Montreal Process Working Group Criteria for Sustainable Forest Management
International concerns have prompted the development of a set of universal "criteria" that establish a standard framework for the definition and evaluation of sustainable forest management. A set of detailed "indicators" is developed to address specific aspects of each criterion. One example of such a set of standards for sustainable forestry is the criteria and indicators developed by the Montreal Process Working Group (MPWG) for the Conservation and Sustainable Management of Temperate and Boreal Forests that was initiated at the UN Conference on the Environment and Development (UNCED) held in Rio de Janiero in June, 1992. The MPWG criteria cover a wide range of potential goods and services that may be obtained through forest management. Here we include a brief description of each criterion
The Montreal Process Working Group Criteria for Sustainable Forestry
Criterion #1. Conservation of biological diversity
Criterion #2. Maintenance of the productive capacity of forest ecosystems
Criterion #3. Maintenance of forest ecosystem health and vitality
Criterion #4. Conservation and maintenance of soil and water resources
Criterion #5. Maintenance of forest contribution to global carbon cycles
Criterion
# 1. Conservation of biological diversity:
Ensure that ecosystem, species, and genetic diversity are maintained.
Conserving biodiversity through forest management has at least
three different components:
Criterion
# 2. Maintenance of the productive capacity of forest ecosystems:
Ensure that timber and other forest resources are not being harvested
unsustainably from a given forest area. In addition, ensure that
one forest area is not providing so few products that forests
elsewhere in the world must be overharvested to compensate for
the lack of production. It is important to note that sustainability
issues apply not only to volume production, but also to wood quality
and non-wood forest products.
Criterion
# 3. Maintenance of forest ecosystem health and vitality:
Ensure that forests do not lose their ability to provide goods
and services as a consequence of being exposed to processes (e.g.,
fire, wind storms, floods) or agents (e.g., insects, diseases)
outside the range of historical variation. In addition, ensure
that basic ecosystem processes such as nutrient cycling or seed
dispersal are operating within the range of historical variation.
Criterion
# 4. Conservation and maintenance of soil and water resources:
Ensure the protective and productive capabilities of forests with
respect to soil and water resources. Catastrophic forest fires,
poor farming practices, erosion from overgrazing, and stream damage
and soil compaction through poor timber harvesting practices can
reduce water quality and soil productivity.
Criterion
# 5. Maintenance of forest contribution to global carbon cycles:
Forests can temporarily sequester carbon (i.e., remove carbon
dioxide from the atmosphere) as they grow. Conversely, as trees
rot or burn they return carbon to the atmosphere. Using wood products
instead of steel, aluminum, brick, or concrete (which require
the consumption of large amounts of fossil fuels to make) can
permanently keep carbon out of the atmosphere.
Criterion
# 6. Maintenance and enhancement of long-term multiple socio-economic
benefits to meet the needs of society:
Ensure that forests provide social benefits such as employment,
recreation opportunities, cultural and spiritual values and at
the same time provide such economic benefits as timber/non-timber
resources and investment in the forest sector. People who live
and work directly in the forest and with forest products and services
are most capable of providing certain forest values. Such people
are entitled to be able to achieve a dignified, economically viable
life (free of poverty) without being forced to migrate to urban
areas. In addition, forest owners should be allowed to profit
economically from providing the various values.
Criterion
# 7. Legal, institutional, and economic framework for forest conservation
and sustainable management:
Sustainable forest management is contingent upon the existence
of rational social agreements that promote and protect responsible
management, public awareness, property rights and other socio-cultural
functions. These functions may be encouraged and enforced through
legislation, social institutions, or economic incentives (or penalties).
Whereas there is general consensus regarding many of these general criteria, developing a robust set of specific indicators is proving time consuming, perhaps impossible, and probably not necessary because of the innate nature of hierarchical systems (see Systems:Hierarchies). The variations among the world's forests create extreme variations in how the criteria can be measured. The landscape approach to ecosystem management may ultimately result in each region and subregion developing its own region-specific indicators for these generalized criteria