I have become involved as recommender in Peer Community in Evolutionary Biology (PCI Evol Biol). this alternative path for free publication was recently laubched by Denis Bourguet, Benoit Facon and Thomas Guillemaud. PCI Evol Biol is the first community of the parent project Peer Community In.
PCI Evol Biol is a community of researchers working in Evolutionary Biology who review and recommend articles publicly available from preprint servers (such as bioRxiv) and recommend a selection of already published articles in conventional journals.
This project was driven by the desire to establish a free public system for recommending articles in Evolutionary Biology. Go and see how it works and get involved in PCI Evol Biol !
This program aims at improving the knowledge of pathological and epidemiological processes underlying plant disease emergence, and designing innovative approaches for monitoring early warning and crop protection. It will provide national and regional plant epidemiosurveillance programs with key -data and key -tools for continuously adapting them to the evolving challenges of emerging plant diseases.
It falls into 4 workckages :
WP1 – Understanding bioinvasion pathways – P. Lefeuvre & V. Ravigné
WP2 – Understanding epidemiological dynamics and adaptive changes underlying the emergence of plant diseases – O. Pruvost & G. Thébaut
WP3 – Understanding biotic factors associated with the non-emergence or emergence of pathogens – P. Roumagnac, C Tollenaere & C. Vernière
WP4 – Promoting the diffusion of scientific results to stakeholders
Several post-doc and PhD opportunities as well as workshops are open. Visit E-SPACE website.
Mediapart publishes a very good analysis of the dramatic situation of French scientific research by P. Lemaire (CNSR, Sciences en Marche). The be read there, in French though.
This year, I have obtained my HDR « Habilitation à diriger des rechercher ». Officially, this is a diploma certifying that I have some ability to supervise students. But beyond this, it serves making a point after a few years of scientific career about what one has produced so far and where one would like to go. It is in French. I apologize to the rest of the Universe but sometimes it feels good to write in your own langage and not feel like a four-year-old kid.
French newspaper « Le Monde » has published a text written by the scientific comittee of CNRS (Centre National de la Recherche Scientifique) about the very worrying situation of employment in public research in France. We all felt that the situation was that degraded, the figures confirm that it is not just a feeling.
The work I initiated 8 years ago on the population genetics of salmon populations from the Adour catchment is being accepted for publication in Conservation genetics. Many thanks to Jean-Claude and Jérôme, who continued the project after my departure for CIRAD, as well as Charles, for his critical input on the finalization of the paper. Here is the abstract:
Restoration and maintenance of habitats connectivity are major challenges in conservation biology. These aims are especially critical in the case of migratory species using corridors that can be obstructed by anthropogenic barriers. Here, we explored the genetic origin and diversity of Atlantic salmon () recolonizing upstream areas of the largest South European Atlantic salmon population (Adour drainage, France) following restoration of connectivity and stocking. We genotyped at 12 microsatellite loci 924 individuals sampled either in downstream areas or in recently reconnected and recolonized upstream locations. We found a significant fine scale genetic structure, with three main genetic clusters corresponding to the Nive, Nivelle and Gaves rivers. Within each of these clusters, samples collected in formerly inhabited and in recently recolonized areas had comparable allelic richness and effective population sizes and were weakly differentiated. Genetic structure among basins was also similar when comparing formerly inhabited or in recently recolonized areas. The majority of the individuals sampled in newly accessible habitats were assigned to neighboring downstream sites, but noticeable proportions of fish were assigned to more faraway sites or identified as putative hybrids. Overall, this study suggests that the restoration of the accessibility to upstream areas can allow the recolonization and effective reproduction of Atlantic salmon from proximate downstream sites, with neither a decrease of local diversity nor disruption of existing genetic structure.
The paper is by: C.Vernière, Lan Bui Thi Ngoc, Philippe Jarne, Virginie Ravigné, Fabien Guérin, Lionel Gagnevin, N. Le Mai, N.M. Chau and Olivier Pruvost and it is entitled: Highly polymorphic markers reveal the establishment of an invasive lineage of the citrus bacterial pathogen Xanthomonas citri pv. citri in its area of origin.
It will be soon be available in Environmental Microbiology Reports.