Research experience
| 2009- |
Postdoctorate Supervision: Pr. D. Allainé Funding: ANR |
Biometry and
Evolutionary biology laboratory Claude Bernard University Lyon 1 |
| 2007-2009 |
Postdoctorate Directeur: Pr. B. Kempenaers Funding: Grants Fyssen, Max Planck and Lavoisier |
Max Planck Institute for Ornithology |
| 2005-2006 | Teaching assistant |
Biometry and
Evolutionary biology laboratory Claude Bernard University Lyon 1 |
| 2002-2006 |
PhD position ‘’Evolutionary
causes of extra-pair paternity in socially monogamous species. The
example of
the Alpine marmot (Marmota marmota)’’ Download pdf Supervision: Pr. D. Allainé |
Biometry and
Evolutionary biology laboratory Claude Bernard University Lyon 1 |
Education
| 2002-2006 |
PhD Thesis Supervision: Pr. D. Allainé |
Biometry
and
Evolutionary biology laboratory |
| 2001-2002 |
Master’s degree: Analyses
and
models of biological systems Awarded with honours, rank: 9/33 |
|
| 2000-2001 |
Bachelor’s degree: Biology
of
populations and ecosystems Awarded with honours, rank : 5/92 |
|
| 1999-2000 |
Foreign exchange program 9/1999-6/2000 Tulane UniversityUSA Awarded with honours |
|
Teaching
| 2002-2006 | Teaching assistant |
Biometry and
Evolutionary biology laboratory ClaudeBernardUniversity Lyon 1 |
| Course |
|
Lab work Undergraduate level |
|
|
Computer sciences (256h) Basic skills in computer sciences |
Lab work Undergraduate level |
||
|
Animal biology (72h) Introduction to systematic and to principal organisation plans by dissection and microscopic observations |
Lab work Undergraduate level |
||
|
Mathematics for biological
sciences (36h) Analysis: functions, integrative calculus, differential equations Probability: probability, random variable, probability laws Statistics: descriptive statistics, parameters estimations, confidence intervals, hypothesis tests, Means comparison, frequencies comparison, Chi2 |
Lab work Undergraduate level |
||
| Statistics (10h) ANOVA1, ANOVA2, Regression |
Lab work Undergraduate level |
||
| Population genetics (24h) Microsatellites use for the study of population structure and dispersal |
Courses, Lab work Graduate level |
||
Biologie évolutive (18h) Les systèmes d'appariement |
Courses, Lab work Graduate level |
||
| Supervision | From bachelor to master students |
| Field |
Capture-recapture protocol Trapping, marking, handling of marmots (biometric measures, blood sampling, tissue biopsy) Behavioural observations |
| Lab |
Microsatellite analyses Extraction, amplification, sequencing, genotyping Software: Cervus, Genepop, Genetix, Gimlet, Identix |
| Statistics |
Non parametric statistics Multivariate statistics Modelling Linear model, generalized linear model, mixed model, generalized mixed model, additive model, mixed additive model, GEE Software: R, S-Plus, SAS |
| Population biology |
Capture-recapture analysis Software: M-Surge, Mark, U-care, Release |
| GIS |
Geographic data base building Software: Arcview |
© Aurélie Cohas
PDF files are
provided for private use only. PDF files may not be offered for
commercial sale
or for any systematic external distribution by a third party (e.g. a
listserve
or database connected to a public access server).