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Convention on biological diversity


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    I. Implications of declining trends in FBD

Forest biodiversity is a broad concept with many dimensions. It includes diversity of genes, species and ecosystems, as well as that of forest landscapes. Besides producing many kinds of goods for humans, forest biodiversity has great cultural and intrinsic values. FBD also maintains important ecosystems functions and services, it provides a basis for various livelihoods and for sustainable land use and development. Diversity of genes, ecotypes and habitats is also the best insurance against adverse changes in the future, regardless of whether changes are natural or human-caused lie climate change or degradation of genetic resources. Naturally diverse forests have greatest potential to adapt to unpredicted changes, as well as to provide new goods and services.

All forest areas have some role in conservation and use of forest biological diversity, but any given forest area cannot produce all goods and services. Maintenance (and where appropriate enhancement) of FBD is an important aspect of conservation and sustainable forest management; this applies to the whole range of forests from protected primary forests, managed (semi-)natural forests, plantations and other ecosystems that include elements of FBD.

WWF and IUCN have identified five priority objectives to halt and reverse the decline in the global forest estate (WWF/IUCN, 1996; WWF 2001):

(a) To establish a network of ecologically representative, socially beneficial and effectively managed forest protected areas

(b) To achieve environmentally appropriate, socially beneficial and economically viable management of forests outside protected areas

(c) To develop and implement environmentally appropriate and socially beneficial programmes to restore deforested and degraded forest landscapes

(d) To protect forests from pollution and global warming by reducing polluting emissions and managing forests for resilience to climate change

(e) To ensure that political and commercial decisions taken in other sectors safeguard forest resources and result in a fair distribution of associated costs and benefits.

It is likely not possible to maintain all of the characteristics of a natural forest landscape and forest structure in protected areas. For this reason, the implementation of sustainable management practices is of utmost importance. Nature reserves can in addition, and when actually managed, complement biodiversity programs in managed forests. Protected areas also provide scientific ‘benchmarks’ against which to measure progress towards sustainability in forest management.

Protected forest areas are of special interest because their primary aim is the maintenance of FBD. These areas, however, should be managed in context with surrounding areas because forests are not static in time. Semi-natural managed forests are important in maintaining many elements of FBD and producing goods and services. This also concerns plantation forests, in which these diversity aspects should be enhanced. Further, protected areas should also be a part of a reserve network at a larger, regional scale. Reserve networks should be both representative and complementary, which means that all habitat types of natural and semi-natural ecosystems should be represented in the network. Especially lowland forests on fertile soils, riverine and many coastal woodlands are underrepresented in conservation area systems of many countries.

In selecting individual reserves several aspects should be taken into account (Spellerberg, 1994), including size and extent of the area, diversity of species, communities and ecosystems, naturalness, rarity and commonness, and fragility. The larger the area the more species that are included and the larger the population size of the individual species (Connor et al. 2000). In addition, the negative impacts of events in surrounding habitats are proportionately smaller on large areas. However, many species and habitats occur in specific, small-scale sites, such as springs, small wetlands and other various sites with varying edaphic, hydrological and microclimatic conditions (Rabinovitz et al. 1986). In such cases, protection of small sites/areas is well founded. Diversity of species, communities and ecosystems is important, but species-poor habitats should be emphasized if they consist of rare or endangered species or unique habitats. Fragility of a habitat should also be taken into account in founding reserves.







Box 11. Key biotope concept and forest management

One important element of more ecological forestry in the managed forests is the proper management of key biotopes, i.e. biologically important small-scale habitats. The key biotope approach has also been introduced in the Swedish and Finnish forestry legislation and practical guidance in forest management, and it has been adapted in last years also in Estonia.


The key Woodland Habitat identified in Swedish forests is an area where one or more Red-listed species occur (Skogstyrelsen, 1998). The number of woodland key habitats is estimated to be around 80,000 with an average size of 2.3 ha. The key habitats in Finnish Forest Legislation are valuable, small-scale (usually 0.2-1 ha) habitats or biotopes of high natural value. They include natural springs, brooks and small ponds with their surroundings, herb-rich woodlands, rich fens, grass- and herb-rich wooded swamps, rocky crevices and gorges, rocky cliffs and underlying herb-rich forest stands, and some sparse woodland biotopes (exposed bedrock, boulder fields, sparsely wooded mires and alluvial forests). It has been estimated that these habitats cover 0.5-1.5 per cent of the forested land, and if other important habitats – various ecotones, shore woods and disturbed key biotopes, which could be restored - are taken into account, the areas is perhaps 2-4 per cent.
The identification and management of key habitats varies at present quite a lot, but their adoption in the practical forestry guidance will give better results in the longer term. The scientifically verified knowledge about the effects of preservation and management of key biotopes on forest biota is scanty, as yet. However, they are important for species occurring in specific sites in forest landscapes, e.g. in terms of topography, edaphy or hydrology. A great deal of locally rare and threatened flora and fauna (such as vascular plants, mosses and liverworts, many groups of invertebrates) are found in these habitats.




In addition to foundation of forest reserves, forest management practices should take into account the demands of sustaining biodiversity. The practices are largely dependent on the forest type, its regeneration regime and land-use history. Important aspect of a more ecological forestry is the consideration of key biotypes (see Box 11), i.e. valuable, often small-scale habitats or biotopes of high natural values that should either be left untouched or managed with special care, and ecological corridors connecting high conservation value areas. These structures are important for conservation of many species, and they may ease species’ dispersal within managed forest landscapes.

Forest planning should be carried out on a landscape-scale to ensure long-term sustainable use. Landscape ecological planning has been introduced in recent years in many forest countries, e.g. all state-owned forest lands in Finland (Karvonen, 2000). Such ecological planning involves an understanding of the natural disturbances, which controls the landscape structure or pattern. In Sweden, this landscape approach has been used on the large forest estates of major forestry companies. One earlier application of this thinking is the so-called ASIO model in Sweden. This model has been developed for forestry to better mimic the disturbance dynamics of different forest types (Angelstam et al. 1993, Angelstam 1997, 1998). The model is based on the intensity and significance of fire occurring in different types of forests. Forests are divided into whose, which burn almost never (A), seldom (S), intermediately (I) and often (O). The model suggests that different forestry practices, based on natural disturbance models, should be carried out in these four fire frequency classes.

A number of traditional and modern sustainable livelihoods exist, which can be well combined with forest protection programmes and sustainable forest management. These include the harvesting of many non-timber forest resources, like collecting food products (wild fruits, mushrooms, berries), medicinal plants, natural rubber, fibres etc. If properly planned, these will also have the dual benefit of revitalising local economies and fighting rural depopulation. Also nature-oriented tourism, if well implemented, can be an actively compatible and even supportive, of the conservation of forest protected areas. When developing these activities, needs of Indigenous Peoples and local communities should be fully taken into account. Participatory approach and community involvement are key issues in the sustainable management of natural resources.
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