20th November 2017 [the two positions are open]
We are searching two highly-motivated MSc students (Master2 or Engineer School) by modelling in plant disease epidemiology.
Project#1: "Development of a simulation tool in plant disease epidemiology" / "Développement d’un outil de simulation en épidémiologie végétale". Location: INRA Sophia Antipolis (Institut Sophia AgroBioTech). More details are available here.
Project#2: "Evolution of varietal resistance breakdown: development of theoretical model and analysis of empirical field data" / "Evolution du contournement des résistances variétales : Etude conjointe d’un modèle théorique et de données de terrain". Location: INRA Jouy-en-Josas (MaIAGE) or INRA Grignon (BIOGER) or INRA Sophia Antipolis (Institut Sophia AgroBioTech). More details are available here.
Candidates must have a strong interest in plant disease epidemiology, modelling programming and/or statistical analyses. The 6-month positions are available from February/March 2018 to August/September 2018 (dates are more or less flexible). Applicants should contact firstname.lastname@example.org and email@example.com.
Engineer position (12 months) - "Assessment of the effect of crop diseases and pests on yields in France" / CDD IE (12 mois) - "Evaluation de l’effet des maladies et ravageurs des grandes cultures sur les rendements en France"
2nd October 2017 [the position is closed]
We are searching an engineer to work during one year on the assessment of the effect of crop diseases and pests on yields in France. Candidates must have competence in modelling, programming and statistical analyses, with a strong interest in agronomy or plant protection. The position can be filled as soon as possible. More details are available here. Applicants should contact firstname.lastname@example.org and email@example.com.
MSc project - "Impact of cultivar mixtures on the local evolution of a plant pathogen population (Zymoseptoria tritici, the causal agent of septoria leaf blotch of wheat) / Projet de stage de Master2 - "Impact d’associations variétales sur l’évolution locale d’un champignon phytopathogène (Zymoseptoria tritici, responsable de la septoriose du blé)"
15th September 2017 [the position is closed]
We are searching a highly-motivated MSc student (Master2) by plant disease epidemiology, to work on the impact of host population heterogeneity in field on the local adaptation/evolution of a sexually active plant pathogen population. The project aims to elucidate the question: How does wheat cultivar mixtures impact the interepidemic transmission of a virulence in a Zymoseptoria tritici population at the field scale?
Candidates must have a strong interest in plant disease epidemiology and microbiology, combining field, greenhouse and lab experiments. Experience in evolutionary biology, biophysics, modelling programming and/or statistical analyses (e.g. in R) is not required but is clearly an advantage. The 6-month position is available from January/March 2018 to June/September 2018 (dates are more or less flexible). Applications will be reviewed in October but the position remains open until filled. Applicants should send a curriculum vitae and a cover letter stating their research interests and motivation to : firstname.lastname@example.org
1st August 2017
Maroua Ouaja joins us on a 3-month training period within the context of a Franco-Tunisian exchange, under the supervision of Dr. Thierry Marcel. She is preparing her PhD in Tunisia on the association genetic resistance to septoria leaf blotch in a panel of durum wheat lines derived from Tunisian traditional varieties.
PhD position in the AMAR & Epidemiology groups - "Evaluating fungicide anti-resistance strategies by the mean of experimental evolution: the case of Zymoseptoria tritici, the causal agent of septoria leaf blotch"
1st August 2017 [the position is closed]
This project aims to answer the following questions: "What are the drivers of Z. triciti resistance selection?" and "How to use them to enhance the sustainability of anti-resistance strategies in Z. tritici?" PhD student will be co-supervised in BIOGER by Dr. Anne-Sophie Walker, Dr. Florence Carpentier and Dr. Anne Deredec. Applicants should have a training (MSc or Engineer degree) in plant pathology and/or microbiology. Knowledge in evolutionary sciences is an advantage for this position, as well as skills, or high motivation, for statistical analysis and modelling. For further information: how to apply.
#MakeOurPlanetGreatAgain - Opportunity to get funding and work on the impact of climate change on fungal wheat diseases at INRA BIOGER
12th July 2017
You are a promising or high-level scientist(1) in plant disease epidemiology, phytopathology, thermal biology, bioclimatology? You want to make our planet great again by developing research on the effects of climate change in an attractive and stimulating scientific environment at INRA near Paris? This message is for you! Take the opportunity to build a scientific project, get funding and work on the impact of climate change on fungal wheat diseases (e.g. wheat rust or Septoria leaf blotch) in our group! Contact us!
(1) Experienced researchers / senior faculty members with a 15-year track record; Junior researchers with a minimum experience of two years after their PhD; PhD candidates (graduate students or students to graduate before the end of the year).
For further information: #MakeYourPlanetGreatAgain
4th July 2017
Safa Ben Krima joins us on a 3-year PhD fellowship partly financed by the INRA Plant Health and Environment division. She will work on the adaptation of Zymoseptoria tritici to genetically heterogeneous durum wheat populations from Tunisia, under the supervision of Dr. Thierry Marcel.
7th July 2017
Congratulations to Anne-Lise Boixel, who recently passed the recruitment exam of “research engineer” position open in our group. After 2018 she will have in charge a scientific survey program on wheat rust epidemic dynamics at the landscape scale. Before that, as PhD candidate she will continue her thesis project on the diversity of responses and adaptive potential to changes in thermal conditions in Zymoseptoria tritici populations, under the supervision of Dr. Frédéric Suffert and Dr. Michaël Chelle (INRA ECOSYS).