Growth of Insect Vector-Borne Diseases in Europe and the INZECTO Methodology for Urban Mosquito Control

Growth of Insect Vector-Borne Diseases in Europe and the INZECTO Methodology for Urban Mosquito Control

In 2024, Europe has faced a concerning surge in insect vector-borne diseases — a trend that’s drawing growing attention from public health officials, urban planners, and environmental scientists alike. At the heart of this issue lies the rapid expansion of two mosquito species:

These mosquitoes are thriving due to two powerful, converging forces:

What’s Fueling the Rise?

1. Climate Change: Warmer temperatures, changing rainfall patterns, and milder winters are creating ideal conditions for mosquito breeding and survival — allowing these vectors to expand into regions that were once inhospitable.

2. Global Travel and Tourism: The increase in international movement, particularly in and out of tourist hotspots, has accelerated the spread of mosquito-borne viruses across borders. An infected traveler can unknowingly introduce pathogens into mosquito populations in new regions.

Disease Outbreak Highlights (ECDC Report, 2024)

A snapshot of recent European outbreaks reveals the escalating public health risk:

🦟 Dengue Fever in Italy

Italy has experienced a sharp rise in both imported and locally transmitted Dengue cases:

This nearly 77% year-over-year increase signals not only greater exposure abroad but a stronger foothold of the virus within Italy itself.

🦟 West Nile Virus in Spain

In the Seville region, five fatalities were recorded in 2024, all linked to infections caused by Culex mosquitoes. West Nile virus is particularly dangerous due to its ability to cause neurological complications and even death in vulnerable populations.

🦟 Chikungunya in France

Just before the 2024 Summer Olympics, France reported a locally acquired case of Chikungunya in Paris, a clear indication that urban transmission is no longer a distant threat but a present reality.

Why Traditional Methods Are No Longer Enough

Urban centers with dense populations, high humidity pockets, and abundant breeding sites are uniquely vulnerable environments.

However, traditional mosquito control efforts like large-scale spraying often fall short:

The INZECTO European Model

Targeted, Sustainable, and Scalable Urban Mosquito Control

At INZECTO , we believe smarter problems require smarter solutions. Our patented INZECTO Mosquito Traps and Chips are designed specifically for urban mosquito control with a focus on breaking the mosquito life cycle at the larval stage.

Watch our Most Recent Webinar Focused on the European Market.

The Path Forward

As Europe (and the rest of the world) grapples with the rising threat of vector-borne diseases, it’s time for municipalities, pest control operators, and public health agencies to rethink how they approach mosquito control in high-risk urban environments.

INZECTO is committed to partnering with cities and professionals who want to protect their communities using innovative, data-driven tools that deliver measurable results.

👉 Interested in learning how INZECTO can support your mosquito control strategy? Let’s connect or visit inzecto.com to learn more.