Evangelos Kosmidis

Evangelos Kosmidis


Research Focus & Metrics

Academic Career Length

10Years (2017-Present)

(Calculated once Scilit publication data is synced: current year − year of first publication + 1)

Representative Publications

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EKEvangelos Kosmidis
Evangelos Kosmidis
PSPanagiota Syropoulou
Panagiota Syropoulou
STStavros Tekes
Stavros Tekes
PSPhilipp Schneider
Philipp Schneider
ESEleftherios Spyromitros-Xioufis
Eleftherios Spyromitros-Xioufis
GAGeorgia Alexandri
Georgia Alexandri
Although air pollution is one of the most significant environmental factors posing a threat to human health worldwide, air quality data are scarce or not easily accessible in most European countries. The current work aims to develop a centralized air quality data hub that enables citizens to contribute to air quality monitoring. In this work, data from official air quality monitoring stations are combined with air pollution estimates from sky-depicting photos and from low-cost sensing devices that citizens build on their own so that citizens receive improved information about the quality of the air they breathe. Additionally, a data fusion algorithm merges air quality information from various sources to provide information in areas where no air quality measurements exist.

25 January 2017 in Bulletin of the Geological Society of Greece
Verified
Journal Article
Open access
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YMY. Mertzanides
Y. Mertzanides
VZV. Ziannos
V. Ziannos
CTC. Tsobanoglou
C. Tsobanoglou
EKEvangelos Kosmidis
Evangelos Kosmidis
In places where primary and secondary economic sectors are significant proportion of local economy, the quantity and quality of irrigation water has not only environmental but also economical and social affects in local society. A rational management of water resources demands reliable and quick information of the quality of irrigation water especially during summer. The monthly scheduled samplings that are usually followed by the state services in some cases are not adequate. A telemetry network of four stations for real-time monitoring the quality of irrigation water was designed by Directorate of Land Reclamation/Prefecture of Kavala. It covers the most important agricultural areas of prefecture, including the island of Thassos. Stations are equipped with modern and robust instrumentation (multiparameter sensors, data loggers, modems, ups, sophisticated software, etc) to measure physicochemical characteristics of surface and ground water. The records are 24 hours a day and they are transmitted via GPRS. It consists an innovative initiative for local authorities to have the ability of real-time information about the quality of irrigation water and hereupon plan their actions. The system is expected to provide useful scientific data and an effective tool towards a policy of rational management of local water resources.