Scientific Publication

Réaction de peuplements forestiers tropicaux à des interventions sylvicoles

author(s) Favrichon, V. - Damio, T. - Doumbia, F. - Dupuy, B. - Higuchi, N. - Kadir K. - Maitre, H.F. - Nguyen-The, N. - Petrucci, Y. - Sist, P.
from Center for International Forestry Research (CIFOR)
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themes
regions
  • South-Eastern Asia
  • Asia
  • World
  • South America
  • Latin America and the Caribbean
  • Americas
  • Middle Africa
  • Sub-Saharan Africa
  • Africa
  • Western Africa
citation

Favrichon, V., Damio, T., Doumbia, F., Dupuy, B., Higuchi, N., Kadir K., Maitre, H.F., Nguyen-The, N., Petrucci, Y., Sist, P. 1997. Réaction de peuplements forestiers tropicaux à des interventions sylvicoles . Bois et Forets des Tropiques 254 (4) :5-24. ISSN: 0006-579X.

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Abstract

CIRAD-Forêt research on the dynamics of tropical moist forests has been carried since 1974, in collaboration with different tropical forest research institutes. Research is based on a worldwide network of experimental layouts whose most important sites are located in Africa ( Mopri, Irobo and La Tênê in Cote-d'Ivoire and M'baiki in Central African Republic), in South-America (ZF2 at Manaus in Brazil, Paracou in French Guiana) and in Asia (STREK in Beurau in Indonesia). the layouts have been designed with a common methodology and followed-up in a coherent way. They permit to study the dynamics of tropical moist forest ecosystem and the response of different forest types to various interventions such as logging and the silvicultural treatments. Many studies have been carried out in these permanent plots. Some results have already led to implementation of large scale forest management projects (for example Yapo in Cote-d'Ivoire). The aim of this paper is to present the average parameters of the natural forest dynamics (growth, mortality and recruitment). Then we will show the changes in these parameters following an artificial disturbance and the relationship between the stand density and its dynamics. Lastly, we will use these relations to calculate the time required for the forest stand to recover its original state after logging.

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