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OCR for page 129
6
Organizing a Global System
of Cooperation
National, regional, and international programs to conserve,
manage, and use forest genetic resources are critical activities.
Despite a wide variety of activities, the need remains for global
leadership to coordinate and promote actions in an effective way. The
overall coal should be to conserve and maintain forest genetic resources
presently
unforeseen. There is a critical need for an organization with adequate
and consistent funding and with the responsibility to provide scientific
for both current and future needs, of which some may be
overview to set global priorities and to foster the necessary activities at
national, regional, and global levels.
Multiple approaches must be used due to the significant gaps in the
understanding of how to conserve forest genetic resources both in situ
and ex situ, as well as the need to address immediately the high rate
of loss for some species and regions. Coordination is needed to ensure
excessive overlap in activities does not occur and important resources
are not overlooked. No great simplification of the diverse collection of
institutions and activities described here is envisioned. It is urgent,
however, that key institutions be identified and that they be strengthened
by charging them with specific responsibilities for conservation, man-
agement, or research and providing funds where needed to enable
them to participate in a global network of activities.
COORDINATING AND EXPANDING EXISTING PROGRAMS
The achievement of global cooperation in managing tree genetic
resources should begin with the coordination of existing efforts. Coor
129
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130 / Forest Trees
dination would help to reduce costs and duplication of effort, and to
increase sharing of both tree genetic resources and information. In
particular, existing programs should be reviewed and where necessary
strengthened. The coordination of these various efforts should seek to
· Develop and apply in situ and ex situ methods for conserving tree
genetic diversity, recognizing that these approaches are complementary
and supplement each other.
· Establish in situ reserves and ex situ conservation stands for a
broad range of species because of the long generation times usually
needed to obtain reproductively mature trees. Particular emphasis
should be placed on species from tropical and arid regions.
· Promote research to develop and apply methods of ex situ storage
to those species for which current technologies are not suitable and, in
particular, for those species endangered in their natural environments.
In addition, efforts are needed to foster the application of ex situ
technologies for seed, pollen, and tissue storage, including cryogenic
storage. In some cases, technologies are currently available and easily
adopted. Adaptation and testing may be needed for other species or
The identification of tree genetic resources for use in agroforestry systems is
gaining importance worldwide. Scientists at the Central Arid Research Institute,
Jodhpur, India, conduct field trials with Acacia sp., Prosopis sp., and other
woody species that may grow well in semiarid climates. Credit: Stanley
Krugman.
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Organizing a Global System of Cooperation 1 131
methods. For still other techniques, such as cryogenic storage of tissues,
further research and development will be necessary.
· Promote integration of conservation activities with testing and
breeding programs.
· Assemble, analyze, and disseminate information about conserva-
tion efforts and programs for use as a base on which to build further
activities in tree germplasm conservation.
A global system should strengthen the interaction among the various
groups involved in managing forest genetic resources, coordinate ac-
tions, and facilitate the establishment of common priorities. Through a
coordinating body, a global effort could foster and finance scientific
research and training and monitor the status of conservation programs.
The coordinating body could also cooperate with conservation programs
of such groups as the International Union for the Conservation of
Nature and Natural Resources and the United Nations Environment
Program, which could incorporate activities specifically designed to
monitor and conserve tree germplasm of global concern.
Research in a number of specific areas could enhance the knowledge
base to support the conservation and management of forest genetic
resources. The priority for these is likely to vary in different regions
depending on local or regional needs, the information available, and
funding or staff resources. Research is needed into the following:
· Reproductive biology and patterns of variation in priority species;
· Minimum population sizes necessary to maintain evolutionary
flexibility of populations in nature reserves;
· Inventory of forest genetic resources at the regional and local level,
particularly with respect to the distribution of natural populations;
· The size, design, and number of in situ reserves required to
conserve a wide range of the genetic variation within a species, as well
as the biological and ecological processes that affect species so conserved;
Ex situ maintenance, evaluation, testing, and breeding technologies
to enhance the preservation and use of conserved germplasm; and
· The effects of such processes as deforestation, acid rain, pollution,
and global climatic change on the erosion of genetic variability and the
integrity of in situ reserves and ex situ stands.
Within existing institutions there is a need for experienced, trained
junior staff. Senior professional staff are also few in number. This
severely constrains the ability of the institutions to expand their efforts.
Because it is the experience of these trained and experienced staff that
will form the basis for expanded programs, any new or enlarged
programs must expect that it may take as long as 10 years to develop
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132 / Forest Trees
adequately prepared senior staff and proportionately less time to develop
junior and field staff.
DEVELOPING REGIONAL AND NATIONAL PROGRAMS
Efforts must be made to develop comprehensive national capabilities
for conserving forest tree genetic resources. Many countries already
have organized units within forestry agencies or ministries to conduct
various activities related to managing forests and forest genetic resources,
including trees. It is within such programs that the management of
forest genetic resources should occur. In many cases, for example,
reserve and protected areas set aside as part of efforts to conserve
pristine vegetation could also serve as in situ conservation stands for
tree genetic resources. Forestry bureaus, departments, agencies, or
ministries often operate in isolation, however, and do not interact with
those concerned with natural resources or agriculture. Frequently their
principal function is regulatory rather than research and conservation
oriented.
Comprehensive, coordinated national programs are needed to
· Develop national policies for the genetic conservation of trees and
establish priority activities to accomplish that objective;
Monitor the status of tree species that are of economic, ecological,
or aesthetic importance;
· Develop programs for implementing in situ and ex situ manage-
ment and conservation of tree germplasm to ensure that the genetic
diversity that exists within and among tree species is not lost;
· Develop programs to promote the flow of conserved materials
from storage programs to testing and breeding programs;
· Promote and support training and research for persons working
in tree germplasm conservation at universities, colleges, experimental
stations, and institutes and in the private sector; and
Foster and support programs to maintain data related to forest
genetic resources activities and promote the evaluation and use of tree
germplasm to meet national needs.
The first actions to institute national programs will likely be taken by
those agencies or ministries concerned with forest resources. Many
activities related to forest conservation are already in place and could
support the management of tree genetic resources. Further, research
applicable to tree germplasm management can most easily be developed
within universities or existing national forestry institutions. Additionally,
a number of activities could be conducted in cooperation with other
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e~res~-n Begot in 197I in Ah the ~ovemment, through the Con
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134 / Forest Trees
those of global programs. They are, however, focused more on the
unique species, needs, and constraints of the region. Further, because
the occurrence of trees is seldom restricted to a single nation, regional
programs are better able than national programs to coordinate efforts
over the entire range of a species.
Regional programs should be developed to
Assess the regional status of forest genetic resources and develop
priorities for their conservation;
· Facilitate information and germplasm exchanges within the region
and act as liaison to programs outside the region;
· Develop training programs that focus on the species and technical
needs important to the region; and
Foster cooperative research programs to address regionally specific
problems by supplying funds and sponsoring meetings, workshops, or
symposia.
Regional organizations should facilitate interactions among national
programs and promote or enhance cooperation with international groups
and programs. By coordinating the activities of national programs,
regional programs could enable work to proceed on a broad range of
species in a cost-effective and efficient manner. Governments or pro-
grams with limited resources would be able to focus on their highest
priority needs, while being assured that species that are of concern, but
for which resources may be scarce, are being addressed elsewhere in
the region.
DEVELOPING AN INTERNATIONAL FOREST TREE
GENETIC RESOURCES PROGRAM
A global institution charged with addressing global concerns for
managing forest tree genetic resources would maintain an ongoing
assessment of the status of forest genetic conservation worldwide and
foster the study, collection, documentation, evaluation, and use of tree
genetic resources. It would facilitate interaction among regional and
national programs, support and encourage training at all levels, support
research and its application to managing forest tree germplasm, act as
a central source for assembling and disseminating data to national and
regional programs, and where necessary, provide funding for conser-
vation activities it identifies as having high priority. Specifically, an
international body could
Establish global priorities, by species, for genetic resource conser-
vation and assess the extent to which those priorities are addressed by
existing programs;
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Such an institution could most easily be developed alas pad of an
ex~i~sti~n~i~nternationalage:ncy, or comet the exp~n.sion or~modiO-
cadon ofan existing p~rog~~m. This globalbody should function a~uton-
omo~usIy undera board,institu~onal~program, osrco~m mitten structure
lt~sbould seekto develop relationships with o~t~herin~r~nationalconser-
v~ati~on ac~vibes to promote coope~rabon and collaboration in areas of
mutual interest.
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tree genetic resources be recognized by pa~ici~pab~ng counthes, ins~-
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136 / Forest Trees
nature require the participation of all governments as well as many
private and public institutions. Several organizations could conceivably
assume the global function of providing cohesiveness and direction to
national, regional, and international efforts to conserve and use forest
genetic resources.
A global effort must be involved not only with seed and other ex situ
storage, but also with in situ conservation and in networks of managed
observation, test, and conservation stands. Coordination and continuous
management of relationships among many national agencies are nec-
essary. Thus, the most effective program might involve cooperation of
two or more institutions with appropriate expertise.
The committee has identified two organizations, the Food and Agri-
culture Organization (FAO) of the United Nations and the International
Board for Plant Genetic Resources (IBPGR), that could serve this purpose.
Other existing institutions might also participate. Discussions within
the Consultative Group for International Agricultural Research (CGIAR)
may lead to development of a global forestry program within that
Organ~zahon.
Coordination Trough He Food and Agriculture Organization
The FAO could be a focal point for international planning and
coordination based on its historical role in developing global forest
management programs. It would, however, need substantially greater
direct support to take on the responsibilities outlined herein. The
agencies that are regionally active also would have to expand their
testing and breeding programs. The FAO, independently or in coop-
eration with the International Union of Forestry Research Organizations,
could promote scientific evaluations of the adequacy of all programs
with the aim of enhancing those activities and fostering or encouraging
new ones. All of this would require considerable increases in the FAO's
funding and its technical staff.
Coordination Through He International Board for
Plant Genetic Resources
At its organization in the early 1970s as an international agricultural
research center, the IBPGR was expected to include attention to tree
species in its activities. Lack of sufficient funds prevented this, however,
and currently it does not deal with forest species. The IBPGR's mandate
would need little change to incorporate forest tree resources in its
program. It would have to develop an institutional structure, however,
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apspropdate p~no~s~sionalexperbse.ThelBI<3R'ssde~ntib~c ~ dtechnical
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it rogued haveto assemblseadditionalp~ro~ssi.o~nalexpe~rtise,res ~ ctu.re
its board/ and obtain the additio~na~lfu~nds necessary to take on these
addedres~ponsibilibes.Theexistin~ ~chn~oloyi~esandresourcesavailab~le
fo~rcrop genetic ~eso~uroesco~u~l~d make ~eso~u~ use fore forest~enetic
resources pan more efFJentan~d could creatl~viacilitatethei~m~le~
men~tion ofsuc~h a pro~g~an~.
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There ~ an obvious need~to expand programs in neck ensoul
development for Audubon ~ Spat as Red as Tone ~r
espy. ^ Mated need also exists Mar vast expansion of resea=h and
~eveJopm~ent pars far genetic conse~atlon and development off
138 / Forest Trees
nonproduction forests. No agency, however, has the financial or per-
sonnel resources capable of organizing or managing such expansions.
In fact, the number of trained personnel available for such expanded
programs is inadequate, and scientific and managerial support is in
critically short supply, especially in developing nations.
A multifaceted, long-term global program must urgently be developed
to manage the genetic resources of the world's forests. In view of current
constraints, the committee considers a sharing of responsibilities by the
FAO and a forestry body within the IBPGR (possibly as part of a larger
CGIAR effort in forestry), augmented by expertise from other interna-
tional, regional, and national programs, to be the most feasible approach.