Good emergency management practice: the essentials

Page 86

Good Emergency Management Practice: The Essentials

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fires called the Incident Command System (ICS). An outbreak of an infectious disease has many parallels to a forest fire in that it starts small and spreads, sometimes rapidly, and may also start up in areas distant from the initial outbreak. Both require speed and flexibility of command and control structures to achieve effective control and eradication. The ICS is a “standardized on-scene emergency-management concept specifically designed to allow its user(s) to adopt an integrated organizational structure equal to the complexity and demands of single or multiple incidents, without being hindered by jurisdictional boundaries.”6 The following text is the overview of ICS Wikipedia7 in April 2010. ICS consists of a standard management hierarchy and procedures for managing temporary incident(s) of any size. ICS procedures should be sanctioned by legitimate authorities, and then applied in training well before an incident occurs. ICS includes procedures to select and form temporary management hierarchies to control funds, personnel, facilities, equipment and communications. Personnel are selected according to standard rules previously sanctioned by legitimate authorities. ICS is a system designed to be used or applied from the time an incident occurs until the requirement for management and operations no longer exist. ICS is interdisciplinary and organizationally flexible to meet the following management challenges: –– Meets the needs of a jurisdiction to cope with incidents of any kind or complexity

(i.e. it expands or contracts as needed);

–– Allows personnel from a wide variety of agencies to meld rapidly into a common

management structure with common terminology;

–– Provides logistical and administrative support to operational staff; –– Be cost-effective by avoiding duplication of efforts and continuing overhead; –– Provide a unified, centrally authorized, legitimate emergency organization.

The key elements of ICS can be summarized as: • the modular structure; • scalability; • integration of logistics and operations; and • the multidisciplinary element. While ICS may or may not be formally adopted, a modular command and control system is needed. This is the principle behind the structure discussed above of having separate units for surveillance, culling, biosecurity, etc. Each unit has a defined responsibility that is discharged by the head of that unit and each unit should be allowed to grow to meet the size of the task. Within each unit, the head of the unit has day to day operational responsibility with a system of regular reporting back to and receiving instruction from the next level of the hierarchy.

National (ANIMAL) Disease Control Centre Countries should establish a permanent NDCC. In the event of an outbreak of an emergency animal disease, the NDCC should be responsible to the CVO for coordinating all emergency disease-control measures in the country, and it should be in proximity to the 6

Source: Justice Institute of British Columbia, Canada, on ICS.

7 http://en.wikipedia.org/wiki/Incident_Command_System


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D: GEMP checklist

3min
pages 121-124

C: Risk analysis

18min
pages 111-120

A: Animal disease emergencies: their nature and potential consequences

9min
pages 103-106

Technical and financial support

2min
page 100

B: Risk periods

7min
pages 107-110

Restocking

2min
page 99

Stopping vaccination

2min
page 96

Recovery and rehabilitation of affected farming communities

2min
page 98

Declaration of official recognition of animal disease status

3min
page 97

Communication guidelines – press and public during outbreaks

1min
page 91

Local Disease (Animal) Control Centres

4min
pages 87-88

Difficult or marginalized areas

2min
page 90

National Disease (Animal) Control Centre

2min
page 86

Command and control during an outbreak

2min
page 84

Resource plans

1min
page 79

Risk enterprise manuals

1min
page 78

Operational manuals (or standard operating procedures

3min
pages 76-77

The geographical extent of culling: wide area culling or on a risk-assessed basis

2min
page 66

Management information system: the key indicators of progress

2min
page 69

Culling and disposal

2min
page 65

Contingency plan contents

6min
pages 72-75

Outbreak investigation

1min
page 70

Submission of samples from initial events to regional and world reference laboratories

1min
page 62

Animal health information systems

2min
page 59

Laboratory diagnostic capabilities

2min
page 60

Training veterinarians and other animal health staff

2min
page 55

Other strategies

2min
pages 51-52

Interface between field veterinary services and livestock farmers/traders

2min
page 54

Live bird marketing systems

2min
page 49

Developing cross-border contacts with neighbouring administrations

2min
page 46

Risk analysis processes in animal disease emergency planning

4min
pages 39-40

Incorporating risk analysis into the contingency plan

2min
pages 41-42

Illegal imports

2min
page 45

Updating disease plans

1min
pages 35-36

Contingency plans and operations manuals

2min
page 32

Public awareness

2min
page 34

A national disaster plan

3min
pages 18-20

Surveillance systems

2min
page 31

Compensation policy

2min
page 30

Factors affecting the frequency, size and length of disease emergencies

3min
pages 14-15

Role of central government, local authorities and the private sector

3min
pages 25-26

The required elements of preparedness planning

2min
page 17

Financing

2min
page 29

The value of planning for emergencies

2min
page 16
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