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I527-290 ESRIF Final Report (WEB).indd - European Commission

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ASSESSMENT OF<br />

THE SITUATION AND<br />

DECISION MAKING<br />

EFFECTIVE<br />

(MULTINATIONAL)<br />

COOPERATION<br />

COMMUNICATION AND<br />

INFORMATION TOWARDS<br />

THE MEDIA AND THE<br />

PUBLIC<br />

The leadership structure may require constant adaptation along with the development of<br />

the scene. Hand-over procedures together with legal provision controlling the access to<br />

information in all phases are required. In particular, as with the growing size of the incident,<br />

political considerations are involved.<br />

Individual organisations are well organised and perform well.<br />

Co-operation however requires a broad set of technical and non-technical skills. Each<br />

involved organisation including the industry directly aff ected by the accident follows<br />

individual goals with a culture typical for these organisations. Understanding not only these<br />

cultural diff erences but also motivation based on legal circumstance that may even result<br />

in diff erent technology used and incorporating them eff ectively into a Crisis Management<br />

team is crucial. This is a key challenge for crisis situations with a huge geographical spread.<br />

Specifi c challenges are diff erent standards for identifying hazardous materials and<br />

documentation, language barriers, diffi culties to trace back the manufacturer, the need<br />

for rapid risk assessment, based e.g. on real meteorological conditions on-site, realtime<br />

transmission of the risk assessment to the diff erent responding agencies, lack of<br />

interoperability of communication systems, lack of GIS systems and lack of standard<br />

formats, communication between responding agencies and between fi rst responders on<br />

the ground, diff erent standard operating procedures, lack of standardised denominators<br />

and terminology, lack of agreed standards for toxicity levels, etc.<br />

Modern communications technologies allow practically everyone to actively participate in<br />

the public perception of a crisis. Not only real time coverage of established news stations<br />

but also social networks (e.g. facebook, twitter) become opinion leaders generating<br />

information where the quality and validity is not confi rmed.<br />

The confi dence of the population in the acting authorities is under special scrutiny and<br />

aff ects cooperation in following instructions and orders.<br />

People tend to trust more in what friends say than what comes from an anonymous<br />

authority. Therefore information spread over social networks may strongly aff ect the public<br />

perception of a situation. The crisis responders need to<br />

Provide real time information to a multi-cultural audience and to overcome cultural and<br />

language barriers.<br />

Fight myths: toxic and moreover radiological and biological accidents generally generate<br />

great fear worsened by existing myths and misconceptions about the nature of the risk.<br />

PSYCHOLOGICAL NEEDS The emergent psychological needs of the population may aggregate and contribute to<br />

panic and disproportionate fear.<br />

The challenge is to provide acceptable psychological and psychosocial support (and<br />

possibly advice as far as managing the crisis is concerned) to the aff ected public and<br />

the Crisis Management teams, which also could suff er from the traumatic eff ects of the<br />

incident.<br />

CONSEQUENCE<br />

MANAGEMENT<br />

Table 7: Challenges to the “Major Industrial Accidents” risk scenario<br />

Interruption of critical infrastructure for a long period of time leads to massive outfall.<br />

Ensuring business continuity, however, protection of the environment and maintaining<br />

public order are particular challenges for consequence management.<br />

In the case of biological and radiological contamination, however, the crisis may last<br />

for many years, demanding long-term oriented, sustainable response and recovery<br />

measures.<br />

4.2.5 Core Challenges for Crisis Management<br />

The detailed assessment of the four selected risk scenarios reveals diff erent perspectives, as well as a common notion of<br />

the main operational challenges for Crisis Management. This conforms to the initial hypothesis that CM needs are rather<br />

independent from specifi c incidents.<br />

109

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