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Vincent Bretagnolle

Researcher at University of La Rochelle

Publications -  360
Citations -  13561

Vincent Bretagnolle is an academic researcher from University of La Rochelle. The author has contributed to research in topics: Population & Agriculture. The author has an hindex of 53, co-authored 331 publications receiving 10837 citations. Previous affiliations of Vincent Bretagnolle include University of Puerto Rico & University of Aberdeen.

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Genetic consequences of interglacial isolation in a steppe bird.

TL;DR: Overall, extremely low genetic diversity and differentiation was observed among eight little bustard populations distributed in Spain and France, consistent with a model of evolution and genetic consequences of Pleistocene cycles with low between-population genetic differentiation as a result of short-term isolation periods during interglacials and long-term exchange during glacial periods.
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Are farming and birds irreconcilable? A 21-year study of bustard nesting ecology in intensive agroecosystems

TL;DR: In this paper, the authors present the results of a 21-year survey of the nesting ecology of this elusive species, analyzing 157 breeding attempts, the largest data set ever collated for this species.
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Sexy males and choosy females on exploded leks: correlates of male attractiveness in the Little Bustard.

TL;DR: Studying the Little Bustard Tetrax tetrax, a bird with an exploded lek mating system, it is identified phenotypic traits that correlated with male attractiveness toward females, i.e. body condition, lek attendance, ornamental symmetry and display rates.
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Genetic relationships of cory's shearwater: parentage, mating assortment, and geographic differentiation revealed by dna fingerprinting

TL;DR: DNA fingerprinting using microsatellites revealed consistent levels of genetic differentiation among populations in Cory's Shearwater, but analyzed the two subspecies separately revealed that the pattern of genetic variation among populations did not support the model of isolation by distance.
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Cognitive abilities of a central place forager interact with prey spatial aggregation in their effect on intake rate

TL;DR: The results suggest that cognitive strategies might have evolved as a response to the prey spatial distribution and that prey spatial aggregation, not only prey global density, should be considered an important component of the functional response.