Aurélie COULON

Aurelie.Coulon

Associate Professor in spatial ecology at the Muséum national d'Histoire naturelle                                                                                                                                                        

My research focuses on movement ecology: I study the factors influencing animal movements (especially dispersal) and gene flow, with a particular emphasis on landscape composition and structure. I also study how human-triggered landscape modifications like fragmentation affect animal movements; and the consequences on population functioning and structure. My research is hence tightly linked to the management/conservation of populations, and to landscape management (e.g. connectivity restoration, french Trame Verte et Bleue policy).

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Olivier DURIEZ

altMaitre de conférences à Université de Montpellier

J’étudie les mécanismes comportementaux liés au mouvement, gouvernant l'utilisation de l’habitat et leurs conséquences sur la dynamique des populations chez les oiseaux. J’utilise une approche intégrative de la biologie de la conservation, à l’interface avec l’écologie comportementale, physiologie et écologie des populations.

I study behavioural mechanisms related to movement, driving habitat use and their consequences on population dynamics in birds. I am using an integrative approach of conservation biology, at the interface with behavioural ecology, physiology and population ecology

tél : 33 (0)4 67 61 33 02
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Simon CHAMAILLE-JAMMES

CNRS Researcher, Team Leader 'Landscape Dynamics and Biodiversity'alt

Current Research

I work to reveal how animals perceive and adjust to their environment, and why this matters for populations and ecosystems. My model of choice: large herbivores. Because you can (relatively) easily monitor their behaviour in natura, and they have important ecosystem effects. Some have high societal and economical values, so my research sometimes matter beyond basic science. We (as humans) are making the world's climate different. How this affects organisms in the hottest applied ecological question. I do my share to bring an answer to it

Contact:
CEFE/CNRS
Campus du CNRS
1919, route de Mende
34293 Montpellier 5

tél : +33 (0) 467 61 33 02
fax: +33 (0) 467 61 33 36

simon.chamaille -[at]- cefe.cnrs.fr

 

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Ana RODRIGUES

Ana2015

Senior Researcher (Directrice de recherche 2) CNRS

My research lies at the interface between ecology and biological conservation, with the study of spatial biodiversity patterns as the unifying theme. Main current interests: large-scale conservation priorities; evolutionary community models; historical human footprint on biodiversity, with a focus on marine mammals.

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http://www.researcherid.com/rid/A-5914-2009

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Simon BENHAMOU

Directeur de recherche CNRSalt

CEFE/CNRS
1919, route de Mende
34293 Montpellier cedex 5
Tél : +33/0 4 67 61 33 01

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Thèmes de recherche
Ecologie comportementale spatiale (Movement Ecology): Mécanismes d'orientation; référentiels et processus de mémorisation; utilisation de l'espace et sélection de l'habitat.

Movement-based KDE Softwares (can also perform classical KDE if data are weakly correlated)
(Benhamou & Cornélis 2010, Benhamou 2011, Benhamou & Riotte-Lambert 2012, Benhamou 2018)

BRB/MKDE (Biased Random Bridges for Movement-based Kernel Density Estimation): Computation of Utilization Distribution (UD), and possibly Intensity Distribution (ID) and Recursion Distribution (RD), with optional boundary management, habitat selection analyses, and (for mountain environments) slope-based area corrections.
BRB/MKDE_DD (Biased Random Bridges for Movement-based Kernel Density Estimation without metric projection): Computation of UD, and possibly ID and RD, with optional boundary management and habitat selection analyses, for dealing with locations expressed in decimal degrees (longitude and latitude) over a too large extent to be projected (very large home ranges, migration corridors).
BRB/MKDE_ORI3D (Biased Random Bridges for Movement-based Kernel Density Estimation for orientations in 3D space): Computation of UD, and possibly ID and RD, of orientation in 3D space (either 3D heading, i.e. azimuth and elevation angle, or posture, i.e. elevation and bank angles) for fine-scale (i.e. locomotion) movement studies; Based on the same principles as BRB_MKDE_DD as azimuth and bank angle behave as longitudes, and elevation angle behaves as a latitude.

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