Showing results for: Production efficiency/intensity

Wisconsin Department of Natural Resources, Pesticide Spraying, Flickr, Creative Commons License 2.0.
15 March 2017

This Nature Plants paper by researchers from agroecological and agronomical research institutions in France used a statistical modelling approach to predict the effects of reducing pesticide use on the productivity and profitability of French arable farms.

Photo: Chafer machineries, Flickr, creative commons licence 2.0
8 March 2017

A recent paper published in BioScience articulates the need for a new vision and new goals for the sustainable intensification of agriculture, moving away from the often cited statement that food production must double by 2050 to feed the world's growing population.

7 March 2017

This FAO report identifies global trends and major drivers of change shaping the future of food and agriculture in the 21st century. It points to the advances that have been made within food and agriculture in the past years, analysing the current state of play and identifies a number of challenges that remain if we are to achieve FAO’s vision of a world free from hunger and malnutrition.

Photo credit: Leslie De Blasio, Flickr, Creative Commons License 2.0
15 February 2017

This chapter by Elias Fereres and Francisco J. Villalobos in the book Principles of Agronomy for Sustainable Agriculture argues that sustainable intensification of production would be best achieved through continuous, small productivity improvements rather than through a few revolutionary discoveries, at least in the medium term.

8 February 2017

This report by Compassion for World Farming discusses the potential effects of a reduction in meat consumption in relation to the difference between ruminants such as cows and monogastrics such as pigs and poultry.

Photo credit: Lorraine, BEST of SHOW March 2010 - Oregon Society of Artists - Field Burning, Flickr, Creative Commons licence 2.0
22 November 2016

One of the greatest challenges of this century is figuring out how to feed more people, while significantly reducing greenhouse gas emissions from agriculture, just as other demands on land - for example, for sequestration and bioenergy production - are increasing. 

Photo credit: Michael Foley, Paddy harvest ballet, Flickr, Creative Commons licence 2.0
17 November 2016

Over the past half-century, the paradigm for agricultural development has been to maximize yields through intensifying production, especially for cereal crops. But achieving food security and building a healthy, resilient global food supply is about more than just the quantity of calories provided. New metrics of success and methods of evaluation are needed in order to measure progress towards meeting the world’s nutritional needs within environmental limits.

 Photo: Global Water Forum, Agriculture in China, Creative Commons License 2.0
4 October 2016

China’s influential Agricultural Development Bank has agreed to lend at least 3 trillion yuan (US$450 billion) by 2020 to China’s agriculture industry to promote a large scale modernisation process. The move was made together with the Ministry of Agriculture and included an agreement to protect national food security, develop China’s seed industry and support agricultural investors who wish to expand abroad.  

Photo: Wessel, Meat, Flickr, Creative Commons License 2.0
4 October 2016

This study evaluates the attainability of sustainable targets for better integrating food security and environmental impacts. Many studies have looked at how much food production could increase given a plausible mitigation solution, for example if food waste was halved from 24% to 12% then an additional 1 billion people could be fed. These studies, however, lack a temporal component that this study attempts to include, which enables evaluation of whether these advances can keep pace with projected increases in human demand.

Photo: USFWS Mountain-Prairie, Wetlands in Croplands, Flickr, Creative Commons License 2.0
28 September 2016

In this modelling study, the authors examine potential trade-offs between sufficient food provisioning in the future and sustaining biodiversity. On the one hand they find that cropland expansion increases food security, particularly in areas which are currently struggling with access to safe and nutritious food.

1 August 2016

This report by members of the Environmental Pillar and Stop Climate Chaos aims to better inform discussions across civil society, media and government, and at EU policy level, regarding Ireland’s climate, energy, and wider environmental responsibilities.

28 June 2016

Nanotechnology – the designing of ultra-small particles – is part of the evolving science of precision agriculture, and could potentially solve some of the world’s most pressing problems at the food-energy-water nexus as it requires fewer natural resources and water, and enhances plant nutritional values. 

9 June 2016

This report, Food Systems and Natural Resources”developed by the International Resource Panel (IRP) looks at the use and management of natural resources that go into the food system, the consequences of that management and the options to improve the efficiency with which they are managed. 

9 June 2016

This paper published in Nature Plants finds that if tropical farming intensifies, major additions of phosphorus to soils will be needed

1 April 2016

This article in Nature Climate Change titled Cropping frequency and area response to climate variability can exceed yield response, suggests that previous studies may have underestimated the impact of climate change on the world’s food supply.

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