Particular attention is given on any traumatic experiences, including those related to the Tsunami, as well as those linked to violence and war situations.
Results of this survey yielded a 45% prevalence rate of post traumatic stress disorder among children in the North-East of the country affected by the tsunami.
This was only possible because we could build on a school-based mental health structure for war-affected children that had been established before the Tsunami.
Apart from this reason, interventions tailored to the context of mass disasters such as the Tsunami should be pragmatic and short to allow for a high number of affected individuals to be treated within a short time.
Thirty islands with a population of 0.18 million are affected by the tsunami and coastal flooding.
Habitats flooded with seawater once during tsunami were recorded with a mean salinity level of 18,250 ppm.
South Andaman, which was low endemic prior to tsunami, showed an increase in SPR for malaria to an extent of 5–6 folds during post-tsunami.
Such a situation is a consequence of land subsidence caused by tsunami with extremely favourable breeding habitats, which were non-existing prior to tsunami.
Overall, there was no indication of increased malaria vector breeding in tsunami-affected areas (R. R. Abeyasinghe, personal communication).
Therefore, at the country level, there is no evidence that the tsunami affected the incidence of malaria.
Therefore, at country level, there is no indication that the tsunami has affected surveillance capacity, neither negatively nor positively after the international aid effort.
On the Andaman and Nicobar Islands, the most important vector found breeding in tsunami-affected areas was the brackish water mosquito Anopheles sundaicus .
This experience introduced again the idea of comprehensive countermeasures, consisted of defense structure, tsunami-resistant town development and evacuation based on warning.
In 1960, the Chilean Tsunami damaged the whole Japanese Pacific coast.
The 1993 tsunami devastated a town protected by seawalls 4.5 m high.
The crucial key was a tide record to conclude that this tsunami was generated by a "tsunami earthquake".
How efficiently bodies were handled after the tsunami varied widely across and even within countries.
Some 226,408 people died in the tsunami that hit countries across South Asia on 26 December 2004.
The simplest form of identification used after the tsunami was visual recognition and photographs of fresh bodies.
The study was deliberately designed to compare and contrast the management of a large number of fatalities in different countries affected by the tsunami.
The prevalence of PTSD, Depression, and Co-morbid after the Tsunami were 33.6% 14.3% and 11.3% respectively.
To determine the risk and resiliency factors for PTSD by comparing a group of volunteer who developed PTSD from Tsunami with a group of individuals exposed to Tsunami who did not develop the disorder.
The purposes of this study in the first phase were to determine PTSD and other mental disorders among people age over 18 years old in 6 provinces affected by the Tsunami in Thailand by conducting the community survey from directed affected and controlled area in the same province.
It generated gigantic waves called Tsunami along the coast of Andaman Sea and Indian Ocean and claimed more than 300,000 lives from 11 affected countries including Thailand.
Aversive experiences related to the war, family violence and the Tsunami were added up to create a global indicator of stressful event load.
The latter result is in line with a number of studies reporting depression to be a frequent comorbid disorder among traumatized refugee children as well as among children in tsunami-affected areas .
More than 80% of the children had experienced at least one war event in the past, and almost half of the sample reported at least one event associated with the violent conflict in the last year. 70.9 % of the sample had been exposed to the Tsunami.
Aim of the present investigation was to establish the prevalence and predictors of traumatic stress related to war, family violence and the recent Tsunami experience in children living in a region affected by a long-lasting violent conflict.
Not with the tsunami monitoring networks that exist in the affected area today, say officials with the National Oceanic and Atmospheric Administration (NOAA).
This network, called Deep Assessment and Reporting of Tsunamis, is composed of two parts: a sea floor sensor and a buoy that relays tsunami information to warning centers on the ground by satellite communication.
Unlike the Pacific Ocean, which is wired for tsunami alerts by the United Nations Intergovernmental Oceanographic Commission, the Indian Ocean is largely devoid of comparable sensor technologies that detect earthquakes and issue tsunami warnings to affected countries.
Wood heads the secretariat for the Global Earth Observation System of Systems, an emerging international coalition that has set disaster reduction as one of nine priority areas [see “Terra Cognita: Using Earth Observing Systems to Understand Our World,” p. A98 this issue]. “We had already identified tsunami and related instrumentation as a necessity,” Wood says. “Now there’s a sense of urgency. [The December 26 tsunami] was a catalyst for action.
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