
3-2 39
3-3 40
3-4 42
4-1 43
4-2 44
4-3 45
4-4 46
4-5 , , 48
4-6 51
4-7 () 52
4-8 , , 54
4-9 56
4-10 () 57
4-11 , , 59
4-12 61
- v -
4-13 () 62
4-14 65
4-15 1 66
4-16 2 66
4-17 68
4-18 1 69
4-19 2 69
4-20 72
4-21 1 73
4-22 2 73
4-23 75
4-24 1 76
4-25 2 77
4-26 79
4-27 1 80
4-28 2 80
4-29 83
4-30 84
5-1 ( ) 91
5-2 ( ) 92
5-3 (/) 92
- vi -
1 46
2 53
3 58
4 50
5 67
6 70
7 74
8 77
9 81
10 83
- vii -
- -
,
,
.
, ,
.
, ,
() ( , ,
) .
.
()
.
.
() .
. ()
.
, , ,
- viii -
.
.
.
.
.
. ,
.
.
.
.
.
, , ,
, .
.
- ix -
.
: , , , ,
- 1 -
1
1
(tour.go.kr)
2010 7 . 2012
1,000 .
.
. 2002 (SARS.
), 2014
, 2011
13 .
, .
.
.
Slovic(1982) Why study risk perception?'
. ,
? ,
? , ?
- 2 -
Slovic
, ,
.
, ,
, .
, ,
.
.
(risk perception)
(Slovic et al., 1982)
.(Fishhoff et al, 1994) 1970
. (Domain, ) Slovic
. 1960
.
Starr(1969)
.
1980 Fischhoff(1984) ,
. 1980
,
Kasperson(1988) . 1990
Slovic
.
- 3 -
.
.
,
.
23
.
1
UNTWO(2012) 10 .
.
.
.
(Slovic 2000). SARS, ,
, ,
.
.
(financial risk), (performance risk), (physical risk),
(psychological risk), (social risk), (time risk) 6
- 4 -
.(Slevitch et al. ,2008; Boksberger et al., 2007; Hsu & Lin,
2006; Reisinger et al., 2005) ,
, ,
4
. .
, .
, .
, , /
.
,
.
, ,
, () ()
.
,
, ,
,
.
, ( 2008)
.
.
,
- 5 -
.
- 6 -
2
1.
.
1
.
2 , , , ,
.
3
, , .
4 3 .
5
.
2.
,
.
, , , ,
.
,
- 7 -
.
Cronbach's
.
ANOVA, Repeated
measured ANOVA, Mixed design ,
.
- 8 -
2
1
1.
1)
.
(, 2006).
, , .(Baudrillard, 1968)
.
, , (experience) ,
.(, 2010)
.
. (decision making)
(, 1989).
, ,
(Sproles, 1985).
(---
- 9 -
) (, 2004).
,
( 2005).
Lancaster(1991)
(characteristics) .
(transaction cost)
(rationality) .
, (2003)
.
(Williamson 1985,Higgins, 1997).
.
2)
(risk) (to dare)'
'risicare' ( 2003) risk 17
risque .
.
,
.
- 10 -
, ,
.
Mowbray
.
.
.
.( 2006)1)
.
.
, ,
,
.
1) , , , 2007
- 11 -
.
Risicare
(2003)
DangerRisk
Danger
(2005)
HazardRisk
Moore
(1983)
,
, , Mowbray
,
,
(2006)
: (2003), ( 2006) 5~14p
, , ,
. 1960 ,
.2)
1960 A. H. Willet(1901)
F. H. Knight(1921), C. O. Hardy(1923), L. Pfeffer(1956)
1960
.
1960
, 1960
2) , , , 2006
- 12 -
. 1960
.
1960
.
.( 2004)
1960 ,
.
.( 2005)
. (1999)
.
(2002) .
.( 2004)
, , ,
.
.
.
- 13 -
Renn(2008)
Rosa(2003)
Slovic et al.(1982)
(2005)
Leiss(2004)
Dake(1992)
(1999)
C. Arthur Williams et
al.
Mark R. Greene et
al.(1981)
(2002)
: , ( 2006)
.
, , .
(Larsen, Wibecke & Torvald, 2009).
(Walkenhorst & Crowe, 2009;
, 2008),
(Barlow, 2002).
.
,
,
- 14 -
. ,
, ,
(
, 2004).
, , ,
,
(Schmiege et al., 2009; Larsen et al., 2009; Rochelle & Kevind, 2004).
(worry) (risk perception),
(fear), (hesitation), (anxiety), (concerned)
.
.
Brunt et al.(2000)
(fear) , Wong
& Ching(2009)
(hesitation) .
, ,
. ~
? .
- 15 -
3)
(risk perception)
. Dake(1992)
(cultural lenses) . Weinstein(1989)
, , ,
. Taylor(1974)
. Mearns & Flin(1995) ,
, , , ,
Assael(1995)
. J Anity, Sridhar(2007)
.
.
( 2009).
(Reisinger & Felix, 2005)
(Fishhoff et al 1994)
(perception) ( 2002)
.
- 16 -
2.
1)
.(Viscusi, 1991; Savage, 1993; Liu and
Hsieh, 1995; Davidson and Freudenberg, 1996; Antonanzas et al., 2000; Dosman
et al., 2001; Brown and Cotton, 2003; Lundborg and Lindgren, 2004; Lundborg
and Andersson, 2006)
.( 2013)
.
Biaggio, Nielsen(1976) , , ,
, ,
.
.
2)
.(Hartog et al.,2002) , ,
,
(Nyland, 1993)
.(Sjoberg et al.,
- 17 -
1996)
.( 1997 ; 1995 ; 1994)
.
3)
.(Dosman et al.
2001; Guofang Zhai and Takeshi Suzuki, 2009)
(Julian Chunk-ling Lai & Julia Tao,2003)
( 2004),
.( 2000)
.( 2013)
.
.
- 18 -
4)
. (Slovic 1984, 2013, 1996, 2012, 2010,
2005)
.
, ,
, (Slovic, 1993). , , ,
( , 2009;
Savadori et al., 2004; Siegrist et al., 2007),
(Lazo et al., 2000).
.
(Iyengar, 1991).
(, 2001).
(Leiss & Chociolko,
1994).
.
. ,
(Lidskog, 2008; , 2001).
- 19 -
()
()
.
5)
.
.( 1994)
.
. (
) (,
2007).
(, 2000;
2005; , 2006).
.
.
.
- 20 -
, /,
,
Elke U. Weber et
al.(2002)
Guofang Zhai and
Takeshi Suzuki(2009)
Julian Chunk-ling Lai &
Julia Tao(2003)
paired t-test,
,
,
30 Bastide et al.
(1989)
ANOVA
,
,
Nyland(1993)
,
,
Sjoberg et al.
(1996)
,
Goszczynska et al.(1991)
ANOVA
Guofang Zhai and
.
.( 2009)
, ,
.
, ,
.
.
- 21 -
Takeshi Suzuki(2009)
Julian Chunk-ling Lai &
Julia Tao(2003)
paired t-test,
,
,
ANOVA
/
30
Slovic(1987)
ANOVA
: Elke U. Weber et al.(2002)
3.
1)
, ,
.( 1984)
. Cottle(1976)
Bergadaa(1990)
.
.(Trope & Liberman 2003).
(Time discounting theory),
(CLT; construal level theory), (Optimistic biases) .
- 22 -
.(Loewenstein and Prele 1992 ; Loewenstein, Redd and
Baumeister 2003)
(Ainsle 1975) (Mischel 1974)
.
.
.
(Miller 1994).
.
.
.
.
(Lowwenstein 1996).
.
.
.
.
- 23 -
.
.
2)
,
(Trope & Liberman 2003).
.
.
.
.
Medin(1989)
.
.
. .
- 24 -
, ,
, ,
; Trope and Liberman, "Temporal construal", Psychological Review, 110 403-421, 2003
.
.
.
.(Trope & Liberman 2003)
.
, .
.
.
- 25 -
Liberman and Trope(2000)
.
.
.
.
.
3)
(Williamson 1985,Higgins, 1997)
.
.
.( 2007)
.
- 26 -
.
.
.
.
.
.
Weinstein(1980) .
.
.(Calderon 1993, Lim
2001)
.
, , , ,
.(Perloff 1987, Robertson 1997, Palmer
1992)
- 27 -
.
.
.
.
.
.
: ( 2007), (2007), (2012), (2010)
- 28 -
2
1.
. ,
.
(2010) .
, , , , , , , ,
.
.
3)(WTO ; World Travel Organization)
, , , , , , , , , , ,
24 1 1
. W.Hunziker K. Kraph
. 4)
.
1961
. , , ,
, ,
. .
3) , 1975
4) ,
- 29 -
3 1 2
.
.
.
.
, , ,
.
2
.
2000 5)
6)(2003 7 1) .
2003 8 6
.
5) (2000. 1. 28, 6249)
6) 7849
- 30 -
2.
1)
5~10
. ,
,
.( 2003) (Pension), (Inn),
(Gesthaus) B&B(Bed and
Breakfast), (Lodge) ( 2002).
, , (2003)
.
2)
(
2003, 2003, 2003, 2003, 2002)
( 2009, 2009, 2008,
2007, 2003, 2004, 2004, 2003, ),
( 2010, 2010, 2008)
.
.
- 31 -
()
, (2010) , ,
,
, (2010)
, (2009)
,
, (2009)
(2008)
(2008)
(2008)
, (2004)
t-test
(2003)
,
, ,
r e p e a t e d
m e a s u r e d
ANOVA
ANOVA
M i x e d
design
. .
: , (2010)
- 32 -
3
1.
(financial risk), (performance risk), (physical risk),
(psychological risk), (social risk), (time risk) 6
.(Slevitch et al. ,2008; Boksberger et al., 2007; Hsu & Lin,
2006; Reisinger et al., 2005) Moutinho(1987)
, , 3 .
Roehl & Fesenmaier(1992)
(physical-equipment risk),
(vacation risk), (destination risk) 3 ,
(risk neutral), (functional
risk), (place risk) 3 . Sonmez & Graefe(1998)
(financial), (physical), (psychological), (satisfaction),
(social), (time), (political instability) (terrorism risks)
.
Reichel et al.(2007) (site-relaated physical),
(sociopsychological), (physical harm), (expectations),
(sociopolitical difficulties), (financial), (mass),
(self-behavior) 8 .
Jacoby & Kaplan(1972)
, (financial risk),
- 33 -
(performance risk), (physical risk), (psychological risk),
(social risk), (time risk) 6 .
.
Slevitch et al(2008)
Boksberger et al(2007)
Reichel et al.(2007)
Hsu & Lin(2006)
Reisinger et al.(2005)
Lepp et al.(2003)
Sonmez et al.(1998)
Roehl et al.(1992)
Moutinho(1987)
Jacoby et al.(1972)
(2010)
(2003)
(2001)
: , , (2010)
2.
Jacoby & Kaplan(1972)
. Jacoby & Kaplan(1972) , , , 4
.
, (Performance Risk)
- 34 -
.
(Zikmund &Scott, 1977).
, ,
,
. , (, ), (,
) .
, (Physical Risk) ,
.
, , ,
(Sonmez &Graefe, 1998). (
, ), ,
.
, (Social Risk)
, , ,
.
.
.(Slevitch & Amit, 2008).
,
.
, (Financial Risk)
- 35 -
. ,
.(Roehl & Fesenmier, 1992) ,
.
, , , 4 .
- 36 -
3
1
, ,
.
, ,
. ,
.
3 .
1 , ,
2 , ,
3
, , 4
, ,
5 ,
.
- 37 -
1 , ,
.
2 , ,
.
3 , ,
.
4 , ,
.
5 , .
- 38 -
2
1.
.
, , ,
300
246 .
.
,
, , 300
248 .
2.
, , ,
. 1960
.
Jacoby & Kaplan(1972) , , , 4
.
- 39 -
.
.
, , .
3.
1)
9 , , ,
, , , , ,
48( 16, 16, 16)
. , ,
Likert 7 ( ~ ) . , , .
, ,
, , , ,
7
16 16 16 , , , , , , , , 9
- 40 -
2)
. ,
(2008)
. , ,
, , ,
.
10 , ,
,
, , , , ,
,
, ,
,
16
.
Likert 7 ( ~ ) . ~ ? .
.
, ,
,
, ,
,
7 16
, , , , , ,
10
- 41 -
4.
IBM SPSS version 22 .
,
. , , ,
.
,
, .
Cronbachs alpha
. ,
, , , ,
, ,
ANOVA, Repeated measured ANOVA, Mixed design
.
, , ,
ANOVA . ,
, 3 , , ,
(repeated measured ANOVA)7) .
7) . (within-subject design) (between-subject design), 2 . .
, 2000.1.10,
- 42 -
, , ,
mixed design8) .
,
,
.
. ,
,
. .
.
, ,
ANOVA , ,
, ,
, , repeatedmeasuredANOVA
, ANOVA
8) (between-subject design) (within-subject design) . [, split-plot design] .
, . , . (mixed design) . , 2000.1.10,
- 43 -
4
1
1.
1)
47.2% 52.8 . 10 60
. .
.
%
116 47.2
130 52.8
10 24 9.8
20 66 26.8
30 47 19.1
40 59 24.0
50 35 14.2
60 15 6.1
23 9.3
60 24.4
/ 33 13.4
61 24.8
25 10.2
44 17.9
Total 246 100.0
- 44 -
2)
. 20 80
62.1% 37.9% .
.
.
%
154 62.1
94 37.9
20 5 2.0
30 18 7.3
40 50 20.2
50 68 27.4
60 73 29.4
70 28 11.3
80 6 2.4
131 52.8
62 25.0
28 11.3
27 10.9
Total 248 100.0
- 45 -
2.
1)
, , ,
, , 3 4
, 4 .
, 0.8
Cronbach .
.
4 .857 .821 .804 .924
4 .820 .836 .809 .834
4 .818 .850 .817 .849
4 .820 .861 .832 .828
16 .957 .961 .954 .880
: Cronbachs alpha
,
.
- 46 -
(n=246)
(n=248)
3.30 1.59 3.19 1.45 2.80 1.24 3.11 1.64
2.95 1.63 2.97 1.51 2.50 1.27 3.18 1.38
2.91 1.59 2.77 1.40 2.37 1.23 3.17 1.38
3.57 1.64 3.34 1.51 2.96 1.45 3.32 1.36
3.18 1.42 3.07 1.25 2.66 1.10 3.20 1.02
, , ,
, , 3 ,
, , ,
.
- 47 -
, ,
.
.
- 48 -
3.53 2.00 3.44 1.78 3.50 1.88
3.29 1.69 3.37 1.32 3.31 1.57
/ 3.08 1.71 3.42 1.59 3.27 1.62
2.48 1.47 4.08 1.65 3.16 1.73
3.10 1.20 3.35 1.13 3.25 1.14
- - 3.42 1.52 3.42 1.52
Total 3.03 1.65 3.54 1.50 3.30 1.59
3.28 1.77 2.91 1.59 3.15 1.68
2.84 1.49 3.04 1.48 2.90 1.48
/ 2.82 1.80 3.29 1.76 3.08 1.77
1.88 1.26 2.89 1.58 2.31 1.48
3.75 1.22 2.85 1.27 3.21 1.30
- - 3.55 1.83 3.55 1.83
Total 2.68 1.58 3.19 1.65 2.95 1.63
3.55 1.76 2.84 1.90 3.30 1.80
2.94 1.56 2.63 1.38 2.84 1.50
/ 2.70 1.57 3.04 1.73 2.89 1.65
1.97 1.23 3.17 1.61 2.48 1.52
3.20 1.35 2.75 1.24 2.93 1.27
- - 3.41 1.72 3.41 1.72
Total 2.72 1.55 3.09 1.61 2.91 1.59
3.35 1.75 3.69 1.91 3.47 1.77
3.62 1.44 3.50 0.99 3.58 1.31
/ 3.77 1.49 3.76 2.13 3.77 1.84
2 1 : , ,
, ,
, ,
, ,
, , ,
,
, .
, ,
- 49 -
3.19 1.87 3.96 1.82 3.52 1.87
3.13 1.29 3.48 1.04 3.34 1.13
- - 3.65 1.80 3.65 1.80
Total 3.43 1.61 3.69 1.67 3.57 1.64
3.43 1.74 3.22 1.66 3.36 1.68
3.17 1.39 3.13 1.02 3.16 1.28
/ 3.09 1.50 3.38 1.53 3.25 1.50
2.38 1.21 3.53 1.42 2.87 1.41
3.29 1.15 3.11 0.89 3.18 0.98
- - 3.51 1.58 3.51 1.58
Total 2.97 1.42 3.38 1.39 3.18 1.42
, (F=92.7349), p
- 50 -
10.4% .
,
.
, , ,
.
,
(F=39.121, p
- 51 -
SourceType IIISum ofSquares
dfMeanSquare
F Sig.
223.805 1 223.805 92.734 .000
127.888 1 127.888 55.751 .000
90.021 1 90.021 39.121 .000
193.501 1 193.501 73.397 .000
154.177 1 154.177 84.529 .000
17.331 1 17.331 7.181 .008
2.583 1 2.583 1.126 .290
.001 1 .001 .000 .987
5.215 1 5.215 1.978 .161
4.030 1 4.030 2.209 .139
6.658 1 6.658 2.759 .098
.217 1 .217 .095 .759
.010 1 .010 .004 .947
2.604 1 2.604 .988 .322
1.417 1 1.417 .777 .379
*
10.943 4 2.736 1.134 .342
19.528 4 4.882 2.128 .079
4.460 4 1.115 .485 .747
4.513 4 1.128 .428 .788
7.118 4 1.780 .976 .422
a 460.963 191 2.413
b 438.134 191 2.294
c 439.509 191 2.301
d 503.545 191 2.636
e 348.375 191 1.824
a. R Squared = .093 (Adjusted R Squared = .050)b. R Squared = .104 (Adjusted R Squared = .062)c. R Squared = .087 (Adjusted R Squared = .044)d. R Squared = .023 (Adjusted R Squared = -.022)e. R Squared = .070 (Adjusted R Squared = .026)
- 52 -
SourceType IIISum ofSquares
dfMeanSquare
F Sig.
13.422 1 13.422 6.180 .014
2.021 1 2.021 .736 .393
.009 1 .009 .003 .953
1.500 1 1.500 .518 .473
2.414 1 2.414 1.217 .272
4.287 5 .857 .395 .852
12.243 5 2.449 .892 .489
10.581 5 2.116 .804 .549
1.534 5 .307 .106 .991
4.695 5 .939 .474 .795
a 1916.063 130
b 1670.438 130
c 1572.938 130
d 2131.938 130
e 1730.820 130
a. R Squared = .079 (Adjusted R Squared = .034)
b. R Squared = .037 (Adjusted R Squared = -.010)
c. R Squared = .033 (Adjusted R Squared = -.015)
d. R Squared = .014 (Adjusted R Squared = -.035)
e. R Squared = .025 (Adjusted R Squared = -.023)
( )
- 53 -
- 54 -
3.50 1.42 2.75 1.01 3.24 1.32
3.09 1.54 2.93 1.21 3.04 1.44
/ 2.92 1.36 3.35 1.35 3.15 1.35
2.85 1.59 3.63 1.68 3.18 1.66
3.65 1.38 2.95 0.92 3.23 1.15
- - 3.39 1.46 3.39 1.46
Total 3.09 1.51 3.27 1.39 3.19 1.45
3.30 1.69 2.53 1.28 3.03 1.57
3.04 1.65 3.07 1.47 3.05 1.58
/ 2.95 1.32 3.38 1.52 3.18 1.43
2.19 1.34 2.88 1.72 2.48 1.54
3.55 1.19 2.50 0.91 2.92 1.14
- - 3.38 1.47 3.38 1.47
Total 2.85 1.54 3.08 1.48 2.97 1.51
3.30 1.45 1.84 0.83 2.79 1.43
2.88 1.72 2.70 1.44 2.82 1.62
/ 2.52 1.03 2.97 1.33 2.77 1.21
1.98 1.13 2.77 1.37 2.32 1.29
3.53 1.15 2.75 1.03 3.06 1.12
- - 3.18 1.38 3.18 1.38
Total 2.67 1.47 2.87 1.33 2.77 1.40
3.48 1.42 3.16 1.95 3.37 1.59
3.54 1.63 3.45 1.08 3.51 1.47
3 2 : , ,
, ,
, ,
, ,
,
. .
, ,
- 55 -
/ 3.23 0.86 3.61 1.33 3.44 1.14 2.74 1.66 3.84 1.58 3.20 1.70 3.53 1.08 2.80 1.16 3.09 1.17 - - 3.34 1.69 3.34 1.69Total 3.25 1.51 3.42 1.51 3.34 1.51
3.43 1.74 3.22 1.66 3.36 1.68 3.17 1.39 3.13 1.02 3.16 1.28/ 3.09 1.50 3.38 1.53 3.25 1.50 2.38 1.21 3.53 1.42 2.87 1.41 3.29 1.15 3.11 0.89 3.18 0.98 - - 3.51 1.58 3.51 1.58Total 2.97 1.42 3.38 1.39 3.18 1.42
, , , ,
, , , , *
, 4.3~8.1%
. , , ,
,
.
4 (F=4.000, p
- 56 -
SourceType IIISum ofSquares
dfMeanSquare
F Sig.
.042 1 .042 .020 .888
2.973 1 2.973 1.357 .246
7.199 1 7.199 4.000 .047
2.489 1 2.489 1.171 .281
4.030 1 4.030 2.209 .139
.242 1 .242 .116 .734
.601 1 .601 .274 .601
1.878 1 1.878 1.043 .308
.134 1 .134 .063 .802
1.417 1 1.417 .777 .379
1.976 4 .494 .236 .918
3.355 4 .839 .383 .821
3.925 4 .981 .545 .703
4.129 4 1.032 .486 .746
7.118 4 1.780 .976 .422
*
16.158 4 4.039 1.930 .107
19.019 4 4.755 2.170 .074
28.110 4 7.028 3.904 .005
19.534 4 4.883 2.298 .060
14.740 4 3.685 2.020 .093
a 2417.000 202
b 2131.625 202
c 1847.500 202
d 2686.688 202
e 2334.082 202
a. R Squared = .043 (Adjusted R Squared = -.007)b. R Squared = .080 (Adjusted R Squared = .032)c. R Squared = .120 (Adjusted R Squared = .074)d. R Squared = .069 (Adjusted R Squared = .021)e. R Squared = .081 (Adjusted R Squared = .033)
. , ,
.
- 57 -
SourceType IIISum ofSquares
dfMeanSquare
F Sig.
1.753 1 1.753 .907 .343
5.398 1 5.398 2.530 .114
3.099 1 3.099 1.796 .183
4.603 1 4.603 2.041 .156
.024 1 .024 .017 .898
7.971 5 1.594 .825 .534
13.586 5 2.717 1.274 .280
13.332 5 2.666 1.545 .181
5.721 5 1.144 .507 .770
7.602 5 1.520 1.068 .381
a 1641.875 130
b 1515.625 130
c 1298.063 130
d 1813.625 130
e 1480.887 130
a. R Squared = .046 (Adjusted R Squared = .000)
b. R Squared = .069 (Adjusted R Squared = .023)
c. R Squared = .074 (Adjusted R Squared = .029)
d. R Squared = .056 (Adjusted R Squared = .010)
e. R Squared = .042 (Adjusted R Squared = -.005)
( )
- 58 -
- 59 -
2.63 1.23 2.69 1.23 2.65 1.20
2.16 1.16 2.64 1.13 2.31 1.17
/ 2.78 0.97 3.08 1.22 2.95 1.11
2.60 1.07 2.75 1.10 2.66 1.08
3.03 1.80 2.83 1.10 2.91 1.39
- - 3.55 1.27 3.55 1.27
Total 2.51 1.20 3.06 1.23 2.80 1.24
2.42 1.29 2.13 1.12 2.32 1.22
2.21 1.26 2.41 0.97 2.28 1.17
/ 2.57 1.25 2.54 1.20 2.55 1.21
2.29 1.27 2.26 1.15 2.28 1.21
2.75 1.04 2.53 1.38 2.62 1.24
- - 3.09 1.41 3.09 1.41
Total 2.36 1.24 2.62 1.28 2.50 1.27
2.42 1.43 2.34 1.24 2.39 1.34
2.07 1.30 2.18 0.97 2.10 1.20
/ 2.22 0.88 2.56 1.30 2.40 1.12
1.97 1.17 2.54 1.15 2.21 1.19
2.15 1.07 2.27 1.01 2.22 1.01
- - 3.00 1.28 3.00 1.28
Total 2.11 1.20 2.60 1.20 2.37 1.23
2.87 1.21 3.00 0.90 2.91 1.09
2.51 1.52 2.87 1.31 2.62 1.45
/ 2.72 1.03 3.32 1.70 3.05 1.45
4 3 : , ,
, ,
, ,
, ,
,
. .
, ,
- 60 -
2.71 1.42 3.19 1.30 2.91 1.38
2.95 1.73 2.63 0.97 2.76 1.30
- - 3.57 1.65 3.57 1.65
Total 2.68 1.40 3.22 1.45 2.96 1.45
2.58 1.14 2.54 0.94 2.57 1.05
2.24 1.13 2.53 0.90 2.33 1.06
/ 2.57 0.89 2.88 1.20 2.74 1.07
2.39 0.96 2.69 1.02 2.52 0.99
2.72 1.19 2.57 0.97 2.63 1.04
- - 3.30 1.18 3.30 1.18
Total 2.41 1.05 2.87 1.11 2.66 1.10
, , , ,
, , , , , *
,
1.8~5.7% .
, .
, ,
, .
, .
,
, .
,
. ,
.
- 61 -
Source
Type III
Sum of
Squares
dfMean
SquareF Sig.
.089 1 .089 .065 .799
.111 1 .111 .075 .785
2.291 1 2.291 1.648 .201
.264 1 .264 .139 .710
.248 1 .248 .227 .634
.997 1 .997 .724 .396
.209 1 .209 .141 .708
1.665 1 1.665 1.198 .275
2.503 1 2.503 1.313 .253
.728 1 .728 .667 .415
7.659 4 1.915 1.391 .239
3.156 4 .789 .531 .713
2.853 4 .713 .513 .726
2.447 4 .612 .321 .864
2.786 4 .696 .638 .636
*
2.173 4 .543 .395 .812
1.235 4 .309 .208 .934
2.261 4 .565 .407 .804
3.526 4 .881 .463 .763
1.305 4 .326 .299 .878
a 1681.188 202
b 1422.500 202
c 1283.250 202
d 1994.875 202
e 1495.285 202
a. R Squared = .057 (Adjusted R Squared = .008)b. R Squared = .018 (Adjusted R Squared = -.034)c. R Squared = .039 (Adjusted R Squared = -.011)d. R Squared = .037 (Adjusted R Squared = -.013)e. R Squared = .035 (Adjusted R Squared = -.015)
- 62 -
SourceType IIISum ofSquares
dfMeanSquare
F Sig.
.017 1 .017 .012 .914
2.276 1 2.276 1.451 .231
.242 1 .242 .171 .680
3.611 1 3.611 1.749 .188
.580 1 .580 .497 .482
13.192 5 2.638 1.845 .109
7.345 5 1.469 .936 .460
12.105 5 2.421 1.716 .136
13.202 5 2.640 1.279 .277
9.742 5 1.948 1.670 .147
a 1409.625 130
b 1105.625 130
c 1066.563 130
d 1615.125 130
e 1231.887 130
a. R Squared = .094 (Adjusted R Squared = .050)b. R Squared = .086 (Adjusted R Squared = .042)c. R Squared = .069 (Adjusted R Squared = .024)d. R Squared = .063 (Adjusted R Squared = .018)e. R Squared = .090 (Adjusted R Squared = .046)
()
- 63 -
- 64 -
5 4 : , ,
1.
, , , 3
, , , mixed design . , ,
,
, , , , , ,
.
, , .
,
, , ,
.
3 (F=9.830, p
- 65 -
3.53 2.00 3.44 1.78 3.50 1.88
3.29 1.69 3.37 1.32 3.31 1.57
/ 3.08 1.71 3.42 1.59 3.27 1.62
2.48 1.47 4.08 1.65 3.16 1.73
3.10 1.20 3.35 1.13 3.25 1.14
- - 3.42 1.52 3.42 1.52
Total 3.03 1.65 3.54 1.50 3.30 1.59
3.50 1.42 2.75 1.01 3.24 1.32
3.09 1.54 2.93 1.21 3.04 1.44
/ 2.92 1.36 3.35 1.35 3.15 1.35
2.85 1.59 3.63 1.68 3.18 1.66
3.65 1.38 2.95 0.92 3.23 1.15
- - 3.39 1.46 3.39 1.46
Total 3.09 1.51 3.27 1.39 3.19 1.45
2.63 1.23 2.69 1.23 2.65 1.20
2.16 1.16 2.64 1.13 2.31 1.17
/ 2.78 0.97 3.08 1.22 2.95 1.11
2.60 1.07 2.75 1.10 2.66 1.08
3.03 1.80 2.83 1.10 2.91 1.39
- - 3.55 1.27 3.55 1.27
Total 2.51 1.20 3.06 1.23 2.80 1.24
* (F=4.644, p
- 66 -
F p
6.040 1 6.040 1.796 .182
3.175 1 3.175 .944 .332
6.552 4 1.638 .487 .745
* 23.339 4 5.835 1.735 .144
16.186 1.000 16.186 9.830 .002
* 7.467 1.000 7.467 4.535 .034
* 1.251 1.000 1.251 .760 .384
* 9.993 4.000 2.498 1.517 .199
** 14.321 4.000 3.580 2.174 .073
F p
7.865 1 7.865 2.482 .118
19.799 5 3.960 1.250 .290
13.148 1.000 13.148 8.485 .004
* 7.195 1.000 7.195 4.644 .033
* 4.101 5.000 .820 .529 .754
1
* p < .05 ** p < .01
2
* p < .05 ** p < .01
- 67 -
2.
, , , 3
, , , mixed design . , ,
,
, , , , , ,
.
, , .
,
, , ,
.
- 68 -
3.28 1.77 2.91 1.59 3.15 1.68
2.84 1.49 3.04 1.48 2.90 1.48
/ 2.82 1.80 3.29 1.76 3.08 1.77
1.88 1.26 2.89 1.58 2.31 1.48
3.75 1.22 2.85 1.27 3.21 1.30
- - 3.55 1.83 3.55 1.83
Total 2.68 1.58 3.19 1.65 2.95 1.63
3.30 1.69 2.53 1.28 3.03 1.57
3.04 1.65 3.07 1.47 3.05 1.58
/ 2.95 1.32 3.38 1.52 3.18 1.43
2.19 1.34 2.88 1.72 2.48 1.54
3.55 1.19 2.50 0.91 2.92 1.14
- - 3.38 1.47 3.38 1.47
Total 2.85 1.54 3.08 1.48 2.97 1.51
3 (F=4.523, p
- 69 -
2.42 1.29 2.13 1.12 2.32 1.22
2.21 1.26 2.41 0.97 2.28 1.17
/ 2.57 1.25 2.54 1.20 2.55 1.21
2.29 1.27 2.26 1.15 2.28 1.21
2.75 1.04 2.53 1.38 2.62 1.24
- - 3.09 1.41 3.09 1.41
Total 2.36 1.24 2.62 1.28 2.50 1.27
F p
.068 1 .068 .018 .893
.196 1 .196 .052 .819
15.414 4 3.853 1.032 .392
* 27.879 4 6.970 1.866 .118
6.733 1.000 6.733 4.523 .035
* 1.884 1.000 1.884 1.265 .262
* .427 1.000 .427 .287 .593
* 7.548 4.000 1.887 1.268 .284
** 7.961 4.000 1.990 1.337 .258
F p
1.937 1 1.937 .464 .497
23.923 5 4.785 1.145 .340
9.306 1.000 9.306 6.364 .013
* 4.293 1.000 4.293 2.936 .089
* 2.424 5.000 .485 .332 .893
1
* p < .05 ** p < .01
2
* p < .05 ** p < .01
- 70 -
- 71 -
3.
, , , 3
, , , mixed design . , ,
,
, , , , , ,
.
, , .
,
, , ,
* (F=3.116, p
- 72 -
3.55 1.76 2.84 1.90 3.30 1.80
2.94 1.56 2.63 1.38 2.84 1.50
/ 2.70 1.57 3.04 1.73 2.89 1.65
1.97 1.23 3.17 1.61 2.48 1.52
3.20 1.35 2.75 1.24 2.93 1.27
3.41 1.72 3.41 1.72
Total 2.72 1.55 3.09 1.61 2.91 1.59
3.30 1.45 1.84 0.83 2.79 1.43
2.88 1.72 2.70 1.44 2.82 1.62
/ 2.52 1.03 2.97 1.33 2.77 1.21
1.98 1.13 2.77 1.37 2.32 1.29
3.53 1.15 2.75 1.03 3.06 1.12
3.18 1.38 3.18 1.38
Total 2.67 1.47 2.87 1.33 2.77 1.40
2.42 1.43 2.34 1.24 2.39 1.34
2.07 1.30 2.18 0.97 2.10 1.20
/ 2.22 0.88 2.56 1.30 2.40 1.12
1.97 1.17 2.54 1.15 2.21 1.19
2.15 1.07 2.27 1.01 2.22 1.01
3.00 1.28 3.00 1.28
Total 2.11 1.20 2.60 1.20 2.37 1.23
,
.
- 73 -
F p
.621 1 .621 .167 .684
28.739 5 5.748 1.544 .181
.213 1.000 .213 .145 .704
* .172 1.000 .172 .117 .733
* .558 5.000 .112 .076 .996
F p
.475 1 .475 .134 .714
.000 1 .000 .000 .995
4.354 4 1.089 .308 .872
* 44.024 4 11.006 3.116 .016
.139 1.000 .139 .103 .749
* 1.182 1.000 1.182 .875 .351
* .707 1.000 .707 .523 .470
* .568 4.000 .142 .105 .981
** 6.279 4.000 1.570 1.161 .329
1
* p < .05 ** p < .01
2
* p < .05 ** p < .01
- 74 -
4.
, , , 3
, , , mixed design . , ,
,
, , , , , ,
.
, , .
,
, , , *
.
- 75 -
3.35 1.75 3.69 1.91 3.47 1.77
3.62 1.44 3.50 0.99 3.58 1.31
/ 3.77 1.49 3.76 2.13 3.77 1.84
3.19 1.87 3.96 1.82 3.52 1.87
3.13 1.29 3.48 1.04 3.34 1.13
3.65 1.80 3.65 1.80
Total 3.43 1.61 3.69 1.67 3.57 1.64
3.48 1.42 3.16 1.95 3.37 1.59
3.54 1.63 3.45 1.08 3.51 1.47
/ 3.23 0.86 3.61 1.33 3.44 1.14
2.74 1.66 3.84 1.58 3.20 1.70
3.53 1.08 2.80 1.16 3.09 1.17
3.34 1.69 3.34 1.69
Total 3.25 1.51 3.42 1.51 3.34 1.51
2.87 1.21 3.00 0.90 2.91 1.09
2.51 1.52 2.87 1.31 2.62 1.45
/ 2.72 1.03 3.32 1.70 3.05 1.45
3 , *
, *, , , 3
** .
,
.
3 (F=4.491, p
- 76 -
2.71 1.42 3.19 1.30 2.91 1.38
2.95 1.73 2.63 0.97 2.76 1.30
3.57 1.65 3.57 1.65
Total 2.68 1.40 3.22 1.45 2.96 1.45
F p
6.380 1 6.380 1.628 .204
4.228 1 4.228 1.079 .300
6.057 4 1.514 .386 .818
* 18.717 4 4.679 1.194 .315
7.670 1.000 7.670 3.738 .055
* 1.566 1.000 1.566 .763 .383
* .000 1.000 .000 .000 .988
* 2.586 4.000 .646 .315 .868
** 5.530 4.000 1.382 .674 .611
1
* p < .05 ** p < .01
- 77 -
F p
.720 1 .720 .166 .685
15.223 5 3.045 .700 .624
9.931 1.000 9.931 4.491 .036
* 4.883 1.000 4.883 2.208 .140
* 3.561 5.000 .712 .322 .899
2
* p < .05 ** p < .01
- 78 -
4.
, , , 3
, , , mixed design . , ,
,
, , , , , ,
.
, , .
, ,
, , *
.
3 (F=5.051, p
- 79 -
3.43 1.74 3.22 1.66 3.36 1.68
3.17 1.39 3.13 1.02 3.16 1.28
/ 3.09 1.50 3.38 1.53 3.25 1.50
2.38 1.21 3.53 1.42 2.87 1.41
3.29 1.15 3.11 0.89 3.18 0.98
3.51 1.58 3.51 1.58
Total 2.97 1.42 3.38 1.39 3.18 1.42
3.40 1.39 2.57 0.89 3.11 1.28
3.13 1.47 3.04 1.12 3.10 1.36
/ 2.90 1.00 3.33 1.22 3.13 1.13
2.44 1.12 3.28 1.27 2.80 1.25
3.56 1.16 2.75 0.81 3.08 1.02
3.32 1.30 3.32 1.30
Total 2.96 1.32 3.16 1.19 3.07 1.25
2.58 1.14 2.54 0.94 2.57 1.05
2.24 1.13 2.53 0.90 2.33 1.06
/ 2.57 0.89 2.88 1.20 2.74 1.07
2.39 0.96 2.69 1.02 2.52 0.99
2.72 1.19 2.57 0.97 2.63 1.04
3.30 1.18 3.30 1.18
Total 2.41 1.05 2.87 1.11 2.66 1.10
.
- 80 -
F p
1.017 1 1.017 .356 .551
.726 1 .726 .254 .615
5.715 4 1.429 .500 .736
* 25.871 4 6.468 2.263 .064
5.954 1.000 5.954 5.051 .026
* 1.139 1.000 1.139 .966 .327
* .057 1.000 .057 .048 .826
* 3.323 4.000 .831 .705 .590
** 5.722 4.000 1.431 1.214 .306
F p
.136 1 .136 .044 .835
19.036 5 3.807 1.228 .300
6.618 1.000 6.618 5.592 .020
* 2.680 1.000 2.680 2.265 .135
* .887 5.000 .177 .150 .980
1
* p < .05 ** p < .01
2
* p < .05 ** p < .01
- 81 -
- 82 -
6 5 :
, , mixed design
. ,
, , ,
.
, , .
, , /
, */ ,
(F=7.842, p
- 83 -
3.01 1.52 3.27 1.81 3.11 1.64
2.79 1.04 3.23 0.99 3.02 1.04
Total 2.91 1.34 3.25 1.39 3.06 1.37
3.24 1.32 3.09 1.47 3.18 1.38
2.56 1.12 2.88 1.15 2.73 1.14
Total 2.95 1.28 2.97 1.29 2.95 1.29
3.26 1.38 3.03 1.39 3.17 1.38
2.40 1.07 2.79 1.08 2.61 1.09
Total 2.89 1.32 2.89 1.22 2.89 1.28
3.44 1.45 3.13 1.17 3.32 1.36
3.01 1.11 3.39 1.15 3.21 1.14
Total 3.26 1.33 3.28 1.17 3.27 1.26
3.24 1.00 3.13 0.95 3.20 1.02
2.69 0.98 3.07 0.98 2.89 0.98
Total 3.00 1.01 3.10 1.01 3.04 1.01
- 84 -
SourceType IIISum ofSquares
dfMeanSquare
F Sig.
.563 1 .563 .303 .582
4.361 1 4.361 2.744 .098
2.016 1 2.016 1.315 .252
4.376 1 4.376 2.823 .094
.028 1 .028 .028 .867
14.577 1 14.577 7.842 .005
1.029 1 1.029 .647 .421
.876 1 .876 .571 .450
.083 1 .083 .053 .817
6.511 1 6.511 6.595 .011
/
2.534 1 2.534 1.363 .244
6.851 1 6.851 4.311 .038
15.628 1 15.628 10.197 .001
4.178 1 4.178 2.695 .101
2.292 1 2.292 2.322 .128
*
/
1.332 1 1.332 .717 .398
4.200 1 4.200 2.643 .105
8.876 1 8.876 5.791 .016
16.818 1 16.818 10.848 .001
6.610 1 6.610 6.695 .010
a 5566.563 494
b 5126.867 494
c 4931.047 494
d 6049.227 494
e 5081.723 494
a. R Squared = .019 (Adjusted R Squared = .011)b. R Squared = .045 (Adjusted R Squared = .038)c. R Squared = .067 (Adjusted R Squared = .059)d. R Squared = .026 (Adjusted R Squared = .018)e. R Squared = .042 (Adjusted R Squared = .034)
- 85 -
5
1
,
,
.
, ,
.
.
, , ,
1 ,
(F=92.734, p
- 86 -
,
(F=73.397, p
- 87 -
,
3 .(F=4.523, p
- 88 -
, */
(F=10.848, p
- 89 -
4 ,
, * ,
, *, , *,
.
4 .
.
.
.
. ,
.
.
.
. Trope & Liberman
(2003) .
.
- 90 -
.
.
, , ,
, .(Perloff 1987, Robertson
1997, Palmer 1992)
.
, ,
5 ,
, / ,
/, */ .
*/ .
. (Slovic 1984, 2013, 1996, 2012,
2010, 2005)
.
- 91 -
(+++
)
1,2,3
()
*
4
()
*
*
*
*
*
*
( )
: (p < .05)
- 92 -
(+++
)
1,2,3
()
*
4
()
*
*
*
*
*
*
(+++
)
5
(/
)
/
/
*
( )
: (p < .05)
(/)
: (p < .05)
- 93 -
2
.
, 1, 2, 3 .
.
, ,
.
.
.
.(Davidson
& Freudenburg, 1996)
.
,
.
, , , ,
4 , ,
- 94 -
, .
, ,
.
,
,
.
- 95 -
21C, , , 2010
, ,
, 2010
, :
, 2009
, , , 21
2, 2010
, , , 11(2),
171-183, 2002
, , , ,
10(3), 45-65, 1999
, - -,
, 2008
, J ; ,
, 18 1, 2005
, ,
29 3, 1995, pp.936-940
, , , ,
vol 9, no 1, 2003
, , , , , 2003
, " ", 23, 2010.12,
pp.72-75
, , , , 6, 47-67,
2000
, , , 2005
- 96 -
, , :
Vol 15, No 2, 181-202, 2003
, , , 15, 171-184, 2003
, , , ,
, 19, 6, 2010
, , ,
2012
, ,
, 2013
, , ,
27(2), 49-69, 2003
( ), , , 2007
, : ,
, 2010
, , ,
, -
-, , 2010
, , ,
11(1), 27-41, 1999
, , , 2007
, , , 3, 1993
, ,
, 2004
,
, 16 3, 2010, p.3
, , , 2006
, , ,
- 97 -
23(2): 45-63, 2004
, -
, Vol.10 No.5, 2010, pp.437-438
, , , 2002, pp.4-5
, , , ,
. 18(4):93-122, 2009
, , 2004, :
, ,
7(3): 95-117, 2001
,
, , 18(0): 1-20, 2004
, - -
, 2013
, -
-, , 2010
, , , :
, , vol 27, no 3, 2008
, , , ,
, vol 27, no 2, 2008
, , , ,
9 1
, , , 2004
, , , 9, 2006
, , , , , , ,
22 1, 2011
, , 17 3, 2005,
pp.266-273
- 98 -
, , , 2004
, , , , ,
, , 8, 259-276, 1999
, , , 2008
, - -,
, 2013
, , , , 1(2), 77-99, 1999
, , ,
, 23(3), 2009
, , , ,
, 38 5, 2003
, , , ,
, 16 2, 2003
,
,, 38 7, 2003
, , ,
, 2009
, , , 2006
, , , 2011
, , , ,
2004
, , , , ,
, 17 3(2005)
, -
-, , 2007
, , 7
1, 2004, pp.213-218
- 99 -
, - 20~40 -,
, 2008
, , , 2005
, ,
, , 48 2, 2009
, , , - -,
, 2008
, " ", ,
35(1)127-142, 2001
, , 16 1,
pp.99-100, 2007
, , ,
27(2): 411-427, 2008
, -
-, 16 4, 2007
, , -
-, 45 5, 2007
, ,
, 9 2, 2008
, , , , ,
, , 2010
, ,
23 2, 2008
, ,
- vs -, , 2010
, -
,
- 100 -
, 2006.2, pp.38-40
,,, ,
,2001 ,1-7,2001
, -
, , 2010,
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ABSTRACT
A Study on Dynamic Transition of Risk Perception
- Focusing on Pension Consumer -
Son, Jeong Hyoun
Department of Foreign Trade
Sungkyunkwan University
The first objective of this study is to verify the existing studies that show
the variances based on the time frame or point of time, on the audience of
whether the general public or the experts and on the demographic statistics of
the pension customers and pension operators, from the new angle or from the
dynamic perspective of the risk perception. The second objective is to verify
those existing theories of time discounting, construal level and optimistic biases,
from the risk perception that is varying according to the time flow or point of
time.
The study result shows that there was no remarkable variance detected from
the multi-points of time (based on the different times of pension consumers
before using, after using and at the point of choosing the pension service) on
the basis of the demographic statistics of gender, age and occupation, which is
different from the previous studies based on the single point of time. There was
no indication of risk perception variation based on the gender, which is different
- 120 -
result from the previous studies based on the single point of time. The previous
study shows that female owns greater risk perception than males without
exception at the single point of time frame, however, there noticed no gender
variance of risk perception at the multi-points of time frame.
Also the study result showed the contrary to what had been found in the
previous study that the risk size perception at the single point of time varies
according to the variance of the occupation or professions. In other words, it
was verified that there is no variance in risk size perception by the professions
and occupations at the multiple points of time.
This study result also supports the previous study that argues that there is
no consistency in different age groups at the single point of time. This is
because the risk perception size by different age groups at the multiple points of
time indicates inconsistency. While the result based on all demographic groups
except the housewife group at the particular point of time selected showed the
variance of risk perception in terms of physical, social and economic aspects, the
female group including housewife at the particular point of time selected showed
no variance of risk perception except the physical one.
This study result supports the theory of time discounting and the theory of
conflict. In the event where both negative value of risk from using pension
service and positive value of pleasure from using pension service co-exist, the
negative value of risk from using pension service became rapidly reduced. In
other words, the study demonstrates that the risk size perception is more
reduced before using rather than at the point of using and after using rather
than before using the service.
The emotional reliance theory based on the time discounting theory was also
- 121 -
supported. In the event where there co-exist the emotional value of pleasure of
using the pension service and the cognitive value of risk perception on using
pension service, unlike the emotional value, the cognitive value or the risk
perception increases even greater in the portion of the furtherance of the point
of time of the event. In other words, since the point of time of selecting the
pension is further away from the point of time prior to using and post using
the service, the cognitive value or the risk perception at the point of time of
selecting the pension is greater than other points of time. This result supports
those theories of time reduction and emotion reliance.
The theory of construal level was also supported by this study. The theory
of construal level was supported because the pension consumers interpret at
high level or abstractly at the point of selecting the pension that the further
future event of using pension service is dangerous vaguely but at the point of
prior to using the pension the consumers interpret at the low level or concretely
perceiving the risk that the nearer future of using pension service is less
dangerous than expected.
Nevertheless, optimistic biases theory was not supported by this study. The
majority of previous study results that pursued to identify the optimistic
tendency and its causes have forecasted less likelihood of the negative and
dramatic events and experiences like traffic accident, earthquake, crime,
depression, unwanted pregnancy and diseases. However, at the point of time of
forecasting the future or the point of time selecting the pension, the pension
consumers made the negative assessment that the pension service would be
dangerous , unlike the optimistic biases theory.
The argument from the previous study that there exists the variance
- 122 -
between general public and the experts in terms of the risk size perception was
verified and support once again by this study.
Key word : Risk, Risk perception, Dynamic transition, Time flow, Pension