A multiple-use forest management method is developed to support decisions o
n insect control in state forests of a case area in Central Poland, aiming
at optimisation in a socio-economic context. The model is closely linked to
the specific planning situation, but its structure is adaptable to other c
ases of optimal decision-making on multiple-use forestry. It is a four-stag
e consecutive model incorporating: (i) financial value of timber production
; (ii) stage (i) plus the dual value of non-market outputs; (iii) stage (ii
) plus the social value of carbon storage; and (iv) stage (iii) plus the so
cial value of recreational benefits. That is to say, the complete model cov
ers four important multiple-use outputs of the case area. The geographical
distribution of high-priority protection forest resources is very sensitive
to the stage-wise application of the model, especially with respect to rec
reation, providing innovative decision support related to multiple-use in a
socio-economic context. (C) 1999 Elsevier Science B.V. All rights reserved
.