The moss analysis technique was applied to monitor 10 heavy metals and toxic elements deposition. Our study was the first attempt to assess spatial patterns in a border mountain region (area 8732 km2) with a low population density and high proportion of protected territories. The obtained results did not correlate to the results from areas with low air pollution and could be linked to the impact of old and open mines
This study was conducted to evaluate the selected elements deposition (Al, Ag, As, B, Ba, Be, Bi, Br...
Distribution of 22 elements in the air, including certain heavy metals, in the vicinity of lead and ...
Atmospheric pollution causes serious damage for human health and to all natural ecosystems. Nowa-day...
Application of several moss species for monitoring of the anthropogenic impact on heavy metals air p...
In the most recent 2015/2016 campaign of the European-scale moss survey, Bulgaria joined for the fif...
Application of several moss species and attic dust for monitoring of anthropogenic impact on heavy m...
This study aims to determine the level of pollution from heavy metals in the area of Gllogoc that ar...
A brief historical review is given on the development and milestones of the moss biomonitoring techn...
WOS: 000244937300007This research was carried out around the industrialised area and D100 highway in...
This research was carried out around the industrialised area and D100 highway in Düzce, in order to ...
A passive biomonitoring survey using terrestrial mosses was performed in a heavily polluted industri...
Naturally growing mosses have been extensively employed for surveying trace metal deposition from th...
The possibility of using mosses as environmental indicators of metal pollution has been investigated...
Atmospheric deposition was investigated using the terrestrial moss species Hypnum cupressiforme (He...
A b s t r a c t: Moss biomonitoring was applied to establishing anthropogenic influence of arsenic i...
This study was conducted to evaluate the selected elements deposition (Al, Ag, As, B, Ba, Be, Bi, Br...
Distribution of 22 elements in the air, including certain heavy metals, in the vicinity of lead and ...
Atmospheric pollution causes serious damage for human health and to all natural ecosystems. Nowa-day...
Application of several moss species for monitoring of the anthropogenic impact on heavy metals air p...
In the most recent 2015/2016 campaign of the European-scale moss survey, Bulgaria joined for the fif...
Application of several moss species and attic dust for monitoring of anthropogenic impact on heavy m...
This study aims to determine the level of pollution from heavy metals in the area of Gllogoc that ar...
A brief historical review is given on the development and milestones of the moss biomonitoring techn...
WOS: 000244937300007This research was carried out around the industrialised area and D100 highway in...
This research was carried out around the industrialised area and D100 highway in Düzce, in order to ...
A passive biomonitoring survey using terrestrial mosses was performed in a heavily polluted industri...
Naturally growing mosses have been extensively employed for surveying trace metal deposition from th...
The possibility of using mosses as environmental indicators of metal pollution has been investigated...
Atmospheric deposition was investigated using the terrestrial moss species Hypnum cupressiforme (He...
A b s t r a c t: Moss biomonitoring was applied to establishing anthropogenic influence of arsenic i...
This study was conducted to evaluate the selected elements deposition (Al, Ag, As, B, Ba, Be, Bi, Br...
Distribution of 22 elements in the air, including certain heavy metals, in the vicinity of lead and ...
Atmospheric pollution causes serious damage for human health and to all natural ecosystems. Nowa-day...