Nature-Based Solutions for Mine Soil Remediation

Mining is a rapidly expanding industrial activity driven by technological advancements. However, both historical and modern mining practices inherently create significant environmental impacts. For decades, various techniques have been developed to restore mining areas during or after operations cease. These methods range from traditional composting to innovative approaches like biochar, hydrochar, and nanotechnology applications. They are often combined with phytoremediation strategies. Such remediation techniques also promote carbon sequestration and align with European directives like Nature-Based Solutions and Zero Waste initiatives. Accurate delineation and monitoring of the chemical contamination and degradation associated with these processes are crucial. Therefore, employing efficient and cost-effective technologies such as remote sensing is essential. This Special Issue from the Spanish Journal of Soil Science (Impact Factor of 2.0 and Citescore of 2.2) is dedicated to research on mining soil restoration and related topics.

Fee Support
As a Gold open-access journal, all submissions are subject to publishing fees. Authors can benefit from financial support from their institution through Frontiers' Institutional Agreements. For full details please see the journals Publishing Fees page. Members of the SECS are also entitled to a 30% discount off their publishing fees.

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Keywords: Soil remediation, nature based solutions, remote sensing, phytoremediation, machine learning, soil amendments, carbon sequestration, diffuse spectroscopy, mapping