Institut National de la Recherche Agronomique (INRA)

INRA will study the river restoration impacts on biodiversity on two catchments: Scorff & Oir. Different indicators will be followed, concerning fishes but also non-target species as herbaceous plants and trees, organisms structuring river habitats and correlated to animal biodiversity.

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Study of the within-spawning ground distribution and the breeding success between rivers showing different density and survival patterns (Gave d’Ossau, Nivelle).

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Creation of a model based on innovative and efficient statistical methods to contribute to better fish management practices.

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Description of the variability of mating systems in several wild populations using field studies and to relate this variability to environment. In a second step, we will build an individual-based modelling to predict the impact of mating systems on genetic diversity in spatially variable environments.

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Identification and modelization of the metapopulation functioning, at different scales, in three regions showing biogeographical contrasted situations: Mont St Michel bay, south-Brittany, and the complex Adour-Nivelle of Gascogne gulf.

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Development of microsatellites markers to infer the extent of gene flow between the two taxa of lampreys (/Lampetra fluviatilis/ and /L. planeri/and) and to measure the degree of population structure within and between some French rivers where both taxa co-occur.

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Study of the effect of density (and its components: competition, crowding) on the eel’s sex-ratio, using the expression of the cytochrome P450 aromatase gene.

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Integration of the new Erasmus Mundus project, called European Master in Sustainable River Management (EMSRM) in the actual master propositions of Agrocampus Rennes in Environmental Engineering

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Identification of gene flow between Brown trout (Salmo trutta) populations using microsatellites markers at various scales, and study of the role of the sea-run form for genetic conservation of the species in Channel rivers. Anadromy is a life history trait crucial for structuring the genetic variability in salmonids populations. In order to understand its importance in the brown trout (Salmo trutta), we will carry a genetic diversity study, using microsatellite markers, at three geographic scales : fine scale (Mont Saint Michel Bay), regional scale (Brittany / Normandy) and high scale (Channel and Atlantic French coasts). We aim to identify gene flow between populations, and the role of the sea-run form for genetic conservation of the species in French rivers

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