Climate change affects everyone regardless of national boundaries and as such is a truly global challenge. It is often the poorest and most vulnerable who experience the significant impacts of climate change which include rising temperatures and sea levels, changing rainfall patterns and more frequent and extreme natural disasters. Any progress made towards sustainable development can be set back by these processes. Understanding past processes that have affected the climate can help to predict what will have happen in the future. In this way strategies could be developed that could reduce the impacts of short and long-term environmental change.
- Biodiversity and Climate Change
- Indicators
- monitoring and effectiveness
- Cambridge Conservation Forum
- Biochemical and Environmental Engineering Group
- BioNano Engineering
- Cambridge Analytical Biotechnology Group
- Catalysis Group
- Cell and Organism Engineering Group
- Fluids and Environment Group
- Magnetic Resonance Group
- Molecular Microbiology
- Process Integration Group
- Statistical Physics Group
- Sustainable Reaction Engineering Group
- Terahertz Applications Group
- Climate Change and Earth-Ocean Atmosphere Systems
- Geophysics
- Geodynamics and Tectonics
- Mineral Sciences
- Palaeobiology and Paleoecology
- Petrology: Igneous
- Metamorphic and Volcanic Studies
- Complex
- resilient and intelligent systems
- Dynamics and Stability of Complex Systems
- Strategy
- Management and Design for Resilience
- Natures
- cultures
- knowledge
- Societies
- markets
- states
- Environmental systems and processes
- Glacial and quaternary science
- Applying Social Science to Making Ecosystem Service Assessments Accessible for Greater Policy Impact
- Incorporating Stakeholder Perceptions in Participatory Forest Management in India
- Beyond Win-Win: Interrogating Ecosystem Services Dynamics
- The Exclusions of Catastrophist Biopolitics
- Cambridge Coastal Research Unit (CCRU)