Showing results for: Production efficiency/intensity
This study calculates that crops grown on land obtained through large scale acquisitions in developing countries could potentially feed 100 million more people than current practices do today.
This book is the first to address global agro-migration complexes across the Mediterranean regions of south and west Europe.
Balancing on a Planet argues that while the current Anthropocene epoch presents unique challenges to our food system, including climate change, that threaten our survival, most solutions continue to follow the Neolithic strategy that has been dominant since the beginning of agriculture some 13,000 years ago.
This study models two policies for increasing cattle ranching productivity in Brazil in order to analyse whether intensification of pasture-based cattle ranching would allow for rainforest protection and further enable Brazil to reduce its greenhouse gas emissions and improve agricultural productivity.
Since this is a complex but very interesting paper, we’ve put together a more detailed summary and explanation of the paper’s approach and findings, together with some comments in this document here. Our summary and commentary draws upon some very helpful insights from Professor Pete Smith at the University of Aberdeen and includes some useful commentary from Dr Marco Springmann at the University of Oxford – thanks to both.
This very interesting paper essentially argues that policies designed to incentivise production efficiencies achieve greater GHG reductions than those focusing on consumption. Moreover they do so at lower calorie ‘cost’ than consumption side measures. The abstract is given below, but we’ve produced some further explanation of the paper’s approach and findings, together with some comments in Our summary and commentary (which you can also download as a PDF below) draws upon some very helpful insights from Professor Pete Smith at the University of Aberdeen and includes some useful commentary from Dr Marco Springmann at the University of Oxford – thanks to both.
This paper reviews one aspect of the food sustainability challenge: the goal of producing more food – a goal that is unthinkingly accepted by some and vigorously contested by others. The paper argues that increased food production is necessary but also emphasises that this alone, as a response to the challenge, is not sufficient.
Food Security in a World of Natural Resource Scarcity: The Role of Agricultural Technologies examines the role of agricultural practices and technologies in helping farmers improve the sustainability of maize, rice, and wheat production. We have previously highlighted an earlier IFPRI policy brief in this newsletter on the same topic.
On January 22nd USAID’s online knowledge sharing platform Agrilinks held a seminar on Scaling-up Re-greening Solutions in Africa to Boost Smallholder Yields. It discussed a recently released report by World Resources Institute (WRI) on “Improving Land and Water Management”.
The Danish Council of Ethics has launched an English version of its report on the ethical challenges associated with bioenergy production. The “Report on bioenergy, food production, and ethics in a globalised world” considers the production of bioenergy in a situation characterized by several major global crises - energy, food, climate and natural resources. Some forms of bioenergy may be a tool in battling the energy crisis and the climate crisis. However, growing energy crops may compete with food production and nature for scarce resources and thereby counter solutions to the equally acute crises concerning food and natural resources. The main focus of the report is thus on the ways bioenergy competes with food production and nature for scarce resources. The Council focuses also on the values that determine the choice of strategy in regard to countering these four challenges and points out that ethical deliberations should be more made more explicit in political decision-making related to major global crises.
In this blog from Ecoagriculture's Landscapes blog, Rainforest alliance Climate program staff Martin Noponen & Jeffrey Hayward describe their views on the role of Climate Smart Agriculture (CSA) and specifically the Sustainable Agriculture Network standard for addressing landscape-scale challenges arising from climate change.
This app is a greenhouse gas calculator for farming. It is aimed at companies who can use it to collate and manage supply chain emissions and for farmers for use as decision support.