Homepage » Service » News archive » News

Contact

Urs Niggli
(Prof. Dr. Dr. hc.)

Director
FiBL
Ackerstrasse 113
CH-5070 Frick

Phone +41 (0)62 865-7270
Fax +41 (0)62 865-7273
urs.niggli(at)fibl.org

Growing Genetic Resources in Organic Agriculture - FiBL and partners present findings at FAO

In October 2009, the Commission on Genetic Resources for Food and Agriculture met in Rome, at the headquarters of the Food and Agriculture Organisation FAO. During this meeting, the side event "Growing genetic resources in organic agriculture" took place, which was organized jointly by the Swiss Federal Office of Agriculture, the Research Institute of Organic Agriculture FiBL, the International Federation of Organic Agriculture Movements IFOAM, and FAO’s Natural Resource Management Department. Approximately 90 delegates of the Commission meeting attended the event.

Logo of the FAO Commission on Genetic Resources
(October 26, 2009) 

Hans-Jörg Lehmann, the permanent representative of Switzerland at FAO, opened the side event and stressed the need for both public and private players to cooperate on the conservation and sustainable use of plant genetic resources.

Alexander Müller, Assistant Director-General, Natural Resources Management and Environment Department at FAO, mentioned that tackling food security requires biodiversity at the gene, species, and ecosystem level: Organic farms need biodiversity in order to compensate the prohibition of synthetic inputs. “With climate change, purely science based research can no longer solve the problems arising on the farm; a science of diversity is the best strategy to manage risks and cope with uncertainties,” said Müller. To this end, FAO, with a number of partners such as FiBL, is currently developing the Organic Research Centres Alliance ORCA. ORCA  intends to network existing scientific institutions and to empower them to become centres of excellence in organic agricultural research.

According to FiBL director Urs Niggli, biodiversity is important for the stability of agro-ecosystems. “Risk management on organic low-input farms means optimizing biodiversity on all levels - gene, species, and landscape. This is also the best way for farming systems to adapt to climate change,” said Niggli. On-farm & in-situ conservation, breeding, and production is more important than ever as it allows many varieties and cultivars to be maintained for future needs, and at the same time they are exposed to environmental stress and allowed to adapt. His conclusions centred around the need for more research - on functional biodiversity in order to improve productivity of organic farms and on mixtures of varieties or of cereal and grain legumes to increase yield stability and quality. Furthermore he stressed the importance of selection programmes based on heirloom varieties and breeds.

Christina Grandi, the IFOAM liaison officer to FAO, said that at the recent IFOAM conference on Organic Animal and Plant Breeding, participants had called for the development of varieties adapted to low-input systems. Kesang Tshomo from the Organic Programme of the Bhutan Ministry of Agriculture spoke about organic collection, cultivation, and processing of medicinal, aromatic, and natural dye plants for household food security. Maria Grazia Mammuncini of the Tuscany Agency of Rural Development presented the experience in Tuscany with local breeds and varieties.

Hans-Jörg Lehmann concluded that biodiversity is an important driver for the stability of agro-ecosystems and hence, for a continuously stable supply of food. Elements for success of the conservation and sustainable use of plant genetic resources are, according to Lehmann, strong political support, innovative instruments in the areas of legislation, cost sharing, and market development. Public-private partnerships play an important role in this process.

More information

Contact

  • Urs Niggli, Director, FiBL, Frick

Presentations

Links