BIOFOREST Project 2001-2005
of Ireland published a strategic plan for the forest sector (Dept.
of Agriculture, Food and Forestry, 1996)
which involved increasing the forest cover dramatically. Ireland
is one of the least forested countries in Europe, even though forestry
plantations have increased forest cover from less than 1% of land cover to
about 10% in the last century. The new plan aims to increase this to 17%
by 2030, mainly by planting new commercial forests at approximately
20,000ha per year. This increase represents a huge change in land use and
land cover across Ireland, and has far-reaching economic, social and
most widely planted species in these commercial forests is Sitka spruce (Picea
sitchensis), a non-native conifer, and many forest industries are
associated with this species. Having changed some funding policies in the
late 1990s to promote the use of broadleaves in plantations, the planting
of ash (Fraxinus excelsior) increased significantly and broadleaves
now constitute 20% of new plantings.
order to promote forest biodiversity and fully practice Sustainable Forest
Management (SFM) it is necessary to know what organisms are associated
with the forest plantations, and what the manager should be aiming at. A
multitude of questions needed to be answered, from the most basic: what
organisms are living in or associated with the plantations; what are the
differences between these and the flora and fauna of native/semi-natural
forests, to the more complex: has afforestation improved the general
biodiversity of the area; what effect does previous habitat type have on
the diversity of the developing forest; what policies and practices
support the creation and maintenance of the most diverse plantations.
Until very recently very little was known about the ecology of these
forests and their associated flora and fauna: ecologists were more likely
to investigate natural land cover types than these more artificial ones.
Ireland’s native and semi-natural forests are very different
ecologically to most forestry plantations. The former are generally
dominated by a broadleaf mix and are not clearfelled at commercial
maturity whereas the latter have traditionally been dominated by a
non-native conifer monoculture on a clearfelling cycle of 35-55 years.
Design of the BIOFOREST
Against the forestry background described above, the Environmental Protection Agency (EPA) and Council for Forest Research and Development (COFORD) arranged to jointly fund research on forest biodiversity from National Development Plan funds, in the ERTDI programme. The resulting “BIOFOREST” project was a large-scale project running from 2001 to 2006 with the aim of providing some much-needed basic information on biodiversity in Irish plantation forests. The focus of this research was to illustrate the effects of different aspects of management on biodiversity within forests, from the planning stage through to the mature forest. The research had an applied orientation and objectives to feed directly into the updating of forest policy and practice documents.
This Large Scale Project (2000-LS-3.1-M2) was structured as three smaller projects, each addressing a separate aspect of forest biodiversity. These were:
· Project 3.1.1. Biodiversity assessment of afforestation sites
· Project 3.1.2 Assessment of biodiversity at different stages of the forest cycle
· Project 3.1.3 Investigation of experimental methods to enhance biodiversity in plantation forests.In the other pages of this Website these projects are abbreviated to Project 1, Project 2 and Project 3.
Dept. of Agriculture, Food and Forestry (1996). Growing for the future: a strategic plan for the development of the forestry sector in Ireland. Dept. of Agriculture, Food and Forestry, Dublin.