In 2013, a 2‐year‐old boy in Guinea in West Africa was infected with the Ebola virus. In the following months, the virus spread quickly, eventually reaching the USA and Western Europe and causing the largest Ebola epidemic to date. For risk communicators, the epidemic is an interesting case study for risk communication in both African and Western countries during a crisis. It raises intriguing questions: Was the public efficiently and appropriately informed during the outbreak? Can risk communication serve as a preventive measure to avoid panic and to persuade populations of necessary health measures? Why did the first Ebola cases outside Africa trigger exaggerated and even hysterical media reports in the USA and Spain? Which countries provided reliable information to the public through adequate communication, including on scientific uncertainties?The experience from the Ebola epidemic […] show that communication in times of crisis is more efficient if the public has trust in the competent authorities and expertsGlobalisation has created unprecedented freedom to travel to other countries, to experience foreign cultures or to buy exotic products from local markets and supermarkets. On the downside, it has also enabled infectious agents to quickly spread around the globe, as has happened in the past 10 years with severe acute respiratory syndrome (SARS), H5N1 avian influenza and Ebola. The high mortality rate of some of these diseases and the sometimes‐exaggerated media coverage of their spread has frightened people at times. On the other hand, communication by public institutions and experts—and by the media—has played an important role in adequately presenting the risks of various outbreaks and preventing the public from panicking. The experience from the Ebola epidemic—and the preceding cases of SARS and H5N1—shows that communication in times of crisis is more efficient if the public has trust in the competent authorities and experts. This trust has to be built up before any crisis emerges by providing comprehensive, transparent and easy‐to‐understand information on risks and the current degree of scientific uncertainty.The Ebola outbreak in 2013 was most likely caused by a zoonotic transmission of the virus from a bat to a 2‐year‐old boy in December 2013 in Guinea 1, 2. On 23 March 2014, Guinea's Ministry of Health officially informed the WHO about the outbreak. The virus quickly spread in Guinea and Sierra Leone, whereas there were few signs of the coming epidemic in Liberia as of July 2014. On 8 August 2014, the WHO publicly announced that the Ebola outbreak in West Africa had been underestimated and pronounced it a Public Health Emergency of International Concern (PHEIC). In early September 2014, the situation had deteriorated to the point that the WHO recommended “unconventional interventions” to stem the outbreak. In Guinea and Sierra Leone, the health system had collapsed and newly opened treatment centres filled up quickly with new patients. On 18 September 2014, the UN Security Council announced the United Nations Mission for Ebola Emergency Response (UNMEER) to provide help to Guinea, Liberia and Sierra Leone. In the same month, the first person infected with Ebola outside Africa was diagnosed in the USA.When the CDC publicised the case of the patient in Dallas at the end of September, it triggered a wave of media reports and political posturingTo date, more than 28,000 people have contracted Ebola and more than 11,300 people have died, but the epidemic has nearly abated (Fig 1). As of June 2015, the number of patients infected with Ebola outside Africa was 21. Ten patients have received treatment in the USA, and the rest were treated in Spain, Germany, the UK, Italy and Switzerland. Two patients have died in the USA and one each in Spain and Germany.
Figure 1
Timeline of the 2013–2015 Ebola outbreak in West Africa.
Timeline of the 2013–2015 Ebola outbreak in West Africa.
The incubation period for Ebola is three weeks, which makes outbreaks difficult to control even under optimal conditions, as infected but symptom‐free persons move around and travel. In addition, the affected West African countries lacked nearly everything they would have needed to efficiently handle the epidemic. They had insufficient laboratory capacity for quick and reliable diagnosis, insufficient medical and nursing staff, inadequate hygienic conditions and a lack of bed capacity and isolation facilities, technical equipment, protective gear for nursing staff and financial resources. Moreover, the affected countries did not have any experience with treating Ebola infections, and both nursing staff and the general population had no knowledge about the transmission paths of the virus. In addition, patients who were already suffering from other illnesses had hardly any chance of getting adequate treatment. As a consequence, maternal and infant mortality increased during the Ebola outbreak.Specific cultural and social factors created further obstacles to controlling the epidemic in West Africa. The disease quickly spread within densely populated urban areas and large numbers of infected people crossed national borders. Moreover, parts of the West African population initially repudiated treatment and helpers were threatened. In the early stages of the epidemic, admission to an Ebola treatment centre was seen as a disruption of familial connections in combination with detainment before an inevitable death. Traditional burial practices also played a role in the quick spread of the disease, as victims carrying a heavy viral load were customarily washed, dressed in new clothes and buried by their relatives, who ended up infected as a result. This practice was eventually declared illegal by the governments of the affected West African countries and, where possible, replaced by safe burial practices.There is a fine line between providing reassurance that everything is under control and perpetuating a false sense of securityThe first patient diagnosed with Ebola outside Africa was Thomas Eric Duncan, a 42‐year‐old man from Liberia who had contracted the virus in his home country when he helped a pregnant woman suffering from Ebola into a taxi. The pathogen was only diagnosed on 29 September 2014 after he had travelled to the USA to visit his family in Texas. Duncan died on 8 October at Texas Health Presbyterian Hospital in Dallas. Several Ebolapatients were also treated in Spanish hospitals. The first two patients who had contracted Ebola in Liberia and Sierra Leone were flown out to Spain, but died three and five days later, respectively. A Spanish nurse contracted the infection when caring for one of the patients, a 69‐year‐old clergyman who had worked in Sierra Leone. It was the first case of a human‐to‐humanEbola transmission outside Africa. In the UK, a female health worker was diagnosed with Ebola on 29 December 2014 after voluntary work in Sierra Leone. After strict quarantine and monitoring measures, the UK was declared “Ebola‐free” after her recovery and after all contact persons tested negative in March 2015.Worldwide, countries reacted differently to the Ebola crisis. Canada, Australia and Saudi Arabia refused to allow the citizens of West African countries to enter. Some European countries, including the UK, increased border controls and conducted health checks by customs officials, while other EU countries including Germany dispensed with border control measures, as the Federal Ministry of Health considered the risk that the disease would spread via air travel to be very low. In the USA, the Centers for Disease Control and Prevention (CDC) issued a Level 3 travel warning, advising people not to travel to West Africa unnecessarily.Western governments and governmental institutions quickly began to provide relevant information about Ebola to the public. In July 2014, the CDC issued general and target‐specific information for healthcare workers, airline crews and airline cleaning personnel as well private and business travellers. The situation in the USA intensified when the media began reporting on Duncan after he developed symptoms of the disease. The CDC announced that it was unlikely that he had passed on the disease to fellow travellers but set up a hotline for people worried that they may have been exposed to the virus. It also issued a statement to the effect that it knew exactly how to stop the spread of the virus “We do know how to stop Ebola's further spread” [http://www.cdc.gov/media/releases/2014/s930-ebola-confirmed-case.html].UNMEER and various US agencies also published information encouraging Africans living in the USA to reach out and inform the people in West Africa directly. The pamphlet “Guineans in the US: Be a Hero” urged Guineans living in the USA to tell their friends and families in Guinea how to avoid contracting the disease and how to act in case of an infection (Fig 2). In cooperation with Sierra Leone's Ministry of Health and Sanitation, similar information was compiled to inform travellers, people suffering from Ebola, their relatives and nursing staff. Another flyer informed people “How to talk with your children about Ebola”.
Figure 2
Information material on the issue of Ebola and reduction of the risk of infection through behavioural changes for persons from Guinea in the USA.
Information material on the issue of Ebola and reduction of the risk of infection through behavioural changes for persons from Guinea in the USA.
http://www.medbox.org/poster/guineans-in-the-us-be-a-hero/toolboxes/previewThe WHO began to regularly publish information about the West African outbreak on their website at the beginning of August 2014. At the 68th World Health Assembly in May 2015, measures were suggested for a quicker response to emergency situations to ensure more effective coordination, to actively involve the public and to improve public relations. Shortly before the 68th World Health Assembly, the WHO published an interim report of an independent expert committee. In a statement released in October 2014, the WHO considered the probability that the Ebola virus would spread in Europe as very low, but asserted that sporadic cases may occur as a result of international travel.The European Centre for Disease Prevention and Control (ECDC) communicated about the outbreak of Ebola in West Africa through regular “rapid risk assessments”. In addition, the European Commission reported in March and April 2014 on new emergency aid programmes for West Africa. The personal message released by Toni Borg, Commissioner of Health, was written in the first person singular and its tone is deliberately emotional. In addition, the European Food Safety Authority (EFSA) published a scientific report on the risk of Ebola transmission through bush meat illegally imported from West and Central Africa in November 2014, followed by a report on the risk of virus transmission from pets to humans in December 2014, and on the risk of Ebola transmission through the consumption of raw fruits or vegetables imported from African countries.The heated arguments between political parties in the USA about the security of America in the face of the Ebola outbreak […] are reminiscent of the fear of AIDS many years agoIn Germany, the Robert Koch Institute (RKI) published the so‐called Framework Concept for Ebola Fever with the subtitle “Preparation for Measures in Germany” (http://www.rki.de/DE/Content/InfAZ/E/Ebola/Rahmenkonzept_Ebolafieber.html) after a patient was flown to Germany for treatment in August 2014, which itself was announced via a press conference on the same day. The Framework Concept provided information and recommendations for disease management and adjusted existing crisis reaction plans to reflect the present risk situation. Similar to the CDC, the RKI also published information, recommendations and training material for specific target groups such as airport staff, helpers returning from Africa, health authorities, physicians, nursing staff and the public.The media began to cover the Ebola epidemic in West Africa in early 2014 after it became clear that the virus was quickly spreading over national borders and into urban areas. The US media also began to address misleading reports and warned of the usual rumour mills and conspiracy theories as shown, for example, by an article in the Washington Post on 20 July 2014: “There is no such thing as Ebola” [https://www.washingtonpost.com/news/morning-mix/wp/2014/07/18/there-is-no-such-thing-as-ebola/]. Nonetheless, the mainstream media could not resist engaging in fear mongering. In a comment in the New York Times on 12 September 2014, Michael T. Osterholm, Director of the Center of Infectious Disease Research and Policy at the University of Minnesota, adumbrated a scenario that should keep Americans awake at night: that the Ebola virus could mutate and become airborne, and through air traffic spread worldwide to other major urban centres (“What we're afraid to say about Ebola?”). His statements were intended to foster understanding for the government's measures, but were perceived by the public as alarming. Another article in The Washington Post on 21 September 2014, “The wrong reaction to Ebola” lamented the suggestions made to Western audiences by dismal images of people wearing whole‐body protective suits transporting corpses in Africa (Fig 3). The Post argued that the press kept referring to the “killer virus” and “poor Africans”, and that it was therefore not surprising that “such diseases” affected “such people”. The author, himself from Sierra Leone, was critical of the absence of the humanitarian context in the press: reports on what happened to individual families in Africa or helpers who infected themselves, and how these people survived.
Figure 3
Helpers in protective suits carry an Ebola victim in West Africa.
Authors: Almudena Marí Saéz; Sabrina Weiss; Kathrin Nowak; Vincent Lapeyre; Fee Zimmermann; Ariane Düx; Hjalmar S Kühl; Moussa Kaba; Sebastien Regnaut; Kevin Merkel; Andreas Sachse; Ulla Thiesen; Lili Villányi; Christophe Boesch; Piotr W Dabrowski; Aleksandar Radonić; Andreas Nitsche; Siv Aina J Leendertz; Stefan Petterson; Stephan Becker; Verena Krähling; Emmanuel Couacy-Hymann; Chantal Akoua-Koffi; Natalie Weber; Lars Schaade; Jakob Fahr; Matthias Borchert; Jan F Gogarten; Sébastien Calvignac-Spencer; Fabian H Leendertz Journal: EMBO Mol Med Date: 2015-01 Impact factor: 12.137
Authors: Gary Wong; Emelissa J Mendoza; Francis A Plummer; George F Gao; Gary P Kobinger; Xiangguo Qiu Journal: Expert Opin Biol Ther Date: 2017-11-17 Impact factor: 4.388