Publications
The Sarrus Isomorphism: Harmonic Alignment and Topological Crystallization in Matter, Biology, and Cryptography
Research reveals that the hexagonal columnar basalt formations at the Giant's Causeway and Causeway Coast are not merely geological features but the result of a universal computational process governed by the Sarrus Isomorphism. This phenomenon, identified within the Nexus Recursive Harmonic Framework, demonstrates how thermodynamic entropy is resolved through harmonic alignment, leading to the formation of hexagonal columns that minimize energy expenditure. The study analyzes the transition from T-junctions to Y-junctions in basalt cooling, showing how these geometric patterns represent a phase-locked standing wave and the 'frozen hash' of a localized thermodynamic computation. Additionally, the research extends this principle to protein folding and cryptographic algorithms like SHA-256, suggesting a universal mechanism that governs structural emergence across disparate domains.
Causeway Coast, Northern Ireland: Developing a Geohazard Citizen Observatory to Assist Risk Management
A pilot geohazard citizen observatory on the Causeway Coast, Northern Ireland, successfully integrated community engagement with advanced monitoring techniques to enhance landslide risk management. The study recorded numerous landslide events and developed a millimetre-scale reference dataset for future change detection analysis. By leveraging satellite data from the Copernicus programme, LiDAR surveys, photogrammetry, and citizen-collected data through a mobile application, researchers improved understanding of geohazard exposure at two high-traffic sites: Giant's Causeway and Carrick-a-rede. Outreach events raised awareness among local communities, fostering active participation in hazard monitoring. This approach demonstrates the potential for citizen observatories to support evidence-based risk management in UNESCO World Heritage Sites with complex geological vulnerabilities.
Geohazards Revealed by Multi-temporal InSAR Datasets at AGEO Citizen Science Observatory Pilots in Lisbon, Madeira and Northern Ireland
Ground motion analysis using multi-temporal InSAR data from Copernicus Sentinel-1 satellites reveals significant geohazards across three UNESCO World Heritage Sites: the Lisbon Region, eastern Madeira Island, and Northern Ireland's Giant's Causeway and Causeway Coast. The study identifies subsidence hotspots in Lisbon (up to -5 mm/yr) linked to groundwater over-pumping and urbanization, while Madeira shows ground motions of up to 7 mm/yr associated with slow landslides. In Northern Ireland, peatland drainage and urban-induced consolidation contribute to subsidence, including around the Causeway coast. These findings align with the European Ground Motion Service (EGMS), providing critical insights for Citizen Observatories to focus on high-risk areas. The research underscores the potential of InSAR-derived data to contextualize citizen science efforts in geohazard monitoring.
‘The Giant's Causeway’
Richard Pococke's 1753 account in Philosophical Transactions provides one of the earliest detailed descriptions of the Giant's Causeway, a unique geological formation along the Antrim Coast. His observations contribute significantly to early scientific understanding of basalt columns and their formation, predating more systematic geological studies. Pococke's work combines natural history with folklore, offering insights into the site's geological characteristics while also preserving local legends. The account reflects 18th-century scientific inquiry, blending empirical observation with narrative, and serves as a foundational text in the study of this UNESCO-listed World Heritage Site.
A causeway to impact: A proposed new integrated framework for intergenerational community‐based participatory action research
A proposed new framework, 'The Causeway Approach,' aims to amplify the voices of children and young people (CYP) in policy-making discussions, addressing the issue of tokenistic participation. Inspired by the mythology of the Giant's Causeway, this intergenerational methodology fosters meaningful engagement between CYP and adult stakeholders, with potential benefits for capacity building, social capital strengthening, and intergenerational connections. The framework is designed to ensure that CYP's perspectives are not drowned out but rather integrated into key decision-making processes, offering a contextualized approach that could significantly benefit both CYP and their communities.
Scotland and Northern Ireland
A comprehensive geological journey through Scotland and Northern Ireland reveals the dynamic processes shaping Earth's crust, from ancient rock formations to recent volcanic activity. The study highlights key discoveries such as Hutton’s concept of deep time at Siccar Point and the recognition of molten rock intrusion in Edinburgh. It traverses significant geological features including the Great Glen Fault, Devonian fish quarry at Achanarras, Moine Thrust, and Caledonian Orogenic zone, showcasing some of Europe's oldest rocks and stunning volcanic landscapes on the Isle of Skye. The tour also explores glacial features, ancient volcanic centers like Glen Coe, and petrified forests in Glasgow, illustrating the region's complex geological history. The research method involves a systematic traversal of these sites, integrating field observations with geological analysis to provide insights into tectonic processes, orogeny, and the opening of the Atlantic Ocean.
How to Include Crowd-Sourced Photogrammetry in a Geohazard Observatory—Case Study of the Giant’s Causeway Coastal Cliffs
Crowd-sourced Structure-from-Motion photogrammetry can effectively integrate citizen-collected data into geohazard monitoring programs, as demonstrated by a study at the Giant’s Causeway and Causeway Coast UNESCO World Heritage Site. The research found that the Time-SIFT method yields high-quality reconstructions with an 8.6 cm standard deviation, making it suitable for long-term landslide observation in areas like Port Ganny. This approach leverages high tourist footfall to enhance spatial and temporal data coverage while raising public awareness of coastal cliff risks. Unlike traditional methods, it requires no specialized expertise from participants, offering a scalable solution for citizen science in geohazard management.
Two Stories about Finn MacCool
A century ago, the Giant's Causeway in Northern Ireland was a popular honeymoon destination, symbolizing romantic tales of Finn MacCool and his legendary journey across basalt columns. This study revisits historical narratives surrounding the site, contrasting its past cultural significance with contemporary perceptions. By analyzing archival data and folklore, the research reconstructs the evolving role of the Causeway in Irish mythology and tourism. It highlights how shifting societal norms—such as the decline of crinolined ladies waving parasols from the columns—reflect broader changes in travel traditions. The approach combines historical documentation with cultural analysis to uncover the enduring legacy of this UNESCO World Heritage Site.
Tourism at the Giant's Causeway
The Giant’s Causeway, inscribed as a UNESCO World Heritage Site in 1986 and later designated a National Nature Reserve, stands as a unique geological marvel formed by volcanic activity. This study examines the site's tourism dynamics during the late 19th century, highlighting its role as both a natural wonder and a cultural attraction. The research reveals how visitors experienced the Causeway not only for its iconic hexagonal basalt columns but also for its surrounding historical sites, such as churches, castles, and monasteries. Additionally, it explores adjacent attractions like Lough Neagh and industrial landmarks along the river Bush, which were integral to the tourism narrative of the region. The study employs a historical approach, analyzing guidebooks and travel accounts to reconstruct visitor experiences during this period.
Trailgazers: A Scoping Study of Footfall Sensors to Aid Tourist Trail Management in Ireland and Other Atlantic Areas of Europe
A scoping study identifies the most effective commercially available footfall sensors for monitoring tourist trails, providing actionable insights to enhance trail management. The research, part of the EU-funded TrailGazers project, evaluates six sensor types across eight trails in Ireland and Europe, focusing on power sources and mounting methods. Findings offer a decision-making tool to help managers optimize data collection for user pattern analysis, maintenance planning, and future trend prediction, such as cyclo-tourism growth. The study bridges technological assessment with practical trail management needs, offering scalable solutions for outdoor footfall monitoring in UNESCO sites like the Giant's Causeway.
The extant shore platform stromatolite (SPS) facies association: a glimpse into the Archean?
Shore platform stromatolites (SPS) provide a unique modern analogue for Precambrian fossil stromatolites, offering insights into ancient microbial ecosystems. These SPS, found along southern African coasts, southwest Australia, Giant's Causeway in Northern Ireland, and the Scottish Hebrides, thrive on well-indurated shore platforms in high wave energy settings, often near headlands. Unlike other extant stromatolites, SPS primarily form through mineral precipitation, with minor trapping and binding. The study suggests that SPS could be preserved in the geological record as micritic lenses on palaeo-shore platform surfaces, despite differing atmospheric and oceanic conditions from the Archean. Additionally, terraces associated with former oceanic or lacustrine flooding surfaces on Mars are proposed as potential targets for searching palaeo-SPS, expanding the scope of astrobiological research.
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