Three streams in SW Sardinia were studied to evaluate the transport of metals in the environment, and to characterize the natural processes that lead to decreased metal loads. Here we focus on Zn. Although the metal load varies by 2-3 orders of magnitude, we have observed natural biologically mediated attenuation processes, including uptake by vegetation and biomineralization. In this paper, we review the chemical and physical processes that lead to natural Zn attenuation, and discuss the merits of mimicking those processes when designing remediation schemes
Mining activity often leaves a critical legacy represented by huge volumes of mine wastes and residu...
Since 1996, hydrogeochemical surveys have been carried out in the abandoned Montevecchio Pb-Zn minin...
Abstract In southwestern Sardinia, Italy, the Rio Naracauli drains a catchment that includes several...
Three streams in SW Sardinia were studied to evaluate the transport of metals in the environment, an...
Four streams flowing in the Iglesiente and Arburese mine districts (SW Sardinia, Italy), exploited f...
Trace metals, particularly Zn, are nutrients for living organisms, however, when present in the envi...
The Ingurtosu Pb–Zn mine (S-W Sardinia) was exploited for about a century until 1968. Huge amounts o...
Streams draining mined areas throughout the world commonly have high concentrations of Zn. Because Z...
Hydrologic tracer techniques were applied to Rio Irvi (SW Sardinia), a stream affected by mine drain...
Public awareness of environmental health issues has increased significantly in recent years, creati...
Rio San Giorgio (Iglesiente, Sardinia, Italy), a stream affected by abandoned mine wastes, is charac...
Rio San Giorgio (Iglesiente, Sardinia, Italy), a stream affected by abandoned mine wastes, is charac...
Hydrologic tracer techniques were applied to Rio Montevecchio (SW Sardinia, Italy), a stream affecte...
In order to increase the knowledge about geo-bio interactions in extreme metal-polluted mine waters,...
After mine closure and subsequent shutdown of the dewatering system, groundwater rebound led to drai...
Mining activity often leaves a critical legacy represented by huge volumes of mine wastes and residu...
Since 1996, hydrogeochemical surveys have been carried out in the abandoned Montevecchio Pb-Zn minin...
Abstract In southwestern Sardinia, Italy, the Rio Naracauli drains a catchment that includes several...
Three streams in SW Sardinia were studied to evaluate the transport of metals in the environment, an...
Four streams flowing in the Iglesiente and Arburese mine districts (SW Sardinia, Italy), exploited f...
Trace metals, particularly Zn, are nutrients for living organisms, however, when present in the envi...
The Ingurtosu Pb–Zn mine (S-W Sardinia) was exploited for about a century until 1968. Huge amounts o...
Streams draining mined areas throughout the world commonly have high concentrations of Zn. Because Z...
Hydrologic tracer techniques were applied to Rio Irvi (SW Sardinia), a stream affected by mine drain...
Public awareness of environmental health issues has increased significantly in recent years, creati...
Rio San Giorgio (Iglesiente, Sardinia, Italy), a stream affected by abandoned mine wastes, is charac...
Rio San Giorgio (Iglesiente, Sardinia, Italy), a stream affected by abandoned mine wastes, is charac...
Hydrologic tracer techniques were applied to Rio Montevecchio (SW Sardinia, Italy), a stream affecte...
In order to increase the knowledge about geo-bio interactions in extreme metal-polluted mine waters,...
After mine closure and subsequent shutdown of the dewatering system, groundwater rebound led to drai...
Mining activity often leaves a critical legacy represented by huge volumes of mine wastes and residu...
Since 1996, hydrogeochemical surveys have been carried out in the abandoned Montevecchio Pb-Zn minin...
Abstract In southwestern Sardinia, Italy, the Rio Naracauli drains a catchment that includes several...