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Title: Developing Post-Fire Eucalyptus globulus Stand Damage and Tree Mortality Models for Enhanced Forest Planning in Portugal
Authors: Marques, Susete
Garcia-Gonzalo, Jordi
Borges, José G.
Botequim, Brigite
Oliveira, Manuela
Tomé, José
Tomé, Margarida
Editors: Korpilahti, Eeva
Mehtätalo, Lauri
Pumpanen, Jukka
Väänänen, Riitta
Borges, Jose Guilherme
Czaplewski, Raymond L.
Dobbertin, Matthias
Eid, Tron
Fioravanti, Marco
Gertner, George
Goulard, Michel
Gregoire, Timothy G.
Koch, Barbara
Mason, William L.
Mattson, William J.
Mendelsohn, Robert
Nutto, Leif
Saborowski, Joachim
Salmen, Lennart
Sessions, John
Sterba, Hubert
Terreaux, Jean-Philippe
Wästerlund, Iwan
Keywords: forest fires,
forest management
Eucalyptus globulus Labill
damage model,
postfire mortality
Issue Date: 14-Mar-2011
Publisher: The Finnish Society of Forest Science · The Finnish Forest Research Institute
Abstract: Forest and fire management planning activities are carried out mostly independently of each other. This paper discusses research aiming at the development of methods and tools that can be used for enhanced integration of forest and fire management planning activities. Specifically, fire damage models were developed for Eucalyptus globulus Labill stands in Portugal. Models are based on easily measurable forest characteristics so that forest managers may predict post-fire mortality based on forest structure. For this purpose, biometric data and fire-damage descriptors from 2005/2006 National Forest Inventory plots and other sample plots within 2006, 2007 and 2008 fire areas were used. A three-step modelling strategy based on logistic regression methods was used. In the first step, a model was developed to predict whether mortality occurs after a wildfire in a eucalypt stand. In the second step the degree of damage caused by wildfires in stands where mortality occurs is quantified (i.e. percentage of mortality). In the third step this mortality is distributed among trees. Data from over 85 plots and 1648 trees were used for modeling purposes. The damage models show that relative damage increases with stand basal area. Tree level mortality models indicate that trees with high diameters, in dominant positions and located in regular stands are less prone to die when a wildfire occurs.
ISSN: 0037-5330
Type: article
Appears in Collections:CIMA - Publicações - Artigos em Revistas Internacionais Com Arbitragem Científica

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