Publications
Unveiling Climate-Adaptive World Heritage Management Strategies: The Netherlands as a Case Study
Research identifies two climate-adaptive World Heritage management strategies (CAWHMSs) that integrate conservation and collaborative knowledge-sharing, using Dutch UNESCO sites as a case study. These strategies—conservation for urban climate regulation and sustainable water management, and developing WH properties as multidisciplinary hubs—enhance resilience to climate threats while fostering awareness among younger generations. The study analyzed textual data from Statements of Outstanding Universal Value, State of Conservation Reports, and management plans, employing qualitative coding and semantic networks to visualize findings. Results underscore the role of World Heritage in advancing holistic climate adaptation efforts, offering a model for cross-sectoral stakeholders globally.
A different view on (world) heritage. The need for multi-perspective data analyses in historical landscape studies: The example of Schokland (NL)
A novel Historical Geographical Information System (HGIS) demonstrates the potential to significantly enhance the contextualization, accessibility, and conservation of UNESCO World Heritage Sites like Schokland. This system integrates cultural and geoscientific data, enabling dynamic heritage management that supports multidisciplinary scientific analyses, integrated monitoring, and public outreach. The findings highlight the necessity for tailored conservation methodologies that rely on comprehensive data integration, offering valuable insights into diachronological reconstructions of landscape development in lowlands. Such an approach not only meets modern standards for heritage conservation but also addresses the diverse needs of multiple stakeholders, including governmental, scientific, public, and commercial entities.
The use of geological, geomorphological and soil mapping products in palaeolandscape reconstructions for the Netherlands
A comprehensive integration of geological, geomorphological, and soil mapping products can significantly enhance palaeolandscape reconstructions for the Netherlands. This study evaluates how diverse legacy datasets—compiled over centuries by various disciplines—can be effectively combined using modern digital tools like GIS to generate accurate palaeogeographical maps. It highlights the importance of understanding historical surveying strategies and the context in which original data were collected to maximize the potential of these datasets. By addressing challenges posed by fragmented, regionally varied data, this approach offers a robust method for answering both applied and fundamental scientific questions, particularly in areas with extensive historical mapping traditions.
When the Shore becomes the Sea: New maritime archaeological insights on the dynamic development of the northeastern Zuyder Zee region (AD 1100 – 1400), the Netherlands
Between 1100 and 1400 AD, the northeastern Zuyder Zee region underwent dramatic transformation from uninhabited peatlands to open sea, erasing nearly all traces of human activity. This rapid shift was driven by a combination of natural storm surges and human land reclamation practices that destabilized the landscape. The study, integrating archaeological, geological, and historical-geographic data in a digital spatial environment, reveals that late medieval settlements—evidenced by pottery, bricks, and animal bones—were among the last remnants of this dynamic region where communities adapted to water-driven changes. These findings highlight the dual impact of environmental forces: while storms destroyed land and livelihoods, they also opened new maritime trade routes that later brought prosperity.
The Never-Ending Story? The Lessons of Fifteen Years of Archaeological Monitoring at the Former Island of Schokland
Archaeological monitoring over fifteen years at Schokland, now part of the Netherlands' mainland after drainage in the 1940s, has revealed a dynamic landscape shaped by human settlement and environmental change. The study highlights the significance of Mesolithic campsites, Neolithic and Bronze Age settlements, and medieval dwelling mounds (terps) within this UNESCO World Heritage Site. By analyzing these layers, researchers uncovered how past communities adapted to shifting environments, including rising water levels that necessitated the construction of terps for habitation. The approach combined extensive field surveys, stratigraphic analysis, and interdisciplinary research to reconstruct Schokland's complex history, offering insights into human resilience and environmental interaction in a rapidly changing landscape.
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