Open access peer-reviewed chapter
Principal physical health problems reported by respondents as present before and after the earthquake.
Abstract
The article focuses on the long-term health of a rural male population exposed to a major earthquake event in Chile, in 2010. The results show that a majority of the male study participants considered that their physical and mental health had deteriorated over a 7-year span following the earthquake and that these impacts were strongest in men aged 65 years or more. In considering potential lessons for intervention, the results must be interpreted within the context of the construction of male identities in a rural community, informed by generally conservative values and binary male-female gender roles. The article concludes that health and social services workers and administrators providing interventions to male populations following earthquake must work to reduce the gap between the service offer and men’s real needs, which are frequently insufficiently understood and inadequately coded.
Keywords
- helping professionals
- men
- rural community
- natural disaster
1. Introduction
The present article aims to describe the long-term health impacts of a earthquake on men in a rural community. Survivors of natural disasters experience traumatic effects, whose intensity and gravity can vary in relation to risk factors present before, during and after the disaster event [1]. Previous studies have found that individuals exposed to a disaster event exhibit comparatively high incidences of depressive and somatic symptoms, emotional distress, memory impairment [2, 3, 4, 5, 6, 7]. For example, in a study of 302 adults living in rural Australian communities, he was demonstrated that psychological distress levels were higher in individuals exposed to a disaster event than in those who were not [8]. Lazaratou et al. [9], for their part, found that over half of survivors exhibited post-traumatic stress (PTS) symptoms during a 6-month period following an earthquake and that, in some cases, the symptoms could persist up to 50 years after a disaster. Within populations of male disaster survivors, elderly individuals appear to be the most vulnerable [10, 11, 12, 13, 14], due to such factors as the presence of various health problems, reduced physical and cognitive autonomy, and hearing loss [15, 16, 17, 18]. Other studies have also confirmed that the elderly are at higher risk of injury and death during and following exposure to a disaster event [13, 19, 20, 21, 22, 23].
A number of the health impacts of disasters identified in previous studies of rural populations appear to be linked with socio-demographic trends specific to these communities. According some studies, the stress levels of rural community residents in Canada are higher than those of individuals living in other types of communities [24]. This finding appears to be associated with the growing exodus of younger rural populations towards urban centres, resulting in such changes as economic restructuring and loss of social capital. Studies conducted [25, 26] found also that men living in rural regions in Québec, Canada exhibited rising levels of stress and depression. These results parallel those of similar studies conducted in Australia and Norway, which also demonstrate high levels of stress and depression in rural populations [27, 28]. In the case of Chile, although the overall number of suicides is higher in urban centers than in the less populous rural zones, the proportional suicide rate is higher in rural communities [29].
In terms of differences between the sexes, studies conducted in Australian rural communities show that men’s suicide rates are significantly higher than women’s [30, 31, 32]. As certain authors have argued, higher suicide rates among men than among women point to high levels of mental anguish and greater difficulties in facing changing circumstances, such as those linked with social, economic, and environmental crises [30, 33, 34]. Moreover, suicide rates appear to be particularly high for men involved in specifically rural professions, such as fishing, agriculture, and forestry [35, 36].
In terms of the physical health of men living in rural communities, a study carried out in the United States has shown that the prevalence of diabetes and mortality linked with coronary diseases was higher in rural than in urban communities [37, 38]. It appears also that residents of rural regions exhibit higher rates of chronic illnesses than do their urban counterparts [39, 40, 41, 42, 43] and that obesity is a major contributing factor in these disparities [44]. In addition, rural men exhibit higher rates of oral health problems [45], a trend that seems particularly pronounced among men with low levels of education [46, 47]. The health risk factors most commonly identified with men residing in rural regions are poverty, obesity [37, 44, 48] and tobacco use [49, 50].
Based on the results noted in the available literature, research suggests that men living in rural regions present higher incidences of physical and mental health problems than do men living in urban centers; the same finding also holds for rural men when compared with both rural and urban women. Although the impacts of natural disasters on survivors have received attention in the literature, little has been discerned as to long-term health outcomes for men exposed to natural disasters specific to rural contexts. The present article seeks to bridge that gap in the research.
Advertisement
2. Natural disaster management in Chile
On 27 February 2010, at 03:45 AM local time, one of the strongest earthquakes ever recorded (magnitude 8.8 Mw) occurred off the coast of Chile’s Maule region (United States Geological Survey—USGS). The earthquake affected three of Chile’s administrative regions, with a total population of 4 million people, or 23% of the country’s population.
The earthquake caused enormous damages: 81,444 homes were destroyed and another 108,914 were severely damaged [51]; public infrastructures also suffered significant damages. The destruction most severely affected those most vulnerable, highlighting and often exacerbating pre-existing socioeconomic inequalities. Public health infrastructures were affected, as well: of the 132 hospitals located in the disaster zone, between The Santiago Metropolitan Region in the centre and Araucanía to the south, 18 were rendered unusable, 31 sustained significant damage but remained functional, while 83 were largely unaffected [52].
The Chilean earthquake of 2010 prompted countries such as Australia, New Zealand and China to develop comprehensive earthquake response initiatives. The Chilean response was to adapt the scope of certain institutions in the event of natural disasters. Most notably, before 27 February 2010, natural disasters were the purview of the National Office of Emergencies, created in 1974. Following the earthquake, however, a separate National Civil Protection Agency was formed and tasked with, among other responsibilities, disaster preparedness under the National Civil Protection System, with aim of improving the country’s disaster response capacity. However, the highly centralized administration structures of these state institutions results in substantial delays in terms of resource management, communications, and collaboration with other federal, provincial, and community actors. Chile’s position remains precarious in terms of governance indices and public policy on risk and disaster management [53]. The author concludes that, when faced with major emergencies, the Chilean state has been more preoccupied with strengthening its communications system and maintaining the operational continuity of its institutions, rather than with investing in human capital. It is worth noting, as well, that the organization of Chile’s public health system as a decentralized network produced both benefits and drawbacks in the aftermath of the earthquake: hospitals and health centres were able to react quickly at the local level, but the system lacked an integrated, inter-sectorial approach through which to reduce social inequalities affecting the delivery of care [54].
Advertisement
3. Conceptual framework
The present study’s conceptual framework, which guided the collection and analysis of data, is informed by the salutogenic approach developed by Antonovsky [55]. The majority of explanatory theories of the male gender fail to acknowledge its positive aspects, which can be harnessed preventively to counter concomitant negative aspects, salutogenic approach provides a way of rectifying this lacuna [55]. The salutogenic approach is predicated on two key elements: the first is a focus on positive environmental factors conducive to health, rather than those that engender illness [56]; the second is termed the sense of coherence [56], that is, each individual’s personal understanding of the surrounding world as consistent [57, 58]. According to the salutogenic model, an individual who perceives life as a coherent and meaningful whole is more likely to respond positively to difficulties than someone who perceives life as ruled by random events and, consequently, considers challenging situations to be the result of uncontrollable misfortune [55]. Salutogenesis has become a widely adopted concept in public health, particularly in health promotion.
Applying the ideas of some authors [55, 59] to men’s health, Macdonald [59] argues against a focus on pathologies in attempts to understand men’s health and for an approach that instead takes into account the economic, political, and social spheres in which problems arise in order to explain recurrent problems and work at creating environments conducive to better health. Macdonald states further that analyses should acknowledge ‘spotlight cases’ of men who faced life challenges positively, employing their personal strengths and qualities to overcome adversity. Within the scope of the present study, salutogenesis constitutes a conceptual framework centred on men’s optimal well-being [60].
Advertisement
4. Methodology
The present study was mixed, exploratory in nature, and involved a small number of participants. Moreover, the dearth of data on the health of men exposed to earthquake events in rural communities did not allow for comparative analysis in light of previous results.
4.1. Participant recruitment methods
The sample was constituted using a non-probabilistic procedure. The initial participants (
The primary researcher collected the study data in the course of semi-directed, face-to-face interviews recorded on audio media. The interviews addressed a range of themes in order to draw a comprehensive portrait of participants’ views of the consequences of the disaster on their physical and mental health. For the purposes of the study, an interview guide originally developed in French was adapted into Spanish using a double back-translation method, which maximized the validity of questions presented to participants [63]. The sociodemographic characteristics of respondents were collected through a brief questionnaire containing exclusively closed questions. A second instrument served to identify the presence or absence of post-traumatic stress manifestations using the Impact of Event Scale-Revised (IES-R) [64]. The IES-R includes 22 items assessing PTS intrusion and avoidance experiences in the week preceding the application of the questionnaire.
4.2. Data analysis
The collected qualitative data were processed using a thematic analysis procedure. The information collected using the IES-R self-administered questionnaire [64] were analyzed in terms of proportion as a relative frequency and subjected to binary classification, by age group, into men aged 54 and younger and men aged 55 and older. Based in Canada, the researchers established this grouping on the basis of the Canadian government’s statistical classification of individuals aged 55 and older as senior citizens [65]. All study participants were citizens and residents of Chile.
4.3. Ethical considerations
The present study was validated by the UQAT research ethics committee (CER-UQAT) and posed no risks to the physical or psychological health of participants. No ethical certificate: 2016-0. All participants were presented with a consent form informing them of the implications of their choice to participate in the study. Participation was entirely voluntary and all participants were informed that they could withdraw from the study at any moment without justifying their decision and without negative consequences. Data collected during interviews were kept, unaltered, in a locked file cabinet accessible by only one designated member of the research team. Pseudonyms were attributed to each participant in order to safeguard their confidentiality. All collected data will be destroyed 5 years after study completion.
4.4. Sociodemographic characteristics of respondents
The sample (
Advertisement
5. Results
The present section presents health data collected from male respondents residing in rural communities in the Pencahue municipality, in Chile’s Central Valley, who had experienced exposure to a major earthquake event in 2010. The event occurred in the night of 27 February, at 3:45 AM local time, off the coast of the Maule region. The tremors persisted for 3 minutes and attained a magnitude of 8.8 Mw (moment magnitude scale). It was one of the strongest earthquakes ever recorded and caused severe damages across the coastal region. The first part will address participants’ physical health prior and subsequent to the event. The second part will address the consequences of the event on respondents’ mental health.
5.1. Physical health before and after the event
The physical health problems described in the present section were self-declared by participants. The data collected during participant interviews show that the male respondents suffered from a variety of illnesses prior to the earthquake event of 27 February 2010. Twelve (26.6%) men (average age: 67.3) reported having experienced health problems prior to the event, the majority of which were linked to hypertension and diabetes. These health problems had a negative impact on the professional life of some respondents, as expressed in the following testimony:
In addition, 10 men who declared other illnesses, in addition to hypertension and diabetes, reported feeling misunderstood at work, which translated into feelings of uselessness:
Others were troubled by feelings of defeat, since their health condition had forced to them to terminate their professional activities and find employment outside their community.
Although these 12 men were experiencing health problems at the time of data collection, the majority (
For the sample overall in the post-disaster period, Table 1 shows that the incidence of health complications rose considerably for respondents during the 7 years following the disaster. Indeed, the majority of respondents (
| Physical health problems | Before | After |
|---|---|---|
|
|
Table 1.
Close to half (
It is important to note, however, that although many respondents reported that their health had deteriorated significantly in the 7 years following the disaster, there is no direct evidence for a causal link between increasing health problems and exposure to the event, since new health problems reported by participants may be associated with ageing or external factors other than the event.
5.2. Mental health before and after the event
During the interviews, respondents were asked to describe their mental health before and after the event. None of the participants reported suffering from psychological health problems before the event. A majority (
Among those experiencing emotional pain, those who stated that the manifestations occur without apparent immediate cause associated the occurrences with their advancing age.
Others associated their emotional pain with the fact of having irrecoverably lost all their material and immaterial goods during the earthquake. These respondents reported feelings of defeat.
Participants also spoke of a feeling of fear that presented itself following the earthquake; this feeling was still present for a third of respondents at the time of data collection. Manifestations of fear were most clearly associated with the possible recurrence of an earthquake of similar intensity (8.8 Mw):
In terms of stress disorders, as well as depressive and anxious manifestations, participants reported pervasive feelings of sadness, which impact their ability to function, and persistent thoughts about the finality of life. As one respondent put it: ‘I do not have much. Why keep on living? I keep feeling more and more sick. I’ve been feeling like that for a while. I feel alone!’ (Orlando). Although mentioned only by a few (
5.3. Post-traumatic stress manifestations and concomitant physical and mental health problems
Table 2 illustrates IES-R results for the two age groups in the sample. As the results show, all respondents aged 55 or more (
| Average age | IES-R | Age | ||
|---|---|---|---|---|
| Total ( |
54 and younger ( |
55 and older ( |
||
| 25.7 | 1–11 ( |
7% | 12% | 0% |
| 21.3 | 12–32 ( |
16% | 28% | 0% |
| 62.5 | 33 or over ( |
78% | 60% | 100% |
| Total | 100% | 100% | 100% | |
| IES-R average | 52.3 | 42.2 | 65.0 | |
Table 2.
Impact of event scale-revised (IES-R).
As Table 3 demonstrates, participants who obtained IES-R scores of 33 or higher declared greater numbers of physical and mental health problems than did participants who scored lower on the scale. Respondents aged 70 and older presenting PTS manifestations were the group reporting the greatest number of physical health problems, specifically: visual impairments, diabetes, osteoarthritis, bone pain, heart problems and hypertension.
| Presence of PTS manifestations ( |
Absence or low occurrence of PTS manifestations ( |
|---|---|
Physical health problems self-declared during data collection:
|
Physical health problems self-declared during data collection:
|
Mental health problems self-declared during data collection:
|
Mental health problems self-declared during data collection:
|
Table 3.
Self-declared post-disaster health problems as a function of post-traumatic stress manifestations.
In summary, following exposure to the disaster event, the majority (35/45) of men participating in the study reported a progressive deterioration of both their mental and physical health. However, given that 7 years had elapsed between the disaster event and the data collection period, the results must be interpreted with caution. It is not possible to determine with any degree of certainty whether the health problems self-reported by respondents were linked directly with exposure to the earthquake or whether they were more closely linked with other factors, such as natural ageing or negative experiences since the earthquake. Nevertheless, the results suggest that the physical and mental health of men aged 55 or older who have been exposed to earthquake events are particularly at risk.
Advertisement
6. Discussion
The results of the study suggest that a majority of men living in rural communities in central Chile declared that their health had deteriorated significantly since their exposure to the earthquake of 27 February 2010. Nearly half of participants declared suffering from physical and mental health problems that had not been diagnosed prior to the disaster. It is worth noting, as well, that, overall, men living in rural communities are more likely to suffer from certain health problems, such as diabetes and coronary diseases [37, 40]. Moreover, the sample presented the additional health risk factor of poverty: 75.6% of men participating in the study reported monthly incomes below Chilean minimum wage levels. Some authors point out, poverty remains one of the most common health risk factors among men living in rural communities [37]. Thus, age, economic status, and post-disaster trauma may all account for participants’ declining health and feelings of increased vulnerability.
It is important to note, as well, that, although respondents’ physical and mental health had deteriorated in the 7 years following the event, it is not possible to establish a direct link between the reported health problems and exposure to the disaster, since they may be more closely associated with natural ageing processes or other, external factors. Further research will be necessary to pinpoint more definitively the causes of health problems reported by rural men in post-disaster contexts, especially since they are more vulnerable then women in the same communities and more vulnerable than both men and women in urban communities [30, 31].
Participant testimonies show that their mental health had also deteriorated following exposure to the disaster. These results parallel those of other studies, which show that exposure to natural disasters can have significant consequences for the health of survivors [66, 67]. Within the scope of the present study, the majority of participants cited mental health problems, such as anguish, depression, emotional pain, constant fear, and stress disorders, as factors that had contributed to the deterioration of their quality of life since the event (Table 3). Emotional pain, depression, anguish, and stress were the mental health problems most commonly reported as having emerged in the 7 years following the disaster. As a previous study has shown, the deleterious consequences of natural disasters on the lives of survivors can persist as long as 50 years following the event [9]. A longitudinal study comparing the health of survivors with the health of individuals not exposed to the event would allow for a more thorough verification of this hypothesis. Previous studies have reported similar results in terms of the presence of depressive and somatic symptoms, as well as emotional distress, among natural disaster survivors [2, 4, 68]. Elsewhere, it has been noted that the deterioration of the natural environment seems linked to depression in adults living in rural communities [8].
IES-R results (Table 3) show that respondents aged 55 or more (20 of 45, average age 62.5 years) presented elevated levels of post-traumatic stress when compared with the rest of the sample, providing evidence of a deterioration of their mental health. This group, moreover, reported numerous physical health problems (e.g., vascular accidents, cardiac arrhythmia, osteoarthritis, visual impairments). The results, which parallel those of Labra et al. [68], point to two conclusions: (1) that the deleterious consequences of natural disasters on the physical and mental health of male survivors intensify with age; and (2) that, within the framework of the salutogenic model [57, 58, 59], the men in the sample have since the disaster lived in environments that are not conducive to good health; that is, they do not have access to an offer of services likely to motivate psychosocial consultation or to medium- or long-term psychosocial post-disaster intervention programmes. These factors may account for the negative overall results obtained through the IES-R.
Thus, advanced age appears to be a factor affecting the vulnerability of men in natural disaster contexts, particularly in connection with health problems and the loss of physical and cognitive autonomy [1]. It appears, as well, that men aged 54 and younger fare better with the consequences of a disaster event, since 60% suffered from PTSD, while 28% obtained scores ranging between 12 and 32, that is, presenting certain PTS symptoms without developing PTSD. This observation leads to the following question: what are the factors that account for the ability of younger men to better avoid the deleterious health effects of a disaster event? Within the perspective of the salutogenic model [55, 56, 57, 58, 59, 60], answers to this question could help to identify the positive forces and elements of the environment that benefit younger men in order to extrapolate them in working towards creating healthier environments for older individuals.
6.1. Implications for psychosocial intervention
The consequences of natural disasters on men’s physical and mental health vary depending on the level of exposure, the losses suffered, the survivors’ age, as well as their physical, psychological, social and financial capacities to effectively face the various stress factors that follow a disaster event [69]. Older men are frequently more vulnerable than are other groups in these situations [68]. In addition, men as a group are frequently reluctant to seek help, whether from their family and social circles or from professionals in the public and community health networks [66]. This reluctance is frequently motivated by norms and beliefs rooted in traditional notions of masculinity that cause men to underestimate their health needs and there is evidence to suggest that these trends are stronger in rural communities [70].
The social work approaches used in disaster-context interventions must vary in relation to different clienteles and different stages of intervention, including prevention, preparation and recovery [71]. In practice, psychosocial intervention with disaster survivors is generally focused on immediate needs (e.g., access to basic resources and shelter) and only rarely takes into account holistic perspectives that acknowledge individuals and their social environment [12]. Consequently, disaster interventions fail to address the long-term consequences of disaster events for survivors’ health, including various effects on their personal, conjugal, family and professional lives. In developing interventions, helping professionals can benefit from approaches such as ecosystemic [72] or salutogenic models [55], to name just two of the available options that may be applicable, depending on the specific needs and conditions of men experiencing physical or mental health problems and social interaction difficulties following exposure to a disaster event. As pointed out by [73], however, interventions tailored to the needs of men should also take into account their specific strengths and abilities.
Given the nature of the problems identified among participants in the present study, group interventions may also offer an effective approach. In group interventions, helping professionals must remember that their clientele, in this case men, are ‘the experts of their own lives’ [73], but in need of guidance towards effective mutual self-help.
The nature and intensity of exposure to a given disaster event are determining factors in the extent of consequences for survivors and must enter into consideration in the deployment of psychosocial intervention measures to minimize the deleterious effects on men’s health. Helping professionals must devote particular attention to the psychosocial support necessary to overcome various difficulties specific to given groups, particularly, in the light of the results presented above, those specific to older men; intervention objectives, by the same token, must be formulated clearly in relation to specific clienteles and tailored to the pre-disaster, emergency assistance, and recovery phases of intervention. The testimonies of male survivors indicate that they continue to suffer from post-traumatic stress 7 years after exposure to a disaster event. In order to contribute to the reduction of consequences such as depressive manifestations and other mental health problems, intervention programmes should foresee the need and integrate the availability of psychosocial support services for the long term. Helping professionals involved in post-disaster interventions with men can also contribute to reduce disparities between available services and real needs, which are inadequately understood and inefficiently coded within health and social services networks.
Advertisement
7. Conclusion
The present article addressed the long-term post-earthquake health of men in a rural community and its implications for helping professionals’ interventions. The study found that, among the sample, 7 years after a major earthquake, men 55 and older remained the group most adversely affected by the event. It is important to note that a factor contributing to the reluctance of men to seek help and thus potentially to reduce these impacts, particularly in rural areas, is a predominant notion of masculinity, typified by the image of strong and self-sufficient man, informed by conservative values in which gender roles are binary and fixed. This presents particular challenges for helping professionals who seek to reduce the existing gap between available service offers and men’s real needs, which remain insufficiently understood and imprecisely coded.
The standards of traditional masculinity prompt men to conceal their private lives, seek to maintain control, and project strength [73], as well as deny suffering or pain and attempt to maintain independence, as ascertained above. Based on the findings of the present study, psychosocial intervention targeted towards men should:
Work on strengths rather than weaknesses [55] by focusing on the positive attributes of the environment that are conducive to health, rather than on negative elements conducive to disease.
Acknowledge men’s needs and communicate to men that health professionals are willing to listen and elaborate interventions and treatments based on men’s needs.
Work incrementally on specific elements so that men can understand their progress throughout the intervention process.
Include men’s spouses and partners as facilitators in the intervention process, since women often play decisive, positive roles in men’s help-seeking.
Lastly, the consequences of the natural disaster described above on the physical and psychological health of participants were not uniform, varying according to factors specific to individuals. It is thus important that intervention programs be designed to include flexibility and adaptability to individual needs.
The authors consider that further developing the following research avenues may contribute to facilitate men’s help-seeking following disaster events: (1) to identify factors facilitating older men’s use of health services and (2) to examine sociosanitary services and programs, in particular their adaptation to specific clienteles, in particular as defined by age and gender.
References
- 1.
Labra O, Maltais D. Consecuencia de las catástrofes naturales en las personas: Síntesis de la literatura y orientaciones para la intervención psicosocial. Revista de Trabajo Social. 2013; 85 :53-67 - 2.
Arnberg FK, Eriksson NG, Hultman CM, Lundin T. Traumatic bereavement, acute dissociation, and posttraumatic stress: 14 years after the MS Estonia disaster. Journal of Traumatic Stress. 2011; 24 (2):183-190 - 3.
Maltais D, Simard A. Catastrophes en milieu rural. Chicoutimi: Éditions JCL; 2003 - 4.
Suzuki Y, Tsutsumi A, Fukasawa M, Honma H, Someya T, Kim Y. Prevalence of mental disorders and suicidal thoughts among community-dwelling elderly adults 3 years after the Niigata-Chuetsu earthquake. Journal of Epidemiology. 2011; 21 (2):144-150 - 5.
Anderson ML, Sortwell A, Craig W, Kelly S, Ziedonis DM. Symptom patterns of posttraumatic stress disorder among deaf trauma survivors. JADARA. 2016; 50 (1):1-19 - 6.
Xu B. Disaster, trauma and memory. In: Tota AL, Hagen T, editors. Routledge International Handbook of Memory Studies. New York: Routledge; 2016. pp. 357-371 - 7.
Aslam N, Kamal A. Stress, anxiety, depression, and posttraumatic stress disorder among general population affected by floods in Pakistan. Pakistan Journal of Medical Research. 2016; 55 (1):29 - 8.
Stain HJ, Kelly B, Carr VJ, Lewin TJ, Fitzgerald M, Fragar L. The psychological impact of chronic environmental adversity: Responding to prolonged drought. Social Science & Medicine. 2011; 73 (11):1593-1599 - 9.
Lazaratou H, Paparrigopoulos T, Galanos G, Psarros C, Dikeos D, Soldatos C. The psychological impact of a catastrophic earthquake: A retrospective study 50 years after the event. The Journal of Nervous and Mental Disease. 2008; 196 (4):340-344 - 10.
Maltais D, Gauthier S. Le contexte social des catastrophes naturelles ou l’importance de tenir compte du concept de vulnérabilité dans la prévention et la gestion des catastrophes. In: De Serres A, editor. La gestion des risques majeurs : La résilience organisationnelle-Apprendre à être surpris, Collection FidRisk. Québec: Éditions Yvon Blais; 2013. pp. 345-365 - 11.
Maltais D. Post-trauma et personnes âgées: Quand vulnérabilité et apport des aînés font bon ménage. 2013. Available from: http://www.grotius.fr/post-trauma-et-personnes-agees-quand-vulnerabilite-et-apport-des-aines-font-bon-menage/ - 12.
Labra Ó, Maltais D. Consecuencias de los desastres naturales en la vida de las personas: Síntesis de la literatura y orientaciones para la intervención psicosocial. Revista de Trabajo Social. 2013; 85 :53-67 - 13.
Maltais D, Coté N, Gauthier S. Les conséquences de l'exposition à une catastrophe sur la santé biopsychosociale des personnes âgées: Que savons-nous jusqu'à maintenant sur cette question? Vie et vieillissement. 2007; 6 (2):3-8 - 14.
Maltais D, Gauthier S. Long term impacts on personal and spiritual values for French Canadian elderly victims of a flood in Quebec: A question of resilience. In: Kalayjian A, Eugene D, editors. Mass trauma and Emotional Healing around the World: Rituals and Practices for Resilience and Meaning-Making, Natural Disasters. Vol. 1. California: Praeger; 2010. pp. 193-211 - 15.
Masozera M, Bailey M, Kerchner C. Distribution of impacts of natural disasters across income groups: A case study of New Orleans. Ecological Economics. 2007; 63 (2):299-306 - 16.
Margoob MA, Khan AY, Firdosi MM, Sheikh A, Shaukat T. One year longitudinal study of snowstorm disaster survivors in Kashmir. JK Practitioner. 2006; 13 (s1):s29-s38 - 17.
Barusch AS. Disaster, vulnerability, and older adults: Toward a social work response. Journal of Gerontological Social Work. 2011; 54 (4):347-350 - 18.
Maltais D. Personnes âgées ayant des incapacités et désastres naturels: Vulnérabilité des aînés et post-trauma. Développement humain, handicap et changement social. 2016; 22 (1):119-131 - 19.
Knowles R, Garrison B. Planning for elderly in natural disasters. Disaster Recovery Journal. 2006; 19 (4):1904-1907 - 20.
Stephens KU Sr, Grew D, Chin K, Kadetz P, Greenough PG, Burkle FM Jr, et al. Excess mortality in the aftermath of Hurricane Katrina: A preliminary report. Disaster Medicine and Public Health Preparedness. 2007; 1 (1):15-20 - 21.
Rosenkoetter M-M, Krassen Covan E, Bunting S, Cobb BK, Fugate-Whitlock E. Disaster evacuation: An exploratory study of older men and women in Georgia and North Carolina. Journal of Gerontological Nursing. 2007; 33 (12):46-54 - 22.
Spiegel A. Katrina’s impact on elderly still resonates: National Public Radio. 2006. Available from: http://www.npr.org/templates/story/story.php?storyId=5239019 - 23.
Fernandez LS, Byard D, Lin C-C, Benson S, Barbera JA. Frail elderly as disaster victims: Emergency management strategies. Prehospital and Disaster Medicine. 2002; 17 (02):67-74 - 24.
Brannen C, Johnson Emberly D, McGrath P. Stress in rural Canada: A structured review of context, stress levels, and sources of stress. Health & Place. 2009; 15 (1):219-227 - 25.
Alston M, Kent J. The big dry: The link between rural masculinities and poor health outcomes for farming men. Journal of Sociology. 2008; 44 (2):133-147 - 26.
Lafleur G, Allard M-A. Enquête sur la santé psychologique des producteurs agricoles du Québec. Rapport final présenté à La Coop fédérée. 2006 - 27.
Torske MO, Hilt B, Glasscock D, Lundqvist P, Krokstad S. Anxiety and depression symptoms among farmers: The HUNT study, Norway. Journal of Agromedicine. 2016; 21 (1):24-33 - 28.
Kilkkinen A, Kao-Philpot A, O’neil A, Philpot B, Reddy P, Bunker S, et al. Prevalence of psychological distress, anxiety and depression in rural communities in Australia. Australian Journal of Rural Health. 2007; 15 (2):114-119 - 29.
Lobos Mosquerira F. Factores de riesgo del suicidio en Chile: Un análisis a nivel comunal. Santiago de Chile: Universidad de Chile; 2016 - 30.
Alston M. Rural male suicide in Australia. Social Science & Medicine. 2012; 74 (4):515-522 - 31.
Berry HL, Hogan A, Owen J, Rickwood D, Fragar L. Climate change and farmers’ mental health: Risks and responses. Asia-Pacific Journal of Public Health. 2011; 23 (2):119-132 - 32.
Kennedy A, Maple MJ, McKay K, Brumby SA. Suicide and accidental death in Australia’s rural farming communities: A review of the literature. Rural and Remote Health. 2014; 14 (2517):1-14 - 33.
Bryant L, Garnham B. The fallen hero: Masculinity, shame and farmer suicide in Australia. Gender, Place and Culture. 2015; 22 (1):67-82 - 34.
Merriott D. Factors associated with the farmer suicide crisis in India. Journal of Epidemiology and Global Health. 2016; 6 (4):217-227 - 35.
Klingelschmidt J, Milner A, Khireddine-Medouni I, Witt K, Alexopoulos EC, Toivanen S, et al. Suicide among agricultural, forestry, and fishery workers: A systematic literature review and meta-analysis. Scandinavian Journal of Work, Environment & Health. 2018; 44 (1):3-15 - 36.
Waggoner JK, Kullman GJ, Henneberger PK, Umbach DM, Blair A, Alavanja MC, et al. Mortality in the agricultural health study, 1993-2007. American Journal of Epidemiology. 2010; 173 (1):71-83 - 37.
O’Connor A, Wellenius G. Rural–urban disparities in the prevalence of diabetes and coronary heart disease. Public Health. 2012; 126 (10):813-820 - 38.
Kulshreshtha A, Goyal A, Dabhadkar K, Veledar E, Vaccarino V. Urban-rural differences in coronary heart disease mortality in the United States: 1999-2009. Public Health Reports. 2014; 129 (1):19-29 - 39.
Jackson BE, Coultas DB, Suzuki S, Singh KP, Bae S. Rural-urban disparities in quality of life among patients with COPD. The Journal of Rural Health. 2013; 29 (1):62-69 - 40.
Befort CA, Nazir N, Perri MG. Prevalence of obesity among adults from rural and urban areas of the United States: Findings from NHANES (2005-2008). The Journal of Rural Health. 2012; 28 (4):392-397 - 41.
Goode AP, Freburger JK, Carey TS. The influence of rural versus urban residence on utilization and receipt of care for chronic low back pain. The Journal of Rural Health. 2013; 29 (2):205-214 - 42.
Krishna S, Gillespie KN, McBride TM. Diabetes burden and access to preventive care in the rural United States. The Journal of Rural Health. 2010; 26 (1):3-11 - 43.
Wang S, Kou C, Liu Y, Li B, Tao Y, D’Arcy C, et al. Rural–urban differences in the prevalence of chronic disease in northeast China. Asia-Pacific Journal of Public Health. 2015; 27 (4):394-406 - 44.
Trivedi T, Liu J, Probst J, Merchant A, Jhones S, Martin A. Obesity and obesity-related behaviors among rural and urban adults in the USA. Rural and Remote Health. 2015; 15 (4):1-11 - 45.
Ahn S, Burdine JN, Smith ML, Ory MG, Phillips CD. Residential rurality and oral health disparities: Influences of contextual and individual factors. The Journal of Primary Prevention. 2011; 32 (1):29-41 - 46.
Ikebe K, Nokubi T, Ettinger RL. Utilization of dental health services by community-dwelling older adults in Japan who attended a weekly educational programme. Gerodontology. 2002; 19 (2):115-122 - 47.
Lamster IB. Oral health care services for older adults: A looming crisis. American Public Health Association. 2004; 94 :699-702 - 48.
Pugh R, Cheers B. Rural Social Work: An International Perspective. Portland: Policy Press; 2010 - 49.
Vander Weg MW, Cunningham CL, Howren MB, Cai X. Tobacco use and exposure in rural areas: Findings from the behavioral risk factor surveillance system. Addictive Behaviors. 2011; 36 (3):231-236 - 50.
INSPQ. Fumeurs quotidiens: La siutation au Québec. Québec: Institut national de santé du publique du Québec; 2017. Available from: https://www.inspq.qc.ca/santescope/syntheses/fumeurs-quotidiens - 51.
Ministerio del Interior. Plan de reconstrucción Terremoto y maremoto del 27 de febrero de 2010: Resumen ejecutivo. 2010 - 52.
Salud OPdl. Protección de la salud mental luego del terremoto y tsunami del 27 de febrero de 2010 en Chile: Crónica de una experiencia. Santiago, Chile: Pan American Health Organization (PAHO/WHO)—Santiago de Chile 2010; 2010 - 53.
Mena C. Cambio con transformación? Políticas Públicas de desastre en Chile post terremoto 2010, un caso de estudio. Revista de Estudios Latinoamericanos sobre Reducción del Riesgo de Desastres. 2018; 2 (1):4-20 - 54.
López Tagle E. y Santana Nazarit P. El terremoto de 2010 en Chile: Respuesta del sistema de salud y de la cooperación internacional. Revista Panamericana de Salud Pública. 2011; 30 (2):160-166 - 55.
Antonovsky A. Health, Stress, and Coping. San Francisco: Jossey Bass; 1979 - 56.
Lindström B, Eriksson M. Salutogenesis. Journal of Epidemiology & Community Health. 2005; 59 (6):440-442 - 57.
Lindström B, Eriksson M. The salutogenic approach to the making of HiAP/healthy public policy: Illustrated by a case study. Global Health Promotion. 2009; 16 (1):17-28 - 58.
Lindström B, Eriksson M. La salutogenèse: Petit guide pour promouvoir la santé. Quebec: PUL; 2012 - 59.
Macdonald JJ. Environments for Health: A Salutogenic Approach. London: Earthscan; 2005 - 60.
Becker CM, Glascoff MA, Felts WM. Salutogenesis 30 years later: Where do we go from here? Global Journal of Health Education and Promotion. 2010; 13 (1):1-8 - 61.
Goodman LA. Snowball sampling. The Annals of Mathematical Statistics. 1961; 33 (1):148-170 - 62.
Handcock MS, Gile KJ. Comment: On the concept of snowball sampling. Sociological Methodology. 2011; 41 (1):367-371 - 63.
Maltais D, Simard A, Picard L. Conséquences des inondations de juillet 1996 sur la santé biopsychosociale des sinistrés vivant en milieu rural: Résultat d'une étude qualitative. In: Maltais D, editor. Catastrophes et état de santé des individus, des intervenants et des communautés. Chicoutimi: GRIR-UQAC; 2002. pp. 369-388 - 64.
Weiss DS. The impact of event scale: Revised. In: Wilson JP, So-Kum Tang C, editors. Cross-Cultural Assessment of Psychological Trauma and PTSD. New York: Springer; 2007. pp. 219-238 - 65.
Statistique Canada. Guide de référence technique pour les estimations annuelles du revenu des familles de recensement, des particuliers et des aînés. Ottawa: Statistique Canada; 2015 - 66.
Labra O, Maltais D, Tremblay G. Chilean men exposed to the major earthquake in 2010: Investigation of the impacts on their health. American Journal of Men’s Health. 2017; 11 (2):392-403 - 67.
Maltais D, Simard N. Les effets à long terme de l’exposition à une catastrophe sur la santé biopsychosociale des individus. In: Maltais D, Rheault M-A, editors. Intervention sociale en cas de catastrophe. Québec: Presse de l'université du Québec; 2008. pp. 169-183 - 68.
Labra O, Tremblay G, Ependa A, Gingras-Lacroix G. Men’s help-seeking and health in natural disaster contexts. Global Journal of Health Science. 2018; 10 (1):76 - 69.
Labra O. Conséquences psychosociales chez les adultes suite au séisme 8,8 de la ville de Talca au Chili. Chicoutimi: Groupe de recherche et d'intervention régionales; 2013 - 70.
Courtenay W. Dying to be Men: Psychosocial, Environmental, and Biobehavioral Directions in Promoting the Health of Men and Boys. New York: Routledge; 2011 - 71.
Maltais D. Les caractéristiques de l’intervention sociale en cas de catastrophe macrosociale. In: PUQ, editor. L’intervention sociale en cas de catastrophe. Québec: PUQ; 2005. pp. 7-35 - 72.
Bronfenbrenner U. Toward an experimental ecology of human development. American Psychologist. 1977; 32 (7):513 - 73.
Tremblay G, Roy J, Guilmette D, Sirois-Marcil J, Beaudet L, Bizot D, et al. Perceptions des hommes québécois de leurs besoins psychosociaux et de santé ainsi que leur rapport aux services. Rapport final. Québec: Masculinités et Société; 2016