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Mosquito Vectors

The occurrence of competent vectors is a prerequisite for the spread of mosquito-borne diseases.

Mosquito-borne Diseases

Mosquito-borne pathogens such as chikungunya virus and West Nile virus are an increasing threat of veterinary and public health in Europe.

Disease Hosts

Many emerging mosquito-borne diseases are zoonotic, originating in wildlife.

DiMoC - Diversity components in mosquito-borne diseases in face of climate change

Training Workshop: 
27 February to 03 March 2023 in Hamburg at BNITM
Further information: here
Application: here

DiMoC aims to better understand the effects of biodiversity in mosquito-borne pathogens transmission in face of Climate Change impacts.

Through the analysis of different organisational (hosts, insects, viruses, human population), spatial (continental, regional, local, organism) and temporal scales (current conditions / future projections), DiMoC will test whether:

  1. Greater diversity in insect-specific virus hosted by mosquitoes results in a reduced relative risk of transmission of a virus through interactions within these populations
  2. Mosquito diversity is influenced by interspecific interactions (e.g. competition) between species, which translates into different relative transmission risk
  3. Greater host species diversity reduces the transmission risk due to the dilution effect
  4. Changes in climatic conditions explain current large-scale patterns of pathogen, vector, and host diversity more than socio-economic conditions

These results will allow to evaluate whether scenarios and models including climate, landscape diversity, and societal diversity can be used to quantify uncertainty in future trends of risks in pathogen transmission.

Duration of the project: 03-2020 to 09-2023

Total grant: € 947,628


Find out more!
DiMoC Flyer for download
Follow the project on researchgate and twitter @DiMoC01!

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