Showing results for: Climate Smart Agriculture
FCRN member David Cleveland has co-authored this book, which addresses how food gardens can be used by people to respond to climate change through both adaptation and mitigation.
This report sets out the plans of the UK’s NFU (National Farmers Union) to make emissions from agriculture in England and Wales net zero by 2040. It calls for collaboration between farmers, government and NGOs to reduce emissions through improved production efficiency, carbon capture through land management, and bioenergy with carbon capture and storage (BECCS).
This report from the US non-profit Croatan Institute quantifies the current US landscape of investments in regenerative agriculture, including in-depth analyses across asset classes (such as farmland and venture capital), and presents a series of recommendations for investors and stakeholders to build soil health and community wealth through regenerative agriculture.
This report from the Food and Agriculture Organisation of the United Nations (FAO) and international humanitarian agency CARE provides advice, tools and successful examples on integrating gender equality and women’s empowerment into programmes on climate-smart agriculture.
This book by David Reay discusses how food security might be affected by climate change in the 21st century, including a comparison of how “climate smart” different food types are.
New Zealand has introduced a new bill that aims to bring emissions of long-lived greenhouse gases to net zero by 2050. A separate target has been set for methane emissions from agriculture, with planned cuts of 10% by 2030 and 24% to 47% by 2050.
This book gives an overview of new developments in organic agriculture, with a focus on how organic farming can adapt to a changing climate.
This report outlines the outcomes of the 4 per 1000 Africa Symposium on Soils for Food Security and Climate, which discussed the links between soil health and climate in Africa.
This report from Food and Agriculture Organisation of the United Nations and the Global Dairy Platform shows the global dairy sector’s greenhouse gas emissions and outlines the measures the sector could take to contribute to climate change mitigation.
This paper uses economic models to calculate the extent to which both supply-side and demand-side measures could reduce non-CO2 greenhouse gas emissions from the agricultural sector, depending on carbon price.
This paper performs a cost-benefit analysis for various climate-smart agriculture practices on farms in Vietnam, Nicaragua and Uganda, including switching annual to perennial crops (e.g. coconut), crop rotations, using organic fertiliser and intercropping maize and beans.
The book “Changing the food game: market transformation strategies for sustainable agriculture”, written by Lucas Simons, discusses how markets can be changed to support a sustainable food system. Chapter topics include how food production impacts the world, market failures, and phases of market transformation.
The cost-effectiveness of different methods of cutting agricultural greenhouse gas emissions is often calculated using marginal abatement cost curves (MACCs). FCRN member Dominic Moran of the University of Edinburgh has quantified the uncertainties in calculating MACCs for Scottish agricultural mitigation options, including improving land drainage, improving the timing of nitrogen application, and using controlled release fertilisers. The paper suggests that policymakers may wish to exclude options that have a high uncertainty, as they may not always be as cost-effective as the MACC suggests.
This book, edited by John Stafford, reviews many of the technologies used in precision agriculture, such as drones, spray technologies and modelling systems, and examines how they can be used, for example to manage fertiliser applications, for irrigation and for protecting crops.
A new study published in Science has consolidated data on five environmental impact categories (land use, freshwater withdrawals weighted by local water scarcity, climate change, acidification and eutrophication) for 40 agricultural goods from over 38,000 farms. It finds that the environmental impacts of producing the same food are highly variable between different farms. It also finds that the environmental impacts of animal products are generally higher than plant-based products.
The book “Innovation Processes in Agro-Ecological Transitions in Developing Countries”, edited by Ludovic Temple and Eveline M. F. W. Compaore Sawadogo, examines different ways in which innovation can happen in agricultural systems. Topics include financial support for biofuels research, adoption of new technology from large farms and biotechnological cotton.