Projects

Innovative Solutions across the MEDiterranean for mitigation of Climate change-related heaLth rIsks and enhancing health systeM resilience

ISMED-CLIM

EnerCmed aims to tackle pressing energy challenges in Mediterranean hinterlands

EnerCmed

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

CiROCCO

Soluyions foy mItigating climate-induced health threats

TriGGer

Urban Microclimate and the Design of Sustainable Built Environments by bringing together all the complementary relevant research partners in the field in Cyprus

SUSTURBANCLIM

Mitigation of health effects of Desert Dust Storm events.

MEDEA

Towards Optimization of Urban Planning and Architectural Parameters for Energy Use Minimization in Mediterranean Cities

TOPEUM

Studying and optimizing the extraction of renewable energy from the vast, untapped potential of ocean waves.

WAVES

Field experiments in Nicosia to evaluate the performance of international urban air pollution dispersion models in the Cypriot urban environment

CLEANAIR

Models the air flow and temperature distribution within a city using Computational Fluid Dynamics

HEATFLOW

Computational Fluid Dynamics simulations and operational dispersion modeling