Task Force

Epidemiology and Biostatistics

Advancing epidemiological research and biostatistical analysis to support public health responses to vector-borne diseases

Introduction

Vector-borne diseases represent a significant public health challenge, particularly in the Balkan region where diverse ecosystems and socio-economic conditions influence their spread.

The Task Force of Epidemiology and Biostatistics, established by BAVBD, plays an important role in understanding disease patterns, strengthening surveillance systems, and supporting evidence-based public health responses.

Through epidemiological research and advanced biostatistical analysis, the Task Force contributes to strengthening regional capacity for monitoring, predicting, and controlling vector-borne diseases.

Mission

Our mission is to support the prevention and control of vector-borne diseases in the Balkan region through high-quality epidemiological research, data analysis, and public health collaboration.

We aim to:

  • Conduct research that improves understanding of disease transmission and risk factors.
  • Develop and apply statistical models to support disease surveillance and forecasting.
  • Provide evidence that informs public health policies and intervention strategies.
  • Strengthen collaboration between researchers, laboratories, and public health institutions.
  • Promote knowledge sharing and capacity building across the region.

Vision

Our vision is a Balkan region where vector-borne diseases are effectively monitored, controlled, and prevented through strong public health systems, scientific collaboration, and evidence-based decision making.

We envision:

  • Robust surveillance systems capable of early detection and rapid response.
  • Public health policies grounded in reliable scientific evidence.
  • Strong regional and international collaboration in research and disease control.
  • Communities that are informed, resilient, and actively engaged in prevention.

Focus Areas

Epidemiological Surveillance

Monitoring disease patterns and trends across the region.

Biostatistical Analysis

Applying statistical models to better understand disease dynamics.

Vector Monitoring

Tracking mosquito and tick populations to assess disease risk.

Research Collaboration

Strengthening cooperation between institutions and researchers.