Growth Models & Modelling Methodology 

(Chairs: Monserud & Gourlet-Fleury ; Reed and McRoberts)

Oscar Garcia, UNBC. (Invited paper)
 On bridging the gap between tree-level and stand-level models.

David Reed and Margaritta Tome, Michigan Tech. University &  University Tecnica Lisboa. (Invited paper)
A Re-examination of Potential * Modifier Dimensional Growth Models.

Ana Amaro and David Reed, Instituto Superior de Gestao & Michigan Tech. University.
Forest re-measurements and modelling strategies.

Shoufan Fang and George Z. Gertner.  University of Illinois.
Analysis of Parameters of Two Growth Models Estimated Using Bayesian Methods and Nonlinear Regression.

W. Cummings, E. Jones, D. Reed, T. Drummer.  Michigan Tech. University
Frontier Function Analysis to Estimate the Maximum Relative Growth Rate of Red Pine (Pinus resinosa, Ait.) in Northern Michigan.

For the following, only abstracts are available at the present time
(See the Abstracts page to view)

Ronald E. McRoberts. USDA FS St.Paul.
 Modeling applications in American forest inventories.  

Robert Froese and Andrew Robinson. University of Idaho.
Simultaneous Regression with a Generalized Error Structure – Simplified  

Alain Franc, Nicolas Picard and Sylvie Gourlet-Fleury, (ENGREF), CIRAD-Foret.
Modelling tropical rainforest dynamics.  

David C. Chojnacky and Brian J. Enquist, USDA FS Washington DC, University of Arizona.
Allometric Scaling Theory Applied to Forest Biomass Estimation.

Copyright © 2001 Proceedings: Forest Biometry, Modelling and Information Systems
Last modified: February 20, 2002