Environments without Borders

Research Without Borders 8-12 May A week long series of events showcasing the work of postgraduate students. Free tickets: bristol.ac.uk/research-without-borders

Blog authors (and panel members): Laura De Vito is a postgraduate researcher in the School of Geographical Sciences.  Carlos Gracida Juarez is a postgraduate researcher in the School of Biological Sciences.  Alice Venn is a postgraduate researcher in the School of Social Sciences and Law.  Erik Mackie is a postgraduate researcher in the School of Geographical Sciences, working together with the British Antarctic Survey, and kept up a blog during his recent fieldwork in Antarctica.

The effects of climate change vary hugely across political borders, and have wide-ranging impacts on different communities and environments. Climate policy responses must recognize this global interconnectedness, and integrate international cooperation with effective local action. This is why global treaties such as the Paris Agreement are so important in the fight against climate change, but individual nations must also do their bit to achieve the objectives set out in the agreement. In Environments without Borders (part of Research Without Borders), a panel debate hosted by Bristol Doctoral College and the Cabot Institute on Wednesday 10th May, we will discuss some of these issues, using examples from our research on particular challenges facing our global ocean and water environments.

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Independent verification of the UK’s greenhouse gas report: holding the Government to account

PhD student, Atmospheric Chemistry Research Group, School of Chemistry, University of Bristol

Dan Say, PhD student, Atmospheric Chemistry Research Group, School of Chemistry, University of Bristol

In the early hours of October 15th, negotiators from over 170 countries finalised a legally binding accord, designed to counter the effects of climate change by way of phasing down emissions of Hydrofluorocarbons (HFCs). These gases, introduced to replace the ozone-depleting CFCs and HCFCs for which the original Montreal Protocol was drafted, are typically used as coolants in air-conditioning systems. Unfortunately, like their predecessors, they are potent greenhouse gases, whose climate forcing effect per molecule is often many thousands of times greater than carbon dioxide.  Continue reading