2. Project conception and structure
Propose a long term plan for acquisition, conservation and exchange of plant material for long term conservation of genotypes at national and European level.
Limit the redundancy of the germplasm collections.
Decrease the number of errors and solve problems of homonymy and synonymy.
Complement different conservation means adapted to different materials and scopes (ex-situ, in-situ, cryoconservation).

3. Online Availability of List of the European data = Grapevine
Description of the
Genetic resources
List of the
European
Grapevine
resources
Online
Availability of
data =
reachable by
everybody
IMIDRA
WP2 : I & II descriptors recording
IASMA
WP1 : SSR analysis
WP4 : V. sylvestris characterisation
DOPI
WP4 : Vitis sylvestris characterisation
WP3 : On-Farm analysis
WP5 : True-to-type confirmation
IVV
Publications :
Scientific and technological
WP6 : Database improvement and enrichment
WP 7 : Organisation of safety duplication and preservation initiatives
BAZ

4. WP1 : SSR analysis 6 SSR available New SSRs Coding data Comparing data
IASMA
WP5 : True-to-type confirmation
IVV
Additional cultivars
Coding data
Comparing data
6 SSR
available
New SSRs
Choice of additional markers
Testing and reference for new markers
Producing data
Entering data
WP6 : Database improvement and enrichment
BAZ

5. WP2 : I & II descriptors analysis
IMIA
Available Data
Compilation of available data
Transfer of data in the database
WP6 : Database improvement and enrichment
BAZ
New
Data
I & II descriptors (Genres)
Aditional descriptors II
Sanitary tests
How many and which cultivars
Autochtonous cultivars
including eastern cultivars

6. Choice of « virus-free » material
WP3 : On-Farm analysis
DOPI
Agronomic
data
Oenologic data
Evaluation of characteristics
Sanitary status
Inventory of available vineyars
Confirmation by ampelography or molecular data
WP1 : SSR analysis
WP6 : Database improvement and enrichment
BAZ
Choice of « virus-free » material
Promote
old autochtonous
cultivars
to viticulture
(Material &
information)
Conservation
« on-farm »
Data
dispersal
by publication

7. WP4 : Characterisation of Vitis sylvestris Genetic resources
Identification of sites and populations
Evaluation of preservation status
Inventory of individuals
I & II Descriptors
In-situ or ex-situ
Agronomique evaluation
résistance to biotiques
& abiotiques stresses
Molecular analysis
WP1 : SSR analysis
WP2 : I & II descriptors analysis
IMIA
WP6 : Database improvement and enrichment
BAZ

8. WP5 : True-to-type identification
IVV
Confirmation of identity of autochtonous cultivars
Identification of synonyms et d’homonyms
Ampelography
Molecular analysis
= comparaison of SSRs profils
WP1 : SSR analysis
WP2 : I & II descriptors analysis
IMIA
Draw a list of the main
Synonyms and homonyms
found in collections
and misnaming
One step
further towards
the definition
of the list of
genetic resources
in Europe
WP6 : Database improvement and enrichment
BAZ

9. WP6 : Database improvement and enrichment
BAZ
Improvement of database
I & II descriptors
pictures
Molecular data
= coded (?) and verified SSRs profils
On-farm maintenance
= site data and secondary descriptors
Vitis sylvestris in-situ
= site data
primary and secondary descriptors
Coding of previous data into MCPD format
Updated passport data of Genres081 partners
Expansion with data from Eastern European
Establishment of a
sustainable
EU-Vitis-database

10. In-situ ex-situ Other means
WP 7 : Elaboration of a long term conservation strategy
= global managment
Réintroduction
In-situ
On-farm conservation
Endangered cv VS
Old cv VS
Introduction in collection
ex-situ
Endangered cv
Duplication in collection =
Reintroduction or elimination
unique cv
Highly repeated cv
Preservation in greehouses
cryoconservation of pollen & seeds
Development of cryoconservation methods for buds
Other means
VS, Vitis
unique cv Vv
organise a plan
for the management
of Vitis genetic
resources.