The operation of large-scale mining (LSM) and artisanal and small-scale mining (ASM) within a shared physical environment presents a complex dynamic that is not well understood. We have explored this dynamic in our paper A Large-scale Perspective on Small-scale Mining.
In the paper we use the term “interface” to characterise the many points at which LSM and ASM physically intersect at the asset level and the ways in which these interactions shape options and outcomes for both groups. Our objective is to show that by examining the LSM-ASM interface through the lens of large-scale resource development, we can achieve greater clarity about success factors for existing pro-ASM policy initiatives.
Historically, policy-makers approached ASM as a small-scale version of LSM, rather than a sector with its own distinctive characteristics. While there are similarities, there are many differences in scale, technology, mechanisation, formal recognition by the state, and engagement with systems of authority.
There are many scenarios that can develop when the large and small-scale sectors form an interface. These include:
There is no single LSM-ASM interface. In each scenario, the interface between the two sectors poses a variety of risks that require careful attention. Known risks include:
Due to the country settings where LSM-ASM interfaces most commonly form, we know that these issues are made more difficult by the following factors:
There is an ever-growing interest in the ASM sector from international agencies, such as the World Bank and the IFC. Recent initiatives indicate a trend towards greater recognition of ASM rights to access and work geological resources. At the country level, this is articulated through efforts to “formalise” the legal standing of ASM through the granting of formal leases and permits by the state.
LSM standards on ASM are nascent. Early developments by a small number of LSM companies signal the potential for greater engagement on LSM-ASM interface issues. While most major mining companies do not have dedicated ASM policies, they have established or endorsed other standards that indirectly relate to how the industry engages positively with people in their operating context and supply chain. Very few standards or instruments reference the physical LSM-ASM interface in direct terms.
We identified six that engage the topic at hand, including Working Together, the Responsible Jewellery Council (RJC) Code of Practice, OECD Due Diligence Guidance for Meaningful Stakeholder Engagement in the Extractive Sector, the Initiative for Responsible Mining Assurance (IRMA), the International Council on Mining and Metals (ICMM) Performance Expectations and the Maendeleo Diamond Standards. These standards include provide a helpful reference point for improving LSM-ASM interface dynamics.
The question of “legality” continues to complicate engagement between the two sectors. LSM companies are committing to work with legal ASM but, in most jurisdictions, ASM is deemed “illegal” by the state. This creates a challenge for companies who are open to engagement, but are reticent to engage with miners undertaking illegal activities.
More research is needed to understand:
Full report here.
Contact
Please contact Professor Deanna Kemp with any questions about this report at d.kemp@smi.uq.edu.au. To identify colleagues for future Briefing Notes, please email Margaret Lee at RESOLVE (mlee@resolv.org), with the subject line “Addition for NRELC Network”.
You can download this document as a PDF here.
1 Centre for Social Responsibility in Mining, Sustainable Minerals Institute, The University of Queensland, Brisbane, Australia.
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