ライフサイエンスコーパス: disaster

1 d health status in 2010 (i.e., predating the disaster).

2 combat, interpersonal violence, and natural disasters).

3 rticularly those with resource loss, after a disaster.

4 event cognitive impairment following natural disaster.

5 l spill clean-up after the Deepwater Horizon disaster.

6 ncreased risk of mortality on the day of the disaster.

7 effectiveness in the 2 years after a natural disaster.

8 measure vigor in the context of (simulated) disaster.

9 vel and with increasing vigor in the face of disaster.

10 n relation to one's social connections after disaster.

11 s in location do not always spell functional disaster.

12 , who experienced the same coal mining flood disaster.

13 y as an exogenous shock similar to a natural disaster.

14 cial structures affect mental health after a disaster.

15 al for societal interventions in the wake of disaster.

16 s well as in the 38-month interval after the disaster.

17 y provide the resources for deliverance from disaster.

18 of community residents in the aftermath of a disaster.

19 h would also be infeasible in a radiological disaster.

20 conducted approximately 2.5 years after the disaster.

21 roblems inherent in managing a nuclear plant disaster.

22 ork, at home, or a consequence of industrial disaster.

23 at risk of physical and mental harm in each disaster.

24 search into impacts of the DeepWater Horizon disaster.

25 oil samples from the 2010 Deepwater Horizon disaster.

26 ocial dynamics in the aftermath of a natural disaster.

27 tudied concern for the Deepwater Horizon oil disaster.

28 hes 12-19 months after the Deepwater Horizon disaster.

29 , which places society on the precipice of a disaster.

30 ment by the replicative helicase could spell disaster.

31 e trauma of living through a climate-related disaster.

32 ators, could have mitigated or prevented the disaster.

33 cal Evaluation Study seven months before the disaster.

34 ministered approximately 2.5 years after the disaster.

35 lling adults conducted 7 months prior to the disaster.

36 nment caused risk of obesity after a natural disaster.

37 mits and been federally declared an economic disaster.

38 onditions has not been studied after natural disasters.

39 ols related to public health emergencies and disasters.

40 s one of the world's largest ongoing natural disasters.

41 and treat RIGS in cancer therapy and nuclear disasters.

42 ential to save lives and limit environmental disasters.

43 ancer and morbidity and mortality in nuclear disasters.

44 hich are similarly at risk of having natural disasters.

45 rs and refugees fleeing complex humanitarian disasters.

46 ng to improved mitigation of future flooding disasters.

47 and temporal distributions of global natural disasters.

48 for regional- and global-scale agricultural disasters.

49 d health advocacy programs to prevent future disasters.

50 raumatic events, such as violence or natural disasters.

51 vaccines and therapeutics for similar future disasters.

52 arising from disruptive events like natural disasters.

53 ge and in particular climate-related natural disasters.

54 amage caused by malicious attacks or natural disasters.

55 and minimise the effects of, future nuclear disasters.

56 k and risk perception, and social impacts of disasters.

57 depression, that are associated with natural disasters.

58 into the mental health consequences of major disasters.

59 measured by oil exports) or risk for natural disasters.

60 leveraging social capital for recovery from disasters.

61 es similarly experiencing war, protests, and disasters.

62 se of urbanization development or by natural disasters.

63 in many accidental (or malicious) radiation disasters.

64 warming, nuclear proliferation, and natural disasters.

65 g of large numbers of people in humanitarian disasters.

66 estions can help avert future lead poisoning disasters.

67 eased the frequency and intensity of natural disasters.

68 y help cultivate psychological resilience to disasters.

69 , ecological disturbances, and technological disasters.

70 sed for better risk assessments on hurricane disasters.

71 ities and is also vulnerable to many natural disasters.

72 ble for some of the most devastating natural disasters(1).

73 During the course of this 3-mo disaster a series of different bacterial taxa were enric

74 h my immersion in cholera control, a cyclone disaster, a smallpox epidemic, and formal training in op

75 During the Deepwater Horizon disaster, a substantial fraction of the 600,000-900,000

76 d World War and various conflicts or natural disasters across Africa, Asia and Central America.

77 do not report evidence that climate-related disasters act as direct triggers of armed conflicts, the

78 On the 30th anniversary of the Chernobyl disaster, Amina Aitsi-Selmi and Virginia Murray reflect

79 The 5th anniversary of the Fukushima disaster and the 30th anniversary of the Chernobyl disas

80 deterioration and housing damage due to the disaster and tooth loss in a cohort of community-dwellin

81 mmitting norm violations, predicting natural disasters and making health-related decisions.

82 findings on the minimal influence of natural disasters and precipitation on permanent moves supplemen

83 of increasingly intense and frequent natural disasters and question whether El Nino Southern Oscillat

84 combined with frequent occurrence of natural disasters and significant climatic variations, thus prov

85 ophic events (e.g., economic crises, natural disasters, and terrorism) by not taking into account int

86 growth rate, and deaths from war and natural disasters; and use of an ARIMA model.

87 extent to which mental health outcomes after disaster are associated with social network structures.

88 he entire target population in the wake of a disaster are discussed.

89 Although disasters are a major cause of mental health problems an

90 These disasters are avoided in part as a result of our orchest

91 Natural disasters are often associated with forced residential r

92 Survivors of natural disasters are thought to be at an increased risk of psyc

93 isk of all-cause mortality on the day of the disaster as well as in the 38-month interval after the d

94 ed information about personal experiences of disaster as well as incidence of cognitive disability (8

95 perceptions of wildland-urban interface fire disasters as a wildfire control problem rather than a ho

96 through a grant from the Office for Foreign Disaster Assistance.

97 re increasingly having to respond to natural disasters associated with climate change.

98 r case studies aimed at reducing the risk of disasters associated with floods, wildfires, storm waves

99 rticipants (N = 118) exerted effort to avoid disaster-associated states, adjusting their effort expen

100 The nuclear disaster at the Fukushima Daiichi Nuclear Power Plant (F

101 te these challenges, the health effects of a disaster can be approximated.

102 Since nuclear disasters can affect hundreds of thousands of people, a

103 Disasters can create situations in which blood donations

104 Many coastal ecosystem disasters, caused by extreme sea surface temperature (SS

105 uce the risk of demographic stochasticity or disasters causing metapopulation extinction.

106 chiatric interventions offered after natural disasters commonly address subsyndromal symptom presenta

107 ely to develop depressive symptoms after the disaster compared to those without support (ARR = 0.70;

108 hich timely information is required, such as disasters, conflicts, or epidemics.

109 cial resources on recovery from PTSD in post-disaster contexts.

110 nts discharged early to the community during disasters could challenge pediatricians owing to the clo

111 ormation in large armed conflict and natural disaster crises since 2010: we show that information was

112 % CI: 1.03-1.74) among those who experienced disaster damages but had also given and received social

113 We collected data from the International Disasters Database and the Global Expanded Nutrient Supp

114 ding inpatients from 7 units during 196 mock disaster days distributed across the 1-year period from

115 rticle discusses the current difficulties of disaster death attribution and describes the strengths a

116 a to estimate associations between hurricane disaster declarations, which could disrupt electrical po

117 aster preparedness resource to mitigate post-disaster depressive symptoms among older survivors of th

118 The Deepwater Horizon disaster drew global attention to the toxicity of crude

119 lobe resulting from reported extreme weather disasters during 1964-2007.

120 0.78); a decline in social capital after the disaster elevated the risk (relative risk = 2.44, 95% co

121 may combine to cause similar lead poisoning disasters elsewhere globally.

122 a critical role in treating injuries during disaster emergency responses.

123 l changes in addition to large-scale natural disasters, epidemics of multiple communicable diseases,

124 bility to withstand and recover from natural disasters, epidemics, and cyber-threats.

125 the localization of entrapped victims after disaster events (e.g., earthquake, terroristic attack).

126 ncluding mass shootings, assault, or natural disasters, events that consist of concurrent multiple ac

127 l accounts of the effects of extreme weather disasters exist, the global scale effects of droughts, f

128 Natural disasters expose entire communities to stress and trauma

129 rn Gulf of Mexico from the Deepwater Horizon disaster, exposing marine organisms to this environmenta

130 ith a lower risk of functional decline after disaster exposure.

131 ems.Mass extinctions are thought to produce 'disaster faunas', communities dominated by a small numbe

132 new, widespread taxa, leading to homogenous 'disaster faunas'.

133 w boards (IRBs) due to the rush to enter the disaster field.

134 failure to terminate transcription can spell disaster for the cell.

135 Fire whirls are powerful, spinning disasters for people and surroundings when they occur in

136 nflict outbreaks and climate-related natural disasters for the period 1980-2010.

137 In contrast, after the disaster, frequent social interactions reverted back to

138 conomic data for over 1,000 tropical cyclone disasters from 1979 to 2016.

139 the midsouth USA, which is prone to natural disasters from extreme climate events and is known histo

140 reats--such as a higher incidence of natural disasters, greater disease prevalence, fewer natural res

141 health before and after the occurrence of a disaster has been investigated, and the results suggest

142 >2 decades, conflicts and recurrent natural disasters have maintained Somalia in a chronic humanitar

143 In recent years, several extreme weather disasters have partially or completely damaged regional

144 Beyond their immediate effects on mortality, disasters have widespread, indirect impacts on mental an

145 Martin Gerdin and colleagues argue that disaster health interventions and decision-making can be

146 Simultaneously, natural disasters hinder their ability to operate at full capaci

147 Devoting too many resources to averting disaster, however, can impair quality of life, as in anx

148 ealth from these seafoods as a result of the disaster; however, the most contaminated areas were not

149 In times of distress, crisis, or disaster, human resilience depends on the richness and s

150 nd body weight among shrimp consumers in the disaster-impacted region.

151 e public perceptions regarding how secondary disaster impacts (mass migration into an undamaged area)

152 was established in 2010, 7 months before the disaster in Iwanuma, a Japanese city located 80 km from

153 thern Germany that, thus, witnessed a double disaster in the Middle Miocene.

154 wind events are among the costliest natural disasters in Europe, causing severe damages every year.

155 times leading to unexpected catastrophes and disasters in seemingly normal conditions.

156 Floods are a major contributor to natural disasters in Sumatra.

157 Hurricanes are the most destructive natural disasters in the United States.

158 ods rank among the costliest climate-related disasters in the world.

159 Nino Southern Oscillation, which can trigger disasters in various parts of the globe.

160 ptoms at baseline and experiences during the disaster (including loss of loved ones, housing damage,

161 g the patterns of many ambient exposures and disasters, including extreme temperatures, heat waves, w

162 As human-made disasters increase, our approach may be useful also in o

163 crises in history, it was foremost a social disaster induced by the lack of access to food and not t

164 timates, the community mostly relies on post-disaster insurance data, which is often not publicly ava

165 The 2010 Deepwater Horizon disaster introduced an unprecedented discharge of oil in

166 uals with PTSD in the aftermath of a natural disaster is associated with greater reach than UC, more

167 ud, the worst time of year for an earthquake disaster is between June and August.

168 Fire disaster is one of the most common hazards that threaten

169 Vulnerability to natural disasters is increasing globally(1-3).

170 ne (TC) is one of the earth's most hazardous disasters; it is intriguing to explore whether 'Gaia-lik

171 h the counterfactual frequency hidden by the disaster itself.

172 The unexpected nature of disasters leaves little time or resources for organized

173 The 2010 Deepwater Horizon disaster led to the largest ever marine oil spill.

174 e vulnerability of nuclear power plants to a disaster like the one that occurred at Fukushima Daiichi

175 Radioactivity released from disasters like Chernobyl and Fukushima is a global hazar

176 Although the rarity of nuclear disasters limits opportunities to undertake rigorous res

177 Disaster logs, patient injuries, and blood product data

178 work is directly applicable to debates about disaster management policy.

179 onsidered as part of the design of effective disaster mapping.

180 adically changed food access after a natural disaster may raise the risk of obesity among older survi

181 A nuclear disaster may result in exposure to potentially lethal do

182 ant in a climate change-affected world where disasters may occur in largely populated areas.

183 subjects after public health emergencies and disasters may pose ethical challenges.

184 ate Prefecture directly impacted by the 2011 disaster (mean age, 61.6 years; men, 36.0%).

185 ilitary medicine, humanitarian medicine, and disaster medicine that can inform in-hospital medicine,

186 asured using the Screening Questionnaire for Disaster Mental Health (n = 828).

187 ch to the delivery of timely and appropriate disaster mental health services may facilitate their int

188 gated, and the results suggest that national disasters might lead to emotional responses.

189 tissue infections was highest during natural disaster missions, intra-abdominal infections during hos

190 transportation, communication, agriculture, disaster mitigation and environment preservation.

191 hese outcomes, suggesting avenues for future disaster mitigation through the provision of mental heal

192 e very useful tool for hazard management and disaster mitigation, particularly for multi-hazard model

193 Here, we hypothesize that climate-related disaster occurrence enhances armed-conflict outbreak ris

194 of 9% regarding armed-conflict outbreak and disaster occurrence such as heat waves or droughts.

195 elevated risk of mortality on the day of the disaster (odds ratio = 3.90 [95% CI: 1.13, 13.47]).

196 11 March 2011, the day of the unforgettable disaster of the 9 magnitude Tohoku earthquake and quickl

197 intervention can avert a marine defaunation disaster of the magnitude observed on land.

198 tal mitigates the adverse effects of natural disaster on cognitive decline.

199 used on injuries from the World Trade Center disaster on September 11, 2001.

200 the 2010 Deepwater Horizon (Gulf of Mexico) disaster on the mental health of individuals involved in

201 deterioration and housing damage due to the disaster on tooth loss by fitting an instrumental variab

202 gate the impact of income shock from natural disasters on populations vulnerable to HIV transmission.

203 strategies that enable hospitals' effective disaster operations.

204 Human suffering as a result of natural disasters or conflict includes death and disability from

205 tly assesses how interventions, like natural disasters or conservation policies, affect ecological ti

206 ng the current moment as distinct from other disasters or large-scale trauma.

207 ributed to the socio-economic and ecological disaster over North America's Great Plains.

208 ohort study of survivors of a major bushfire disaster, participants (N=558) were assessed for probabl

209 ohort study of survivors of a major bushfire disaster, participants (N=558) were assessed for probabl

210 ulation displacement may occur after natural disasters, permanently altering the demographic composit

211 During the recovery period after a nuclear disaster, physicians might need to screen for psychologi

212 erable people, and residents after a nuclear disaster, physicians should receive training in nuclear

213 y accounted for in public health activities, disaster planning, and determinations of network adequac

214 rojections, which could be used for improved disaster planning.

215 a voice in hospital-wide and community-based disaster planning.

216 The BP oil disaster posed a significant threat to the U.S. seafood

217 his article, that address topics such as IRB disaster preparedness activities, informed consent, vuln

218 ence on vulnerable subpopulations can inform disaster preparedness and the understanding of climate c

219 Proper disaster preparedness requires attention to hospital-lev

220 r pre-disaster social support functions as a disaster preparedness resource to mitigate post-disaster

221 Virginia Murray reflect on the importance of disaster preparedness.

222 The World Trade Center (WTC) disaster presents a unique opportunity to describe the l

223 Hurricanes and other natural disasters produce public health and economic consequence

224 the public to stay away from windows during disasters, promoting use of rigid eye shields by first r

225 n southern coastal Louisiana, a particularly disaster-prone area of the country, revealed high rates

226 e in January, 2020, on the basis of the 2017 Disaster Protection Law.

227 (OSRC) work following the Deepwater Horizon disaster provide an opportunity to study associations be

228 it can limit the extent of an environmental disaster, public hazard and the associated financial imp

229 Special IRB Considerations in the Review of Disaster Related Research was formed to identify and add

230 Disaster-related "survival" traits that emerged from our

231 s and facilitated breakout discussions using disaster-related case studies.

232 Disaster-related personal experiences (e.g., housing dam

233 Identifying the disaster-related stressors that predict health adversity

234 The Deepwater Horizon disaster released more than 636 million L of crude oil i

235 approach for drinking water disinfection in disaster relief applications.

236 connected to the centralized water grid for disaster relief, rural, military, and other applications

237 rge numbers of patients during a large-scale disaster remains a concern.

238 fluid released during the Deepwater Horizon disaster, represented with 279-280 pseudocomponents, inc

239 cerns about the vulnerability of prospective disaster research participants, increased research burde

240 ations, confidentiality, participant burden, disaster research response integration and training, IRB

241 , community engagement, and dissemination of disaster research results.

242 ng group consists of a diverse collection of disaster research stakeholders across a broad spectrum o

243 ory challenges associated with the review of disaster research.

244 s hypothesized to be a crucial ingredient in disaster resilience.

245 Over the past 15 years, scientists and disaster responders have increasingly used satellite-bas

246 ture use of Earth observation technology for disaster response and mitigation by putting past and cur

247 case studies across peacetime, conflict, and disaster response environments.

248 s now an intrinsic component of managing the disaster response that follows a major earthquake.

249 ting the need for more intelligent design of disaster response that is not overly reliant on optical

250 ts to society, such as in search and rescue, disaster response, health care and transportation.

251 ency department resources needed for optimal disaster response.

252 hysicians should receive training in nuclear disaster response.

253 had income loss after a large-scale natural disaster resulted in between 1.56 (95% CI 1.55-1.57) and

254 es, improved energy use in food systems, and disaster risk management.

255 ide agricultural priorities in international disaster risk reduction and adaptation efforts.

256 toration in development, climate adaptation, disaster risk reduction and insurance.

257 ses can be largely contained using effective disaster risk reduction strategies.

258 izable contribution of ecosystem services to disaster risk reduction.

259 ially from ENSO, should be incorporated into disaster-risk analyses and policies.

260 ogy is applied to Lima, Peru, subjected to a disaster scenario following a magnitude 8.0 earthquake.

261 Survivors of natural disasters should be targeted with early interventions an

262 ed the Syrian conflict as the worst man-made disaster since World War II.

263 l in modern medicine, yet shortage of TPs in disaster situations and remote areas remains a worldwide

264 observations for global rapid assessment of disaster situations.

265 lite monitoring was used for assessing major disaster situations.

266 We examined whether pre-disaster social support functions as a disaster prepared

267 After the disaster, social interactions were linked to improved su

268 How do people behave when disasters strike?

269 ons to fishing activity are common following disasters such as hurricanes, oil spills, and tsunamis,

270 bellar control.SIGNIFICANCE STATEMENT Clumsy disasters such as spilling, dropping, and crushing durin

271 Past nuclear disasters, such as the atomic bombings in 1945 and major

272 articipants, increased research burden among disaster survivors approached by multiple research teams

273 ain observed body size distributions of some disaster taxa (e.g., Lystrosaurus).

274 co-occur with an acme of prasinophyte algae 'disaster taxa' also dominant in Triassic-Jurassic bounda

275 ced by climatic variations, whereas episodic disasters tend to have much smaller or no impact on such

276 lowing probable trauma exposure (ie, natural disaster, terrorism, and military deployment; n = 5302 w

277 spills, such as the Deepwater Horizon (DWH) disaster that occurred in 2010 in the Gulf of Mexico, co

278 birth cohort was exposed to a major natural disaster (the Canterbury, New Zealand, earthquakes in 20

279 Approximately two and a half years after the disaster, the follow-up survey gathered information abou

280 In the aftermath of a disaster, the risk of posttraumatic stress disorder (PTS

281 er and the 30th anniversary of the Chernobyl disaster, the two most catastrophic nuclear accidents in

282 of social capital can change after a natural disaster; thus far, no study has examined how changes in

283 and precipitation along with sudden natural disasters to infer their relative influence on migration

284 d private citizens to hardships-from natural disasters to mass shootings-is to offer "thoughts and pr

285 ese results demonstrate the dynamics of post-disaster vector-borne disease transmission, in the conte

286 n social capital affect the mental health of disaster victims.

287 political instability, and frequent natural disasters, warrant careful analysis of Bangladesh's appr

288 ng emotional & instrumental help) before the disaster was measured using four items.

289 Approximately 2.5 years after the disaster, we ascertained the residential addresses and h

290 mise in the context of the Deepwater Horizon disaster, we investigated changes to these biomarkers as

291 aster social capital and its changes after a disaster were associated with the onset of mental disord

292 deterioration and housing damage due to the disaster were significantly associated with 8.1% and 1.7

293 d community-level social cohesion before the disaster were significantly associated with lower risks

294 motional and instrumental support before the disaster were significantly less likely to develop depre

295 ns stave off slipping, spilling, and tilting disasters while manipulating objects.

296 ter externalizing symptoms 8 weeks after the disaster, while greater neural reactivity to pleasant im

297 o higher levels of stress related to natural disasters, while greater reactivity to and processing of

298 sources to populations affected by a natural disaster would significantly reduce the mental health bu

299 ellite data acquisitions over the earthquake disaster zone, our team undertook a satellite image surv

300 cuers during search and rescue operations in disaster zones, and to genetic computer algorithms explo