Schriften zu Genetischen Ressourcen - Genres
Schriften zu Genetischen Ressourcen - Genres Schriften zu Genetischen Ressourcen - Genres
Fig. 3: Search screen of the ESSB J. ENGELS, I. THORMANN and TH. METZ mined. Both the scientific community (seed physiologists and seed conservation researchers) as well as genebank managers/curators are important contributors of new information. Extension of the Compendium: Species Compendium for PGR Conservation Since its completion IPGRI has envisaged the Compendium as a framework for the development of a much broader information resource, encompassing major topics in each of the principal disciplinary areas of ex situ conservation of plant genetic resources. The plans to extend the Seed Storage Behaviour Compendium into a “Species Compendium for Plant Genetic Resources Conservation” consider the following areas for the extension: • Seed germination requirements and dormancy • Pollen storability • Diseases affecting storage of germplasm, with a strong focus on viruses and indexing and therapy protocols 39
A Species Compendium for Plant Genetic Resources Conservation • Amenability of species for in vitro storage and/or cryopreservation, including existing in vitro and cryopreservation protocols and references • Reproductive systems and pollination ecology, including parameters such as inor outbreeding, annual or perennial, pollinators (e.g. insects – which ones –, wind, etc.) isolation requirements for multiplication, etc. • Additional miscellaneous parameters such as centre(s) of origin/diversity, geographical distribution, taxonomic nomenclature (including correct spelling of preferred names and synonyms), etc. The information about seed germination requirements and dormancy has already been collated into a “Compendium of Information on the Dormancy and Germination of Seeds of Selected Trees and Shrubs”. About 1.500, predominantly woody species are included, and for each species listed information (if available) is presented in up to eight sections. These sections are common names, distribution and ecology, plant characteristics, evidence of dormancy, germination regimes for non-dormant seeds, successful dormancy-breaking treatments, nursery practice and further information. Approximately 3.000 literature references have been collected about pollen storability and specific information on pollen storage behaviour of about 1.600 species is available. The extension procedures will start with the improvement of the database structure of the ESSB and the conversion of the data into a standard desktop database (i.e. MS- Access). The data about germination and dormancy will be configured in an Access database with an analogous structure to allow merging it with the ESSB. Other species-based datasets might be added in cooperation with other information suppliers or potential partners. To avoid duplication of efforts, to develop the right structure for the Species Compendium and collocate it within the already existing projects on genetic resources information, the European and global scene needs to be assessed. A web-enabled search interface will be developed and hosted by IPGRI, probably mirrored elsewhere, to allow searching the databases through the web. Creating a web-enabled updating mechanism, including the implementation of an author-curator model is also taken into consideration. All extension procedures, standards applied (taxonomy, quality, etc.) as well as the history will be thoroughly documented. Due attention will be given to data ownership, copyright issues, custodianship and acknowledgement of contributors, curators and editors. It has already been pointed out that the information contained in the Compendium is not of “static” nature. Thus, it needs to be discussed how best to motivate scientists to contribute and to use the Compendium. One aspect is certainly to provide easy 40
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- Page 3 and 4: Preface Preface In October 2001, th
- Page 5 and 6: Preface Asia. M. CHAUVET (Montpelli
- Page 7 and 8: Table of contents Table of contents
- Page 9 and 10: Table of contents Utilisation of pl
- Page 11 and 12: Table of contents Federal Informati
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- Page 29 and 30: History of Plant Genetic Resources
- Page 31 and 32: History of Plant Genetic Resources
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- Page 43 and 44: The "Mansfeld Database" in its nati
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- Page 47 and 48: A Species Compendium for Plant Gene
- Page 49: A Species Compendium for Plant Gene
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- Page 55 and 56: Some notes on problems of taxonomy
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A Species Compendium for Plant Genetic Resources Conservation<br />
• Amenability of species for in vitro storage and/or cryopreservation, including existing<br />
in vitro and cryopreservation protocols and references<br />
• Reproductive systems and pollination ecology, including parameters such as inor<br />
outbreeding, annual or perennial, pollinators (e.g. insects – which ones –, wind,<br />
etc.) isolation requirements for multiplication, etc.<br />
• Additional miscellaneous parameters such as centre(s) of origin/diversity, geographical<br />
distribution, taxonomic nomenclature (including correct spelling of preferred<br />
names and synonyms), etc.<br />
The information about seed germination requirements and dormancy has already<br />
been collated into a “Compendium of Information on the Dormancy and Germination<br />
of Seeds of Selected Trees and Shrubs”. About 1.500, predominantly woody species<br />
are included, and for each species listed information (if available) is presented in up<br />
to eight sections. These sections are common names, distribution and ecology, plant<br />
characteristics, evidence of dormancy, germination regimes for non-dormant seeds,<br />
successful dormancy-breaking treatments, nursery practice and further information.<br />
Approximately 3.000 literature references have been collected about pollen storability<br />
and specific information on pollen storage behaviour of about 1.600 species is available.<br />
The extension procedures will start with the improvement of the database structure of<br />
the ESSB and the conversion of the data into a standard desktop database (i.e. MS-<br />
Access). The data about germination and dormancy will be configured in an Access<br />
database with an analogous structure to allow merging it with the ESSB. Other species-based<br />
datasets might be added in cooperation with other information suppliers<br />
or potential partners. To avoid duplication of efforts, to develop the right structure for<br />
the Species Compendium and collocate it within the already existing projects on genetic<br />
resources information, the European and global scene needs to be assessed.<br />
A web-enabled search interface will be developed and hosted by IPGRI, probably<br />
mirrored elsewhere, to allow searching the databases through the web. Creating a<br />
web-enabled updating mechanism, including the implementation of an author-curator<br />
model is also taken into consideration. All extension procedures, standards applied<br />
(taxonomy, quality, etc.) as well as the history will be thoroughly documented.<br />
Due attention will be given to data ownership, copyright issues, custodianship and<br />
acknowledgement of contributors, curators and editors.<br />
It has already been pointed out that the information contained in the Compendium is<br />
not of “static” nature. Thus, it needs to be discussed how best to motivate scientists<br />
to contribute and to use the Compendium. One aspect is certainly to provide easy<br />
40