Economists count true business costs of climate change

Businesses must consider the true financial costs of climate change in order to better prepare for the future, according to the authors of a new climate change adaptation report prepared for one of the country’s largest social housing providers.

As part of an Innovate UK project led by the Global Climate Adaptation Partnership (GCAP) with Daniel Black & Associates (db+a), researchers at The University of Manchester and the University of Bath mapped key risk factors from climate change for leading housing and care and support services provide Aster Group.

From countering the effects of extreme winter weather, and potential damage to business property through flooding or subsidence, to summer heat waves and the risks in particular to elderly occupants of over-heating, researchers used economic forecasting and online spatial mapping techniques to pinpoint detailed cost implications were no actions to be taken.

Projecting forward under different scenarios, their findings suggest that costs from extreme weather events could increase by a factor of 10 with climate change over the next 35 years. As such, they suggest targeted investments now would make significant financial savings in the future.

The report will be used to inform business planning for Aster, but has implications across other sectors too. As the researchers suggest, whereas some organisations have made provisions to adapt to climate change many others, including many smaller organisations, still have not.

Their report highlights both the economic costs to an organisation in repairing physical damage which may arise, but also some of the broader economic costs, including the impact of stress and mental health to occupants, as well as potential reputational damage.

Lead economist on the project from the University of Bath, Dr Alistair Hunt, explained: “Our study highlighted key climate change risk factors over the next 30-40 years for one specific organisation, but our findings and the underlying methodology used are applicable across the sector and for the wider business community.

“From current projections we know that climate change will pose a serious challenge by 2040 for many organisations. Putting a true economic cost on these risks can act as a catalyst to taking action today in order to help organisations better prepare for the future.”

Adam Hackett, Aster Group head of sustainability and safety, said: “The study has helped us understand the potential impact on our properties as weather and climatic conditions in this country continue to evolve.

“It’s vital that we’re able to plan for those future changes so we can ensure we’re in the best possible to position to respond to any challenges we may face.”

Dr Thomas E Downing, CEO at GCAP added: "We pioneered the application of process modelling to Aster Group's business functions and came up with practical strategies and measures. We look forward to continuing with Aster in putting innovative solutions in place across their strategic and operational teams."

Notes for editors

To request a copy of the final report, please email info@db-associates.co.uk.

The Aster Group is an ethical social enterprise providing services to over 75,000 customers, including homes for rent or purchase, care and support and property maintenance.

The University of Bath is one of the UK's leading universities both in terms of research and our reputation for excellence in teaching, learning and graduate prospects. In the REF 2014 research assessment 87 per cent of our research was defined as ‘world-leading’ or ‘internationally excellent’.

The University of Manchester’s Centre for Urban Resilience and Energy (CURE) focuses on producing research outputs to support urban areas in responding to the changing climate. 

GCAP is a specialist company that provides consulting, training and knowledge management services for climate adaptation in the UK and globally.

Daniel Black & Associates (db+a) is a consultancy that specialises in developing and providing innovative new ways of enabling healthy and resilient urban environments.

Media enquiries to:

Andy Dunne
The University of Bath Press Office
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Mob: 07966 341 431
Email: A.J.Dunne@bath.ac.uk

Kath Paddison
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The University of Manchester
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Email: kath.paddison@manchester.ac.uk