Agenda - Séminaires AMAP



 Evénements à venir

Décembre
16
14h00 - 18h00
Soutenance - Thèse

Revisiting the role of intraspecific variability in species coexistence: modelling approaches and insights from forest data

Camille GIRARD-TERCIEUX 

To answer the question "how do many species that require the same resources manage to coexist?", intraspecific variability (IV, the differences between individuals of the same species) has been taken into account. In mathematical models simulating species dynamics, IV is often represented as a random noise around the species mean, without structure... [Lire la suite...]

Salle 9, Bâtiment 36, Campus Triolet de l’Université de Montpellier, Place Eugène Bataillon + visioconférence

Décembre
14
10h30 - 11h30
Séminaire AMAP - Résultats & Programmes

Spatial & temporal assessment of Carbon dioxide and Methane fluxes from mangroves in Lamu Archipelago, Kenya

TARUS George 

Mangroves are fragile forest ecosystems that store carbon in transition zones between land and ocean and critically support local community livelihood through the supply of goods and services. This study aims to assess carbon dioxide and methane fluxes from intact and degraded mangroves in the Southern and Pate Island swamps of the Lamu archipelago... [Lire la suite...]

PS 2 salle 201 + visioconférence

Décembre
08
15h00 - 16h00
Séminaire AMAP - Résultats & Programmes

Decoding family‐level features for modern and fossil leaves from computer‐vision heat maps

SPAGNUOLO Edward 

Angiosperm leaves present a classic identification problem due to their morphological complexity. Computer-vision algorithms can identify diagnostic regions in images, and heat map outputs illustrate those regions for identification, providing novel insights through visual feedback.
This talk will focus on a recent publication in which we i... [Lire la suite...]

Webinaire + visioconférence

 Evénements récents passés

Décembre
01
11h00 - 12h00
Séminaire AMAP - Questionnements scientifiques

Integrating architectural analysis and metabolic scaling theory

CHMURZYNSKI Adam 

Metabolic scaling theory (MST) predicts the scaling of core aspects of organismal functioning, including metabolic rate, with body size across broad domains of life. The West, Brown and Enquist (WBE) model hypothesizes that branched networks evolved to minimize resistance to fluid flow, while maximizing metabolic exchange surface area. In plants, t... [Lire la suite...]

Webinaire

Novembre
30
10h00 - 11h00
Séminaire AMAP - Résultats & Programmes

A (multi)functional island biogeographic approach to capture plant persistence strategies

OTTAVIANI Gianluigi 

To successfully persist in a given spot, plants have to exert a variety of functions both above- and belowground (e.g. acquire, use, store and share resources, reproduce sexually and/or vegetatively, occupy space, disperse propagules) while facing multiple challenges (e.g. disturbances, resource scarcity). Plants are indeed sessile organisms inhabi... [Lire la suite...]

Webinaire