Butler Alyssa

Université du Québec à Rimouski
Candidat Ph.D.

superviseur(e): Dominique Gravel
Robert Schneider
Début: 2013-01-07
Fin: 2015-01-01


Une approche bayésienne pour réduire l'incertitude dans la production de l'information au niveau du peuplement à partir d'un modèle au niveau individuel de la croissance des arbres
To reduce uncertainty of predictions of growth under future conditions, I propose here a new model of individual tree growth suitable for management decision making at the stand level. Initially, an individual level model of tree growth will be developed with a focus to incorporate more biological realism at the process level. New components of species specific mortality and individual growth increment will be created. To make this individual level model useful and practical for management objectives, information will be predicted at the stand level with care to reduce uncertainty throughout simulations. An evaluation of the models developed and their ability to accurately predict stand level estimators will be conducted to help guide future management decisions and assess the pragmatism of our models. An optimization will be conducted to explore what mixtures of individuals would maximize productivity in terms of total basal area at the stand level.


modelling, decision making tool


1- Reduction of first-year survival threatens the viability of the Mariana Crow Corvus kubaryi population on Rota, CNMI
2010 Bird Conservation International