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Title:

FRDC-DCCEE: a climate change adaptation blueprint for coastal regional communities

Project Number:

2010-542

Organisation:

University of Tasmania (UTAS)

Principal Investigator:

Stewart Frusher

Project Status:

Completed

FRDC Expenditure:

$663,596.18

Program(s):

Adoption, Environment, People

Final report 2010-542-DLD - A marine climate change adaptation blueprint for coastal regional communities

Final Report
ISBN:978-1-86295-733-6
ISSN:
Author(s):
Date Published:November 2013

Principal Investigator: Stewart Frusher

Key words: Coastal communities, climate change adaptation, marine sectors, qualitative modelling, web-based
adaptation blueprint.

Summary: Regional coastal community residents and individuals associated with different marine sectors around
Australia are intimate observers of local marine climate change phenomena. Even though often the
impacts of marine climate change are already being felt, they are sometimes not given due recognition as
a consequence of the multitude of non-climate pressures also impacting these marine sectors. Moreover,
the cumulative flow on consequences and knock-on economic effects of marine climate pressures are
rarely known or recognised.
The priority issue that needs to be addressed to encourage marine climate adaptation in regional coastal
communities is not the lack of tools to plan for adaptation. There are currently many toolboxes and
wizards freely available on the internet that detail planning- and risk assessment processes for developing
climate adaptation plans. Rather, there is a need to make clearly worded and locally relevant marine
climate change facts and data available and readily accessible. This type of information can provide a
conduit for communities to determine relevant economic and social vulnerability factors, assess marine
climate change knock-on effects and thus encourage them to prepare more detailed adaptation plans for
their regional coastal communities. From understanding the background, context, community links, and
potential community level implications it is more likely communities will be self-motivated and prepare a
marine climate adaptation plan that, beside the common elements like sea level rise, also includes the
issue of the impact on the marine environment per se.

A web-based blueprint, where much of the scientific information is not simply collated but communicated
to create interest for non-science users, has been developed (coastalclimateblueprint.org.au). Enhancing
the communication values of marine climate information, and the opportunity to update the information as
it becomes available is intended to improve general acceptance of the potential impact of marine climate
change. Aside from effective communication of marine climate information, the web-based blueprint also
allows users to carry out a simple and high level vulnerability assessment and prepare their own simple
adaptation plan online. The information provision and vulnerability assessment will require ‘minimal user
effort’ but will, nevertheless, be informative and is primarily aimed at illustrating the value of adaptation
planning and encouraging users to undertake more detailed adaptation planning in the future.
Aside from information included in the web-based blueprint, the case studies undertaken as part of this
project provided much information on the community’s marine climate observations and knowledge. The
community consultation process contributed to scientific knowledge and testing of methodological
applications. There are several scientific papers in review and development. The papers focus on
different aspects of using qualitative information from community interviews in modelling community
level climate and non-climate interactions and developing adaptations from this type of information. This
project has contributed to scientific knowledge and helped illustrate the value of qualitative modelling in
developing adaptation plans.
In summary, the project has had three clear outcomes: an insight into the community level understanding
of marine climate change; a web-based blueprint communicating marine climate knowledge and
information and also providing an opportunity for community level vulnerability assessments; and lastly,
an increased understanding of the usefulness of qualitative approaches to modelling marine climate
impacts at a community level.

Related Documents:

Objectives

1. Develop and trial a "blueprint" using three marine community case studies in southeastern, western and northern Australia, that objectively integrates a suite of adaptation assessment and evaluation tools for the provision of best choice marine climate change adaptation options to these coastal communities.

2. Compare and synthesise potential adaptation options across case studies to develop a) an understanding of the context dependence of adaptation in marine communities, and b) a portfolio of generic adaptation options for sub-tropical to temperate coastal and regional marine communities in Australia.

3. Based on the outcomes of 1 and 2, determine the broad representativeness of the blueprint to address the needs and priorities of coastal rural communities throughout Australia.

4. Develop capacity for inter-disciplinary research by training and mentoring two early career researchers.