Publications by authors named "M Vittecoq"

Despite the vital importance of wetlands globally, these habitats have increasingly received anthropogenic materials, such as plastics, which can impact the wildlife these habitats support. Despite commonly found in the nests of Eurasian spoonbill (Platalea leucorodia), the presence of such materials has never been quantified. Here, we monitored the occurrence of anthropogenic nesting materials (ANM) in spoonbill nests in the Camargue wetland in Southern France during two breeding seasons (2021-2022).

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Metallic trace elements (MTEs) constitute a major source of chemical pollution and represent a threat to aquatic ecosystems and organisms. Important variation in contamination may exist at a local scale in relation to the environment (hydrosystem, trophic ressources) and individual traits (age, sex). Heretofore, the factors influencing MTEs exposure of freshwater reptiles in temperate regions are not fully understood.

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Mercury (Hg) is a global pollutant of major concern in marine and coastal environments. In the Mediterranean Sea, Hg concentrations in biota are higher than in other seas, even when seawater concentrations are similar. Seabirds, as marine top predators, can reflect Hg contamination on a large spatial scale.

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The Mediterranean region is both a hotspot for biodiversity and for the accumulation of plastic pollution. Many species are exposed to this pollution while feeding, including a wide diversity of seabirds. Our objective was to investigate spatial variation in the quantity and types of plastic ingested by Yellow-legged gulls using information obtained from regurgitated pellets collected in 11 colonies.

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Article Synopsis
  • - Wetlands face severe threats from pollution, impacting biodiversity, and the effects of pesticides on freshwater reptiles, such as the European pond turtle, remain largely unexplored.
  • - A study conducted from 2018 to 2020 analyzed 29 pesticides in 408 blood samples from turtles in the Camargue wetland and found pesticide presence in 62.5% of the samples, with the herbicide bentazone notably reaching high concentrations.
  • - Pesticide levels in turtle blood were primarily influenced by the sampling site and time relative to pesticide application, while individual turtle traits like sex, age, and body condition had little effect; understanding these exposure levels is essential for future studies on their ecological impact.
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