Publications
Late Quaternary evolution of a large rock slope deformation (Robinson, English Lake District) – a first such exploration by cosmogenic exposure dating in the British mountains
A groundbreaking study reveals that the Robinson rock slope failure, the largest of its kind in England's Lake District, has been active since the Lateglacial period (~15.4–14.3 ka), with movement potentially continuing until the mid-Holocene (~4.6 ka). Using cosmogenic (10Be) surface-exposure dating, researchers determined displacement rates of 3–4.5 mm/year along its headscarp/rupture surface, marking the first such measurements for a rock slope failure in Britain and Ireland. The study also suggests that other rock slope failures in the region may have a longer history of instability than previously believed. Factors contributing to this activity likely included paraglacial stress release, concentrated bedrock erosion, and local structural characteristics.
Stakeholder solutions to human-wildlife conflicts: Co-created adaptive impact management for wild red deer, Cervus elaphus, in the English Lake District
A novel adaptive impact management framework for red deer (Cervus elaphus) in the English Lake District has been successfully co-created through stakeholder engagement, offering a model for resolving long-standing human-wildlife conflicts. The study employed a facilitated workshop as the culmination of a modified Delphi process to bring together key interested parties, achieving consensus on landscape management vision, objectives, monitoring actions, and deer population control methods. This collaborative approach not only addresses the ecological and economic impacts of red deer but also serves as a template for policy development in multi-user landscapes, demonstrating the potential for participatory methods to mitigate human-wildlife conflicts effectively.
Exploring Qualitative Geographies in Large Volumes of Digital Text: Placing Tourists, Travelers, and Inhabitants in the English Lake District
A novel approach to analyzing geographies in digital texts, focusing on the English Lake District pre-1900, reveals distinct spatial narratives for tourists, travelers, and inhabitants. Unlike traditional methods relying solely on toponyms (place names), this study introduces 'geo-nouns' to link places with geographical features and employs adjectives, nouns, and verbs to capture 'sense of place.' This methodology enables holistic and textual definitions of locations, moving beyond Euclidean space to uncover nuanced spatial relationships in large volumes of text. The findings highlight how different groups perceive and describe the Lake District, offering new insights into qualitative geographies.
Planting for “posterity”: Wordsworthian tree planting in the English Lake District
William Wordsworth's influence on tree planting in the English Lake District extended beyond his lifetime, shaping its landscape and ecological legacy. His advocacy for planting trees, documented in works like 'Guide to the Lakes,' emphasized long-term environmental stewardship and aesthetic value. The study reveals how Wordsworth's practices and recommendations—rooted in both practical land management and poetic vision—left a lasting imprint on the region's biodiversity and scenic character. By analyzing historical records and literary sources, researchers reconstruct his approach, blending ecological foresight with cultural significance. This work underscores the intersection of literature, environmental ethics, and heritage conservation, offering insights into how 19th-century ideals continue to inform modern landscape management.
Disentangling Waterworlds: The role of ‘agential cuts’ and ‘method assemblages’ in ontological politics – an example from Loweswater, the English Lake District
A pioneering approach to environmental governance emerged from the Loweswater Care Project (LCP), which demonstrated how human and nonhuman agents collaboratively addressed toxic blue-green algae proliferation in Loweswater, a UNESCO-listed lake in the English Lake District. The LCP's intra-active collective politics, rooted in agential realism and method assemblages, revealed that scientific modeling and hydro-geomorphology surveys could serve as 'agential cuts'—structures that redefine realities and enable new forms of collective agency. These methods not only clarified land-use impacts on water quality but also reshaped the LCP's sense of shared responsibility, offering a blueprint for more balanced human-environment interactions in protected landscapes.
Evaluating the use of lake sedimentary DNA in palaeolimnology: A comparison with long‐term microscopy‐based monitoring of the phytoplankton community
A pioneering study demonstrates that sedimentary DNA (sedDNA) can effectively reconstruct past phytoplankton communities, offering a promising tool for palaeolimnology. By comparing 18S rRNA gene amplicon sequencing from lake sediments of Esthwaite Water in the English Lake District with long-term microscopy-based monitoring data spanning ~105 years, researchers found broadly comparable trends in diversity and abundance among key phytoplankton groups such as chlorophytes, dinoflagellates, ochrophytes, and bacillariophytes. While sedDNA captured up to 20% of genera detected by microscopy, it also revealed previously undetected taxa, suggesting its potential for reconstructing historical phytoplankton dynamics. However, limitations such as reference database gaps and taphonomic processes underscore the need for further development to enhance reliability over longer timescales.
Seasonal Patterns of Phytoplankton Taxon Richness in Lakes: Effects of Temperature, Turnover and Abundance
Higher water temperatures in lakes promote increased phytoplankton taxon richness, with summer populations dominated by Chlorophyta and specific functional groups. A six-year study across 20 English Lake District lakes and a 33-year dataset from Windermere revealed that seasonal patterns of phytoplankton diversity closely mirrored true ecological trends, peaking in summer or autumn. The research found strong correlations between surface water temperature and both taxon richness and the number of functional groups, suggesting that temperature-driven turnover plays a key role in shaping phytoplankton communities. However, competition may also occur when chlorophyll a concentrations are high, indicating potential trade-offs between abundance and diversity.
Sedimentary DNA records long‐term changes in a lake bacterial community in response to varying nutrient availability
A study on Esthwaite Water in the English Lake District reveals that sedimentary DNA (sedDNA) can effectively track long-term changes in lake bacterial communities, particularly in response to nutrient enrichment. The research found that cyanobacterial richness in sediments closely mirrored historical pelagic records, while other bacterial groups like Proteobacteria and Bacteroidetes increased during recent decades, contrasting with declines in Chloroflexi and Firmicutes. Despite restoration efforts since the 1970s, the bacterial community has not fully recovered from past eutrophication. This study demonstrates sedDNA's potential for paleolimnological reconstructions but highlights the need for better understanding of DNA preservation and degradation processes.
Can reductions in water residence time be used to disrupt seasonal stratification and control internal loading in a eutrophic monomictic lake?
A reduction in water residence time by around 40% in Elterwater, a shallow stratifying lake in the English Lake District, had minimal impact on internal phosphorus loading and water quality. Despite shortening summer stratification by 2 days and reducing stability by 7%, hypolimnetic anoxia persisted, indicating that the intervention was insufficient to significantly alter physical conditions or improve water quality. The study suggests that larger changes in residence time may be necessary to disrupt seasonal stratification effectively and reduce internal loading. This research combines multi-year field data with hydrodynamic modeling to assess the potential of manipulating lake residence time as a management strategy for eutrophic lakes.
The Lake District, Northwest England
The Lake District is characterized by its dramatic Cumbrian Mountains and deeply incised valleys shaped by Late Pleistocene glaciation. The region's geomorphology features finger lakes, hanging valleys with Alpine lakes, and rugged pikes formed by ice and frost erosion. Geologically, it is dominated by Lower Palaeozoic strata, including the Skiddaw Group and Borrowdale Volcanic Group, which contribute to its distinctive topography. The study highlights the significance of the Caledonide Orogeny and the influence of a Devonian granitic batholith on the region's uplift. Additionally, the Lake District's rich mining heritage and cultural importance, associated with literary figures like William Wordsworth and John Ruskin, are noted.
Understanding the diversity of recreational walking preferences and experiences: casual and serious walkers in the English Lake District.
A year-long survey of recreational walkers in the English Lake District revealed distinct differences between casual and serious walkers, highlighting varied motivations, behaviors, and route choices. The study identified a typology of walking tourists, linking their preferences to Stebbins' (1982) notions of serious and casual leisure. Serious walkers, driven by skill development or achievement, prefer structured routes with clear objectives, while casual walkers prioritize enjoyment and relaxation, often choosing less demanding paths. This research underscores the diverse contextual drivers shaping outdoor recreation experiences in UNESCO World Heritage Sites.
Herdwick tales: breed and belonging in the English Lake District
Herdwick sheep serve as a focal point for the intricate relationship between farmers and their livestock, intertwining sustainable farming practices with cultural identity and ecological harmony. This study highlights how the Herdwick breed, central to James Rebanks's memoir 'The Shepherd’s Life,' embodies ancient shepherding methods that are both ecologically sustainable and culturally significant for the English Lake District. These methods, rooted in tradition, offer a model for food production and land management that aligns with the region's unique landscape and spiritual connection, presenting a viable approach for a climate-changed future.
Strategic planning and place branding in a World Heritage cultural landscape: a case study of the English Lake District, UK
UNESCO World Heritage Site (WHS) inscription for the English Lake District in 2017 reflects a successful integration of strategic planning and place branding, revealing how these processes shape a landscape's universal value. The study highlights that governance through a partnership model, led by the Lake District National Park Authority (LDNPA), enabled the articulation of an 'evolving' cultural landscape encompassing agro-pastoral, artistic/literary, and conservation identities. This approach balanced sustainable development goals with branding imperatives, demonstrating how WHS designation can be achieved through collaborative governance that leverages multiple landscape narratives. The case study spans 2006–2018, illustrating the interplay between planning frameworks and promotional strategies in securing international recognition.
The Romantics, the English Lake District, and the Sacredness of High Land: Mountains as Hierophanic Places in the Origins of Environmentalism and Nature Conservation
Mountains, particularly high land, hold significant spiritual and environmental value, acting as 'hierophanic places' that inspire reverence and shape the origins of environmentalism. This study explores how the Romantic movement in the English Lake District influenced perceptions of sacredness in natural landscapes, contributing to early nature conservation efforts. By analyzing historical texts and cultural narratives, researchers reveal the deep connection between human spirituality and ecological stewardship, highlighting the Lake District's pivotal role in this transition.
Uncovering Environmental Change in the English Lake District: Using Computational Techniques to Trace the Presence and Documentation of Historical Flora
A novel approach combining natural language processing (NLP) and geographic information systems (GIS) reveals temporal and spatial shifts in the Lake District's flora, addressing a gap in pre-20th-century floristic records. By integrating historical texts with Kew’s Plants of the World Online database, researchers traced changes in plant-naming conventions from 1682 to 1904. Collocate analysis and geoparsing identified locations linked to plant names, enabling GIS-based visualization of historical distribution patterns. This methodology bridges digital humanities and environmental science, offering a scalable framework for studying environmental change in UNESCO-listed regions like the Lake District.
Mapping the English Lake District: a literary GIS
This study demonstrates the potential of literary GIS to map qualitative spatial experiences, offering new methodological and critical approaches for analyzing textual accounts of place. By comparing Thomas Gray's proto-Picturesque journey through the English Lake District in 1769 with Samuel Taylor Coleridge’s post-Picturesque circumcursion in 1802, the research reveals how GIS can capture subjective spatial narratives beyond traditional quantitative data. The findings highlight the utility of literary GIS in spatial literary criticism, providing a framework to explore the critical possibilities and challenges of digitizing space and place in literature.
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