Summer School "Ecology and Society: Frontiers and Boundaries" / 3 - 7 June 2019

Ecosystems societies Climate change Forests Hydrosystems Atmosphere Biodiversity Agrosystems Pressures Impacts Modelling Pollution Ecotoxicology Biogeochimical cycles Ecology Adaptability
Field trip - SallesField trip - Salles
Field TripField Trip
Fieldtrip Vineyard - Crédits photo LabEx COTEFieldtrip Vineyard - Crédits photo LabEx COTE
Vineyard - Crédits photo LabEx COTEVineyard - Crédits photo LabEx COTE
Dune du PylaDune du Pyla
Field TripField Trip
Thematic weeks organisation committeeThematic weeks organisation committee
Class room - Crédits photo LabEx COTEClass room - Crédits photo LabEx COTE
Crédit, G.LoubotaCrédit, G.Loubota
Ciron Valley - Crédits photo LabEx COTECiron Valley - Crédits photo LabEx COTE
Forest Trip - Crédits photo LabEx COTEForest Trip - Crédits photo LabEx COTE
Field trip - SallesField trip - Salles
Visiting BordeauxVisiting Bordeaux
Visiting BordeauxVisiting Bordeaux
Conference roomConference room
Field TripField Trip
Group Picture - Crédits photo LabEx COTEGroup Picture - Crédits photo LabEx COTE
City trip - Crédits photo LabEx COTECity trip - Crédits photo LabEx COTE


Last update Wednesday 30 July 2014

Inra, France - Vegetation-atmosphere interactions with number of applications regarding the Forest

D. Loustau was director of the EPHYSE (Functional Ecology and Environmental Physics) unit from 2006 to 2013 that includes 45 staff. EPHYSE is coordinating the experimental platform XyloSylve/Ecosylve (part of the EQUIPEX XyloForest). EPHYSE is member of the LABEX (Laboratory of Excellence) “COTE” (“Continental to coastal ecosystems”) and member of its directorate. EPHYSE team is associated with Bordeaux University and CNRS-INSU through its memberships to the OASU and the Directorate of the Doctoral School 306. EPHYSE coordinates also the Ecosystem French branch of the national TGIR ICOS.

D. Loustau research project investigates the vegetation-atmosphere interactions with number of applications regarding the Forest – Climate and carbon cycle interplay, radiative transfer and energy balance in complex canopies, water transfer in the soil-tree-atmosphere continuum, tree growth and wood production. This project contributes to the sustainable management of forest ecosystems and its adaptation to environmental changes.

D. Loustau has been managing network of flux tower sites and long term manipulative experiments on maritime pine forests since 1987 within the SOERE F-ORE-T. He developed also a number of modeling tools and approaches in collaboration with, among others, Alterra-Wageningen, Edinburgh and MacQuarie universities. In recent years, he has been involved in several projects funded by the EU (EFORWOOD, Carbo-Extreme, GHG-Europe, EXPEER, ICOS - PP), ANR (CATS, MIST, CLIMATOR, ORACLE) and GICC (Carbofor, FAST).

Monday 05 May 2014 by DUMERCP Julien. Last update Wednesday 30 July 2014