Epstein Secrets

a. Cross-sect ona (continued) EFTA00024189 --- PAGE BREAK --- ;el a. Table I. (cont nued) Study Purpose Des gn Samp e F ndngs Summary Kogan (2004) Goodman-Brown, Ede ste n. Goodman. Jones, and Gordon (2003) The purpose of th s study was to dent fy factors that of uence the d sc os

a mean age between 40 and 50 years. Interviews were the main data collection method with a few exceptions using survey designs (i.e., Easton, 2013; Kogan, 2004; Smith et al., 2000) and case file reviews (i.e., Collings et al., 2005; Goodman-Brown et al., 2003). Results show a clear trend toward incr

cative of male victims more likely delaying disclosing their CSA experiences, leaving male disclosure in child and youth samples underrepresented (Hebert, Tourigny, Cyr, McDuff, & Joly, 2009; Ungar et al., 2009b). Easton, Saltzman, and Willis (2014) have been developing gender-specific modeling of d

nd disclosure characteristics. Cross-sectional (continued) EFTA00156877 Table I. (continued) Study Purpose Design Sample Findings Summary Kogan (2004) Goodman-Brown. Edelstein. Goodman. Jones. and Gordon (2003) The purpose of this study was co identify factors chat influence the discl

cative of male victims more likely delaying disclosing their CSA experiences, leaving male disclosure in child and youth samples underrepresented (Hebert, Tourigny, Cyr, McDuff, & Joly, 2009; Ungar et al., 20096). Easton, Saltzman, and Willis (2014) have been developing gender-specific modeling of d

c osure character st a. Cross-sect ona (continued) EFTA00088902 t Table I. (cont nued) u. Study Purpose Des gn Samp e F ndngs Summary Kogan (2004) Goodman-Brown, Ede ste n, Goodman, Jones, and Gordon (2003) The purpose of th s study was to dent fy factors that of uence the d sc os

cative of male victims more likely delaying disclosing their CSA experiences, leaving male disclosure in child and youth samples underrepresented (Hebert, Tourigny, Cyr, McDuff, & Joly, 2009; Ungar et al., 2009b). Easton, Saltzman, and Willis (2014) have been developing gender-specific modeling of d