CEST Proceedings are published under the ISSN 2944-9820.
TELECOMMUNICATION SIGNALS CAN CAUSE BIOLOGICAL EFFECTS: OUR 20 YEARS' STUDIES IN LIVING SYSTEMS
(Corresponding) MARGARITIS L.
Topic:
The non ionizing radiation from wireless technology: a 21 century revolution or a global pollution and health hazard
The big bang of telecommunication initiated a few decades ago has caused gradually an enormous increase of the electromagnetic pollution in the environment, the work place and home as well as the personal surrounding of every user. The research of our Electromagnetic Biology Laboratory is focused...Read more
Electromagnetic radiation including G5 frequencies, health effects summary and policy recommendations
(Corresponding) Stein Y.
Topic:
General
5G millimeter wave technology offers advantages: "smart" homes, "smart" cities and autonomic automobiles. The price: a rise of 30-100% in exposure to electromagnetic radiation near citizens' homes and higher exposure levels inside homes. Scientists have declared current...Read more
Keywords:
electromagnetic fields, electromagnetic radiation, G5, health effects, non-thermal
Analyzing 50 Years of Major Fog Events Across the Central Coastal Plain of Israel
David N., Rayitsfeld A., (Corresponding) Gao O.
Topic:
Environmental data analysis and modelling
This work presents an analysis of 152 major fog events that have been occurring for five decades (1967-2017) across the central coastal plain of Israel. Analysis of the meteorological data shows that fog events in the experimental area predominantly occur under two sets of synoptic conditions – Red...Read more
Determining the phenological stages of Nestos-Delta (Alnus glutinosa) riparian forest (Natura 2000 site) by using radiation transmittance data
(Corresponding) Proutsos N., Karetsos G., Tsagari C.
Topic:
Environmental data analysis and modelling
Trees’ phenology is a key factor for most forests’ physiological processes. The precise definition of the start-end dates and the duration of each phenological stage is critical. In the present study, radiation data were used from pyranometers installed at the Alnus glutinosa riparian forest of...Read more
Keywords:
Forest micrometeorology, LIFE-PRIMED, solar radiation, light transmittance, deciduous forest
