Abstract
Early Warning Systems: Reframing the Discussion
by Philip Hall
28 September 2006
For decades, the international community has discussed and
debated how coordinated, collaborative international action can
reduce the loss of life, property damage, and social and economic
disruption caused by natural disasters. The initial emphasis on
the development of disaster response capabilities has shifted to
the need to strengthen risk reduction and control mechanisms and
policies, and most recently, to the design and implementation of
better early warning systems. The emphasis on early warning
systems has turned attention and funding to the current
capabilities and developments in science and technology, and
unfortunately, distracted us from the central issue of addressing
the real needs of the communities and people at risk. The word
"early" in Early Warning emphasises the need to improve and
optimise not only the science and technology, but also the human
capability throughout the entire range of interactions that
support emergency management.
This paper argues from a background in mission critical systems,
project management and business performance, that we cannot
achieve the risk reduction and mitigation we seek until the
emphasis is placed on the leadership role of emergency management
in providing an effective early warning capability through the
integration of the improvements in science and technology with
traditional methods and an expanded commitment and involvement by
all those at risk. Emergency managers must actively lead, engaging
both the community and the strategic service providers (such as
scientists, engineers, infrastructure providers, public officials,
community emergency services, and the media) in the development of
the early warning capability, and strengthen and sustain that
capability through a continuous cycle of review, assessment and
improvement activities with the community and the strategic
service providers.
The international emphasis on early warning systems has shifted
the focus from emergency management to science and technology,
creating the impression that scientists and technologists should
be leading the development of a global early warning capability.
While there are important benefits to be gained from improving our
detection and interpretation systems for natural hazards, these
benefits cannot be fully realised unless these systems are
integrated into the all-hazards emergency management capability.
Adopting an all-hazards approach, in which local needs are clearly
identified and provided for in national and regional policies,
generates synergies and efficiencies that can – and must – be
leveraged in international strategic planning for early warning
capabilities.
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