Using international practice techniques in Texas: Hurricane Katrina experiences: receiving patients in Longview, Texas, 350 miles from ground zero.
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Each hurricane season, emergency-preparedness deployment teams including but not limited to the Office of Force Readiness and Deployment of the US Public Health Service, Federal Emergency Management Agency, Deployment Medical Assistance Teams, Veterinary Medical Assistance Teams, and the US Army and Air Force National Guard are at risk for deploying into hurricane-stricken areas that harbor indigenous hazards, including those posed by venomous snakes. North America is home to 2 distinct families of venomous snakes: 1) Viperidae, which includes the rattlesnakes, copperheads, and cottonmouths; and 2) Elapidae, in which the only native species are the coral snakes. Although some of these snakes are easily identified, some are not, and many rank among the most feared and misunderstood animals. This article specifically addresses all the native species of venomous snakes that inhabit the hurricane-prone regions of North America and is intended to serve as a reference to snake identification, basic field safety procedures, and the currently recommended first-aid measures for snakebite casualties.
OBJECTIVE: To determine the positive predictive value (PPV) of a clinical diagnosis vs laboratory testing for malaria in a remote field setting following a natural disaster. METHODS: During an observational study, as part of a disaster response in Mozambique, patients were clinically diagnosed and treated for malaria. The population included native tribes in remote areas and displaced persons in refugee camps representing all age groups, male and female. The diagnosis was made if patients exhibited at least 3 of the following historical features: fever, chills, headache, and nausea/vomiting (N/V). In addition they had to have either a tactile fever or palpable spleen. At the conclusion of the mission, 28 patients were prospectively tested with an antigen-capture assay for P. falciparum to determine the PPV of clinical diagnosis vs definitive laboratory testing. RESULTS: During the study period, 1215 of 4064 (30%) patients were diagnosed with malaria based on clinical presentation. On our final day, 28 consecutive patients with a clinical diagnosis of malaria were tested using an antigen-capture assay for P. falciparum. Of those, 25 tested positive-yielding a PPV of 89% (CI 0.78-1.01). CONCLUSION: In a remote field setting where malaria is endemic/epidemic, diagnosis of malaria based on selected historical and physical findings is possible with a high positive predictive value.
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Spacecraft travel higher and faster than aircraft, making breakup potentially less survivable. As with aircraft breakup, the dissipation of lethal forces via spacecraft breakup around an organism is likely to greatly increase the odds of survival. By employing a knowledge of space and aviation physiology, comparative physiology, and search-and-rescue techniques, we were able to correctly predict and execute the recovery of live animals following the breakup of the space shuttle Columbia. In this study, we make what is, to our knowledge, the first report of an animal, Caenorhabditis elegans, surviving the atmospheric breakup of the spacecraft that was supporting it and discuss both the lethal events these animals had to escape and the implications for search and rescue following spacecraft breakup.
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This paper describes a post-disaster mental health training program developed by the International Section of the Department of Psychiatry at Dalhousie University (Halifax, Canada) and delivered in Grenada after Hurricane Ivan struck the country in September 2004. This train-the-trainer program used an integrated community health model to help local health care providers develop the necessary skills for the identification and evidenced-based treatment of mental disorders occurring after a natural disaster. The approach also provided for ongoing, sustainable mental health care delivered in the community setting, as advocated by the World Health Organization and the Pan American Health Organization. This approach is in contrast to the largely ineffective and costly vertical whole-population psychosocial counseling activities that have often been used in the Caribbean following natural disasters.
Law No. 225/1992 established a National Service of Civil Protection, with the important role of 'safeguarding life, goods, settlements and the environment from damage deriving from natural disasters, catastrophes and calamities' (art. 1). This law arranges civil protection as a co-ordinated system of responsibilities administrated by the state, local and public authorities, the world of science, charitable organisations, the professional orders and other institutions, and the private sector (art. 6). The President of the Republic's Decree No. 66/1981 'Regulation for the application of Law No. 996/1970, containing norms for relief and assistance to populations hit by natural disasters--Civil Protection' mentions veterinary surgeons among the people that are called upon to intervene. In fact, in natural disasters the intervention of the veterinary surgeon is of great importance. The authors examine these laws and other legislation relating to the National Service of Civil Protection.
Biological emergencies such as the appearance of an exotic transboundary or emerging disease can become disasters. The question that faces Veterinary Services in developing countries is how to balance resources dedicated to active insurance measures, such as border control, surveillance, working with the governments of developing countries, and investing in improving veterinary knowledge and tools, with passive measures, such as contingency funds and vaccine banks. There is strong evidence that the animal health situation in developed countries has improved and is relatively stable. In addition, through trade with other countries, developing countries are becoming part of the international animal health system, the status of which is improving, though with occasional setbacks. However, despite these improvements, the risk of a possible biological disaster still remains, and has increased in recent times because of the threat of bioterrorism. This paper suggests that a model that combines decision tree analysis with epidemiology is required to identify critical points in food chains that should be strengthened to reduce the risk of emergencies and prevent emergencies from becoming disasters.
This paper describes the evolving nature of threats and vulnerabilities associated with biological disasters with animal origins, and introduces some of the pitfalls and opportunities associated with anticipating future threats. Evolving threats and vulnerabilities include continued deforestation and encroachment on virgin habitats, the effects of globalisation on trade and transportation, the increased interdependence and social vulnerability of modern society, the commingling of intensive agriculture and traditional farming methods, the periodic appearance of pandemics and epizootics, and indications that numerous human actors are displaying an increasing interest in and capability of using biological agents as weapons. These developments must be viewed in the context of various impediments to accurately gauging future threats, such as the appearance of new elements that depart from current trends and the inherent difficulty in anticipating human, and especially terrorist, behaviour. The paper concludes with some broad recommendations for structuring a policy response to the threat in an environment of uncertainty about the future.
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The lack of available data impedes the efficient delivery of health care in disaster situations. We present organizational information and patient data based on review of 924 consecutive admissions seen during our three-month experience as refugee camp pediatricians at Khao-I-Dang Holding Center for Kampucheans in Thailand. Most patients had severe and multiple common diseases, with pneumonia, diarrhea, measles, and meningitis having the highest incidence. To optimize care, the gathering and distribution of epidemiologic data, the development of laboratory facilities and treatment protocols, standardization of supplies, and the initiation of programs for disease prevention must be stressed.
Volcanoes erupt magma (molten rock containing variable amounts of solid crystals, dissolved volatiles, and gas bubbles) along with pulverized pre-existing rock (ripped from the walls of the vent and conduit). The resulting volcanic rocks vary in their physical and chemical characteristics, e.g., degree of fragmentation, sizes and shapes of fragments, minerals present, ratio of crystals to glass, and major and trace elements composition. Variability in the properties of magma, and in the relative roles of magmatic volatiles and groundwater in driving an eruption, determine to a great extent the type of an eruption; variability in the type of an eruption in turn influences the physical characteristics and distribution of the eruption products. The principal volcanic hazards are: ash and larger fragments that rain down from an explosion cloud (airfall tephra and ballistic fragments); flows of hot ash, blocks, and gases down the slopes of a volcano (pyroclastic flows); "mudflows" (debris flows); lava flows; and concentrations of volcanic gases in topographic depressions. Progress in volcanology is bringing improved long- and short-range forecasts of volcanic activity, and thus more options for mitigation of hazards. Collaboration between health professionals and volcanologists helps to mitigate health hazards of volcanic activity.
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