Agenda AMAP
Aujourd'hui
Scaling hydraulic traits from organs to organisms and beyond
MENCUCCINO Maurizio
Considering ecological processes at different scales is what we do most of the time, yet scaling itself remains difficult. I will present examples from our current research to show the challenges involved in understanding the importance of drought on the water use by trees and forests across different spatial and temporal scales. [Lire la suite...]
PS 2 salle 201 + visioconférencePlant architecture, ontogeny and ecological functions in savanna woody species
MILLAN Mathieu
Open ecosystems, such as savannas, are shaped and maintained by disturbances, for example fire and herbivory. In such ecosystems, plants are exposed to regular biomass loss, preventing the regular course of growth. Thus, it is difficult to understand how they build their bodies, how and when they invest their biomass in their different parts, when ... [Lire la suite...]
PS 2 salle 201Advances for plant functional ecology: the importance of the phyllosphere and the concept of holobiont
ROSADO Bruno
Plant functional ecology is based on the use of functional traits as descriptors of organisms' responses to variations in conditions and resources. Traditionally, plants have been the most studied group, which has allowed great advances in this topic. However, the functional approach has neglected the fact that organisms such as fungi, bacteria and... [Lire la suite...]
PS 2 salle 201 + visioconférenceFire and shade: a trait-based perspective on woody communities from savannas and forests in the Cerrado
Plant functional ecology is based on the use of functional traits as descriptors of organisms' responses to variations in conditions and resources. Traditionally, plants have been the most studied group, which has allowed great advances in this topic. However, the functional approach has neglected the fact that organisms such as fungi, bacteria and... [Lire la suite...]
PS 2 salle 201Drivers of ectomycorrhizal diversity in Europe
DELHAYE Guillaume
Plant functional ecology is based on the use of functional traits as descriptors of organisms' responses to variations in conditions and resources. Traditionally, plants have been the most studied group, which has allowed great advances in this topic. However, the functional approach has neglected the fact that organisms such as fungi, bacteria and... [Lire la suite...]
PS 2 salle 201Malpolon
LARCHER Théo
Plant functional ecology is based on the use of functional traits as descriptors of organisms' responses to variations in conditions and resources. Traditionally, plants have been the most studied group, which has allowed great advances in this topic. However, the functional approach has neglected the fact that organisms such as fungi, bacteria and... [Lire la suite...]
PS 2 salle 201Three-dimensional homogenized constitutive model of root-soil composites
HUANG Jiankun
Plant functional ecology is based on the use of functional traits as descriptors of organisms' responses to variations in conditions and resources. Traditionally, plants have been the most studied group, which has allowed great advances in this topic. However, the functional approach has neglected the fact that organisms such as fungi, bacteria and... [Lire la suite...]
PS 2 salle 201Understanding Landscape Changes: A 25-Year Journey in Landscape Research from Colombia
ARMENTERAS Dolores
Plant functional ecology is based on the use of functional traits as descriptors of organisms' responses to variations in conditions and resources. Traditionally, plants have been the most studied group, which has allowed great advances in this topic. However, the functional approach has neglected the fact that organisms such as fungi, bacteria and... [Lire la suite...]
PS 2 salle 201