Nitrogen (N) supply is the major limiting nutrient in most reclamation schemes. In reclaimed
mine soil (RMS), examining the N dynamics can be especially informative for understanding …

Zero valent iron nanoparticles (nZVI) attract interest given their effectiveness in soil
remediation. However, little attention has been given to their impacts on plants. Likewise …

Purpose phytoremediation with native species is a low cost technique for recovering
contaminated soils avoiding ecological risks associated to the use of non-native species …

Soil nutrients are critical indicators of land reclamation effects and play significant roles in
soil restoration in degraded mining areas; however, few studies have analyzed the …

A better knowledge on soil development under different land use/cover is critical for
restoring eco-environmental integrity in degraded mining areas. This study aims at …

Opencast coal mining activities can cause severe changes to terrestrial ecosystems, leading
to soil degradation. Soil pores play an important role in the transport and storage of water …

The pore conditions of reconstructed soils can reflect the quality of rehabilitated soils. In this
paper, high-resolution and non-destructive computed tomography (CT) images were used to …

Riparian corridors are habitats that are prone to invasion by non‐native plants, but the
shade provided by trees that grow in riparian zones may limit the success of invasive …

This study was executed to explore soil redistribution and soil quality changes induced by
land degradation and then rehabilitation by orchard plantation in different slope positions in …

Abstract Eucalyptus globulus Labill.(Tasmanian blue gum), one of the most widespread
wood species, is broadly grown in forestry exploitations for timber production, giving rise to …