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Portail > Offres > Offre UMR7093-MARPED-001 - Post-doc 2 ans en écologie marine et recherche sur les microplastiques (H/F)

Post-doc 2 yers in marine ecology and microplastics research (H/F)

This offer is available in the following languages:
Français - Anglais

Date Limite Candidature : mercredi 8 février 2023

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General information

Reference : UMR7093-MARPED-001
Nombre de Postes : 1
Date of publication : Wednesday, January 18, 2023
Type of Contract : FTC Scientist
Contract Period : 24 months
Expected date of employment : 1 March 2023
Proportion of work : Full time
Remuneration : 2833.40€ à 3257.06€.
Desired level of education : PhD
Experience required : 1 to 4 years


We are looking for an enthusiastic and motivated researcher in marine ecology and microplastics research. The post-doc research will be developed in the framework of the EU H2020 LABPLAS project (Land-Based Solutions of Plastics in the Sea https://labplas.eu). The consortium involving 16 partners and 8 European countries (PI: CIM-UVIGO), aims to build capacity (sampling, analysis and quantification, models) to assess the interactions of plastics with environmental compartments (air, water, sediment) and natural cycles, in order to develop innovative and evolutionary models for assessing the fate, effects and risks of plastics.
This research will lead to interaction within the other work packages of the project and will foster potential synergies between the parties. The candidate will be involved in all scientific aspects of the project and will participate in workshops and meetings.


The successful candidate will develop original research related to the following topics in which the laboratory is involved:
(i) Microplastics interaction with zooplankton: it consists in analysis of data on plastic and zooplankton levels during cruises in the North Sea, including the Elbe and Thames estuary, in order to develop a "plastic:zooplankton ratio" indicator to report on the good state of pollution of the sea (GES). Data acquired during the project will be compared with existing data from previous expeditions (Tara Microplastic 2019 in European waters and Tara Mediterranean 2014 in Mediterranean) in order to better assess the potential for biota to ingest microplastics, and how this ingestion has changed over time. These data will allow for the development of a European database to better assess this threat and to develop managerial tools for implementation of marine microliter monitoring. For this, the candidate will have access to the ongoing analyses of the ZooScan (used in the laboratory to analyze plastic and zooplankton) as well as to associated software, such as ZooProcess and EcoTaxa.
(ii) Analysis of experimental data on particle ascent and settling rates in field plastic incubation experiments.
(iii) The postdoctoral researcher will also participate with the team in field and lab experiments including plastic ingestion by zooplankton and on plastic descent rates with biofilm.


Experience in marine biology and data analysis from laboratory and field samples. Statistical and data analysis skills using MATLAB statistical language will be helpful. The candidate should also have scientific writing and presentation skills, be fluent in English and able to work in a team environment.

Work Context

LOV is a high-level marine science research laboratory of the Sorbonne University (https://www.sorbonne-universite.fr) and CNRS (French National Agency). LOV has a permanent staff of 38 scientists and 20 research technicians working in many multidisciplinary areas of biological, physical and chemical oceanography. The candidate will join the COMPLEx team (https://lov.imev-mer.fr/web/team-complex/) specialized in the study of marine plankton ecology, automatic image classification, numerical analysis and plastic pollution. In addition to characterizing the abundance of plastics, the team is interested in the impact of this pollution on the marine food web and the diversity of the plastisphere, a new ecosystem created by humans and interacting with natural ecosystems. The ultimate goal of these studies is to propose a more functional vision of the marine ecosystem and to better understand how this pollution affects ecosystem services leading to damage to marine life and potential consequences for human health.

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