Guiding Sustainable Adaptations to the Impacts of Climate Change
Submitting Institution
University of East AngliaUnit of Assessment
Earth Systems and Environmental SciencesSummary Impact Type
EnvironmentalResearch Subject Area(s)
Mathematical Sciences: Statistics
Environmental Sciences: Environmental Science and Management
Summary of the impact
The United Kingdom is today better adapted to climate risks as a result
of a sustained programme
of research completed by the School into the impacts of climate change on
ecological, social and
infrastructural systems. This work has had significant and continuing
impact on the design and
implementation of UK (and international) climate adaptation strategies and
policies, especially with
regard to flooding, the built environment and water and coastal
management. Decision-support
tools (such as climate scenarios and options appraisal) and direct policy
advice produced by the
School have been used by numerous public and private sector organisations
to inform and guide
their adaptation strategies and investments.
Underpinning research
Since 1980, the School of Environmental Science's Climatic Research Unit
(CRU) has undertaken
ground-breaking work on the development of scenarios of regional climate
change. During the
1980s, CRU was one of the few groups in the world using global climate
model simulations to
guide climate scenario construction. This research later exploited new
regional climate models and
developed statistical downscaling techniques to provide scenario
information at the finer spatial
scales requested by decision-makers. Sustained work by scientists in the
School — Jones (in post
since 1976), Wigley (1978-2010), Goodess (since 1982) and Hulme
(1988-2013) — developed a
range of climate scenario methods and techniques, e.g. multi-model
scenario composites, regional
pattern-scaling, climate scenario generators and statistical weather
generators [1]. This work has
resulted in national, regional and global climate scenarios constructed
for UK and European
governments and for UN organisations. Building on this scenario work and
continuing today, work
by Goodess, Hulme, Jones, Warren (since 2002), Watkinson
(since 1976) has simulated the
physical and social impacts of climate change and extreme weather at
global, European [2] and
UK scales and for a wide range of sectors (water, agriculture, flooding,
built environments [3],
human migration, coastal processes, biodiversity and human health).
Risk-response metrics in a
number of these sectors have been developed [4], suitable for a wide range
of policy applications.
The winning by the School in 2000 of the joint Research Council contract
to establish the Tyndall
Centre (£19m core funding, 2000-2009, plus over £10m funding in levered
contracts) enabled one
of the world's earliest coherent research programmes on climate change
adaptation to be
established. This Tyndall Centre programme was led by School researchers (Adger
1992-2012;
O'Riordan since 1971, now Emeritus; Hulme) and has produced
over 200 peer-reviewed
publications and more than ten books with leading publishers; the current
Director is Corrine
LeQuerre (since 2005). The group pioneered the development of
metrics for vulnerability, adaptive
capacity, resilience and equity which have been applied to the design and
evaluation of adaptation
planning and decision-making in the UK and globally. This work has also
stimulated new thinking
around the principles of fair and resilent adaptation [5], with particular
applications to policies
dealing with coastal retreat and the rights of indigenous peoples. The
School's adaptation
programme also published research exploring the meaning of `dangerous
climate change' — a
central concept in international climate change negotiations — and on
establishing where limits to
adaptation to climate change may reside [6], be they in the policy system,
in wider society or in
human cognition.
The quality of our pre-eminent work on climate scenarios was evidenced
through CRU being
contracted to host the IPCC's scenario data centre from 1997 to 2002. The
world-leading research
in these areas is also evidenced through: a) Hulme being appointed
to co-convene the climate
scenarios chapter in the Third Assessment Report of the Intergovernmental
Panel on Climate
Change (IPCC); b) Adger to co-convene the adaptation chapter in
the Fourth Report; c) Adger to
co-convene the human security chapter and Warren the emergent
risks and key vulnerabilities
chapter in the Fifth Report; and d) Warren being appointed as
co-Chair elect of the new IPCC
Task Group on Data and Scenarios Support for Impact and Climate Analysis.
References to the research
(UEA authors in bold) {citations in Scopus unless otherwise
stated}
[1] Hulme, M., Raper, S. C. B. and Wigley, T. M. L.
(1995) An integrated framework to address
climate change (ESCAPE) and further developments of the global and
regional climate
modules (MAGICC) Energy Policy 23 347-355 doi:
10.1016/0301-4215(95)90159-5 {51}
[2] Hulme, M., Barrow, E. M., Arnell, N. et al. (1999)
Relative impacts of human-induced climate
change and natural climate variability. Nature 397 688-691
doi: 10.1038/17789 {121}
[3] Goodess, C.M., Hall, J., Best, M., Betts, R., Cabantous, L.,
Jones, P.D., Kilsby, C.G.,
Pearman, A. and Wallace, C.J. (2007) Climate scenarios and
decision making under
uncertainty. Built Environment 33 10-30 doi:
10.2148/benv.33.1.10 {11}
[4] Warren, R., Price, J., Fischlin, A., de la nava
Santos, S. & Midgley, G. (2011) Increasing
impacts of climate change upon ecosystems with increasing global mean
temperature rise.
Climatic Change 106 141-177 doi: 10.1007/s10584-010-9923-5
{9}
[5] Adger, W. N., Paavola, J., Huq, S., and Mace, M. J. (eds)
(2006) Fairness in Adaptation to
Climate Change. MIT Press: Cambridge 317pp. ISBN: 978-0-262-51193-3
{230 Google
Scholar}
[6] Adger, W.N., Dessai, S., Goulden, M., Hulme, M.,
Lorenzoni, I., Nelson, D., Otto-Naess,
L., Wolf, J. and Wreford, A. (2009) Are there social limits
to adaptation to climate change?
Climatic Change 93 335-354 doi: 10.1007/s10584-008-9520-z,
{200}
Details of the impact
UK adaptation policy and regulatory development has been influenced
through the codified
knowledge of possible future climate impacts and adaptation options
developed in the School.
Hansard cites links to our work in three White Papers between 2001 and
2005 and three policy
briefings from the Parliamentary Office for Science and Technology, one of
which was authored by
a School secondee to Parliament, have relied heavily upon this work [7].
These findings have been
presented through personal briefings to successive Secretaries of State
for the Environment
(Beckett, 2001-05; Miliband, 2005-07; Benn, 2007-10); to parliamentary
select committee inquiries
(International Development; Science and Technology; Energy and Climate
Change; Environment
Audit [e.g.8]); and to devolved administrations in Belfast, Cardiff and
Edinburgh. Liss (since 1971)
served on the UK's Royal Commission on Environment and Pollution for their
2010 report on
Adapting Institutions to Climate Change. Warren led
Workstream 1 of the AVOID programme
funded by the Department of Energy & Climate Change during 2009-2013
to inform UK's mitigation
and adaptation strategies. Watkinson was seconded to lead Living
With Environmental Change
from 2008-2013.
The School provided a team (led by Hulme) which designed and
delivered the UKCIP02 climate
scenarios for Defra [9]. The UKCIP02 scenarios have been cited over 1,100
times (half of which
are in the period 2008-2013) in academic, policy and applied studies and
used by large numbers of
public and private sector organisations in their strategic planning and
decision-making in the period
from 2002-2010. One specific example of their impact concerns the UK
Government's 2004
Foresight report on future flood risk [10]. Watkinson was one of
the six lead authors of this peer-reviewed
study, and Jordan (since 1992) a contributing author, which drew
specifically on the
UKCIP02 climate scenarios. The report was commissioned by the DTI and
received by Defra and
constituted the primary evidence base for the subsequent policy document Making
Space for
Water; in turn it directly informed a multi-million pound uplift in
the flood risk management budget
announced by Defra in 2006. The national benefits of this work and policy
advice, through
improved flood defence, continue to be realised throughout the period to
2013 — and beyond. The
innovative methodology developed for this purpose [10] has also informed
flood risk management
in other parts of the world (China and the USA). The UKCIP02 scenarios
also guided the
development of the new 2009 national building design data for the Chartered
Institute of Building
Service Engineers and improved the resilience of new buildings to
future weather extremes [11].
The School's underpinning research also made substantial contributions to
the most recent update
of these scenarios: the 2009 UK Climate Projections (UKCP09). Their
development was led by the
Hadley Centre who refined the UKCIP02 scenarios through adding detailed
probabilistic
assessments of uncertainty and extreme weather outcomes. Goodess'
work [3] provided
justification for this approach and she also served as a member of the
UKCP09 science steering
committee and as an international reviewer for Defra. Jones,
together with the University of
Newcastle, developed the UKCP09 weather generator (WGen) which allows
public and private
sector users to generate scenarios of local extreme weather events. The
UKCP09 scenarios
formed the basis of the 2012 National Climate Change Risk Assessment
[12] and have been used
by over 100 public and private sector organisations for developing their
adaptation strategies, e.g.
Network Rail; the Lighthouse Authority; Severn Trent Water; Anglian Water
[12]. Some of the
development work of WGen was undertaken for the Environment Agency which
now uses the
derived `EarWig' tool on an operational basis [13]. Further applications
of WGen are focused on
urban planning and adaptation decision-making by regional policymakers
such as the Greater
London Authority and third sector bodies such as the Commission for
Architecture and the Built
Environment and the Town and Country Planning Association. Through a
series of EU FP6 and 7
funded projects, the School's work on climate scenarios, impacts and
adaptation assessments has
informed the EU's 2009 White Paper on Adapting to Climate Change:
Towards a European
Framework for Action [14].
The School's work on adaptation has influenced the large-scale
disbursement of funds to
developing countries to adapt to the impacts of climate change. It has
informed the 2010 World
Development Report of the World Bank (Adger scientific advisor,
2008-2010) and contributed to
UNDP's Adaptation Policy Frameworks and FAO's 2009 assessment of
adaptation for fisheries as
part of World Food Summit [15]. On the basis of research in the School on
climate change and
migration funded by the MacArthur Foundation, Adger served as a
member of the Lead Expert
Group for Government Office Science Foresight 2011 report on migration and
global environmental
change [16], for which Goodess (extreme events) and Jordan
(adaptation policy coordination)
produced expert review papers and Watkinson was on steering group.
The expertise of the
Tyndall Centre on sustainable adaptation and the impacts of climate change
are being adopted in
China through the establishment of a Tyndall Centre in Fudan University,
funded by the Chinese
government with a 15-year commitment and £2 million budget for phase I
(2013-2014).
Sources to corroborate the impact
[7] POST Notes 232 (2004), 342 (2009) and 373 (2011)
Archived at:
http://www.parliament.uk/mps-lords-and-offices/offices/bicameral/post/publications/postnotes/
These Notes dealt with adaptation in the UK and developing countries to
urban flooding,
health impacts and coastal management.
[8] House of Commons (2010) Environmental Audit Committee Minutes
Archived at: http://www.parliament.uk/documents/documents/upload/eacfm0910web10.pdf
Showing that on 19/1/10 Adger and Rayner from Tyndall Centre presented
oral evidence on
the topic of Adapting to Climate Change.
[9] Climate
Change Scenarios for the UK: the UKCIP02 Briefing Summary
(2002)
[10] Office of Science and Technology (2004) Foresight
Project: Flood and Coastal Defence
The science underpinning the report is published as Future flooding
and coastal erosion risks
(2007) ISBN: 978-0-7277-3499-5
This policy-relevant report was highlighted in the 2012 Academy of Social
Sciences
publication "Sustainability,the
environment and climate change" that contained a series of
case studies with high impact.
[11] Chartered Institute of Building Engineers (2009) TM48: The Use
of Climate Change Scenarios
for Building Simulation: the CIBSE Future Weather Years ISBN-10:
1906846014
Includes the testimonial from Dr Hywel Davies (Technical Director, CIBSE):
"The publication of the TM48 and the future weather files, derived from
the UKCP02
scenarios, has enabled building design professionals in the UK to assess
building
performance under future climate scenarios and increase the resilience
of their design
solutions. The resource has seen steady increase in their uptake since
its launch by both
industry and policy which has led CIBSE to further revise and expand its
guidance and
resources relevant to the adaptation of buildings to the impacts of
climate change."
[12] Defra (2012) The
UK climate change risk assessment Government report
For evidence of organisational use see:
a) Defra (2011) Adapting
to Climate Change: helping key sectors to adapt to climate change
b) Defra (2013) The
National Adaptation Programme: Making the country resilient to a
changing climate, p36:
"Severn Trent and Anglian Water are using the UKCP09 Weather Generator
tool with
Anglian Water also using the UKCP09 Threshold Detector tool to assess
climate change
risks"
c) Tang,S. and Dessai,S. (2012) Usable science? The UK Climate
Projections 2009 and
decision support for adaptation planning
Weather, Climate & Society 4, 300-313,
doi:10.1175/WCAS-D-12-00028.1
[13] North
East Climate Change Adaptation Study
See statement on p.2:
"The Environment Agency Rainfall and Weather Impacts Generator (EARWIG)
was
developed for the EA by Newcastle University and the University of East
Anglia"
The organisations now using the UKCP09 Weather Generator Tool (Wgen) can
be found at:
http://ukclimateprojections.defra.gov.uk/23081
[14] EU Commision (2009) Underlying
impact assessment report accompanying the 2009 EU
White Paper Adapting to climate change: Towards a European framework
for action
See: page 45: The ADAM project (led by Hulme) and the ENSEMBLES
and PESETA
projects (to which the School made substantial contributions) are
identified as providing
major inputs to the assessment.
[15] Brooks and Adger Assessing and enhancing
adaptive capacity, Chapter 7 (pages 165-181)
In: Lim, B., Spanger-Siegfried, E., Burton, I., Malone, E. and Huq, S.
(eds) Adaptation Policy
Frameworks for Climate Change: Developing Strategies, Policies and
Measures (2005)
Cambridge University Press ISBN: 052161760X
Also: Daw, Adger, Brown, and Badjeck Climate change and
capture fisheries, pp. 107-153
In: K. Cochrane, C. De Young, D. Soto and T. Bahri (eds). Climate
Change Implications for
Fisheries and Aquaculture. Overview of Current Scientific Knowledge
(2008) FAO Fisheries
and Aquaculture Technical Paper No. 530 ISBN: 9789251063477
[16] BIS (2011) Foresight
Project: Migration and Global Environmental Change: Future Challenges
and opportunities
See also: Jordan (2011) Policy
Development Review PD 18: The European Union:
coordinating environment and migration policies? Which was
commissioned as part of the
Foresight Project: Migration and Global Environmental Change
The one year review into the impact of the Migration and Global
Environmental Change report
on government and others can be found at:
http://www.bis.gov.uk/assets/foresight/docs/migration/12-1265-migration-one-year-review.pdf