CiROCCO

Enhancing the In-situ Environmental Observations across Under-sampled Deserts

General Information

Funding Programme / Call

European Union / European Research Executive Agency (REA)

Funding Body / Agency

European Union / European Research Executive Agency (REA)

Project Duration
(Start – End)

Mar. 2023 - Nov. 2026 (42 months)

Total Funding (€)

€3.50 million (approx.)

UCY Budget (€)

€250,000 (approx.)

Project Status (Proposed / Ongoing / Completed)

Ongoing

Project Coordinator (Organisation)

ICCS – Institute of Communication and Computer Systems (Greece)

UCY Primary Investigator (PI)

Prof. Marina K.-A. Neophytou

External Partners / Consortium Members

Project Overview

CiROCCO is a Horizon Europe project aiming to enhance in-situ environmental observations across under-sampled desert and dust-affected regions. The project develops, deploys and validates cost-effective environmental monitoring infrastructure, combining low-cost sensor nodes, higher-quality monitoring systems, Earth Observation data, operational dust forecasting models and advanced data management tools. Its main objective is to improve the spatial and temporal availability of environmental observations in areas where monitoring infrastructure is limited, supporting better understanding, forecasting and management of Desert Dust Storm events and related air-quality impacts.

In Cyprus, UCY leads the pilot activity on Desert Dust Storm Events Monitoring. The pilot is implemented in the Municipality of South Nicosia–Idalion, an area affected by both desert dust intrusions and anthropogenic air-quality pressures. The Cyprus pilot deploys a network of low-cost sensor nodes and reference-support monitoring infrastructure to monitor particulate matter, meteorological conditions and dust-related episodes. The collected data support model evaluation, early warning system development, public-facing air-quality intelligence tools and replication planning in additional municipalities. CiROCCO contributes to improved environmental monitoring, public health protection, climate resilience and evidence-based decision-making.

Scientific / Research Field
Climate Change, Climate Services, Biometeorology, Environmental Epidemiology, Atmospheric Sciences, Public Health, Numerical Weather Prediction, Climate Adaptation, Environmental Exposure Assessment
Keywords (Include 4–6 keywords relevant to research domain, technologies, and application sectors)
Desert Dust Storms, Air Quality Monitoring, Low-Cost Sensors, Early Warning System, Earth Observation, Particulate Matter, Environmental Intelligence, Climate Resilience

Objectives

Main Objective:

To enhance in-situ environmental observations in under-sampled desert and dust-affected regions by developing, deploying and validating integrated monitoring systems that support improved air-quality assessment, Desert Dust Storm forecasting and early warning services

Project Team / University of Cyprus (UCY)

Prof. Marina K.-A. Neophytou

Principal Investigator

Dr. Petros Mouzourides

Research Team

Giorgos Alexandrou

Research Team

Andreas Eleftheriou

Research Team

Georgios Nikolaidis

Research Team

Impact & Outcomes

Scientific Impact

Societal / Economic Impact

Dissemination & Exploitation Plan:

Stakeholders / End-users

Policy bodies
Department of Labour Inspection, Ministry of Labour and Social Insurance; Ministry of Health; Ministry of Agriculture, Rural Development and Environment; Civil Protection authorities; local and national air-quality authorities
Industry
Environmental technology providers; IoT companies; sensor manufacturers; data-platform providers; smart-city service providers; mobile/web application developers
Municipalities
Municipality of South Nicosia–Idalion; Amathounta Municipality; other municipalities affected by Desert Dust Storms and air-quality pressures
NGOs
Environmental NGOs; public health organisations; climate adaptation organisations
Citizen groups
Citizens exposed to dust and air pollution; vulnerable groups; elderly people; school children; people with asthma, respiratory or cardiovascular conditions; local communities in dust-affected areas

Dissemination

Publications
0
Conferences
0
Workshops
0
Media Post
> 0

Exploitation

Commercialization
0
Policy integration
0
IP
0
Standards
0
Spin-offs
0