The rehabilitation of a mine producing acid mine drainage (AMD) involves four discrete steps. These are site characterization, the development of an AMD water quality management protocol, a remediation strategy and finally ...

Acid mine drainage (AMD) is a major environmental pollutant of both surface and ground waters. Intensive sampling of drainage from mine adits has revealed a seasonal variation in the Zn:Cu ratio. This is linked to secondary ...

This review examine the action of acid mine drainage (AMD), which is a multifactor pollutant, on surface waters. It affects aquatic ecosystems via a number of direct and indirect pathways. Major impact areas are coastal ...

Field toxicity experiments were conducted in the Avoca River (Ireland) during August and September 1994 in order to evaluate the toxicity of acid mine drainage (AMD) to a number of selected macro-invertebrate species. The ...

The Avoca-Avonmore is a potential salmonid river which has been severely impacted by industrial development throughout its length but especially in its lower reaches due to the abandoned Cu-S mines at Avoca. This study ...

Sampling acid mine drainage (AMD) impacted sediments is complex requiring appropriate field sampling techniques to ensure representative samples which are both repeatable and reproducible. This report examines the important ...

As part of an extensive study of the environmental impacts of the abandoned CU-S mines at Avoca in County Wicklow in Ireland, extensive studies were made of the river sediments and their toxicity. Originally written in ...

As part of a long term study of the effects of the abandoned Cu-S mines at Avoca County Wicklow in Ireland a short overview was created of the Avonmore-Avoca River Catchment including summaries of tributaries; topography ...

Temporal and spatial comparisons of acid mine drainage (AMD) contaminated waters are difficult due to the complex physico-chemical nature of the pollutant. An objective index has been developed and evaluated for assessment ...