Mosquitoes under control: Cyprus strengthens prevention measures due to risk of dangerous infections

Cyprus is intensifying its fight against mosquitoes amid rising risks associated with invasive species capable of carrying dangerous diseases. Specialists note that a key role in the spread of insects is played not only by the weather but also by the human factor — even small accumulations of stagnant water become breeding grounds.

In recent years, the presence of invasive species of the genus Aedes, including Aedes aegypti and Aedes albopictus, has been recorded on the island. These mosquitoes are known as vectors for diseases such as dengue fever, Zika virus, and chikungunya. Special attention is being paid to the Larnaca district, as well as areas with high population mobility — ports and airports.

The authorities' approach to mosquito control has changed: instead of mass spraying, the emphasis is on prevention. The main goal is to destroy larvae at an early stage of development. Regular inspections are conducted every two weeks, focusing on storm drains, canals, reservoirs, and other water accumulation sites.

Risks for Cyprus

Despite the absence of local outbreaks of dengue or Zika virus, the risk remains. All identified cases on the island are currently considered imported — they are linked to travel abroad. However, cases of West Nile virus infection have previously been recorded in Cyprus, confirming the potential threat.

Experts emphasize that a combination of factors — the presence of vectors, climatic conditions, and active movement of people — can create conditions for the spread of infections. In this regard, an emergency response plan is in place: upon identification of a case, territory mapping, entomological studies, and rapid measures to localize the threat are carried out.

Authorities urge residents to show responsibility: promptly eliminate sources of stagnant water and observe protection measures. According to experts, citizen participation remains a decisive factor in preventing possible disease outbreaks.