Trombinoscope

AFIF Dany

- Cellulose biosynthesis - Cell membran - Wood formation - Environmental constraints (ozone, elevated CO2, …)

dany.afif@univ-lorraine.fr

BERVILLE Simon

BOGEAT TRIBOULOT Marie-Béatrice

I am a tree ecophysiologist. I study the physiological, molecular, and developmental responses involved in acclimatization to drought, particularly in poplars, using interdisciplinary and integrative approaches (ecophysiology-functional genomics). In addition, I study the biophysical and molecular controls of root growth in response to drought and mechanical stress. I characterize growth through kinematic analysis, which provides insight into cell expansion capacity and meristematic activity. I combine these data with measurements of stress, physiological, and molecular parameters to understand the biological responses induced by water deficit or mechanical constraint.

marie-beatrice.bogeat@inrae.fr

BRENDEL Oliver

I mainly study the response of forest trees to drought, with water use efficiency as a focal point and a whole-plant reponse approach. I am interested in characterising the intraspecific diversity of drought responses of forest trees and the geographical structure of this diversity.

oliver.brendel@inrae.fr

BURE Cyril

cyril.bure@inrae.fr

CABANE Mireille

- Cell wall - wood formation - climate change (ozone and elevated CO2) - cellular and molecular analysis

mireille.cabane@univ-lorraine.fr

CAULUS Alexandre

My research focuses on the study of plants’ ability to withstand and counteract abiotic stresses in their environment. For example, I investigate the impact of strong winds on a plant’s ability to maintain an upright growth habit, as well as plant adaptations to varying levels of pollution.

alexandre.caulus@univ-lorraine.fr

COHEN David

I conduct gene expression analyses of target genes (using qPCR) as well as transcriptomic analyses (using RNA-Seq and Affymetrix microarrays) in support of research programs on the plasticity and diversity of tree responses to abiotic stresses (mainly on poplar and oak submitted to drought and/or ozone).

david.cohen@inrae.fr

DIZENGREMEL Pierre

- Cell physiology of stress - Ozone - Drought

pierre.dizengremel@univ-lorraine.fr

DREYER Erwin

Tree ecophysiology (water relations, photosynthesis, drought, waterlogging, stable esotopes)

erwin.dreyer@inrae.fr

GANDIN Anthony

I investigate the mechanisms by which trees respond to oxidative stress, including impacts on photosynthetic processes, associated metabolic adjustments, and trade-offs between growth and defense.

anthony.gandin@univ-lorraine.fr

GUNDESLI Yasin

Thesis topic: Influence of temporal photosynthesis-stomatal conductance decoupling on water and carbon fluxes from leaf to canopy scales under different environmental conditions in European beech (Fagus sylvatica L.). PhD student in forest ecophysiology investigating how the decoupling between photosynthesis and stomatal conductance affects carbon and water fluxes in European beech (Fagus sylvatica L.). Combining gas exchange measurements (greenhouse/forest) and dynamic modeling, I quantify how canopy structure, drought, and potassium nutrition modulate stomatal kinetics.

yasin.gundesli@inrae.fr

HASENFRATZ-SAUDER Marie-Paule

marie-paule.hasenfratz@univ-lorraine.fr

HUMMEL Irène

Acclimation and responses to soil water availability in young trees (particularly poplars) Growth regulation (particularly root growth)

irene.hummel@inrae.fr

LE THIEC Didier

I conduct research on stomatal responses in several tree species (poplar, beech, oak) to different environmental stresses. This work relies on molecular biology approaches (gene expression), ecophysiology (leaf gas exchange), and anatomy (microscopy). To this end, I am developing a phenotyping platform focused on drought control and drone-based imaging, including thermal, multispectral, and now hyperspectral cameras.

didier.lethiec@inrae.fr

MARTIN Stéphane

stephane.martin@univ-lorraine.fr

NADAL NADAL Miquel

My research in plant ecophysiology focuses on three main areas: photosynthesis, water relations, and plant hydraulics. I have explored these topics in the context of drought stress across a wide range of species, from model plants to forest trees. My long-term goal is to determine the limits of plant performance under water scarcity, as projected under current global change scenarios. I currently conduct field and greenhouse experiments focused on tree physiology in the context of forest regeneration.

miquel.nadal-nadal@inrae.fr

NUYTTENS Audrey

My main activity consists of developing and implementing biochemical and molecular biology techniques. In particular, I develop LC-MS (liquid chromatography coupled with mass spectrometry) analysis methods for metabolites from plant matrices. I am the technical advisor for an LC-MS device on the ASIA (Functional and Structural Approaches to Cellular Interactions) platform. In addition, I am one of the health and safety prevention assistants for the Silva Unit.

audrey.berthe@univ-lorraine.fr

OLRY Jean-Charles

jean-charles.olry@univ-lorraine.fr

RICHARD Colline

Thesis topic: Defining functional strategies at the whole-plant level by integrating traits related to carbon acquisition and water use in seedlings of Fagaceae Study of the functional traits of the whole-plant organs in Fagaceae seedlings, in order to establish the response to drought in terms of growth and drought tolerance, as well as other limiting environmental constraints (such as lighting and soil characteristics).

colline.richard@inrae.fr

VAULTIER Marie-Noëlle

Study of molecular and cellular mechanisms (detoxification; signaling) put in place during the response to oxidative stress generated by one or more abiotic constraint (s) (ozone, drought)

marie-noelle.vaultier@univ-lorraine.fr

VOGELZANG Clément

Hardware and software development for instrumentation and control systems using data acquisition units or microcontrollers such as Campbell, Arduino, and Raspberry Pi. CAD, FDM and resin 3D printing for prototyping and designing custom parts for experimentation

clement.vogelzang@inrae.fr