Growing old and tolerant? How leaf traits vary across life-stages and why this matters

MATOS Ilaine 

Trait-based models are a powerful tool to predict vegetation responses to climate change but they are currently limited by the lack of information about trait variation across life-stages. Traits sampled from a single life-stage are often used interchangeably to model plant responses. However, traits may differ between stages, with juveniles expect... [Lire la suite...]

Conformal prediction for plant recognition: long tailed and multiple inputs

FERMANIAN Jean-Baptiste 

Trait-based models are a powerful tool to predict vegetation responses to climate change but they are currently limited by the lack of information about trait variation across life-stages. Traits sampled from a single life-stage are often used interchangeably to model plant responses. However, traits may differ between stages, with juveniles expect... [Lire la suite...]

Legacies of dead trees determine species interactions in forest communities

MAGEE Lukas J. 

Trait-based models are a powerful tool to predict vegetation responses to climate change but they are currently limited by the lack of information about trait variation across life-stages. Traits sampled from a single life-stage are often used interchangeably to model plant responses. However, traits may differ between stages, with juveniles expect... [Lire la suite...]

Neotropical forest assembly in the Anthropocene

BARALOTO Christopher 

Trait-based models are a powerful tool to predict vegetation responses to climate change but they are currently limited by the lack of information about trait variation across life-stages. Traits sampled from a single life-stage are often used interchangeably to model plant responses. However, traits may differ between stages, with juveniles expect... [Lire la suite...]

Déterminants environnementaux de la distribution spatiale des arbres au cours des stades ontogénétiques en forêt tropicale

BADOUARD Vincyane 

Trait-based models are a powerful tool to predict vegetation responses to climate change but they are currently limited by the lack of information about trait variation across life-stages. Traits sampled from a single life-stage are often used interchangeably to model plant responses. However, traits may differ between stages, with juveniles expect... [Lire la suite...]

Quantifying Plant-Induced Soil Reinforcement: Mechanisms and Dynamic Scenarios

Jinqi ZHU 

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ZHU Jinqi

accueilli
School of Resources and Environment, Nanchang University

Montpellier - Bur : PS1/15
jinqi.zhu@cirad.fr

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Trait-based models are a powerful tool to predict vegetation responses to climate change but they are currently limited by the lack of information about trait variation across life-stages. Traits sampled from a single life-stage are often used interchangeably to model plant responses. However, traits may differ between stages, with juveniles expect... [Lire la suite...]