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Atmospheric Monitoring at Abandoned Mercury Mine Sites in Asturias (NW Spain)
- Source :
- Environmental Monitoring and Assessment. 130:201-214
- Publication Year :
- 2006
- Publisher :
- Springer Science and Business Media LLC, 2006.
-
Abstract
- Mercury concentrations are usually significant in historic Hg mining districts all over the world, so the atmospheric environment is potentially affected. In Asturias, northern Spain, past mining operations have left a legacy of ruins and Hg-rich wastes, soils and sediments in abandoned sites. Total Hg concentrations in the ambient air of these abandoned mine sites have been investigated to evaluate the impact of the Hg emissions. This paper presents the synthesis of current knowledge about atmospheric Hg contents in the area of the abandoned Hg mining and smelting works at 'La Peña-El Terronal' and La Soterraña, located in Mieres and Pola de Lena districts, respectively, both within the Caudal River basin. It was found that average atmospheric Hg concentrations are higher than the background level in the area (0.1 microg Nm(-3)), reaching up to 203.7 microg Nm(-3) at 0.2 m above the ground level, close to the old smelting chimney at El Terronal mine site. Data suggest that past Hg mining activities have big influences on the increased Hg concentrations around abandoned sites and that atmospheric transfer is a major pathway for Hg cycling in these environments.
- Subjects :
- Air pollution
Drainage basin
chemistry.chemical_element
Management, Monitoring, Policy and Law
medicine.disease_cause
Mining
medicine
Air quality index
General Environmental Science
Hydrology
Air Pollutants
geography
geography.geographical_feature_category
Environmental engineering
Sediment
Mercury
General Medicine
Pollution
Soil contamination
Mercury (element)
chemistry
Spain
Smelting
Soil water
Environmental science
Environmental Monitoring
Subjects
Details
- ISSN :
- 15732959 and 01676369
- Volume :
- 130
- Database :
- OpenAIRE
- Journal :
- Environmental Monitoring and Assessment
- Accession number :
- edsair.doi.dedup.....d0baeea9c3ef6c8dc30e8e2563997ef9