Reclamation on bare tailing ponds has the potential to represent soil genesis in Technosols
favoring the understanding of the changes of microbial communities and function. In this …

Creation of Technosols in combination with phytostabilization may be a sustainable strategy
to minimize the environmental and human health hazards derived from mine tailings …

Intensive forest plantation management practices, such as use of inorganic chemical
fertilizer and herbicides improve productivity, however, their environmental impacts on …

Ecological restoration of mine tailings have impact on soil physiochemical properties and
microbial communities. The surface soil has been a primary concern in the past decades …

Abstract Background and Aims The characteristics of microbial communities can directly
reflect the physicochemical properties of soil which is important for successful ecological …

Mining activity in Cartagena‐La Union mining district (SE Spain) dates back more than 2500
years. Consequently, large amounts of sterile materials with large metal (loid) contents …

Phytostabilization of an extremely acidic (pH< 3) mine tailings via direct revegetation
remains a challenge, which can perhaps be attributed largely to a limited understanding of …

Metal (loid) soil pollution resulting from mining activities is an important issue that has
negative effects on the environment (soil acidification, lack of vegetation, groundwater …

Tailings ponds resulting from mining operations have led to serious environmental hazards,
and their bioremediation is an area of ongoing exploration. Primary succession represents …

Plant species identity is assumed to be a major driver of belowground microbial diversity
and composition. However, diagnosing which plant functional traits are responsible for …