Healthy ecosystems provide services that are essential for our quality of life, including clean air and water, food, a stable climate, protection against flooding and soil erosion, and attractive green space for inspiration and recreation. The value of the 'natural capital' that underpins these services is increasingly recognised by policymakers. 'Green infrastructure' and 'nature-based solutions' can be cost-effective approaches for addressing urgent societal problems, with multiple benefits for health and well-being, disaster risk reduction, climate mitigation and inclusive economic development.
However, natural capital and the services it provides are under threat from human impacts, including climate change. It is also increasingly clear that new approaches to conservation are needed, which recognise that nature and people are inextricably linked in social-ecological systems. Our research aims to increase understanding of these complex human-climate-ecosystem interactions, to develop more effective policies for managing our natural capital. We are at the forefront of integrating and improving techniques for observing and projecting the effects of environmental change on species, ecosystems and the services they provide. We are also researching adaptation options for biodiversity and how mitigation and adaptation measures in other sectors might impact on biodiversity. More specifically we are involved in:
- mapping, assessing and valuing natural capital, green infrastructure and ecosystem services;
- using sectoral and integrated modelling techniques to project changes in the potential distributions of species and ecosystems at local, regional and global scales and to assess their adaptive capacity and vulnerability to climate change;
- investigating the role of adaptation and mitigation measures in different sectors in offsetting the projected changes and their impacts on biodiversity;
- costing adaptation in natural ecosystems to climate change;
- developing a user-friendly, interactive and web-based platform for stakeholder-led climate change adaptation and vulnerability assessment which explicitly evaluates cross-sectoral interactions between the key sectors driving landscape change in Europe;
- quantifying the contribution of different organisms, and the effects of various drivers of change, on the provision of ecosystem services;
- assessing the implications of the above for conservation policy and management.
- Funding: NERC
- ECI Lead: Dr Pam Berry and Alison Smith
Green infrastructure (GI), such as parks, street trees and water features, can provide a range of benefits including flood protection, carbon storage, space for recreation and habitat for wildlife. Working closely with local planners and other stakeholders in Bicester and beyond, the ECI and partners Forest Research will test a range of practical tools for mapping and assessing GI, and develop clear step-by-step guidance to help users select and apply the best tools to meet their needs.
- Funding: EU FP7
- ECI Lead: Dr Paula Harrison
This project aims to support decision-makers through the co-production of a set of innovative and effective policy strategies and measures in key social, economic, and environmental sectors based on an improved quantification and assessment of the cross-sectoral impacts and vulnerabilities associated with high-end scenarios, and by appraising the risks, opportunities and uncertainties for different adaptation and mitigation pathways to address these impacts and vulnerabilities across different scales.
- Funding: Natural England
- Oct 2017- Mar 2018
- ECI Lead: Dr Alison Smith and Dr Pam Berry
Eco-metric approach to growing natural capital
The UK Government is committed to achieving ‘No Net Loss’ of biodiversity, and Defra has developed a biodiversity metric to measure whether this goal is being achieved for individual developments. This six-month project investigated how the biodiversity metric could be extended to consider how changes in natural capital affect the delivery of wider ecosystem services such as regulation of flooding, erosion, air quality and climate, provision of food and water, and cultural services such as recreation and aesthetic value.
- Funding: GIZ
- Aug 2017 - Nov 2017
- ECI Lead: Dr Pam Berry
Guidebook for the Monitoring and Evaluation of Ecosystem-based adaptation
This project is developing a step by step guidebook for the monitoring and evaluation of ecosystem-based adaptation (EbA) to inform project developers, implementers and other EbA practitioners as well as the international climate community on how the benefits of EbA can be assessed and reported. The aim is to help demonstrate and communicate the benefits of EbA in order to strengthen the case for EbA as a valuable strategy for responding to the evolving impacts of climate change. In doing so, the guidebook and its application will also contribute to the international debate about transparency and reporting of adaptation in context of the Paris Agreement and Nationally Determined Contributions.
- Funding: NERC
- 2016 - 2017
- ECI Lead: Dr Alison Smith and Dr Rob Dunford
EKN Tool Assessor: Applying innovation for assessing ecosystem services, green infrastructure and natural capital
There is a confusing array of tools and methods for assessing natural capital, green infrastructure and ecosystem services, and potential users often find it difficult to work out which tools might meet their needs. The Ecosystems Knowledge Network (EKN) has developed a ‘Tool Assessor’ website to showcase the most useful tools for applying in the UK. This NERC-funded Green Infrastructure Innovation Internship allowed Alison Smith and Rob Dunford to work with the EKN for six months, updating and expanding the Tool Assessor as well as organising two Knowledge Exchange events to connect planners and rural estate professionals with tools that might be useful to them.
- Funding: UK Committee on Climate Change, Adaptation Sub-Committee
- ECI Lead: Dr Rob Dunford
CCC Land Use project
ECI investigated the potential to develop a land-use model that could quantify the impacts of potential pathways for reducing emissions and increasing carbon sequestration in the UK land use sectors, and assess climate resilience, as well as synergies and trade-offs between different services such as food production and biodiversity. Rob Dunford of ECI led a consortium including Cranfield University, the University of Edinburgh and the Centre for Ecology and Hydrology. They used the Integrated Assessment Platform (IAP2), which models interactions between different land-use sectors (agriculture, forestry, water, urban, flooding and biodiversity) taking into account socio-economic drivers. They modelled an agriculture and forestry mitigation scenario based on the CCC’s central abatement scenario for the fifth carbon budget, as well as a ‘maximum biodiversity’ climate adaptation scenario. The report was instrumental in informing the CCC’s future land use modelling approach.
- Funding: John Fell Fund
- ECI Lead: Dr Rob Dunford, Jo Thompson and Jess Grinter
Nature's value in policy and practice: Evaluating trade-offs between forest and freshwater ecosystems
This interdisciplinary project used natural and social science to investigate trade-offs between land management and freshwater in Galloway, Scotland. It used water chemistry analysis, participant observation of the relationships between local actors, and policy / literature analysis to study i) the role of forest management as a factor limiting the recovery of freshwaters from acidification under conditions of reduced atmospheric pollution, and ii) the role of the perceived value of nature in decision making and its influence on environmental policy and practice.
- Funding: NERC
- ECI Lead: Dr Pam Berry and Dr JianJun Yu
MaRIUS delivered new interdisciplinary and integrated understanding of the impacts of droughts and water scarcity at a range of spatial and temporal scales. It focused on a risk-based approach to drought and water scarcity in order to explore impacts and outcomes. The project captured the complexity of the water scarcity by examining aspects across the social and natural sciences and involving key stakeholders. In MaRIUS, we led the work on the potential impacts of water scarcity and drought on terrestrial ecosystems, in particular woodlands, grasslands and wetlands.
- Funding: EU FP7
- ECI Lead: Dr Paula Harrison
OpenNESS aims to translate the concepts of Natural Capital (NC) and Ecosystem Services (ES) into operational frameworks that provide tested, practical and tailored solutions for integrating ES into land, water and urban management and decision-making. It examines how the concepts link to, and support, wider EU economic, social and environmental policy initiatives and scrutinizes the potential and limitations of the concepts of ES and NC.
- Funding: EU FP7
- PI: Dr Pam Berry
The project will use case studies to investigate how much importance people attribute to alternative arguments for the protection of biodiversity and in particular how this relates to ecosystem services. It will also examine the interactions of environmental protection policies between governance levels and will consider the contribution that valuing ecosystem services can make in demonstrating the value of biodiversity. The results will be used as guidance on the effectiveness of alternative arguments and formulating of biodiversity protection strategies applied at the level of EU and member countries.
Full list of archived ecosystem related projects.