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One Solution

Cost-efficient vector mapping

Achieve more and spend less

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VECMAP is the one-stop-shop for disease vector mapping coming onto the market at the right time. Growth in global travel and trade, along with global warming, make it easier for harmful disease vectors, and indeed other invasive species, to spread unexpectedly to new territories. In parallel, native species are expanding their original territory or exhibit dramatic population changes. VECMAP automates and optimises the complex task of mapping their presence and tracking their progress, and makes it possible to design strategies to contain them and manage the risks they pose. It combines satellite data and spatial modelling technology to drive the process from initial design to final spatial analysis. It ensures cost-effectiveness, and its successes to date prove that it gives researchers, managers and policy makers the results they need


Four components

VECMAP all in one software

VECMAP is underpinned by four key technologies.

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Seven Steps

The right track to operational vector mapping

After setting up VECMAP to your specific needs, the four VECMAP components are integrated into a seven-step process.

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Three Flavours

Omne trium perfectum

L
Lite version
  • Free version
  • Student project
  • GIS component
  • Access to steps 6-7
  • Data volume limit
P
Premium version
  • All in one for your team
  • Four components
  • Seven steps
  • Your continent at 5X5km
  • Your country at 1X1km

  • License Price: €9375 + VAT
E
Expert version
  • Single expert version
  • Available June 2017

Our stories

Every step of the process in place

The growing internationalisation of health risks is one of the less welcome aspects of globalisation. It has many causes, including the expansion of world trade and travel, climate change, and even growing leisure time in the outdoors, which allows people to spend more time in environments close to possible hazard vectors. For example Lyme disease, a bacterial infection spread by a biting tick whose hosts include deer and other mammals, now has a broader range and increased access to humans.

Beating Belgium’s mosquitoes
Guy Hendrickx
“MODIRISK was a unique opportunity to apply to Europe the methods I developed in Africa and to set the scene for VECMAP" – Guy Hendrickx, CEO Avia-GIS
MODIRISK Culex pipiens model outputs
Today’s VECMAP has its technical and intellectual roots in methods which the founder of Avia-GIS developed in Togo, West Africa, for mapping tsetse flies, their hosts, and the diseases they transmit to man and livestock. In Belgium he initiated MODIRISK, a Belspo project set up to map mosquito diversity in Belgium: 1,000 sampling sites were visited during two vector seasons, each divided into two sampling periods. As a result, 22 mosquito species were identified of which two were first-time records of invasive species. Here five model outputs are show for the mosquito Culex pipiens in the Benelux using first the full data set of 1000 sampling points, and then respectively a sub-sample of 800, 600, 400 and 200 sampling points. This is part of a research conducted by Avia-GIS do identify ideal sample sizes and optimize the cost-efficiency of field surveys.
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From continent to field: tracking down Liver Fluke
Johannes Charlier
“When I developed an Elisa test to diagnose liver fluke in dairy cattle herds for my previous employer, I had no idea that this would allow VECMAP to map the disease at a continental scale" – Johannes Charlier, CTO Avia-GIS
Fasciola hepatica in Europe
Liver flukes, Fasciola hepatica, are parasites of cattle. The cows are infected when the parasite shed by its intermediary host, a mud snail, is eaten together with grass. Liver fluke causes severe economic damage, especially by impeding milk production from dairy herds. Global losses are estimated at US$3 billion per year. The presence of liver fluke has been mapped under the EU FP7 GLOWORM project, which operated in five countries from Ireland to Poland. The fieldwork and sampling phase of the project was an unusual one. It is not necessary to hunt for the snail in the open air to determine its presence. Instead, cattle with liver fluke infection produce antibodies which are detectable in their milk. Sampling the tanks in which milk is collected on farms allows the whole herd to be sampled and shows the presence of both fluke and snails in pasture. The project sampled 3,359 tanks in all.
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Optimising resource use in vector surveys
Veerle Versteirt
“As coordinator of VectorNet, VECMAP is an essential tool to identify gaps in maps and to plan additional field surveys for a variety of vector species throughout Europe" – Veerle Versteirt, COO Avia-GIS
VectorNet Map of Aedes albopictus distribution in Europe (July 2016)
The liver fluke campaign discussed in the previous example shows that we can improve disease control by thinking about disease vectors on a broad scale. To do this, all data on a vector of interest needs to be available on a comparable basis. VBORNET and its follow-up network VectorNet put this possibility into practice. The network, run by Avia-GIS for the European Centre for Disease Prevention and Control (ECDC, Stockholm, Sweden), now joined by the European Food Safety Authority (EFSA, Parma, Italy), collects Pan-European data on a variety of potential disease vectors including mosquitoes, ticks, sand flies and biting midges, from a range of sources. An example is given here of the distribution of the tiger mosquito, Aedes albopictus, an invasive mosquito in Europe.
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