The AHRC Landscape and Environment Programme Director’s Impact Fellowship

The Landscape and Environment programme was one of the first strategic research programmes to be launched by the Arts and Humanities Research Council (AHRC) soon after it acquired its royal charter in 2005. In 2010, programme Director Stephen Daniels was awarded an ‘Impact Fellowship’ to continue his Directorship of the programme for a further year (supported by a Coordinator and Research Fellow), with the aim of consolidating the work completed under the five year programme (2005-2010), focussing particularly on enhancing the transformative impact of programme research both on the research field and outside academia. This statement by the Research Fellow places the Impact Fellowship within the context of the growing research impact agenda, before reviewing the activities of the project which used research on landscape and environment as a framework for demonstrating the value and impact of arts and humanities research more widely. The opportunities and challenges provided by the Impact Fellowship and other funding initiatives of its type, for both academics and external partner organisations are also explored

Imagining coastal change: reflections on making a film

Geography has a long, if episodic, relationship with film and film-making. In this essay we reflect on the process of making the short film Imagining Change: Coastal Conversations during the first three months of 2012. We discuss some issues arising from the making of the film as a medium and method for showing, and showcasing different forms of arts and humanities practice – narrating, performing, picturing – in relation to environmental change

The Helm Wind of Cross Fell

Crossfell is the highest point along the 268-mile route of the Pennine Way, at 893 metres (Figure 1). The climate of the North Pennines is temperate, with a small area classified as subarctic (Manley, 1936). The hills generally receive more precipitation, stronger winds, and colder temperatures than the surrounding areas. They are also home to the Helm, England’s only named wind

Knowing weather in place: the Helm Wind of Cross Fell

The Helm Wind of Cross Fell, North Pennines, is England's only named wind. As a product of the particular landscape found at Cross Fell, the Helm is a true local wind, and a phenomenon that has come to assume great cultural as well as environmental significance in the region and beyond. In this paper we draw on material from county histories, newspaper archives, and documents relating to investigations of the Helm Wind that were conducted by the Royal Meteorological Society between 1884 and 1889, and by British climatologist Gordon Manley (1908–1980), between 1937 and 1939, to document attempts to observe, measure, understand and explain this local wind over a period of 200 years. We show how different ways of knowing the Helm relate to contemporary practices of meteorology, highlighting the shifts that took place in terms of what constituted credible meteorological observation. We also acknowledge the overlapping nature of these ways of knowing and the persistence of multiple testimonies about the Helm and its effects

An historical geography of the Nilgiri cinchona plantations, 1860-1900

In 1859, the British government launched an expedition to South America with the aim of collecting seeds and plants of the quinine-producing cinchona tree for establishing plantations in British India, so as to relieve the British Government of the escalating costs and uncertainties in the supply of this valuable, and increasingly popular anti-malarial drug. Drawing on recent work on the commodities of empire, tropical acclimatization, and imperial medicine, this thesis provides a detailed study of the first British cinchona plantations established on the Nilgiri Hills of Southern India. Focused on the period between 1860 and 1900, and at the local geographic scale, the research critically examines the engagement and connections between government officials, planters, venture capitalists, labourers, plant material and ideas in the context of the cinchona plantations through a thorough study of archival and secondary sources. Contributions are also made to the study of the spaces of science and the management of the tropical environment. Cinchona is placed in a wider context of the history of botany and plantations in the Nilgiri region, and the major events in the development of cinchona plantations described. In the resulting historical geography the Nilgiri cinchona plantations emerge as a 'nodal' point in the global cinchona network that also relied upon global networks of imperial power, capital and leisure tourism. The experiment was essentially an exertion of power but one that also demonstrated the very vulnerable nature of the empire

Gordon Valentine Manley and his contribution to the study of climate change: a review of his life and work

British climatologist and geographer, Gordon Manley (1902–1980), is perhaps best known for his pioneering work on climate variability in the UK, for establishing the Central England Temperature series and, for his pivotal role in demonstrating the powerful relationship between climate, weather, and culture in post-World War II Britain. Yet Manley made many contributions, both professional and popular, to climate change debates in the twentieth century, where climate change is broadly understood to be changes over a range of temporal and spatial scales rather than anthropogenic warming per se. This review first establishes how Manley's work, including that on snow and ice, was influenced by key figures in debates over climatic amelioration around the North Atlantic between 1920s and 1950s. His research exploring historical climate variability in the UK using documentary sources is then discussed. His perspectives on the relationship between climate changes and cultural history are reviewed, paying particular attention to his interpretation of this relationship as it played out in the UK. Throughout, the review aims to show Manley to be a fieldworker and an empiricist and reveals how he remained committed to rigorous scientific investigation despite changing trends within his academic discipline

An historical geography of the Nilgiri cinchona plantations, 1860-1900

In 1859, the British government launched an expedition to South America with the aim of collecting seeds and plants of the quinine-producing cinchona tree for establishing plantations in British India, so as to relieve the British Government of the escalating costs and uncertainties in the supply of this valuable, and increasingly popular anti-malarial drug. Drawing on recent work on the commodities of empire, tropical acclimatization, and imperial medicine, this thesis provides a detailed study of the first British cinchona plantations established on the Nilgiri Hills of Southern India. Focused on the period between 1860 and 1900, and at the local geographic scale, the research critically examines the engagement and connections between government officials, planters, venture capitalists, labourers, plant material and ideas in the context of the cinchona plantations through a thorough study of archival and secondary sources. Contributions are also made to the study of the spaces of science and the management of the tropical environment. Cinchona is placed in a wider context of the history of botany and plantations in the Nilgiri region, and the major events in the development of cinchona plantations described. In the resulting historical geography the Nilgiri cinchona plantations emerge as a 'nodal' point in the global cinchona network that also relied upon global networks of imperial power, capital and leisure tourism. The experiment was essentially an exertion of power but one that also demonstrated the very vulnerable nature of the empire

Dealing with the deluge of historical weather data: the example of the TEMPEST database

People have long been interested in the history of weather, particularly extremes, and chronologies of past events drawing on information from written records, have been compiled and published throughout history. In recent years, concern over current and future weather and climate has triggered a new level of interest in past weather events and their impacts. This interest, alongside the development of digital humanities research methods has resulted in a rapid growth in the number of online databases relating to historic weather and climate around the world. This paper reviews this expansion with reference to a range of examples, before documenting the design and creation of one such database, TEMPEST, an online repository for extreme weather history in the UK. TEMPEST has been created as the major output of the AHRC funded project ?Spaces of Experience and Horizons of Expectation: Extreme Weather in the UK, Past, Present and Future? (2013-2016). Unlike the majority of existing databases that rely on published materials, TEMPEST?s records are drawn from primary research into original documentary sources held in archives around the UK. The c. 18,000 records that TEMPEST currently contains offer personalised and geo-referenced insights into the relationship between society and extreme weather in the UK spanning a period of over 400 years. We conclude this paper by outlining some potential applications for TEMPEST, and suggesting directions for future research and resources in historical weather. We also consider broader issues for the digital humanities.publishersversionPeer reviewe

Differential Expression of NK Receptors CD94 and NKG2A by T Cells in Rheumatoid Arthritis Patients in Remission Compared to Active Disease

TNF inhibitors (TNFi) have revolutionised the treatment of rheumatoid arthritis (RA). Natural killer (NK) cells and Natural Killer Cell Receptor+ T (NKT) cells comprise important effector lymphocytes whose activity is tightly regulated through surface NK receptors (NKRs). Dysregulation of NKRs in patients with autoimmune diseases has been shown, however little is known regarding NKRs expression in patients with TNFi-induced remission and in those who maintain remission vs disease flare following TNFi withdrawal.Patients with RA were recruited for this study, (i) RA patients in clinical remission following a minimum of one year of TNFi therapy (n = -15); (2) Active RA patients, not currently or ever receiving TNFi (n = 18); and healthy control volunteers (n = 15). Patients in remission were divided into two groups: those who were maintained on TNFi and those who withdrew from TNFi and maintained on DMARDS. All patients underwent full clinical assessment. Peripheral blood mononuclear cells were isolated and NKR (CD94, NKG2A, CD161, CD69, CD57, CD158a, CD158b) expression on T-(CD3+CD56-), NK-(CD3-CD56+) and NKT-(CD3+CD56+) cells was determined by flow cytometry.Following TNFi withdrawal, percentages and numbers of circulating T cells, NK cells or NKT cell populations were unchanged in patients in remission versus active RA or HCs. Expression of the NKRs CD161, CD57, CD94 and NKG2A was significantly increased on CD3+CD56-T cells from patients in remission compared to active RA (p<0.05). CD3+CD56-T cell expression of CD94 and NKG2A was significantly increased in patients who remained in remission compared with patients whose disease flared (p<0.05), with no differences observed for CD161 and CD57. CD3+CD56- cell expression of NKG2A was inversely related to DAS28 (r = -0.612, p<0.005).High CD94/NKG2A expression by T cells was demonstrated in remission patients following TNFi therapy compared to active RA, while low CD94/NKG2A were associated with disease flare following withdrawal of therapy