Outer Hebrides Research Articles

The Characteristics and Variation of the Golden Eagle Aquila chrysaetos Home Range

Satellite tracking allows for novel investigations into golden eagle home range characteristics. Understanding home range characteristics is important for conservation and for assessing the potential impact of landscape changes from forest planting, wind farms, etc. Small sample sizes, inconsistent definitions and methods restricted several previous studies. Our study involved 69 resident tagged eagles with over one year of data across five Scottish regions. Home range size was estimated from 95% isopleth contours extracted from Utilisation Distributions. Above a small threshold, estimated range size was not affected by the number of records but at least one year of data is required, largely because of the breeding and non-breeding seasonal differences. There were no significant range size differences between birds tagged as range holders and those previously tagged as nestlings. Across four regions, with considerable intra-regional variation, planar 95% isopleths did not differ (medians, km2): Argyll 58.9, Northwest Highlands 61.7, Northeast Highlands 89.3, South of Scotland 91.9. Ranges in the isolated Outer Hebrides region were exceptionally small, at 24.0 km2. Estimated range area was usually reduced to 70–80% of the planar area when restricted to usable habitat, as estimated by the Golden Eagle Topography (GET) model. Applying measures of known unsuitable habitat (closed-canopy commercial forest and wind turbines) further reduced usable open land. Loss of otherwise suitable habitat was substantially due to commercial forest. Larger ranges had larger extents of suitable habitat (according to GET), with no apparent optimum of preferred GET habitat. Range size was not different across a year between the sexes. Breeding ranges were smaller, and females’ breeding ranges were much smaller than those of males, but larger than males’ ranges in the non-breeding season. Breeding attempt duration was probably also influential. Our study provides novel insights into golden eagle home range characteristics and can guide further research and practical applications.

U–Pb apatite geochronology shows multiple thermal overprints within the Neoarchean foreland basement of the Faroe–Shetland Terrane

The Neoarchean foreland basement of the Faroe–Shetland terrane (FST) displays abundant evidence for isotopic resetting of U–Pb systems in apatite between c. 1800 and 200 Ma, interpreted to result from episodic heating pulses associated with regional-scale tectonic events. Major apparent age peaks of c. 1800–1600 Ma broadly correspond to the timing of Nagssugtoqidian–Laxfordian orogenesis >225 km further south. These are thought to reflect widespread heating during late- to post-orogenic delamination that affected a wide area of the orogenic foreland and resulted in a low to middle greenschist-facies static overprint, affecting much of the FST basement. Late- to post-orogenic delamination might also account for major apparent age peaks at c. 1300–1100, 800 and 500–400 Ma, corresponding to, respectively, Grenvillian, Knoydartian and Caledonian orogenic events. However, east-dipping seismic reflectors in the basement west of Shetland may represent the northward extension of the Grenvillian Outer Hebrides Thrust (Zone) and/or Caledonian thrusts and so perturbation of isotherms during west-directed thrusting could therefore also account for these apparent age peaks. Minor apparent age peaks of c. 700, 600, 350 and 200 Ma are most easily interpreted as resulting from enhanced heat flux that accompanied periods of crustal extension prior to and following the Caledonian orogeny.

An Avian-Aquapelagic Heritage at “the Edge of the World” Reflections on Humans and Seabirds on St Kilda and the Arrival of HPAIV

The concept of the aquapelago was introduced into Island Studies in 2012 to identify the close integration of aquatic and terrestrial realms that can arise from human livelihood activities conducted within them. While many aspects of aquapelagos have subsequently been described and analysed, little attention has been extended to their interface with aerial and, particularly, avian domains. This article attempts to redress this through a consideration of human livelihood activities involving seabirds in St Kilda, an isolated group of islands to the west of Scotland’s Outer Hebrides. Using the concept of the aquapelago as a starting point, the article considers various aspects of human-avian relations occurring on St Kilda, and UNESCO’s subsequent designation of the islands as a World Heritage site and intersperses this with the author’s personal experiences of and affective engagements with the islands. In particular, the latter part of the article develops the author’s field notes from a visit in Summer 2022 into a consideration of the limits of isolation occasioned by the presence of the H5N1 strain of HPAIV (Highly Pathogenic Avian Influenza Virus) on St Kilda at that time. The viral colonisation of the bird colonies undermined any sense of St Kilda and similar remote locations being safely isolated refugia and, indeed, signalled a particularly precarious moment of Anthropocene connectivity between mainlands and islands.

The rise and fall of the Clann Éinrí Aimhréidh Uí Néill: dynastic feuding and geopolitics in the late medieval Irish Sea world

AbstractDuring the late fourteenth and early fifteenth centuries, the Ulster lordship of Tír Eoghain was bitterly contested between two rival branches of the Uí Néill dynasty: the Clann Éinrí Aimhréidh and the Clann Briain Catha an Dúin. Traditionally, historians have focused mainly on the local origins and ramifications of this feud and have paid only cursory attention to how events ranging from the Shannon Estuary through to the Outer Hebrides shaped the course of this struggle. For instance, throughout the later fourteenth and early fifteenth centuries a range of different regional players from across this wider ‘Irish Sea world’ became drawn into pulled into this conflict, each possessing a vested interest in the outcome of the Uí Néill successional war. By drawing upon a rich corpus of primary sources, including Irish, Scottish and English material, this article locates the Uí Néill feud within a wider dynastic and geopolitical context. Ultimately, the article argues for the necessity of exploring this feud from within a wider geographic and dynastic framework of interpretation, and paying closer attention to how events within the Irish Sea world could impact and impinge upon the politics of the wider archipelago.

Magma mixing between rhyolite and pseudotachylite as the origin for the Glencoe ‘flinty crush rock’

The Glencoe caldera is a well-studied example of a caldera system exposed to intermediate depths along the glacially excavated glen. We present a first quantitative assessment of clast-size population and matrix chemistry from the flinty crush rock that occurs on the main ring faults. Size–shape metrics of clasts differ from those of a ‘normal’ pseudotachylite from the Outer Hebrides. Both samples display good power-law clast-size populations, once allowance is made for dissolution of a portion of clasts into the melt that contained them, with fractal dimensions of 2.7 and 4.0 for the Outer Hebrides and Glencoe samples respectively. Mass-balance calculations of flinty crush rock matrix chemistry imply an origin by mixing between rhyolite and pseudotachylite that was derived from semipelitic host rock. This means that the flinty crush rock was transported some distance from the point of frictional heating, as previously proposed, as semipelitic rocks are not present at the surface at Stob Mhic Mhartuin but are likely to be present at depth. This transport, and mixing with rhyolite magma, would have provided the time and thermal energy for clast dissolution beyond that possible during normal pseudotachylite generation and quenching on fault wall rocks. Supplementary material: Results of simulations, major element compositions of the matrix in the flinty crush rock sample and a supplementary figure are available at https://doi.org/10.6084/m9.figshare.c.7084992

What Is the Relationship between Remote Rural Island Place and Perspectives on Ageing of Mid-life Women?

This article makes an original contribution to social gerontology and nissology by addressing the knowledge gap on contemporary gendered ageing in remote, rural island places. Drawing on empirical data gathered through in-depth interviews with 12 mid-life (48-69 years old) women living in the Uist islands of the Outer Hebrides in Scotland, the relationship between ageing and remote rural island place is examined. Reflecting the participant narratives, this study discusses personal and place identities, while exploring place attachment and its relationship with gendered island ageing. This qualitative work adopts a lifecourse framework in order to acknowledge lived experience and cultural context from childhood to adulthood. Data were gathered and analysed through the prism of constructivist grounded theory, a methodology well placed for exploratory research of topics about which relatively little is known. Rich participant insight and analysis eschew island mono-culturalism, instead extending the discourse around remote rural island ageing as distinct from mainland rural ageing. Empirical data informs substantive theory, and fresh considerations on gendered mid-life ageing and remote island place are offered for academia. Findings from this study indicate diverse relationships between ageing and place amongst mid-life women living in the Outer Hebridean regions of North Uist, South Uist, Benbecula and Berneray. The connection between ageing and island place is experienced through place attachment, and is influenced by a range of socio-economic factors: primarily of relevance to this study is that of the natural environment. Perspectives on ageing reflect lived lifecourse experience and thus vary between those native and non-native to the Outer Hebrides; those who live with a partner or alone; those who have children and those child-free; and between those who enjoy socio-economic stability and those who do not.

Land system governance shapes tick-related public and animal health risks

ABSTRACT Land cover and land use have established effects on hazard and exposure to vector-borne diseases. While our understanding of the proximate and distant causes and consequences of land use decisions has evolved, the focus on the proximate effects of landscape on disease ecology remains dominant. We argue that land use governance, viewed through a land system lens, affects tick-borne disease risk. Governance affects land use trajectories and potentially shapes landscapes favourable to ticks or increases contact with ticks by structuring human-land interactions. We illustrate the role of land use legacies, trade-offs in land-use decisions, and social inequities in access to land resources, information and decision-making, with three cases: Kyasanur Forest disease in India, Lyme disease in the Outer Hebrides (Scotland), and tick acaricide resistance in cattle in Ecuador. Land use governance is key to managing the risk of tick-borne diseases, by affecting the hazard and exposure. We propose that land use governance should consider unintended consequences on infectious disease risk.

Golden Eagle Populations, Movements, and Landscape Barriers: Insights from Scotland

GPS satellite tracking allows novel investigations of how golden eagles Aquila chrysaetos use the landscape at several scales and at different life history stages, including research on geographical barriers which may prevent or limit range expansion or create population/sub-population isolation. If there are significant barriers to golden eagle movements, there could be demographic and genetic consequences. Genetic studies have led investigations on the identification of sub-species, populations, and sub-populations but should be conjoined with demographic studies and dispersal movements to understand fully such designations and their geographic delimitation. Scottish eagles are genetically differentiated from continental European birds, with thousands of years of separation creating a distinct population, though without sub-species assignation. They present unique research opportunities to examine barriers to movements illustrated by satellite tracking under Scotland’s highly variable geography. We primarily examined two features, using more than seven million dispersal records from satellite tags fitted to 152 nestlings. The first was the presence of unsuitable terrestrial habitat. We found few movements across a region of largely unsuitable lowland habitat between upland regions substantially generated by geological features over 70 km apart (Highland Boundary Fault and Southern Uplands Fault). This was expected from the Golden Eagle Topography model, and presumed isolation was the premise for an ongoing reinforcement project in the south of Scotland, translocating eagles from the north (South Scotland Golden Eagle Project: SSGEP). Second was that larger expanses of water can be a barrier. We found that, for a northwestern archipelago (Outer Hebrides), isolated by ≥24 km of sea (and with prior assignation of genetical and historical separation), there were no tagged bird movements with the Inner Hebrides and/or the Highlands mainland (the main sub-population), confirming their characterisation as a second sub-population. Results on the willingness of eagles to cross open sea or sea lochs (fjords) elsewhere in Scotland were consistent on distance. While apparently weaker than the Outer Hebrides in terms of separation, the designation of a third sub-population in the south of Scotland seems appropriate. Our results validate the SSGEP, as we also observed no movement of birds across closer sea crossings from abundant Highland sources to the Southern Uplands. Based on telemetric results, we also identified where any re-colonisation of England, due to the SSGEP, is most likely to occur. We emphasise, nevertheless, that our study’s records during dispersal will be greater than the natal dispersal distances (NDDs), when birds settle to breed after dispersal, and NDDs are the better shorter arbiter for connectivity.

U−Pb geochronology and microstructural analysis of apatite within a Proterozoic crustal-scale shear zone, Outer Hebrides, NW Scotland

U–Pb apatite geochronology is increasingly recognized as a valuable tool for constraining the age of mid-crustal ductile shear zones. The crustal-scale Outer Hebrides Fault Zone (OHFZ) within the Laurentian foreland of the Scottish Caledonides has long been of uncertain age and tectonic significance. Earliest deformation within the OHFZ was associated with top-to-the-NW ductile thrusting that formed a belt of greenschist facies mylonites within host Archean−Paleoproterozoic basement gneisses. Previous estimates for the timing of thrusting vary between c . 1600 Ma and c . 430 Ma. The mylonitic fabrics are defined by a recrystallized assemblage of quartz + albite/oligoclase + sericite + actinolite + epidote + apatite ± calcite, consistent with deformation temperatures of 400–500°C and within the range of reported closure temperatures for Pb diffusion in apatite. U–Pb (LA−ICP−MS) dating of two texturally distinct apatite grain types within the mylonites has yielded ages mostly in the range c . 1100–900 Ma. The OHFZ is therefore interpreted as a Grenville–Sveconorwegian structure that formed during the tripartite collision of Laurentia, Baltica, and Amazonia and the assembly of Rodinia. Supplementary material : U–Pb isotopic data (Table S1), trace element data (Table S2) and laser ablation spot images are available at https://doi.org/10.6084/m9.figshare.c.7084925

The timing and magnitude of the British–Irish Ice Sheet between Marine Isotope Stages 5d and 2: implications for glacio‐isostatic adjustment, high relative sea levels and ‘giant erratic’ emplacement

ABSTRACTThe extent, chronology and dynamics of the pre‐Marine Isotope Stage (MIS) 2 last British–Irish Ice Sheet (BIIS) are not well known. Although the BRITICE‐CHRONO Project has detailed the maximum extent and retreat phases of the last BIIS for the period after 30 ka and into the Last Glacial Maximum (LGM), the Project identified several pre‐existing datasets and generated new data that implied glaciation pre‐dating the LGM but which post‐dated the Last Interglacial (Eemian; MIS5e); these data are reviewed here. There are no dated till units but are other indicators clearly indicative of glaciation: deep‐sea ice‐rafted detritus flux into the adjacent NE Atlantic, cosmogenic rock‐exposure age dating from glaciated surfaces in Wales and the island of Lundy (Bristol Channel), and optically stimulated luminescence (OSL) ages of proximal glacifluvial sequences on the Isle of Lewis (Outer Hebrides) and in the Cheshire Basin. Taken together these indicate BIIS inception during MIS5d, growth into MIS4 and evidence for dynamic retreat–advance phases during MIS3. OSL evidence for high relative sea level indicated by raised beaches in southern Ireland during MIS4 and 3 at a time of lowered glacio‐eustatic sea level indicates substantial glacial isostatic loading, explained by the early growth of the BIIS during the last cold stage. High relative sea level during MIS4 and 3 coincident with adjacent calving ice sheet margins provides an explanation for the rafted giant erratics found around the shores of southern Britain and Ireland.

Singing and the Dùsgaidhean: The Impact of Religious Awakenings on Musical Creativity in the Outer Hebrides

The evangelical revivals (known in English as ‘awakenings’ and in Gaelic as na dùsgaidhean) of the nineteenth and twentieth centuries had an immediate impact upon singing and music-making in Presbyterian communities in the Western Isles as well as a significant long-term effect on both traditional and sacred musical practice and performance. Awakenings often led converts to re-evaluate their participation in traditional music-making and singing and compelled many to give up their secular music practices upon conversion. Even so, music-making itself was not discouraged, and these religious revivals created an environment which encouraged converts to replace their secular repertoire with spiritual songs and hymns, and to embrace the singing and new composition of spiritual songs to express their newly experienced Christian faith. This article examines the impact of religious revivals on music-making in the Outer Hebrides – particularly Lewis – and the significant musical shifts, including the composition of new repertoire, which took place within communities as a result.

Taking forward perceptions of identity: the Sea League’s campaign to protect maritime communities and the environment.

The Sea League was a significant but relatively short-lived movement of popular protest (1933-1939), active in the communities of the Outer Hebrides for the purpose of drawing the attention of government to deep concerns over island social and economic circumstances. Founded in the Island of Barra, their cause was political and public recognition of the destruction of inshore fisheries and of consequent loss of livelihoods in island communities. Through its campaign, evidenced through its newsletter and surviving correspondence, the Sea League can be seen as propagating perceptions of identity in fishing communities in the Outer Hebrides based on commonality of interests and the threats to them from a wider society. This gave their cause profile although the wider aims were only partially realised in the nearly six years of campaigning which was effectively ended by the outbreak of the Second World War. Perceptions of identity engendered by the Sea league have continued to be shaped by the culture and language of the Gàidhealtachd, and these same communities in which the language survives are engaging with the contemporary climate-crisis and current debates on environmental conservation. Considerable space is given to this to highlight the relevance of the Sea League’s campaign for the part of ‘human ecology’ in the marine environment.

‘Remember the days of old, consider the years of many generations’

The study of chapel-sites in any part of north and west Britain and Ireland is not easy. Contemporary documentary references are rare, and archaeological work has traditionally been site-specific, with interpretations often contested. In Lewis, the northernmost island of the Outer Hebrides, or Western Isles, of Scotland, this situation is magnified due to an almost complete lack of any surviving historical documents relating to the island prior to the 17th century, and of any archaeological work other than ad hoc rescue work. As the first extensive survey of chapel-sites to be undertaken in Lewis, the completion and publication of the Lewis Coastal Chapel-sites Survey is therefore a crucially important starting point in the analysis of these understudied sites. The survey identified 37 known chapel-sites on the Lewis mainland and outlying islands, and thus testifies to a vibrant landscape of Christian belief from the early medieval period onwards. Since being published (Barrowman 2020) it has provided a baseline, to which this paper adds an overview and brief discussion of site distribution, building form, landscape setting, potential dating, relation of sites to place-names and local traditions, and the setting of chapel buildings within the local identity and culture of medieval Lewis. In common with the Hebrides as a whole, most chapel buildings in Lewis, where discernible, are single-chambered with a doorway in the south wall and a window in the east gable wall, and most have approximated length–breadth ratios of 1:1.5 or 1:1.6. The exceptions to this are the small chapels on the outlying islands of North Rona and the Flannans, and on one mainland site in Lewis situated on a high headland. Visible from the busy routeways around Lewis, associated with early place-names, it is suggested that these sites, while potentially early, were not secluded and remote from the world. The evidence within the suite of sites for Viking Age or Late Norse chapels is also explored, particularly those bicameral chapels built directly into mounds or areas of earlier material. Finally, the place of chapel-sites in the Lordship and beyond is discussed, with particular emphasis on local identity and tradition in the district of Ness at the north end of Lewis.

Transitioning towards sustainable tourism in the Outer Hebrides: an evolutionary investigation

While there is rich research on tourism destination evolution, the literature on how normative social and environmental goals (as opposed to contingent events or economic imperatives) drive the evolution of tourism towards more sustainable forms remains under-developed. As a result, the overall understanding of how sustainability in tourism is pursued on the ground and what context-specific factors shape these processes is still insufficient. To address this lacuna, the paper draws upon the sustainability transitions (ST) agenda that focuses on the ground level processes of transitions and conceptualises sustainability transitions as multi-actor, multi-dimensional, evolutionary, disruptive and contested processes. As such, the paper offers a constructive response to Niewiadomski and Brouder’s (2022) call for bridging the gap between the research on tourism evolution and the sustainability transitions agenda. More specifically, the paper adopts selected concepts of evolutionary economic geography (EEG) (which have long proved helpful in research on both tourism evolution and sustainability transitions) to address how sustainability in tourism is mindfully pursued in the Outer Hebrides (Scotland, UK) and what geographical and historical factors shape this transition. The analysis draws from 17 semi-structured interviews (conducted in 2020-2021 with tourism businesses and various organisations involved in tourism in the Outer Hebrides) and documentary analysis. Two main groups of place- and path-dependent factors that shape the ongoing transition to sustainable tourism in the Outer Hebrides are identified: 1) institutional and social fragmentation, and 2) infrastructural deficiencies and challenges. The paper finds that the transition to sustainability in tourism in the Outer Hebrides is fragmented and intermittent. Although numerous promising changes are taking place, the transition suffers from a lack of systemic and systematic governance.

Neolithic Crannogs in the Outer Hebrides (and Beyond?): Synthesis, Survey, and Dating

In this paper we present a three-stranded investigation of all ‘archaeological islands’ (including crannogs) across Scotland, with a particular focus on the Outer Hebrides. The first strand is a synthesis and critical review of the archaeological record relating to 582 ‘archaeological island’ sites. This research enabled us to characterise the nature of any previous work (including dating evidence) undertaken on each, and thus to establish the first ever open access, holistic, accurate dataset of these sites. The second strand is new underwater survey carried out at 30 archaeological islands across the southern Outer Hebrides. This enabled us to acquire further information about and dating evidence for these sites; notably, this included new evidence for Neolithic occupation on three, increasing the total of known Neolithic islets in the region to 11. The third strand involved a thorough re-assessment of a wide body of archaeological literature relating to early excavations and finds. This research identified potential Neolithic material culture on a further 15 archaeological islands across the rest of Scotland. We conclude by discussing the potentially very significant implications of this early material, considering the possibility that crannogs could have been constructed in the Neolithic beyond the Outer Hebrides.

Musical messages – Creating a bespoke climate story for the Outer Hebrides

Exposed to westerly and south-westerly Atlantic weather systems, the Outer Hebrides (off the west coast of Scotland) are a series of islands where the inhabitants are already well versed in coping with severe weather. Headed by the Outer Hebrides Community Planning Partnership (OHCCP) Climate Change Working Group (CCWG), a range of adaptation planning documents are in production. Driven by a desire to engage with local communities, the CCWG alongside the Làn Thìde Climate Beacon, Adaptation Scotland and the Met Office created a project to explore the development of a storyline to communicate climate change information to the Outer Hebrides community. Collaborating with a local artist, Tuil is Geil (Gaelic for “Flood and Wind”) was created through a combination of sonified climate data, local voices and field recordings of local weather. Three themed pieces were created and these pieces (alongside a science presentation on projections of climate change for the Outer Hebrides) formed the centre of public engagement sessions when members of the public were able to share their thoughts about vulnerabilities and adaptation needs on the islands. As a project team we learned a number of important lessons around the process for creating a bespoke storyline for a community which included: i) The need to set appropriate boundaries and manage expectations, ii) The importance of local partner organisations and networks, iii) The need to bridge between science and art, and iv) The need to collaborate with the local community. We strongly believe that this approach has major community impact and it is the intention to support similar storyline projects in other regions of Scotland.

Back to the future: Using ancient Bere barley landraces for a sustainable future

Societal Impact StatementBere is an ancient barley (Hordeum vulgare L.) that was once widely grown in northern Britain, where its ability to grow on poor soils and under challenging climatic conditions made it a valuable staple. By the end of the 20th century, Bere had largely been replaced by higher‐yielding modern varieties and only survived in cultivation on a few Scottish islands. This article reviews the recent revival of Bere, driven by its use in high‐value food and drink products and multidisciplinary research into its genetics, valuable sustainability traits and potential for developing resilient barley varieties.SummaryIn Britain, modern cereal varieties have mostly replaced landraces. A remarkable exception occurs on several Scottish islands where Bere, an ancient 6‐row barley (Hordeum vulgare L.), is grown as a monocrop or in mixtures. In the Outer Hebrides, the mixture is grown for animal feed, and cultivating it with traditional practices is integral to the conservation of Machair, an important coastal dune ecosystem. In Orkney, Bere is grown as a monocrop, and in situ conservation has recently been strengthened by improved agronomy and new markets for grain to produce unique foods and beverages from beremeal (flour) and malt. In parallel, a recently assembled collection of British and North European barley landraces has allowed the genotypic and phenotypic characterisation of Bere and several associated multidisciplinary studies. Genotyping demonstrated Bere's unique identity compared with most other barleys in the collection, indicating an earlier introduction to Scotland than the Norse settlement (c. 9th century AD) suggested previously. Valuable traits found in some Bere accessions include disease resistance, an early heading date (reflecting a short period from sowing to harvest), the ability to grow on marginal, high pH soils deficient in manganese and tolerance to salinity stress. These traits would have been important in the past for grain production under the region's challenging soil and Atlantic‐maritime climatic conditions. We discuss these results within the context of Bere as a genetic, heritage and commercial resource and as a future source of sustainability traits for barley improvement.

Sexual well-being among young people in remote rural island communities in Scotland: a mixed methods study

BackgroundIt has been identified that rural young people face barriers to accessing support for their sexual well-being such as availability and transport, knowing healthcare staff personally, and fear of being...

On the varied impact of the Storegga tsunami in northwest Scotland

ABSTRACTIn this paper we evaluate new data and those from previous studies in northwest Scotland and perform a modelling study to test the hypothesis that the Storegga tsunami (submarine slope failure off the continental shelf of Central Norway dated to 8120–8175 bp) impacted this region. The model used is a 2D non‐linear, non‐conservative, Shallow Water Equation solver incorporating inundation and realistic glacial isostatic adjustment‐corrected palaeobathymetry, with horizontal resolution down to 30 m at sites of interest. The 15 coastal study sites analysed range from south of the Isle of Skye to Assynt. We predict run‐up between 2.7 and 9.4 m above contemporaneous mean tide level across the region, with the highest on the west coast of the Outer Hebrides, the east coast of Skye and at the head of long sea lochs east of Skye. We re‐evaluate evidence from previously studied open coastal marshes, isolation basins and barrier locations for the tsunami and suggest that in many locations the Storegga tsunami is the most likely cause of erosion, deposition and changes in microfossil assemblages in the early Holocene. The predictions of wave height and inundation produced by the tsunami modelling fit well with the range of available field evidence in the region. We predict significant wave heights at least as far south as Mull on the west coast.

Collaborating with a Scottish Heritage Brand towards Enhancing and Preserving Sustainable Artisan Hand-Weaving Practices through a Knowledge Transfer Partnership

This paper discusses a Knowledge Transfer Project (KTP) with a global Scottish heritage brand to develop a year-round sustainable business model through a design-led approach to new product innovation that improves their sustainability credentials. Sustainability in textile production is under increasing scrutiny from the media, governments, regulators, and consumers, all demanding transparency in the supply chain. The company has an excellent track record of sustainable employment in rural communities and sought through the project to improve their production processes and waste output. Sustainability is a vast topic, where collaboration can help to address these key challenges. The company manages an artisan hand-weaving manufacturing system where yarn production and fabric finishing are regulated by the 1993 Harris Tweed Act of Parliament that protects and restricts production to the Outer Hebrides. The success or failure of the Harris Tweed® industry directly impacts the wider economy of the Outer Hebrides, which is considered “remote, rural, fragile” by UK and Scottish governments and their economic development agencies. The paper describes how academic/business collaboration can positively encourage innovation and help reposition businesses within a changing economic and sustainable landscape that explores these new opportunities. The paper reflects on how KTPs are a mechanism with mutual benefits, where pooling individual knowledge and resources can develop strong, sustainable, and authentic relationships that can provide tangible impacts of new knowledge generation and application within a scholarly and research context that can be clearly aligned to notions of bringing value to the sector, users, and the curriculum.