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F. Augustine, USA) (Accepted abstract for oral presentation) IV

A. O. Olagoke, C. Proisy, J. Feret, F. Fromard, and U. Berger, On the potential of Terrestrial Laser Scanning for revising biomass allometric models of mangrove trees, SilviLaser 2015 held at La Grande Motte (France) from 28, pp.99-101, 2015.

, Other relevant publications I

J. O. Bosire, J. J. Kaino, A. O. Olagoke, L. M. Mwihaki, G. M. Ogendi et al., Mangroves in Peril: unprecedented degradation rates of peri-urban mangroves in Kenya, Biogeosciences, vol.11, pp.2623-2634, 2014.

. Ii, A. Olagoke, J. Bosire, U. Berger, . Iii et al., Regeneration of Rhizophora mucronata (Lamk.) in degraded mangrove forest: lessons from point pattern analyses of local tree interactions, Acta Oecologica, vol.50, pp.17-19, 2013.

, Le manuscrit de thèse est structuré en 6 chapitres incluant : 1. Une introduction sur les enjeux d'obtenir des meilleures descriptions de la plasticité morphologique des arbres, notamment en mangroves

, La description d'une méthode non destructive obtenue à partir de l'analyse de données laser permettant de mieux estimer le partitionnement de biomasse au sein de grands palétuviers avec un focus spécial sur l'espèce Avicennia germinans

, Une analyse inter-régionale des différences de morphologies de palétuviers et de leurs implications pour la dynamique de biomasse des mangroves amazoniennes. L'intérêt d'inclure dans les modèles d'estimation de biomasse épigée des paramètres descripteurs des formes de houppiers a été montré

, Le développement d'un logiciel facilitant la de saisie d'inventaires forestiers en mangroves permettant également de produire des représentations visuelles en forme dites de 'sucettes' et qui intègre la possibilité de calculer les biomasses d'arbres et de peuplement de houppiers pourrait aider à rendre compte des différences inter-sites et donc de mieux appréhender les dynamiques structurales des forêts dans différentes régions côtières

A. Olagoke, C. Proisy, J. Féret, E. Blanchard, F. Fromard et al., Extended biomass allometric equations for large mangrove trees from terrestrial LiDAR data, Trees, vol.30, pp.935-947, 2016.

C. Proisy, P. Degenne, E. Anthony, U. Berger, E. Blanchard et al., A multiscale simulation approach for linking mangrove dynamics to coastal processes using remote sensing observations, Journal of Coastal Research, issue.75, pp.810-814, 2016.
URL : https://hal.archives-ouvertes.fr/hal-02112293

A. Olagoke, R. Peters, J. Vogt, J. Proisy, C. Berger et al., Scaling mangrove tree responses and stand structure dynamics to environmental change: a simulation study, MMM4 Conference holding from 18-22, 2016.

A. Olagoke, C. Proisy, J. Féret, F. Fromard, and U. Berger, On the potential of Terrestrial Laser Scanning for revising biomass allometric models of mangrove trees, SilviLaser 2015 held at La Grande Motte (France) from 28, pp.99-101, 2015.

, En préparation pour une soumission dans le trimestre qui vient, nous avons les articles suivants

A. Olagoke, C. Proisy, U. Berger, S. C. Neto, G. Estrada et al., Lollymangrove software: A standardized tool for data acquisition and 3D description of mangrove forest structure

A. Olagoke, C. Proisy, U. Mehlig, M. M. De-menezes, V. F. Santos et al., Collective plastic tree attributes explain the dynamics of aboveground biomass in contrasting Amazon-influenced mangrove forests

A. Olagoke, R. Peters, A. Vovides, U. Mehlig, C. Proisy et al., Do plastic morphology and biomass partitioning of trees matter in structural development and functioning of mangrove forests? To be submitted to Ecological Modelling