From Tailings to Tourism

From Tailings to Tourism

Cultural Heritage as One Path for Mining Communities

Headframes, shafts, pits and veins. These are all terms associated with the mining industry. From the black coal dust of Middelburg to the purple haze of Kuruman; from the tailings facilities around the Witwatersrand to the name of South Africa’s currency – the Rand – mining forms an intrinsic part of South Africa’s economy. In fact, 6% of the total South African Gross Domestic Product was derived from the mining industry in 2024, generating export earnings of over US$46 billion in the same year. Nearly half a million South Africans rely directly on the mining sector for employment, with 91,000 being employed in the coal mining industry – which accounted for over a quarter of the 2023 mining revenue (Cowling, 2024; Muñoz, 2025).

Though the importance of this sector is undeniable, the minerals on which it depends are a non-renewable resource. In South Africa alone, mineral yields in 2025 declined by nearly 8% (Muñoz, 2025). While this is not necessarily a spiralling trend, it reminds us of the stark reality we will one day have to face: What do we do when our mineral reserves are depleted?

The impact of this reality has been felt across Africa. Of the ten countries with the highest mineral dependency, seven are located in Africa (UN Trade & Development, 2023). Botswana, globally the country with the highest mineral dependency, has experienced this market volatility first-hand when the country saw a decline of 50% in mining revenue in 2024, translating to an economic loss of roughly US$3 billion. In response, the government announced a strategic reduction of 16% in diamond production for 2025, launching the Diamonds and Beyond program to redirect resources towards agriculture, renewable energy, technology and tourism (Coco, 2025).

What happens though, when the case study is not a country with billions in GDP to invest and redistribute, but instead it’s a small town in the middle of the Northern Cape Province of South Africa? To answer this, we need to look back to 1914 and the story of Kimberley.

The Kimberley Model: Turning the World’s Deepest Hole into a Tourist Destination

After closing down in August 1914, the Kimberley Mine inadvertently left its host town’s economy to decline. A total of 3,000kg of diamonds had been excavated throughout the mine’s 42-year operational lifetime, leaving only a large hole, a quaint town and thousands of unemployed individuals in its wake. Many of the mine workers relocated to other diamond mines in the wider region, including Jagersfontein and the Kimberley Underground mines. Those that remained were left with limited options, as the majority of the town’s economy had been built around the mine.

With a whole mining town and the world’s deepest hole excavated by hand, these people set off to market their town. Its unique status became an attraction for tourists, and the local population capitalised on this. For roughly fifty years, people would trickle to Kimberley to view the “deepest hand-dug hole in the world”, aptly named the ‘Big Hole’. But this was not enough to sustain the economy – Kimberley required more visitors.

Innovation was required to draw tourists. In the early 1960s, efforts were made to establish a museum of curiosities to encapsulate the town’s early history. In 1965, De Beers upgraded this collection of memorabilia and injected large volumes of capital into creating a large, open-air museum including structures, dioramas, streetscapes and historic vehicles and equipment used during excavation of the Big Hole. This arguably had the desired effect and tourism boomed. In subsequent years, De Beers injected around US$3 million into upgrades of the tourist attractions, maintaining the town’s allure and, inherently, its tourism (Brown, 2004).

Kimberley’s success demonstrates that social transitioning towards cultural tourism requires a couple of key elements: continuous innovation, and a shared pride in cultural heritage.

Supporting Examples: Cullinan and Gold Reef City

The South African town of Cullinan serves as another example of successful mining-to-tourism transition. Established in 1903 as a mining town, Cullinan soon became renowned as the source of the largest diamond ever discovered. Using this as a marketing point and preserving its Edwardian architecture and historic appeal, Cullinan managed to draw thousands of tourists over the years, particularly ‘weekend tourists’ from nearby Pretoria and Johannesburg. Similar to Kimberley, consistent innovation maintained its attraction through creative additions including cultural art markets, artistic restaurants and craft shops. While the Cullinan Mine is still in operation, thousands of people flock to Cullinan every week to experience not the mine, but the cultural tourism appeal that the town has to offer.

What happens when a community lacks such unique attractions? Gold Reef City in Johannesburg provides the answer. After the discovery of a large gold reef in 1886, in the area that would later become Johannesburg, rapid expansion resulted in a booming goldmining economy during the ‘Witwatersrand Gold Rush’ (Rosenhal, 1970; The Witwatersrand Gold Rush 1886 (VC), n.d.). However, with the instability of gold trading prices in the 1970s, a large number of mines in and around Johannesburg ceased their operations.

In response to the mine closures and the immense costs of demolishing infrastructure, efforts shifted in the 1980s to preservation. Shaft No. 14, which operated from 1887 to 1971; along with the shaft tower, mine winder, headgear, the original mining houses, and steam locomotives were preserved as cultural heritage resources. A theme park was constructed around this infrastructure, incorporating the theme of the Witwatersrand Gold Rush of the 19th century. All additional structures erected were constructed to mimic the Victorian era and, unlike Kimberley’s Big Hole or Cullinan’s record-holding diamond, Gold Reef City created tourism where there was none, based purely on the rich cultural history of the area. The park continuously adapted and innovated, adding world-class rides whilst maintaining focus on cultural heritage through museum construction and heritage tours.

Conclusion: One Path Among Many

These case studies have shown that transformation towards cultural tourism is possible for mining communities. However, it’s crucial to recognise that tourism will not be the right answer for all mining towns. Rather, these examples demonstrate one way that communities were able to sustain their existence beyond the lifespan of their mines.

The success of Kimberley, Cullinan, and Gold Reef City shouldn’t be viewed as a universal solution, but as inspiration for communities seeking alternatives. Each mining town will have unique circumstances, resources, and opportunities that may lead them down different paths – whether towards agriculture, renewable energy, technology, or other industries entirely.

What these examples do prove is that with creativity, community commitment, and strategic investment, mining towns need not face economic collapse when their minerals run out. Cultural heritage tourism offers one viable pathway, but the key lesson is broader: proactive diversification and innovation can help communities write new chapters in their stories.

Danny Viljoen is a field archaeologist with 7 years’ experience, who has been involved in over 80 archaeological and heritage-related projects and who has conducted over 100 heritage surveys. He specialises in archaeobotany and ceramic analysis, with particular focus on the southern African Middle Iron Age. His Honours dissertation followed an archaeobotanical approach to a Middle Iron Age site in the Limpopo-Shashe Valley, and his Masters thesis is focussed on the analysis of Middle Iron Age ceramics from the same region. Danny was one of the founding members of PACS (Pretoria Archaeology Club for Schools) in 2017; an educational society which not only seeks to do archival and practical historical and archaeological research, but who also aims to teach children – particularly those from an underprivileged background – the value of archaeology and heritage through outreach programs and infotainment sessions. Danny also holds a keen interest in world history, having attained a bachelors degree in the topic – together with archaeology – from the University of Pretoria in 2017. 

A Journey Towards a Chapter of Social Transitioning

A Journey Towards a Chapter of Social Transitioning

Social Transitioning within the Life of Mine

Every mining operation has a Life of Mine, a planned timeline for when the mineral deposit will be physically depleted. Mining communities, towns or cities often develop around mineral deposits and grow during operation. However, the ultimate question must be: what happens when the mine closes? Without planning, the answer is nothing.

Social transitioning is the journey undertaken by stakeholders, for example, the respective company, its employees, mining communities, government, municipalities, respective leadership structures and academic bodies toward collaboratively building a sustainable post mining economy and stimulate an economic transition.

A social transition encompasses planning toward researched alternate economies that would be compatible with the location and its people. This means transition of skills and different stakeholders working together to promote a sustainable alternate option to mining. 

It is rather idealistic and displays its own challenges in the world. However, without undertaking the journey for alternative options and economies, the positive economic lift the mines may have had in the operational context, would come to an abrupt end, often leaving ghost towns in their midst.

Building a Path Forward

The complexity of social transitioning requires a structured, collaborative approach. Successful transitions don’t happen by accident, they require deliberate planning, proven methodologies, and the right tools to bring stakeholders together around a shared vision for the future.

Effective social transitioning rests on three pillars: early engagement, collaborative planning, and proven methodologies. Rather than waiting until closure approaches, successful mining companies begin this conversation during the operational phase, working alongside communities to identify and develop alternative economic opportunities.

Good International Industry Practice for Social Transitioning

Industry best practice, as outlined in resources such as the ICMM’s ‘Handbook on Multistakeholder Approaches to Socio-Economic Transitions in Mining,’ provides nine key approaches and eleven practical tools that can be adapted to different mining contexts. These resources, combined with local knowledge and stakeholder input, form the foundation for effective transition planning.

Social transitioning represents both a responsibility and an opportunity, a chance to ensure that the development and investment in communities continues far beyond the operational phase. However, successful implementation requires more than good intentions and industry guidance, it demands a clear understanding of the regulatory framework that governs these transitions. In our next article, we’ll examine the legislation that shapes social transitioning requirements and how companies can navigate these legal obligations effectively.

About the Author: Chanel Mc Call is a Senior Social Scientist at Digby Wells Environmental (Pty) Ltd with 12 years of experience. She obtained an B(Hons) degree in Historical and Cultural Sciences with specialisation in Heritage and Cultural Tourism with distinction. Following the Honours, she pursued and achieved a Master’s degree in the same field from the University of Pretoria. She is a member of International Association of Impact Assessment South Africa (IAIAsa) and Golden Key International Honours Society at the University of Pretoria for academic excellence. Key areas of focus for her are social transitioning planning, social impact assessment and community development.

When Deserts Flood: Climate Change in Arid Regions

When Deserts Flood: Climate Change in Arid Regions

In recent years, desert regions around the world have experienced an unexpected rise in extreme flooding events. From North Africa to the Arabian Peninsula and the Australian Outback, areas once synonymous with aridity are now grappling with flash floods and record-breaking rainfall.

These events stand out not only for the unusual regions they impact but also for their growing frequency and intensity. They disrupt communities unprepared for such conditions, damage critical infrastructure, and challenge long-standing assumptions about desert climates (UNDRR, 2022) (WMO, 2023).

Examples of Desert Flooding

Case 1: Sahara Desert (Algeria and Morocco, September 2023)

Heavy rainfall in parts of Algeria and Morocco led to flash floods that inundated desert villages and overwhelmed dry riverbeds. In some areas, over 100 mm of rain fell in just a few hours, a significant volume for a region that typically receives less than 200 mm annually. The floods damaged homes, roads, and agriculture, and led to several fatalities. The event was linked to a stalled low-pressure system and convective thunderstorms that rapidly developed in the unstable atmosphere (Reuters, 2023).

Case 2: Simpson Desert (Australia, January 2022)

Unusual summer rains, brought on by a La Niña-driven monsoon trough, dumped over 150 mm of rain in parts of the Simpson Desert, more than the region’s average annual rainfall. Roads became impassable, and some remote communities were cut off for days. The floods also triggered ecological shifts, including the sudden appearance of wetland birds and blooming wildflowers. This event was influenced by a combination of tropical moisture surges and mesoscale convective systems (Bureau of Meteorology Australia, 2022).

Case 3: Namibia (Central Desert, March 2021 and 2025)

Floodwaters surged through central Namibia following an intense downpour. Swollen rivers burst their banks, affecting both rural and urban areas, especially near Windhoek. The event caused significant damage to roads, informal housing settlements, and sanitation systems. Meteorological analyses pointed to a rare convergence of tropical air masses and upper-level troughs that enhanced rainfall (Namibia Meteorological Service, 2021).

Case 4: Oman (Dhofar and Al Wusta regions, May 2020)

Tropical Cyclone Nisarga brought unseasonably intense rainfall to Oman’s desert interiors. Normally parched wadis transformed into raging torrents. Flooding displaced thousands and disrupted power and water services. The flooding was driven by tropical cyclone activity, a phenomenon that has shown signs of increasing in strength and inland reach due to warming ocean waters (Oman Meteorology, 2020).

What Causes Dessert Flood Risk to Increase?

Scientific research shows that climate change is altering rainfall patterns in arid regions. Warmer oceans intensify the hydrological cycle, increasing atmospheric moisture, which can lead to heavier rainfall even in dry regions.

Changes in atmospheric circulation, such as shifts in the jet stream and weakening of the subtropical high-pressure zones, also contribute to unusual rainfall patterns. In some cases, warming in the Indian Ocean or Pacific (e.g., ENSO events) enhances tropical convection, pushing moist air into typically arid areas.

Deserts are not immune to these global changes. Instead, their extreme dryness and low absorption capacity make them especially vulnerable to flooding (IPCC, 2023) (NOAA, 2023)

Impacts and Risks

Recent floods have exposed the vulnerabilities in desert communities. Many areas lack basic stormwater infrastructure and outdated assumptions about local climates often shape urban planning and zoning.

Economically, floods disrupt transport routes, agricultural productivity, and tourism. Socially, they disproportionately affect poorer communities especially those living in informal settlements in high-risk areas.

Common challenges include:

  • Limited stormwater management.
  • Weak emergency response systems.
  • Inadequate zoning and building codes; and
  • Poor early warning mechanisms.

Managing Desert Flood Risk: Integrated Strategies That Work Integrated Flood Risk Assessments (IFRA) are essential in desert areas where baseline data is often sparse and communities may be unaware of emerging risks. These assessments combine climate projections, hydrological modeling, and vulnerability mapping to inform adaptive planning.

In many low-income or remote contexts, simple and affordable measures, like community-based early warning systems, basic improvements to key drainage points, or restoring natural catchments, can be more feasible than large-scale infrastructure. Nature-based solutions and incremental upgrades to planning codes can also build resilience without imposing high costs. Local ownership and regional cooperation are essential to make risk reduction realistic and sustainable.

Supporting Practical, Local Solutions: Policymakers and planners may find it helpful to support strategies that align with local capacities and community priorities. These can include:

  • Gradual upgrades to critical infrastructure where possible.
  • Integrating climate risk into development plans.
  • Encouraging community-led weather monitoring and emergency preparedness; and

Sharing knowledge regionally to strengthen local capacity.

Future Outlook: Building Knowledge and Capacity

Looking ahead, flooding in arid regions is expected to become more frequent as global temperatures rise. Preparing for previously improbable scenarios will be increasingly important.

Ongoing research will help clarify:

  • The evolving relationship between warming oceans and desert precipitation.
  • Long-term ecological shifts following flooding events; and
  • Effective low-cost adaptation strategies for developing countries.

Deserts and Flooding: A Changing Paradigm

Flooding in deserts is no longer an anomaly, it’s part of a shifting climate reality. These events highlight the need to rethink how arid environments are defined, planned for, and protected. Combining scientific research with local knowledge and flexible, inclusive planning can help ensure desert communities are better prepared for a changing future. (Nature Climate Change, 2023) (WMO, 2023).

About the Author: Nompumelelo Dube is a seasoned Hydrologist with over 18 years of experience in hydrology and hydraulic modelling across public and private sectors in Africa.  She has led water-related projects involving flood risk assessments, stormwater management, water balance modelling, and climate risk solutions for diverse clients including mining companies, municipalities, and international development agencies. Nompumelelo currently leading a team of Hydrologist at Digby Wells Environmental. She holds an Honours degree in Hydrology, a BSc in Hydro-Sciences, and a Postgraduate Diploma in Business Leadership. She is a registered natural scientist and a member of the Water Institute of Southern Africa.

Rethinking Water Risk: Charting the Path Forward

Rethinking Water Risk: Charting the Path Forward

This is the final article in our ‘Rethinking Water Risk’ series. The previous article, Tensions and Tributaries (Part 5) can be read here.

Throughout this series, we have unpacked the many faces of water risk, from physical scarcity and regulatory pressures to financial exposure, reputational threats, technological shifts and geopolitical dynamics. What has become clear is that these risks do not exist in silos. They are interconnected, intensifying each other in ways that demand a more integrated, forward-thinking response.

Effective water-risk management necessitates a shift from isolated approaches to integrated action. The opportunities that can be identified from business-specific risks should inform every aspect of the decision-making process, from location selection to operational management, value-chain planning, and strategic investment.

Building Resilience Through Action

Businesses that rethink water risk not as a cost or constraint but as a core strategic issue will be better equipped to navigate an increasingly water-stressed world. Resilience is built by understanding and acting on the specific risks that affect each operation and supply chain and by embedding this insight into daily decisions and long-term plans.

Companies can strengthen their water resilience by:

  • Understanding the local and regional basin and operational risks,
  • Diversifying water supply sources,
  • Improving water efficiency and conservation,
  • Engaging in water stewardship partnerships,
  • Investing in climate adaptation and resilient infrastructure,
  • Integrating water risks into business planning and strategies,
  • Ensuring compliance with evolving regulations, and
  • Leveraging technology and innovation.

By prioritising risks, businesses can develop strategies that not only mitigate water-related challenges but also create sustainable opportunities for the future.

From Compliance to Value Creation

This series has highlighted how water, when managed proactively, becomes a lever for resilience, reputation, and competitive advantage. Innovation, robust scenario planning, and meaningful engagement with stakeholders all play a vital role in this shift.

Ultimately, water needs to sit at the centre of how we plan, operate, and grow. Adaptive management, clear accountability and continuous improvement will distinguish leaders from those who remain reactive.

At Digby Wells Environmental, we partner with organisations to navigate this complexity, helping them move beyond compliance to build robust, future-focused water strategies.

What steps is your business taking to integrate water opportunities into its strategy?

About the Author: Megan Taylor is a Senior Hydrogeologist at Digby Wells Environmental, specialising in water geosciences. With over 15 years of experience across Africa and the Middle East, Megan has led hydrogeological assessments for major mining and infrastructure projects, including water supply and dewatering assessments, aquifer vulnerability studies, and environmental authorisations. She holds an Honours degree in Hydrogeology from the University of the Free State and is a registered Professional Scientist with SACNASP.