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models [2019/06/11 11:42]
coligny
models [2019/06/18 15:22] (current)
Robert
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 | **[[help_en:​FCBA Pseudotsuga menziesii]]** | A growth model for Douglas fir, based on the FCBA Oasis software. ​ <​html><​br><​small>​Keywords:​ Growth model, Pseudotsuga menziesii, Volume </​small></​html> ​ |<​html>​ <script type="​text/​javascript">​ml ='​priscilla.cailly';​ ml += '​@';​ ml += '​fcba.fr';​ document.write('<​A href="​mailto:'​ + ml + '">​ Priscilla Cailly</​a>'​)</​script>,​ Sébastien Cavaignac (FCBA BSA, Bordeaux)<​br>​ November 2015 </​html>​ | | **[[help_en:​FCBA Pseudotsuga menziesii]]** | A growth model for Douglas fir, based on the FCBA Oasis software. ​ <​html><​br><​small>​Keywords:​ Growth model, Pseudotsuga menziesii, Volume </​small></​html> ​ |<​html>​ <script type="​text/​javascript">​ml ='​priscilla.cailly';​ ml += '​@';​ ml += '​fcba.fr';​ document.write('<​A href="​mailto:'​ + ml + '">​ Priscilla Cailly</​a>'​)</​script>,​ Sébastien Cavaignac (FCBA BSA, Bordeaux)<​br>​ November 2015 </​html>​ |
 | **[[help_en:​silmars|SilmarS]]** | A growth model for Maritime pine developed jointly by FCBA and INRA in the context of the "​Groupe Pin Maritime du Futur" in the Aquitaine region. <​html><​br><​small>​Keywords:​ Maritime pine, Forestry growth model </​small></​html>​ |<​html><​script type="​text/​javascript">​ml ='​meredieu';​ ml += '​@';​ ml += '​pierroton.inra.fr';​ document.write('<​A href="​mailto:'​ + ml + '">​ Céline Meredieu</​a>'​)</​script>,​ Thierry Labbé (INRA Biogeco, Bordeaux), <script type="​text/​javascript">​ml ='​priscilla.cailly';​ ml += '​@';​ ml += '​fcba.fr';​ document.write('<​A href="​mailto:'​ + ml + '">​ Priscilla Cailly</​a>'​)</​script>​ (FCBA, Bordeaux)<​br>​ October 2015</​html>​ | | **[[help_en:​silmars|SilmarS]]** | A growth model for Maritime pine developed jointly by FCBA and INRA in the context of the "​Groupe Pin Maritime du Futur" in the Aquitaine region. <​html><​br><​small>​Keywords:​ Maritime pine, Forestry growth model </​small></​html>​ |<​html><​script type="​text/​javascript">​ml ='​meredieu';​ ml += '​@';​ ml += '​pierroton.inra.fr';​ document.write('<​A href="​mailto:'​ + ml + '">​ Céline Meredieu</​a>'​)</​script>,​ Thierry Labbé (INRA Biogeco, Bordeaux), <script type="​text/​javascript">​ml ='​priscilla.cailly';​ ml += '​@';​ ml += '​fcba.fr';​ document.write('<​A href="​mailto:'​ + ml + '">​ Priscilla Cailly</​a>'​)</​script>​ (FCBA, Bordeaux)<​br>​ October 2015</​html>​ |
-| **[[help_en:​plantabsl|PlantaBSL]]** | growth model for several species ​in the région Bas Saint Laurent in Québec. <​html><​br><​small>​Keywords: ​Forestry ​growth ​model </​small></​html>​ |<​html><​script type="​text/​javascript">​ml ='​Robert_Schneider';​ ml += '​@';​ ml += '​uqar.ca';​ document.write('<​A href="​mailto:'​ + ml + '">​ Robert Schneider</​a>'​)</​script>​ (UQAR, Québec)<​br>​ June 2015</​html>​ |+| **[[help_en:​plantabsl|CEP]]** | An individual tree growth model for white spruce plantations ​in Eastern Quebec. <​html><​br><​small>​Keywords: ​individual tree, growth ​and yield simulator, white spruce, plantation</​small></​html>​ |<​html><​script type="​text/​javascript">​ml ='​Robert_Schneider';​ ml += '​@';​ ml += '​uqar.ca';​ document.write('<​A href="​mailto:'​ + ml + '">​ Robert Schneider</​a>'​)</​script>​ (UQAR, Québec)<​br>​ June 2015</​html>​ |
 | **[[help_en:​samsaralightloader|SamsaraLight Loader]]** | SamsaraLight Loader is a module relying on samsaraLight library. No growth model is implemented. It loads detailed inventory files, computes the light intercepted by trees and the light transmitted to ground cells or virtual sensors. This model is particularly usefull to perform sensitivity analysis of SamsaraLight model and to analyze the effect of partial harvests on the distribution of light among the trees and regeneration. Functions are also available to compare light prediction versus light measures. <​html><​br><​small>​Keywords:​ Forestry model, Radiative balance </​small></​html>​ |<​html><​script type="​text/​javascript">​ml ='​gligot';​ ml += '​@';​ ml += '​ulg.ac.be';​ document.write('<​A href="​mailto:'​ + ml + '">​ Gauthier Ligot</​a>'​)</​script>​ (Université de Liège Gembloux Agro-Bio Tech, Gembloux, Belgium) <br> April 2015<​br>​LGPL license </​html>​ | | **[[help_en:​samsaralightloader|SamsaraLight Loader]]** | SamsaraLight Loader is a module relying on samsaraLight library. No growth model is implemented. It loads detailed inventory files, computes the light intercepted by trees and the light transmitted to ground cells or virtual sensors. This model is particularly usefull to perform sensitivity analysis of SamsaraLight model and to analyze the effect of partial harvests on the distribution of light among the trees and regeneration. Functions are also available to compare light prediction versus light measures. <​html><​br><​small>​Keywords:​ Forestry model, Radiative balance </​small></​html>​ |<​html><​script type="​text/​javascript">​ml ='​gligot';​ ml += '​@';​ ml += '​ulg.ac.be';​ document.write('<​A href="​mailto:'​ + ml + '">​ Gauthier Ligot</​a>'​)</​script>​ (Université de Liège Gembloux Agro-Bio Tech, Gembloux, Belgium) <br> April 2015<​br>​LGPL license </​html>​ |
 | **[[help_en:​Phenofit]]** | Phenofit (Chuine and Beaubien 2001) is a process-based model that predicts species distribution at the continental scale. Phenofit estimates the probability of presence of an adult tree over several years by its fitness on a given site. Fitness is defined as the product of the probability of survival and the probability of reproductive success at a yearly time step. Probabilities of presence predicted over several sites or over a grid produce the potential distribution of the tree species. <​html><​br><​small>​Keywords:​ Process-based model, Species distribution,​ Fitness</​small></​html> ​ |<​html>​ <script type="​text/​javascript">​ml ='​Isabelle.CHUINE';​ ml += '​@';​ ml += '​cefe.cnrs.fr';​ document.write('<​A href="​mailto:'​ + ml + '">​ Isabelle Chuine</​a>'​)</​script>,​ Yassine Motie (CNRS CEFE, Montpellier) <br> January 2015</​html>​ | | **[[help_en:​Phenofit]]** | Phenofit (Chuine and Beaubien 2001) is a process-based model that predicts species distribution at the continental scale. Phenofit estimates the probability of presence of an adult tree over several years by its fitness on a given site. Fitness is defined as the product of the probability of survival and the probability of reproductive success at a yearly time step. Probabilities of presence predicted over several sites or over a grid produce the potential distribution of the tree species. <​html><​br><​small>​Keywords:​ Process-based model, Species distribution,​ Fitness</​small></​html> ​ |<​html>​ <script type="​text/​javascript">​ml ='​Isabelle.CHUINE';​ ml += '​@';​ ml += '​cefe.cnrs.fr';​ document.write('<​A href="​mailto:'​ + ml + '">​ Isabelle Chuine</​a>'​)</​script>,​ Yassine Motie (CNRS CEFE, Montpellier) <br> January 2015</​html>​ |
models.1560253375.txt · Last modified: 2019/06/11 11:42 by coligny