This paper emphasizes an ascertainment over the pollution level on terrestrial and aquatic ecosystems within the past exploitation region of Calimani mountains sulphur ore. Experimental data are introduced here, concerning the transformation of the sulphur and sulphides into sulphuric acid, chemical changes that exist in the surface waters, on the refuse waste dumps and in the regions limitrophe to areas affected by the past exploitation of Calimani ore. Through the surface exploitation of materials including high quantities of sulphur and metallic sulphides, draining phenomena of the acid waters and solubilization phenomena of the heavy metals have been amplified
Weathering of sulphide minerals produces a great variety of efflorescences of soluble sulphate salts...
This paper presents aspects related to water pollution with heavy metals from the Tarnita mining are...
Mass closure of copper-sulphide mining sites both in the Sverdlovsk Region and worldwide resulted in...
This paper emphasizes an ascertainment over the pollution level on terrestrial and aquatic ecosystem...
The paper provides an assessment of the potential technogenic impact of sulphide-containing wastes p...
The relevance of the research consists in obtaining data on the processes occurring in the sulfide m...
The mining activities are indicating large number of negative effects on the living environment. The...
The sulphide-rich mine wastes accumulated in tailing dumps of La Concordia Mine (Puna of Argentina) ...
The mining waste from the Chaabet-El-Hamra mine contains sulfides such as pyrite (FeS2), galena (PbS...
Acid mine drainage is the most significant environmental pollution problem associated with mining in...
The pollution of the environment in the last few decades has been the subject with least attention, ...
Abstact: In this paper are presented the results of the research concerning the weathering degree of...
In the Southern Apuseni Mountains, mining activities have taken place since Antiquity, leaving their...
Summarization: In the present paper a detailed environmental characterisation of the extended sulphi...
Sulphur mining, even with the use of such ecological methods as melting sulphur in orogen, has negat...
Weathering of sulphide minerals produces a great variety of efflorescences of soluble sulphate salts...
This paper presents aspects related to water pollution with heavy metals from the Tarnita mining are...
Mass closure of copper-sulphide mining sites both in the Sverdlovsk Region and worldwide resulted in...
This paper emphasizes an ascertainment over the pollution level on terrestrial and aquatic ecosystem...
The paper provides an assessment of the potential technogenic impact of sulphide-containing wastes p...
The relevance of the research consists in obtaining data on the processes occurring in the sulfide m...
The mining activities are indicating large number of negative effects on the living environment. The...
The sulphide-rich mine wastes accumulated in tailing dumps of La Concordia Mine (Puna of Argentina) ...
The mining waste from the Chaabet-El-Hamra mine contains sulfides such as pyrite (FeS2), galena (PbS...
Acid mine drainage is the most significant environmental pollution problem associated with mining in...
The pollution of the environment in the last few decades has been the subject with least attention, ...
Abstact: In this paper are presented the results of the research concerning the weathering degree of...
In the Southern Apuseni Mountains, mining activities have taken place since Antiquity, leaving their...
Summarization: In the present paper a detailed environmental characterisation of the extended sulphi...
Sulphur mining, even with the use of such ecological methods as melting sulphur in orogen, has negat...
Weathering of sulphide minerals produces a great variety of efflorescences of soluble sulphate salts...
This paper presents aspects related to water pollution with heavy metals from the Tarnita mining are...
Mass closure of copper-sulphide mining sites both in the Sverdlovsk Region and worldwide resulted in...