ICPGR-6/95/10
April 1995 |
Item 7 of the Provisional Agenda
COMMISSION ON PLANT GENETIC RESOURCES
|
Sixth Session
Rome, 19 - 30 June 1995 |
Outline of the Report on the State of the
World's Plant Genetic Resources
CONTENTS
I. Introduction
II.Background
III.Nature of the Report on the State of
the World's Plant Genetic Resources
IV. Structure of the Report on the State
of the World's Plant Genetic Resources
V. Content of the Report on the State of
the World's Plant Genetic Resources
I. INTRODUCTION
II. BACKGROUND
(1) However, at the First Extraordinary Session of the Commission
on Plant Genetic Resources, in 1994, some countries felt that
the report should not include forest species.
III. NATURE OF THE REPORT ON THE STATE
OF THE WORLD'S PLANT GENETIC RESOURCES
IV. STRUCTURE OF THE REPORT ON THE STATE
OF THE WORLD'S PLANT GENETIC RESOURCES
V. CONTENT OF THE REPORT ON THE STATE OF
THE WORLD'S PLANT GENETIC RESOURCES
Part I: "State of Diversity"
12. This first part will describe plant genetic resources
and their use, assess the value of genetic resources and of genetic
diversity per se, the present state of genetic diversity in situ,
conservation of genetic resources ex situ, the degree of genetic
erosion, and the effectiveness of utilization including through
plant breeding. These assessments will be made by crop group,
and for the main centres of diversity, as feasible. They will
be illustrated by text boxes on case studies or specific examples,
maps and tables.
13. The main sources of information for this section will
be existing background information, including data in the World
Information System on Plant Genetic Resources, assessments by
specialists drawing in particular upon expertise in the International
Agricultural Research Centres (IARCs) as well as in other inter-governmental
and non-governmental organizations, complemented by commissioned
thematic studies, Country Reports and Sub-regional Synthesis reports.
14. Possible section headings or elements for this part are,
inter alia:
introduction to PGRFA and to plant genetic diversity;
where PGRFA are located;
uses of PGRFA;
value of PGRFA;
the state of conservation in situ and ex situ;
genetic erosion in situ and ex situ and its implications (for
farmers, breeders, food security);
analysis of the forces promoting conservation and those promoting
loss of PGRFA (technical, socio-economic and policy reasons, as
well as natural and human-induced disasters);
costs and benefits of PGRFA conservation and use appropriation
of the benefits derived from PGRFA.
15. In summary, this section will provide a "Description
of The Problem" of PGRFA conservation and use and help to
identify both the tools (methodologies, policies, resources) needed
to address the problem, and gaps in knowledge and understanding
which need to be addressed through research. These issues will
be taken up in Part IV.
Part II: "State of the Art"
16. This part will briefly survey scientific, technical and
other methodologies and tools for the conservation and utilization
of plant genetic resources with particular emphasis on technologies
appropriate for meeting the special needs of the developing countries.
It will examine areas of special interest to the conservation
and utilization of plant genetic resources for food and agriculture,
such as informatics, new biotechnologies, local technologies,
seed production, distribution and regulation, and approaches to
plant breeding which maintain diversity in production systems.
Given that much information on methodologies is available in other
publications, this part will aim to provide a succinct overview
rather than a comprehensive review.
17. The main sources of information for this part will be
assessments by specialists drawing in particular upon expertise
in the International Agricultural Research Centres (IARCs) as
well as other inter-governmental and non-governmental organizations,
complemented by commissioned thematic studies.
18. Possible section headings or elements for this part are,
inter alia: assessments of:
methods for assessing genetic diversity, genetic erosion and
crop vulnerability, including biotechnological, taxonomic and
ethno-botanical approaches;
the state of the art of in situ conservation, including on-farm
approaches;
technologies for ex situ conservation including cryopreservation,
ultra-drying, traditional technologies, low-cost methods;
technologies for characterization and evaluation of germplasm;
documentation systems and informatics geographical information
systems (GIS);
approaches to plant breeding, with particular emphasis on
approaches which allow the greater use and maintenance of genetic
diversity;
mechanisms for economic valuation of genetic resources/diversity
;
legal and other mechanisms for rewarding innovation, rewarding
conservation and sharing or appropriating benefits.
19. In summary, this section will provide an overview of tools
(methodologies, policies, resources) available to address the
problem and thereby identify gaps which need to be addressed through
research and development. These issues will be taken up in Part
IV.
Part III: "State of Capacity"
20. This part will survey the state of human resources, institutional
structures, and capacity to use relevant methodologies and tools
for the conservation and utilization of plant genetic resources,
at the community, national, sub-regional, and global levels. It
will include identification of the actors involved in PGR conservation
and utilization and an analysis of present funding of these activities,
including, where feasible, identification of sources (national
governments, private, NGOs and community organizations, bilateral
aid, multilateral aid).
21. The main sources of information for this part will be
the Country Reports, complemented by the sub-regional synthesis
reports and existing information, including that held within the
World Information System on Plant Genetic Resources, together
with reports from the CGIAR centres, development agencies, funds
and banks, and bilateral aid programmes (2).
(2) The Commission on Plant Genetic Resources has requested
that relevant development agencies, funds and banks provide reports
on their activities related to the conservation and use of PGR.
At its first extraordinary session in 1994, the Commission also
suggested that developed countries be asked to provide information
on the impact of their aid programmes on genetic resource conservation
and use, with particular emphasis on agricultural development
projects and programmes.
22. Possible section headings or elements for this part are,
inter alia:
a) Assessments of national capacities, on a regional or sub-regional
basis, illustrated with particular examples by text boxes etc,
including:
human resources, including trained personnel for identifying,
collecting, conserving, developing and utilizing PGR;
institutional structures, including for policy formulation
and implementation, research, extension and training;
support to farmers farmers organizations, and NGOs;
germplasm availability access to collections;
availability and appropriateness of existing technologies
technology transfer;
financial resources: quantity and dependability;
incentive structures;
national capacities for conservation;
national capacities for plant breeding (including public,
private and voluntary enterprises) and
national capacities for seed distribution (including public,
private and voluntary enterprises).
b) Description of sub-regional, regional and inter-regional
cooperation mechanisms, with particular focus on PGR networks.
c) Survey of international programmes for genetic resource
conservation and use including specific PGR programmes:
CGIAR system-wide genetic resources programme and other relevant
activities of the IARCs; activities of FAO and other UN agencies
on PGR conservation; Global Environment Facility (GEF) projects
on PGR conservation; seed production and distribution programmes
(as far as they are relevant).
23. In summary, this section will: assess current capacity
for plant genetic resources conservation and utilization and thereby
identify the need, particularly in developing countries, for capacity
building, including training, institution building, policy formulation
and technology transfer identify the need for sub-regional, regional
and international cooperation and identify constraints which should
be recognized in the design of methodologies. These issues will
be taken up in Part IV.
Part IV: "Summary and Conclusions"
24. Based on the conclusions of each of the three main parts
of the Report on the State of the World's Plant Genetic Resources,
the following information would be available:
an assessment of the present state of plant genetic resources/diversity
conservation and utilization-from Part I (global perspective),
and Part III (nationally) an assessment of the "means"
(technological and other methodologies, financial, human/institutional
capacities) currently available to address the above-from Part
II (methodologies which are theoretically available) and Part
III (methodologies which are actually employed) an identification
of research needs-from Part I (concepts, knowledge and understanding)
and Part II (methodologies) capacity building required including
training and technology transfer-from Part III
The latter two items would be costed through the Global Plan
of Action and compared with actual expenditures as far as this
information is available and can be provided in the Report. The
recommendations in the Global Plan of Action would be developed
from the information in the Report on the State of the World's
Plant Genetic Resources.