Vegetative Allium, Europe’s Core Collection, Safe and Sound


A European Project with Seven Partners



   

General Information

EURALLIVEG is a project granted by the European Commission, Directorate-General for Agriculture and Rural Development, under the Council Regulation No 870/2004 under the project number AGRI GEN RES 050. Its duration is from April 1, 2007, until March 31, 2011.
 
AGRI GEN RES is the abbreviation of the programme ‘Genetic resources in agriculture’. This programme promotes genetic diversity and the exchange of information including close co-ordination between Member States and between the Member States and the European Commission for the conservation and sustainable use of genetic resources in agriculture. It facilitates also co-ordination in the field of international undertakings on genetic resources. The total budget allocated to this programme amounts to 10 million Euro. Please read further details on the website of the GENRES programme. In the frame of this programme, it is a targeted action whose total costs amount to 1.089.000 Euro including co-funding by EU of 544.500 Euro.
 
Plant germplasm which has to be propagated and maintained vegetatively is the most expensive part of all the material held in genebanks. Therefore, projects to rationalize this part of the genetic resources will have high impact on costs and labour requirement for the management of living plant collections. Garlic and shallot are such crops held in Europe in several genebanks. They are the target species of this project. A recent survey about vegetatively propagated alliums in Europe is given in the IPGRI Newsl. Europe 32: 7 (2006) is downloadable from the homepage of Bioversity International.
 
To use efficient alternatives to the laborious field cultivation which is at risk by many biotic (pests and diseases) and abiotic (flood, drought, cold winters) factors, new ways of modern biotechnology are used in this project. Cryopreservation will form the core activity of the project. It will be organized in a Cryobanks Network, initially formed by three partners, the Czech, Polish and German genebanks, and being open for joining of other institutions. To get right material in this base collection, it should meet requested criteria of a Most Appropriate Accession (MAA) and be unique. Molecular marker screenings to eliminate duplicates are the primary actions for garlic and shallot. Plant health is another important factor, which will be improved by meristem culture for virus elimination in garlic. Furthermore, virus eliminating effect of cryopreservation itself will be explored. The project is highly integrative and needs the close collaboration of the partners.
 
Europe has a long tradition of garlic utilization. Because of the cultural and climatic diversity of this continent, various forms of use and, hence, selection in different directions, garlic diversity is very high in Europe. This is represented by a whole set of garlic collections in Europe. Europe’s garlic germplasm maintenance is, like that of all the other crops, supervised and coordinated by the European Cooperative Programme for Crop Genetic Resources ECPGR, which is structured into working groups within thematic networks. The Allium Working Group is one of them. A crop-specific database is coordinated by this group, the European Allium Database EADB. Here all, who are interested in passport and other data about garlic and other alliums, can get information.
 
Images are not only nice to look at. They also important tools to identify plant accessions in a germplasm collection. As one of the activities to present garlic accessions IPK has endeavoured to establish an image database covering its Garlic Core Collection . This database contains not only pictures but also passport and characterization data as well as infraspecific grouping which was performed by means of morphological characters, isozyme and RAPD markers for a considerable part of the collection in 1995 by Helga Maaß and Manfred Klaas (citation in the image database).

For details about partners see the Organisation page.

 

in vitro plants
in vitro plants

 

later stages of regeneration in vitro
later stages of regeneration in vitro

 

in vitro source explants for cryo
in vitro source explants for cryo