THRIASSIO
The project aimed to environmentally upgrade Thriassio Pedio through integrated town planning, industrial activity control, and the rehabilitation of degraded areas across Elefsina, Aspropyrgos, Mandra, and Magoula.
The project aimed to environmentally upgrade Thriassio Pedio through integrated town planning, industrial activity control, and the rehabilitation of degraded areas across Elefsina, Aspropyrgos, Mandra, and Magoula.
Conducted hazard analysis and emergency planning for Valletta’s cruise terminal. Delivered evacuation protocols, risk scenario modelling, and tabletop exercises for Transport Malta.
Promoting climate adaptation acceleration by testing water-focused innovations in European demonstrators. Delivered socio-economic modelling tools, co-created adaptive pathways, and designed replication-ready solutions with impact evaluation.
Developed a neurocomputing-powered framework to enhance climate modelling and adaptation strategies. Delivered co-creation tools, digital dialogues, and AI modules to support the EU Adaptation Strategy and climate literacy.
Smart city digital twin ecosystem for disaster resilience. Integrated Copernicus, UAVs, and AI for early warning, real-time risk monitoring, and emergency simulation with cross-border collaboration features.
This project aimed at cataloguing and documenting the basin status of Mikri Prespa (environment, social environment, economic environment, administrative environment. and producing a water and agricultural management plan up to year 2015. The Plan considered two strong components: the environment and the social-economic.
The project aims at the irrigation of Erythropotamos low plain fields and the area western side of Evros, from Didimotiho – Soufli to Erythropotamos river delta.
The purpose of the project was the preparation of an integrated local sustainable development program, implementing NATURA 2000 and the Habitat Agenda for settlements St, Mathiew and Hlomos of Meliteieon Municipality of Corfu Prefecture.
The project concerns the design of the Canoe-Slalom Olympic Center and supporting infrastructures. The up to date stadium design concerns mainly an artificial channel which simulates a river’s natural flow.
OLYMPIC CENTRE Canoe-Slalom Read More »
The main objective of ACHERONTAS project was the Environmental Impact Assessment for the Agricultural Development of the Acherontas Region.