Broadening horizons

By Gerhard Flachowsky, Friedrich-Loeffler-Institut

Plant breeding has large and strategic potential for global feed and food security. Both breeding technologies, conventional and genetic may contribute to solving important challenges, such as sustainable use of limited global resources, improved use of unlimited resources, adaption to climate change and lowering of global greenhouse gas emissions.

By Pierre Dardenne (Walloon Agricultural Research Centre) and Paulo Salgado (CIRAD)

NIRS theory in a few words

Spectroscopy refers to the science dealing with the interactions between matter and light. In the infrared region (780 – 10 000 nanometers – Figure 1), the light hitting organic matter can be absorbed by the molecular vibrations at specific wavelengths depending on the chemical bonds (OH, CH, NH, etc.).

By Harinder P.S. Makkar, FAO, Rome

On hearing jatropha (Jatropha curcas) two things come to mind:  it is an oil plant and its seeds are toxic. However, a non-toxic genotype of J. curcas exists in Mexico. Its seeds are consumed by people after roasting. Also after removal of the seed shells the kernel paste is used in local dishes in some parts of Mexico.

By Celi P^1,2, Chauhan SS²,  Cottrell JJ², Dunshea FR², Lean IJ^1,3, Leury BJ², Liu F²

As the demand for animal protein continue to increase, global animal production faces several challenges in order to meet these demands because of environmental challenges (global warming and climate change). Furthermore, the intensification of animal production systems might compromise animal health and welfare and consequently increase the incidence of the metabolic diseases. Ruminant health and production is crucial for a sustainable animal production system, and this area of research is now attracting international interest, especially the mechanisms by which antioxidant supplementation may influence metabolism and health.

By Harinder P.S. Makkar, FAO, Rome

Introduction

There has been a major shift to diets with increased consumption of animal products, and this change is likely to continue in the coming decade. The demand for meat and milk is expected to be 58% and 70% higher in 2050 than their levels in 2010 and a large part of this increase will originate from developing countries.

By Harinder Makkar, FAO, Rome

According to a recent paper by Caro et al. published in Climatic Change, increase in greenhouse gas (GHG) emission from livestock in developing countries was 117%, while the emission from developed countries decreased by 23% during the period 1960-2010.

By John Moran*

The demand for dairy produce is growing worldwide. Unfortunately keeping dairy cows in tropical conditions in developing countries is fraught with risks to their welfare, and performance is usually well below that achieved in western countries. Although many developing countries are currently importing much of their dairy requirements from developed countries, most governments are also expanding their own dairy industries.

By Harinder Makkar, FAO, Rome

Based on the papers presented and discussions held at the FAO-Wageningen UR conference on ‘Insects to feed the world’ convened in May this year, it is plausible to suggest that insect meals are promising future alternative feeds and a viable solution for the protein deficit problem.

By Paula Kovalsky*

The occurrence of mycotoxins is a worldwide phenomenon that affects all kinds of commodities. The conditions under which these toxic substances are produced depend highly on two main factors: water availability and temperature that affect the life cycle of mycotoxigenic fungi. It seems that we are facing shifts in mycotoxin patterns as the world is experiencing climate changes. This much-discussed topic does not only imply temperature increase, but also increases in CO₂ levels and high variability in weather conditions, including changes in precipitation patterns and frequent storms.

By Harinder Makkar, FAO, Rome

Feed is the foundation of the livestock production, with feed costs generally accounting for up to 70% of the cost of production. Feed prices have been increasingly volatile due to negative impacts of natural disasters and climate change, as well as from increasing competition in the use of grains for feed, food and bio-fuel. Increasing demand of livestock products impose a huge demand on feed resources. Bio-physical factors such as scarcity of land, soil and water, food-fuel-feed competition, ongoing global warming, and increasing competition for arable land and non-renewable resources such as fossil sources and minerals are challenging the sustainability of feed production systems.

By Harinder Makkar, FAO, Rome

Direct link exists between greenhouse gas (GHG) emission intensities (emissions as CO2 equivalent per unit of product) and the efficiency with which natural resources are used. Therefore, to a large extent possible interventions to reduce emissions hinges on technologies and practices that improve production efficiency at animal and herd levels.

While mitigation interventions will need to be tailored to local objectives and conditions, currently available mitigation options are presented below.

By Harinder Makkar, FAO, Rome

► Total emissions from global livestock is 7.1 Gigatonnes of CO₂-equiv per year, representing 14.5% of all anthropogenic greenhouse gas emission (GHG) emissions.

► Feed production and processing (this includes land use change) and enteric fermentation from ruminants – representing 45 and 39% of total emissions, respectively – are the two main sources of emission. Manure storage and processing represent 10%, and the remaining emissions are sourced to the processing and transportation of animal products.

By Harinder Makkar, FAO, Rome

Globally, the production, processing and transport of feed account for about 45% of the green house gas (GHG) emission from livestock sector. At a species level, feed production constitutes 47% and 57% of emissions from pork and chicken supply chains, respectively. For cattle, small ruminants and buffalo, feed production contributes 36%, 36% and 28% of the total emissions respectively. For ruminants these values are relatively smaller because enteric methane comprises the dominant fraction of total emissions.

By Harinder Makkar, FAO, Rome

In 2011/12, of the total cereal production (2354.2 million tonnes), 33.7% were used for feed and 45.3% for food.

For 2012/13 the estimated values are: total production 2309.8 million tonnes; feed use 34.4% and food use 46.9%.

In 2011/12, of the total wheat production (701.5 million tonnes), 20.9% were used for feed and 67.2% for food.

For 2012/13 the estimated values are: total production 659.1 million tonnes; feed use  20.2% and food use 72.0% .

FAO-APHCA (Animal Production and Health Commission for Asia and the Pacific) and AGA (Animal Production and Health Division of FAO) are pleased to announce an E-conference on "Role of Agro-Industrial and Forestry By-Products in the Feeding of Dairy Animals in Asia and Other Tropical Regions" from November 11, 2013 to December 10, 2013. The e-conference will be held under the auspices of Asia Dairy Network and will be moderated by Dr. John Moran, Coordinator, Asia Dairy Network.

Can we move towards “Sustainable animal diets”? Give your opinion by answering this FAO survey until 10 August 2013 in English, French or Spanish. You will receive a report of the survey analysis and a CD-ROM containing FAO publications in the area of feeding, feed and feed safety and other FAO publications.