What influence does human-induced climate change have on extreme weather events? WWA offers the possibility to assess the influence directly while the event is still taking place.
A study to improve the representation of urban areas in climate models and examination the associated health impacts of urban areas. Examples will include air pollution, indoor air quality, wellbeing and hospitalization from hot and cold weather events.
How can and must we deal with the loss and damage caused by climate change? The DICE project focuses on conceptualising, measuring, and governing loss and damage, including both economic and non-economic impacts. Key questions include: how, why and who is affected, what a global framework could look like, and what links exist between loss and damage governance and adaptation governance.
What influence does anthropogenic climate change have on droughts and floods, and how does local human activity change the vulnerability of regions? The division of climate risk into individual factors is crucial to develop the right adaptation measures. This project is based in South Africa, but results will be applicable to a wider range of climate change loss and damage situations across the world.
The global GEMCLIME project focuses on major aspects of energy economics and climate change, which is a prime example of an important global and complex scientific and policy problem. GEMCLIME covers the drivers of climate change, the examination of climate change and energy-related risks and vulnerabilities, the valuation of economic impacts of climate change mitigation and adaptation policies, and the investigation of major policy responses to global climate and energy challenges.
The Nature Conservancy (TNC), and the University of Oxford have joined forces in a major new scientific partnership to better understand how extreme weather events and human actions will both influence, and be influenced by, our changing climate. In particular, what effects do anthropogenic climate change and human activities have on the Amazon rainforest, and how can future damage be reduced?
Academics from the Universities of Oxford, Harvard and Columbia are consulting with the scientific and investment communities in combination with fossil fuel industry stakeholders to address the issues involved. What would a safe fossil fuel investment look like in a world in transition to net zero carbon emissions? What does a company that remains engaged in fossil fuel extraction need to do to reassure its investors and customers that it is acting responsibly; and to ensure that its activities are not committing future taxpayers or shareholders to expensive climate adaptation, mitigation or remediation measures?
A distributed computing project to produce predictions of the Earth's climate up to 2100 and to test the accuracy of climate models. The Weather@Home experiment allows us to simulate models at a regional scale to tell us more abut regional and local weather.
A weather@home experiment to determine whether climate change has contributed to the 2015 drought in Western USA.
IMPALA aims to deliver a step change in predictive capability for African climate on the 5-40 year timescales.
This programme works across the sciences, social sciences and humanities to radically rethink global resource stewardship. The programme aims to deliver a framework, accountable to future generations, that will create actionable input on critical global issues such as freshwater resources, land-use and atmosphere.
A five year project to learn about the climate system from 19th and early 20th century data. The project aims for a step change in understanding climate change based on a substantial observation record from historical shipping reports.
The decision on whether to increase the ambition of climate change mitigation efforts to stabilise temperatures at 1.5°C rather than 2°C above pre-industrial is arguably one of the most momentous to be made in the coming decade, and is currently poorly served by the paucity of scientific analysis of the relative risks associated with these two outcomes (James et al, 2016), particularly regarding the role of extreme weather. The Conference of the Parties of the United Nations Framework Convention on Climate Change (UNFCCC), in its Paris Agreement of 2015, invited the Intergovernmental Panel on Climate Change (IPCC) to prepare a Special Report in 2018 “on the impacts of global warming of 1.5°C above pre-industrial levels and related greenhouse gas emission pathways.” To inform such an assessment, research will need to be undertaken immediately, over the period 2016 to 2017.
This project will develop the means to provide reliable information about extreme weather and climate risks using event attribution across Europe.
This project looks at whether and to what extent climate change is already affecting the magnitude and frequency of extreme weather events on the African continent. It also investigates the impacts of such extreme weather events on river flow and crops.