Research and innovation

Research impact

Using tropical forest research to influence global climate change policy

Tropical rainforest

‘Warm’ ice in world’s highest glacier

Ice temperatures inside the world’s highest glacier on the slopes of Mount Everest are warmer than expected and especially vulnerable to future climate change, warn glaciologists

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warm ice in highest glacier
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Research degrees

Studying for a PhD will be a journey that will stimulate your passion for your subject and push you to reach your potential

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Research student in lab
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Research and innovation

We work at the forefront of global research agendas, leading the way in finding solutions to major social, political and environmental challenges. This exciting and impactful research takes us to some of the remotest places on Earth, including the high mountains, both poles and the depths of the tropical rainforests, as well as to the world’s major urban conurbations in the global north and south.

We have a strong track-record of collaborations with academic institutions, businesses, NGOs and governmental bodies around the world. We also work extensively with other schools and centres across the University of Leeds, with leadership roles in cross-faculty initiatives such as the Priestley International Centre for Climate, Leeds Institute for Data Analytics, water@leeds, Cultural Institute and strong links with the Leeds Social Sciences Institute, Cities theme, and Leeds Migration Research network.

Over 75%

of our research is

'world-leading' or 'internationally excellent' REF 2014


in the world for Geography

QS World University Rankings by Subject 2019

Over 80

academic and research staff

working with over 60 PhD researchers to deliver high-impact research

Our research

We develop innovative ways of looking at the world to understand business, society and the environment at different spatial scales and by providing applied or policy-related analyses of geographical behaviour.


We aim to understand the complexities of social (in)justice and citizenship at different geographical and temporal scales and contribute to efforts at achieving a radically fairer world.


Working in biomes across the world from tropical rain forests to Arctic tundra, we aim to determine the nature of environmental change at a range of temporal and spatial scales.

River basin

We provide leadership in understanding and managing environmental processes and feedbacks that control and link water, sediment, solute and biotic dynamics in river basins, estuaries and marine systems.



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Image credit Evan Miles, University of Leeds.

Ice temperatures inside the world’s highest glacier on the slopes of Mount…