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This pilot project will explore spatial transitions and relational transformations experienced by animals due to interventions in their lives by humans
This project will determine the ability of purpose-built, large-scale biofiltration cells downstream from a large informal settlement to treat contaminated runoff resulting from dysfunctional sanitation and limited urban drainage infrastructure.
This project will look at how processes of ‘innovation’ in agroecology and food sovereignty – what does it look like, is it different from other innovation approaches, and how do agroecological innovations spread around? The goal is to support farmers, communities and social movements in developing approaches to innovation that can help to develop agroecology as an alternative paradigm to corporate-industrial agriculture.
The overall aim of the ‘Organic-PLUS project’ (O+) is to provide high-quality, trans-disciplinary, scientifically informed decision support to help all actors in the organic sector, including national and regional policy makers, to reach the next level of the organic success story in Europe.
Agroecology Now! is a research, action and communications project convened by the Centre for Agroecology, Water and Resilience that focuses on understanding and supporting the societal transformations necessary to enable agroecology as a model for sustainable and just food systems.
The aim of this project was to identify and redress issues affecting resilience to flooding in refugee camps.
The aim of this two year KTP project is to investigate the value of water managed green infrastructure in urban areas to improve biodiversity.
This research aims to assess the impact of this policy change on farmers through environmental, technical and economic perspectives.
KEEPFISH is a Marie Curie RISE project that brings together an international team of biologists, engineers and interdisciplinary researchers. It is led by the Centre for Agroecology, Water and Resilience at Coventry University.
The project ‘Agroecology for Food Sovereignty’ brought together academic and grassroots organisations to conduct research, raise awareness and strengthen collaboration between social movements and researchers on agroecology and food sovereignty in Europe and beyond.
This project aims to quantify the temporal changes of flow patterns in the River Niger.
In this project, Marshalls, the UK’s leader in hard engineered SuDS, asked the CAWR water research team to investigate new designs for permeable paving that improved performance in terms of flood management and water quality.
The SILTFLUX project aims to unravel pollution challenges for a set of Irish rivers.
Spaces of alternative and local food production and consumption have been the subject of interest within agri-food research in recent decades. This project explored how online space is used by a range of Alternative Food Networks (AFNs) in Coventry and Warwickshire.
Commissioned by the Campaign to Protect Rural England, the project aim was to design a toolkit which would enable community groups to map the social, economic and environmental impacts of local foodwebs.
This project was one of the first to explore the motivations of consumers and producers participating in different types of ‘Alternative Food Network’ such as farmers markets, box schemes, and community supported agriculture.
The overall aim of this project is to evaluate trade-offs between novel range management practices (intensified planned grazing, corralling and removal of woody plants).
Adopting a holistic and multi-actor approach, HOMED aims to develop a full panel of scientific knowledge and practical solutions for the management of emerging native and non-native pests and pathogens threatening European forests.
True project aims to identify the best routes, or “transition paths” to increase sustainable legume cultivation and consumption across Europe.
This PhD project investigates the ways in which collaborative practices of natural resource planning, management and ownership are currently being pursued in Wales and with what effect.