Showing results for: Agroecology
This report from Canada’s National Farmers Union examines how climate change is likely to affect agriculture in Canada, and sets out a strategy for the food system to contribute to mitigating the climate crisis. It argues that low-input, low-emission styles of agriculture should be incentivised.
This book describes the experiences of a growing minority of Latino/a immigrant farm owners in the United States. According to the book, many of these people use farming practices from their home countries, such as growing several crops at the same time or using integrated pest management.
This report from the Centre for Agroecology, Water and Resilience (CAWR) at Coventry University examines how farming in China can move away from a dependence on “industrial agriculture” (defined here as excessive and inefficient use of fertilisers and pesticides) towards agroecological systems (including practices such as lower stocking densities, using manure instead of synthetic fertilisers, growing diverse crops and using soil-building techniques).
In this blog post, Samuel Smith of international sustainability non-profit Forum for the Future sets out research he intends to conduct on how regenerative agriculture is understood, the strategies that could be used to scale it up, and how the food system would be affected by widespread conversion to regenerative agriculture.
The final report of the UK’s Food, Farming and Countryside Commission sets out 15 recommendations to policymakers, business and communities across the areas of healthy food, a ‘fourth agricultural revolution’ based on agroecological principles, and rural communities.
The second edition of Nature’s Matrix sets out the recent state of debate around conservation and agriculture. It argues in favour of small-scale agroecology and food sovereignty.
This report from the FAO’s High Level Panel of Experts on Food Security and Nutrition (HLPE) explores how agroecology and other innovative approaches to food systems (such as organic agriculture, agroforestry, permaculture, climate-smart agriculture, nutrition-sensitive agriculture and sustainable intensification) can support sustainable agriculture and food security.
This book, by Nicola Randall and Barbara Smith, provides a summary of agricultural ecosystems around the world and uses case studies to illustrate the biological issues and solutions associated with several types of farming system.
This book presents a complete introduction to the political and institutional aspects of agroecology, covering the whole food system. It sets out a new concept known as political agroecology.
FCRN member Mark Measures has produced this report on the use of different soil analysis and management techniques for organic and agro-ecological farming. The report is the outcome of a Churchill Fellowship.
This paper, written by researchers on the University of Oxford’s LEAP project and co-authored by the FCRN’s Tara Garnett, explores what drives the intensification of dairy farming, and the consequences for the environment, animal welfare, socio-economic wellbeing and human health. The paper also considers three potential approaches to addressing these consequences: sustainable intensification, multifunctionality, and agroecology.
FCRN members Verena Seufert and Adrian Müller have contributed to this commentary, which outlines a set of policy measures for changing agricultural practices to be in line with the Sustainable Development Goals. The proposed policy measures include supporting organic agriculture.
This study analyses case studies of agri-food system innovation in different socio-economic, cultural, and political environments (Brazil, New York and Senegal) to determine common factors that help grassroots projects scale up successfully.
This commentary from the US-based Breakthrough Institute argues that agroecology is not the best way of reforming agriculture in Africa, because most African agriculture already follows agroecological principles such as avoiding monocropping and not using much fertiliser or pesticide.