BCOMING just started! A Horizon Europe project that protects biodiversity 

Biological samples as well as epidemiological, ecological, socio-economic and environmental data will be collected in both terrestrial and aquatic ecosystems across all BCOMING study sites, while standardising and complementing the data collection initiated by the consortium members in their ongoing collaborative projects. 
BCOMING just started! A Horizon Europe project that protects biodiversity 

Biological samples as well as epidemiological, ecological, socio-economic and environmental data will be collected in both terrestrial and aquatic ecosystems across all BCOMING study sites, while standardising and complementing the data collection initiated by the consortium members in their ongoing collaborative projects. 


As the project particularly focuses on the transition between pristine and fragmented forests where biodiversity loss is a major issue and biodiversity conservation an important stake, specific study areas in biodiversity hotspots have been identified across an anthropization gradient to represent : 

  1. Very low population density in pristine habitats 
  2. Low population density in fragmented habitats with rural agriculture 
  3. High population density and intensive agriculture 
  4. Very high population density in urban environments 

Unique standardised datasets (including information on zoonotic pathogens present in animals and humans, biodiversity levels and associated ecosystem services, socio-economic and environmental factors affecting the risk of transmission of infectious diseases) will be built with the data collected from each sampling area, where innovative pathogen detection and analytical methods are going to be used to process them.

With BCOMING, we are looking  to understand the mechanisms that favour infectious disease emergence  and the links between biodiversity and human health. The aim is to  develop biodiversity conservation and disease monitoring strategies that  will reduce the risks of emergence.
Julien Cappelle, Health Ecologist at CIRAD, BCOMING coordinator

With the aim of improving detection capacities for emerging infectious diseases in tropical areas, BCOMING will develop new tools (multiplex serology and rapid CRISPR pathogen detection tools). The project will develop a community of practice from the field to the wet laboratory, develop standardised pathogen (exposure) detection and characterisation tools, and provide a much-needed template for organised efforts on this scale. 

BCOMING will develop a multi-actor One Health system-based approach which involves adapting an existing natural resource management focused participatory process (Challenge and Reconstruct Learning - CHaRL) in order to transfer the knowledge gained and the tools developed to all stakeholders - including local communities living at the human wildlife interface, national authorities (health, agriculture and environment), NGOs and researchers to guide the design of innovative solutions in the second part of the project. 

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In today's interview, we speak with Pauline Van Leeuwen, a postdoctoral researcher at the University of Liège, about her work on microbiome profiling within BCOMING. Pauline’s research focuses on understanding how microbial communities in wildlife, particularly bats and rodents, influence disease emergence. She shares insights into her analysis of microbiome diversity, the significance of studying Rhinolophus bats, and the potential implications of her findings for biodiversity, public health, and environmental policies. Join us as we explore the critical role of microbiomes in shaping disease dynamics.
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Lors de notre dernier entretien avec le professeur Rodolphe (Rudy) Gozlan, directeur de recherche et professeur en écologie de la conservation à l'Institut de recherche pour le développement (IRD), celui-ci a partagé avec nous des informations fascinantes sur le travail de l'IRD dans le cadre du projet BCOMING. La conversation s'est concentrée sur la manière dont le travail de l'IRD aide à identifier les liens entre la biodiversité et le risque de maladie, avec un accent particulier sur le Cambodge, ainsi que sur d'autres régions telles que la Guinée, la Côte d'Ivoire et la Guadeloupe.

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Lors d'une récente discussion avec Alex Smajgl et John Ward de MERFI, partenaires du projet BCOMING, nous avons exploré les complexités de l'approche participative et intégrée des risques zoonotiques. Leur rôle consiste à favoriser le dialogue entre les scientifiques et un large éventail de parties prenantes. Ce dialogue implique non seulement de partager les résultats scientifiques, mais aussi d'écouter les préoccupations des communautés et de les intégrer dans une compréhension plus large de la transmission des maladies zoonotiques. 

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