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Full Description
There are many theoretical approaches to modelling forest systems, but not all of them have valid practical applications. This book reviews current thinking on various models and explores a variety of areas and approaches. The papers in this book have been selected and developed from those presented at a workshop held in Portugal in June 2002. The topics covered include: forest reality and modelling strategies; mathematical approaches and reasoning; estimation processes models; validation and decision under uncertainty and model archives and metadata.The book will be of significant interest to those in areas of forestry, applied ecology, and statistics and economics.
Contents
Part I: Forest reality and modelling strategies 1: Suggestions for choosing an appropriate level for modelling forest stands, H Burkhart, Virginia Tech, Blacksburg, USA 2: Mapping forest site productivity for Alberta, R A Monserud, USDA, Portland, USA and S Huang, Forest Management Branch, Canada 3: Growth modelling of Eucalyptus regnans for carbon accounting at the Landscape Scale, C Dean, CRC, Canberra, Australia, S Roxburgh and B Mackey 4: Spatial distribution modelling of forest attributes coupling remotely sensed imagery and GIS techniques, G Chirici, Universita di Firenze, Italy, P C Corona, M Marchetti, F Marelli and L Bottai 5: Algorithmic and interactive approaches to stand growth modelling, M Hauhs, University of Bayreuth, Germany 6: Linking process-based and empirical forest models in Eucalyptus plantations in Brazil, A Almeida, R Maestri, Aracruz Xcelulos, SA, Brazil, J Landsberg and J Scolforo 7: A strategy for growth and yield research in Komatiland Forests in South Africa, H Kotze, Komatiland Forests, South Africa Part II: Mathematical approaches and reasoning 8: Quantitative tools for modelling forest systems at different scales, R Amateis, Virginia Tech, USA 9: GLOBTREE, an individual tree growth model for Eucalyptus globulas in Portugal, P Soares and M Tomé 10: Modelling dominant height growth: effect of stand density, C Meredieu, INRA, France, S Perret and P Dreyfus 11: Testing for temporal dependence of pollen cone production in jack pine (Pinus banksiana Lamb), S Magnussen, Canadian Forest Service, Canada, V Nealis and A Hopkin 12: Spatial stochastic modelling of cone production from stone pine (Pinus pinea l) stands in the Spanish northern plateau, N Nanos, R Calama, CIFOR-INIA, Spain, N Canadas, C Garia and G Montero 13: Modelling the carbon sequestration of a mixed, uneven-aged, managed forest using the process model SECRETS, G Deckmyn, University of Antwerp, Belgium, R Ceulemens, J Garcia and B Muys 14: An allometric-weibull model for interpreting and predicting the dynamics of foiliage biomass on scots pine branches, R Fleming, Canadian Forest Service, Canada 15: Diameter distribution models and height-diameter equations for Estonian forests, A Kiviste, Estonian Agricultural University, Estonia, A Nilson, M Hordo and M Merenäkk 16: Modelling the diameter at breast height growth of Populus x euramericana plantations in Spain, F Rodriguez, Universirtat de Liedia, Spain, J De la Rosa and A Aunos 17: Stand growth and productivity of mountain forests in southern Siberia in a changing climate, N M Tchebakova, Russian Academy of Sciences, Russia and E I Parfenova Part III: Estimation Processes 18: Estimation and application of size-biased distributions in forestry, J Gove, USDA, USA 19: Sop model - the parameter estimation alternatives, A Amaro 20: Evaluating estimation methods for logistic regression in modelling individual-tree mortality, V Alenius, Finnish Forest Research Institute, Finland, H Hokka, H Salminen and S Jutras 21: Using process-dependent groups of species to model the dynamics on a tropical rain-forest, N Picard, CIRAD, Mali, S Gourlet-Fleury and P Sist 22: Modelling current annual height increment of young Douglas-fir stands at different sites, P Radonja, Institute of Forestry, Yugoslavia 23: Simulation and sustainability of cork oak stands, N Ribeiro, Universidade de Evora, Portugal and A Oliveira Part IV: Models, validation and decision under uncertainty 24: A critical look at procedures for validating growth and yield models, S Huang, Forest Management Branch, Canada, Y Yang and Y Wang 25: Model testing by means of cost-plus-loss analyses, T Eid, Agricultural University of Norway 26: Regulating the yield of goods and services from forests: Developing tools to support management decisions and policy development for multiple objective forest management, P van Gardingen, University of Edinburgh, UK 27: CAPSIS: computer-aided projection for strategies in silviculture: advantages of a shared forest-modelling platform, F Coligny, INRA, France, P Ancelin, G Cornu, B Courbaud, P Drefus, F Goreaud, S Gourlet-Fleury, C Meredieu and L Saint-Andre 28: Expected volume and value of structural dimension lumber from 25-, 30-, 35-, 40- and 50 year old loblolly pine plantation timber, H Carino, Auburn University, USA and E Biblis 29: Comparing models for growth and management of forest tracts, J Colbert, USDA, USA, D Fekedulegn and M Schuckers 30: Landscape visualization under three different forest growth simulators, F Knauft, University of Bayreuth, Germany 31: How good is good enough: information quality needs for management decision-making, D Reed, Michigan Technological University, USA Part V: Model archives and metadata 32: Forest modelling: Conserving the past and building the future, K Rennolls, University of Greenwich, London, UK 33: A logic approach to design specifications for integrated application of diverse models in forest ecosystem analysis, K Reynolds, USDA, USA Part VI: Conclusions 34: Emerging trends and future directions: a workshop synthesis, D Reed, A Amaro, R Amateis, Virginia Tech, USA, S Huang, Forest Management Branch, Canada and M Tomé
