Robert Wilby

Dr. Robert Wilby is a hydro-climatologist and Professor of Hydroclimatic Modelling in the Department of Geography and Environment at Loughborough University (UK). His research focuses on the management of climate risks to freshwater systems and urban environments. He co-developed the Statistical DownScaling Model (SDSM) – a public domain climate scenario tool that has been used in numerous risk assessments, including for water resources, fluvial flooding and tidal surge,  air quality, and urban heat stress.

John Dora

John Dora has thirty-nine years’ experience in managing infrastructure, including flood risk management and asset management of railway structures. He is a recognized international expert on climate change adaptation and standards, and his clients include or have included the UN, the UK Met Office, Copernicus Climate Services, World Bank, Asian Development Bank, European Bank for Reconstruction and Development, the International Standards Organization (ISO) and CEN/CENELEC, the European Standards’ organizations; John is ISO’s global lead for adaptation.

Peter Droogers

Dr. Peter Droogers is an expert on integrated water resources management at different spatial scales with an emphasis on climate change. His current activities include climate risk assessment for ADB and World Bank projects, focusing on assessing climate risks and analyzing potential adaptation strategies. He uses the latest IPCC climate projections combined with downscaling techniques and simulation modeling. Outputs are aimed at practical use for project developers and water managers.

Measures for Strengthening Resilience of Infrastructure

The final event in season one of the Virtual Dialogues on Resilient Infrastructure showcased solutions for enhancing climate and disaster resilience in the following areas: infrastructure design standards, nature-based solutions, and early warning systems. Global and regional experts shared brief ‘burst’ talks on each topic, with opportunities for audience questions and discussion throughout.