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© UKCIP 2006 UKCIP08 What to expect from the next set of climate change scenarios Richard Lamb UK Climate Impacts Programme
© UKCIP 2006 UKCIP Set up by UK Government in 1997 Funded by Defra; based at Environmental Change Institute, University of Oxford UK Climate Impacts Programme (UKCIP) helps organisations to assess how they might be affected by climate change, so that they can prepare for its impacts Focus on adaptation, given necessity of mitigation
© UKCIP 2006 How UKCIP operates Facilitates relationships between 3 groups of key actors
© UKCIP 2006 UKCIP Tools: Because we dont know all the answers… The Brain www.ukcip.org.uk
© UKCIP 2006 UKCIP08
© UKCIP 2006 CCIRG91 CCIRG96UKCIP98UKCIP02UKCIP08UKCIPnext Background to UKCIP08 UK climate scenarios produced since 1991 UKCIP published climate scenarios in 1998 and 2002 Each version has become more detailed, building upon: improved scientific knowledge increased computing power stakeholder requirements Each has represented best scientific understanding at that time Audience has evolved and grown
© UKCIP 2006 Dedicated UKCIP08 interactive website Everything will be available in one place Key findings Reports Pre-prepared maps and graphs. Interactive user interface (to give customisable output) Weather Generator Online help and user guidance
© UKCIP 2006 UKCIP08 layered approach Newspaper advert Recommendation from sales advisor Internet research (multiple sources) Key Findings Published material Customisable output
© UKCIP 2006 UKCIP08 principles
© UKCIP 2006 1.Examination of the uncertainty associated with the Met Office Hadley Centre climate model 2.Assessment of the quality of model version results from the Met Office Hadley Centre climate model 3.Incorporation of results from other climate models UKCIP08 principles UKCIP08 based on three important principles:
© UKCIP 2006 Principle 1 Examination of the uncertainty associated with the Met Office Hadley Centre climate model
© UKCIP 2006 Modelling uncertainties – UKCIP02 as a starting point UKCIP02 Medium-High Emissions Summer 2080s Size of change Time This gives one future climate change outcome...
© UKCIP 2006 Modelling uncertainty – UKCIP08 Size of change Time 31 parameter values ~300 versions of the Met Office Hadley Centre climate model
© UKCIP 2006 Size of change Time Single results from other IPCC climate models Modelling uncertainties – different models give different results
© UKCIP 2006 Modelling uncertainty – UKCIP08 Size of change Time Count
© UKCIP 2006 Modelling uncertainty – PDFs are modified to incorporate single runs of other IPCC models Size of change Probability Single results from other IPCC climate models included UKCIP08 probabilistic climate projection
© UKCIP 2006 Using UKCIP08 What users wanted Address the limitations of previous UK climate scenarios Improved consideration and quantification of associated uncertainties – probabilistic information Improved spatial and temporal details More information about climate change in the marine environment Improved accessibility (dedicated online user interface)
© UKCIP 2006 Greater spatial and temporal detail 25km X 25km grid One PDF for each of these
© UKCIP 2006 Greater spatial and temporal detail Administrative regions 25km grid Pre-defined aggregated areas
© UKCIP 2006 Greater spatial and temporal detail River basins 25km grid Pre-defined aggregated areas
© UKCIP 2006 Greater spatial and temporal detail 5km grid Observed climate datasets including daily max and min temperature Weather Generator to provide statistical expressions of future daily weather consistent with the climate projections (over land areas)
© UKCIP 2006 Provides a statistical expression of future climate at daily time-scales Allows exploration of climate variables at daily time scale Adjust observed data using change factors randomly taken from a PDF Future 30-year time period simulated many times – long sequences of daily output that will be consistent with the UKCIP08 probabilistic climate projections. Uses observed climate (1961 to 1995) at daily time scale The UKCIP08 Weather Generator
© UKCIP 2006 Climate change for marine regions Sea areas based on Defra Charting Progress report 9 data sets available Probabilistic Data How UKCIP08 will offer an increased level of detail PDF available for each area
© UKCIP 2006 Storm surge model 12km resolution Not probabilistic How UKCIP08 will offer an increased level of detail
© UKCIP 2006 Sub-surface model 12km resolution Not probabilistic Salinity, temperature and currents How UKCIP08 will offer an increased level of detail
© UKCIP 2006 Marine Projections Probabilistic projections of changes to surface air temperature, precipitation, windspeed and cloud Absolute sea-level rise over a single UK domain, plus relative sea-level rise for a areas of the coastline Probabilistic-like projections of extreme water levels (storm-surges) for 2-50yr return periods over the European Shelf – 12 km resolution. Single projection of changes to ocean subsurface temperature, salinity, E & W currents at 12km over the European Shelf Wave information for the UK as a whole and for coastal regions. Medium emission scenario only
© UKCIP 2006 2020s2050s2080s How UKCIP08 will offer an increased level of detail 2030s 2040s 2050s 2020s 2060s 2070s 2080s UKCIP02 Three 30-year time periods UKCIP08 Seven overlapping 30-year time periods 2010 20402070 2099
© UKCIP 2006 Change Probability Larger Smaller UKCIP08 will present probabilistic climate projections for 3 emissions scenarios labelled as Low, Medium and High emissions (B1, A1B and A1FI) UKCIP08 probabilistic climate projections do not address emissions uncertainty Future emissions of greenhouse gases are used to drive climate models to project future climate – we cannot know what actual future emissions will be Important effect beyond ~2050s Warning!
© UKCIP 2006 Supporting the use of UKCIP08 Have completed a series of awareness raising workshops Post-launch training events: Will cover entire UK Will introduce UKCIP08 to new users and allow users to get hands on with the user interface Will be supported by e-learning Training User Guidance Guidance on ways in which the information provided by UKCIP08 can be used Will include worked examples, frequently asked questions and getting started section To be updated and revised based on users experience once UKCIP08 is available
© UKCIP 2006 email@example.com Keep up to date at www.ukcip08.net
© UKCIP 2006 Chris West, Director, UK Climate Impacts Programme UKCIP08 Scenarios, Climate Change Impacts in Scotland, and Adapting to the Impacts Sustainable.
What is the point of this session? To use the UK’s experience to give ideas about creating and using climate change scenarios in other countries and situations.
© UKCIP 2006 UKCP09 and the West Midlands region West Midlands Regional Climate Change Adaptation Partnership, 8th July 2009 Chris Thomas, UK Climate Impacts.
© Crown copyright Met Office An Introduction to PRECIS PRECIS Workshop, University of Reading, 13 th -17 th May, 2013.
Hadley Centre for Climate Prediction and Research PRECIS Providing REgional Climates for Impact Studies The Hadley Centre regional climate modelling system.
The Tyndall Centre comprises nine UK research institutions. It is funded by three Research Councils - NERC, EPSRC and ESRC – and receives additional support.
© Crown copyright Met Office Providing High-Resolution Regional Climates for Vulnerability Assessment and Adaptation Planning Joseph Intsiful, African.
COP-10 In-Session Workshop, Buenos Aires, December 8, Application of Regional Models: High-Resolution Climate Change Scenarios for India Using PRECIS.
Welcome to the PRECIS training workshop Tanzania Meteorological Agency, 29 th June – 3 rd July 2015.
Supporting Adaption: Guidance, Tools and Learning through Doing Mr Roger Street UK Climate Impacts Program.
RESTRICTED Preparing for the Future Jonathan Capstick
RESTRICTED Adapting to Climate Change in the UK. RESTRICTED Summer 2007 floods in the UK: 55,000+ homes and businesses flooded 140,000+ homes in Gloucestershire.
Challenges and Needs in Research Views of Japan -emerging challenges and policy needs- Hiroki Kondo Advisor to the Ministry of Education, Culture, Sports,
The Science of Climate Change Why We Believe It and What Might Happen Dave Stainforth, University of Exeter Tyndall Centre for Climate Change Research.
SIPR Dundee. © Crown copyright Scottish Flood Forecasting Service Pete Buchanan – Met Office Richard Maxey – SEPA SIPR, Dundee, 21 June 2011.
A case study of avoiding the heat- related mortality impacts of climate change under mitigation scenarios Simon N. Gosling 1 and Jason A. Lowe 2 1 Walker.
Downscaling and its limitation on climate change impact assessments Sepo Hachigonta University of Cape Town South Africa “Building Food Security in the.
Global warming: temperature and precipitation observations and predictions.
1 1 Scope of Climate Change Related Statistics Meeting on climate change related statistics for producers and users UNECE Task Force Geneva, Switzerland,
Greenhouse Gases and Climate Change: Global Changes and Local Impacts Anthony J. Broccoli Director, Center for Environmental Prediction Department of Environmental.
Rising to the Challenge of Climate Change in the South East Local Presenter & Organisation Partner’s Logo.
Regional Climate Services Workshop 2011 University of Victoria, Canada, November European Climate Data and Information Products for Monitoring and.
The new German project KLIWEX-MED: Changes in weather and climate extremes in the Mediterranean basin Andreas Paxian, University of Würzburg MedCLIVAR.
MATERIALS PREPARED BY Assoc. Prof. Dr Ahmad Makmom Abdullah FACULTY OF ENVIRONMENTAL STUDIES Climate Change Curriculum: UPM Experiences.
1.How much adaptation do we need within the period to ~2030 to cope with ‘inevitable’ climate change? (lines up with 2030 RCP) 1.What climate changes (global.
Page 1GMES - ENSEMBLES 2008 ENSEMBLES. Page 2GMES - ENSEMBLES 2008 The ENSEMBLES Project Began 4 years ago, will end in December 2009 Supported by.
Innovative Program of Climate Change Projection for the 21st century (KAKUSHIN Program) Innovative Program of Climate Change Projection for the 21st century.
Climate Modeling Jamie Anderson May Monitoring tells us how the current climate has/is changing Climate Monitoring vs Climate Modeling Modeling.
South Eastern Latin America LA26: Impact of GC on coastal areas of the Rio de la Plata: Sea level rise and meteorological effects LA27: Building capacity.
Applying probabilistic scenarios to environmental management and resource assessment Rob Wilby Climate Change Science Manager
An atmosphere-ocean coupled regional climate model for the Mediterranean Alberto Elizalde Daniela Jacob Uwe Mikolajewicz Max Planck Institute for Meterology.
Impacts of Global Sea- Level Rise: The AVOID Analysis Robert Nicholls and Sally Brown School of Civil Engineering and the Environment and the Tyndall Centre.
Powering our future with weather, climate and water A large part of my presentation will address Extreme events A few words on the meeting organized yesterday.
Outcomes of CLIMAR-IV DAVID I. BERRY ETMC-V, 22 – 25 JUNE 2015.
Climate Futures and Oregon’s Coastal Communities A Survey and Strategy to Address the Effects of Climate Change on the Oregon Coast.
The Climate and the Human Activities The Climate and the Human Activities Natural Variations of the Water Cycle Natural Variations of the Water Cycle Water.
Climate Futures for Tasmania Steve Wilson TIAR/School of Agricultural Science University of Tasmania.
Natural Hazards. Integrated Risk Assessment & Scientific Advice Uncertainty in forecasting and risk assessment Hydro-meteorologicalVolcanoesEarthquakes.
Climate change and Environmental Degradation Risk and Adaptation assessment Step 2 Collect scientific information.
Vulnerability and Adaptation Assessments Hands-On Training Workshop Introduction and Overview of Vulnerability and Adaptation Frameworks.
STATE OF TRANSPORT CLIMATE CHANGE ADAPTATION ACTIONS IN EEA COUNTRIES, RECENT EXPERIENCES Natalia Sobrino (TRANSyT- UPM) ETC/CCA Task Adaptation.
Observations and projections of extreme events Carolina Vera CIMA/CONICET-Univ. of Buenos Aires, Argentina sample.
© Crown copyright Met Office An update on some hot topics Sea level and coastal changes; Gulf Stream; Arctic sea ice Richard Wood Head, Climate, Cryosphere.
Development of Climate Change Scenarios of Rainfall and Temperature over the Indian region Potential Impacts: Water Resources Water Resources Agriculture.
Science Advisory Board Public Session 1 1 Peter Schultz, Ph.D. Associate Director for Science Integration Climate Change Science Program Office CCSP Update.
Interpretation of climate change using maps of climate analogues in the DRIAS climate services project Julien Lémond 1-2, S. Planton 1, M. Ha-Duong 3,
Climate Change Decision Support System Climate Services Webinar Jay Day December 2010.
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