Global NEST Journal, Vol 10, No 3, pp 366-375, 2008 Copyright© 2008 Global NEST Printed in Greece. All rights reserved CURRENT STATUS OF THE METAL POLLUTION OF THE ENVIRONMENT OF GREECE – A REVIEW E.G. FARMAKI 1, 2 1 Laboratory of Analytical Chemistry, Department of Chemistry N.S. THOMAIDIS 1,* National and Kapodistrian University of Athens Panepistimioupolis, 15771 Zografou, Athens, Greece 2 Athens Water Supply and Sewerage Company (EYDAP S.A.) Water Quality Control and Protection Division Polydendri Attikis, Greece Received: 02/04/08 *to whom all correspondence should be addressed: Accepted: 30/06/08 e-mail: ntho@chem.uoa.gr ABSTRACT Pollution from metals and metalloids of the environment of Greece seemed to attract many researchers and elemental pollutants in air, soil and water have been determined and studied systematically during the last decade. The most recent of these studies, concerning the last five years (2003 to 2008), were reviewed and the major problems of the occurrence of heavy metals in the country’s environment were pointed out. Regarding the atmospheric environment, the chemical characterization of particulate matter of the big Greek cities attracted the interest of many authors. Heavy metals and As represented an important fraction of the particulate matter of the atmosphere of Greek cities, with increased content in inhalable fraction. In addition, many works studied the metal content of soil and plants of the Athenian forests, among with agricultural soils from the countryside. Copper, Fe and Cd were identified as the most accumulated metals that may pose a long-term threat to soil and aquatic environment. Most of the reviewed articles concerned the aquatic environment. Rivers and coastal environment of northern Greece presented increased levels of metals and arsenic, reflecting the transboundary and local agricultural and industrial activities. Marine environment nearby the big cities was found reasonably polluted. Therefore the presented results reflected the human activities: urban areas were reasonably found more polluted (however without severe exceedence of the regulated values), compared with the less populated regions. On the contrary, drinking water of the urban populated areas, due to proper treatment, conformed to the regulated values. KEYWORDS: Metals, Metalloids, Air, Soil, Plants, Aquatic Environment, Greece. 1. INTRODUCTION The quality of the environment is a matter of serious concern, especially today that the consequences of human intervention are already evident. Although environment is extremely valuable for people and other organisms living in it, it is also endangered due to human activities that are continuously ruining it (Davis et al., 2006). Air and water accept any kind of pollutants produced mainly from industries, but also naturally, domestic or traffic originated. Gaseous pollutants and particulate matter are emitted to the atmosphere, while sea water, rivers and lakes are often used to carry off the municipal and industrial wastewater. Metals and metalloids due to their extensive use represent an important fraction of the pollutants released in air, soil and water. They really seem to be ubiquitous today (Merian et al., 1991). Cement and metal industries and mines, fossil fuel combustion, road dust and traffic, contribute frequently uncontrollably, to the environmental pollution. They occur naturally as