Enterprise in Some Working-Class Communities: Cotton Manufacturing in North-east Lancashire and West Craven,c. 1880 to 1914

Abstract

This article studies the social origins and careers of 60 cotton manufacturers in two of the towns in which the room and power system was well established in England before the First World War. It demonstrates that most were from working-class and lower-middle-class families and, as new entrants, they benefited greatly from access to room and power. Even so, money was needed for machinery and working capital, and technical, managerial and commercial experience were essential. It was unlikely that an operative would succeed as a manufacturer unless these prerequisites could be met. The room and power system was the operating context for mature businesses as well as for new entrants, and many successful manufacturers became directors of mill companies of which they were also tenants.     

Farm and Threshing Mill at Poltimore Farm,Farway, Devon

Abstract

This article is based on a report compiled for English Heritage to accompany a series of measured drawings commissioned by them of the remarkably complete and well-maintained water-powered farm threshing mill at Poltimore Farm in east Devon. The machinery and buildings were recorded in January 1990, prior to repair and restoration work.     

Mentoring with: reimagining mentoring across the university

Abstract

Traditional, formal mentoring structures established within the space of the university can be rooted in patriarchal systems of power, hierarchy, and exclusion that perpetuate neoliberal and capitalist understandings of individualism and exceptionalism. This model privileges certain forms of knowledge and expertise, often that of senior, tenured faculty rather than those who are ignored or overlooked as ‘experts’ such as historically underrepresented tenured and untenured faculty, contingent faculty, and staff. In this paper, we seek to reimagine the concept of the traditional mentoring relationship rooted in power and hierarchy into a more democratic, empowering model across the space of the university. We do this by expanding upon the concept of power mentoring which emphasizes mentoring networks rather than individual relationships. Power mentoring centers reciprocal support and mutual benefit, infusing a feminist ethics of care into the spaces and structures of the neoliberal university. We draw on Joan Tronto’s caring with to frame mentoring as collective, collaborative, and democratic: mentoring with. Based upon a collective reading of Ensher and Murphy ’s Power Mentoring: How Successful Mentors and Protégés Get the Most Out of their Relationships and conversations from our faculty learning community about mentoring, we argue that mentoring relationships within the spaces of the university should emphasize the role of dynamic networks between faculty, staff, and administrators to build upon existing feminist praxis to develop a more inclusive, geographic system of mentoring, which enables participants to grow, develop, and learn with one another.     

Minutes of the Annual General Meeting for the Palestine Exploration Fund, 9 June 2016

Abstract

Palestine's archaeological heritage is facing a serious crisis due to the prevalence of illicit digging. Antiquities looting is a widespread and flourishing phenomenon throughout the Palestinian National Territories (PNT) and has resulted in a large number of primary and secondary archaeological sites and features being damaged, disfigured, or completely destroyed, and in the extraction of at least hundreds of thousands of heritage items. The main aim of this research project is to explore the physical hazards encountered by the Palestinian antiquities looters. To this end I interviewed 53 antiquities looters residing in 41 different villages in the West Bank. The physical hazards which they encountered are classified by type as follows: cave-ins; the use of equipment, including heavy machinery (back-hoes, front-end loaders, bulldozers, etc.), other power implements, and traditional excavation tools; falling stones or tools; contact with insects, snakes, scorpions, and spiders; work during inclement weather; and attack by the jinn.     

Security,environment, and global governance

Abstract

Security, though an admirable objective, remains forever elusive. In common with all other forms of life, the human species is subject to the inherently chaotic behaviour of the earth system in which it exists. The idea of international security is rooted in a world in which cooperative communities of nation states are run by governments in broad control of their populations. But the relationship between these networks of states and the guarantee of security is made less certain by the continuing changes in the ways power and information are distributed. Perhaps even greater threats to security are posed by environmental degradation, whether deliberate or unwitting. This review discusses these threats and suggests that they will only be overcome by increasingly global systems of governance.     

Pear Mill,Stockport: An Edwardian Cotton Spinning Mill

Abstract

Pear Mill, Stockport, was one of the last cotton spinning mills to be built, commencing production in July 1913. It therefore represents the end of a line of development which commenced with Arkwright's mill of 1771, and is an example of a type of building which is fast disappearing. The architects were A.H. Stott & Sons and the building is typical of their work of that period both in terms of construction, with concrete floors, and detailing. The power plant was a Manhattan type steam engine by George Saxon, driving the machinery via a rope drive. The mill had 137,312 mule spindles which remained until the 1950s when they were replaced by 33,636 ring spindles, the mill being electrified at the same time. It ceased operation as a textile mill in March 1978.     

The Robinson Enterprises at Papplewick,Nottinghamshire: Part Two

Abstract

In Part One (Industrial Archaeology Review Vol IX No 1) the establishment of the Robinsons' water powered cotton spinning mills along the River Leen was described. By 1785 there were four mills working and a fifth was being built, all of them dependent on the same water supply. The operations of these mills were seriously threatened by the activities of a land owner upstream who obstructed the water flow. The Robinsons then resorted to litigation and also immediately sought an alternative source of power. Their approach to Boulton and Watt led to the commissioning in 1785 of the first rotary steam engine to drive cotton spinning machinery. The problems attendant upon its installation and early operation are described through the medium of letters and drawings in the Boulton and Watt Collections. Using these and other sources the author establishes the site location of the first steam engine and also that of the second Watt engine some five years later. She is very much indebted to Peter Neaverson for additional technical information and his interpretation of the Boulton and Watt drawings.     

Manchester Railway Warehouses— A Short Note

Abstract

In 1840, Francis Wishaw described three warehouse ranges at Liverpool Road, Manchester, estimating the floor area to be some 5 acres and the capacity 4 million cubic feet. By means of turntables, wagons were conveyed, loaded and unloaded within the warehouses. Flaps in the floors and openings in the yard side facilitated the quick dispatch of business. The internal structure of these early railway buildings followed canal practice but by the 1860s the jack-arched, iron-framed structure had been adapted from the cotton factory. Goods handling at first was by gravity hoist, platforms and mobile or fixed steam cranes. Subsequently, the use of hydraulic power was a significant improvement. This paper describes the railway warehouses of Manchester.     

Culture and Know-How in the 'Satanic Mills': A Response

Abstract

Richard Biernacki's article in a recent issue of this journal (33:2, 2002) has suggested that up until the First World War the textile industries in Britain were in a primitive state, using machinery which was crudely engineered and thus unpredictable in operation. This response argues that this view is incorrect through examination of wage lists in the Lancashire cotton industry. While it is true that the industry depended on tacit knowledge in certain areas, its machinery met contemporary engineering standards and could be set accurately to produce the yarn and cloth required. The wage lists depended on this accuracy.     

Scottish Windpumps & Windmills: New Information

Abstract

The author has examined documentary sources concerning the pioneering Lombe's Silk Mill on the River Derwent in Derby. He has combined evidence from both Italian and British sources with the physical remains and provided a reconstruction of the mill and its machinery layout. Its importance as a precursor of factory production in Britain is discussed.     

Review Article — The Buildings of England Series — the Second Editions

Abstract

An account of the excavation by members of the Somerset Industrial Archaeological Society of a stone built engine house dating from the mid-nineteenth century. Documentary evidence indicated that a portable engine pumped and wound from Smoky Bottom mine. The archaeological and historical evidence has enabled a conjectural restoration of the building and machinery.     

Land selection for irrigation in Al-Andalus,Spain (8th century a.d.)

Abstract

The Andalusi hydraulic systems of the Iberian Peninsula, constructed by Arabs and Berbers between a.d. 711 and the feudal conquest of Al-Andalus (11–15th centuries a.d.), are today among the most productive agricultural areas in Europe. Their current extension is the result of several enlargements made to the original Andalusi design, irrigating lands initially rejected by the first builders. Understanding the reasons that led Arabs and Berbers to select or reject lands for irrigation is essential for documenting the formation processes of these agricultural areas. Here the topic is approached using the hydraulic system of Ricote (Murcia, Spain) as a case study. Through hydraulic archaeology, excavations, and GIS, it is shown that deep, flat, well-insolated (i.e., exposed to sunlight), slightly saline, colluvial soils were preferred for irrigation while slopes, shady areas, floodplains, and highly saline soils were rejected. Optimizing the water supply for irrigation was not a top priority. The results highlight the need to consider topographical features when studying how past agrarian societies introduced irrigated agriculture to new environments.     

Design and evaluation of hydraulic lime grouts for the reattachment of lime plasters on earthen walls

Abstract

A laboratory and field testing programme for the formulation and evaluation of hydraulic grouts was developed for the reattachment of lime plasters on earthen (adobe) walls. Formulations utilizing kaolin, hydraulic lime, ceramic microspheres, and fine silica sand, with and without the addition of an acrylic emulsion, were prepared and evaluated in a three-stage testing programme. Standard tests were employed to measure injectability, viscosity, set time, shrinkage, weight, splitting/tensile strength, water vapour transmission rate, and adhesive bond strength. Grout microstructure was comparatively examined using scanning electron microscopy. Of the 18 grout formulations tested, only one mixture composed of (parts by weight) 1 part microspheres, 1 part sand, 2 parts hydraulic lime, 10% part acrylic emulsion was found to meet all the essential performance criteria established.     

Prophecy and Powerlessness

ABSTRACT

This essay attempts to answer questions faced by social movements about whether “prophetic” struggles for justice are necessarily destined either for failure (if they do not win power) or corruption (if they do). It draws on a neglected work of Martin Buber, Der Gesalbte [The Anointed], in which Buber presents the oral core of the Book of Samuel as originating with the school of the prophet Nathan, for lessons about the promise and danger of attempting to combine prophecy and power.     

New methods of power generation

Abstract

Future uses of fossil fuels (particularly natural gas), nuclear power, and renewable sources of energy such as hydroelectric and biomass, as well as solar and wind power, are reviewed. Looking further into the future, ocean power sources and possibilities for gravitational energy are identified.     

Historical Perspectives on Pre-Colonial Irrigation in Southern Africa

Abstract

One of the basic areas of interaction between water as natural resource and human societies as agents of cultural transformation is the technology of irrigation. In Africa at least 66 per cent of the available water is used for purposes of irrigation. For more than 4 000 years irrigation has secured food supplies for humans on a continent that is noted for its relative shortage of sufficient natural water supplies.

There is a remarkable hidden power of water in the history of southern Africa. This is particularly the case when we consider the development of early irrigation technologies of Iron Age farmers. The small irrigation furrow of the subsistence farmer was just as important to an insular community of Bantu-speaking people in pre-colonial times, as is the sophisticated irrigation technology in present-day South Africa. Currently there is a paucity of information about pre-colonial indigenous irrigation technology. This can be ascribed to a number of factors of which the invasion of modern Western traditions in the nineteenth century is perhaps the most important. A number of other factors for the apparent blind-spot is also presented in this study.

In southern Africa there are traces of indigenous pre-colonial irrigation works at sites such as Nyanga in Zimbabwe; the Limpopo River Valley; Mpumalanga; and South Africa's eastern Highveld. Reference is also made in this article to specific strategies of irrigation used by Iron Age communities, prior to the advent of a colonial presence. Finally, attention is also drawn to pre-colonial land tenure and state formation against the backdrop of Wittfogel's theories on hydraulic society.     

A programme for the conservation of architectural plasters in earthen ruins in the American Southwest: Fort Union National Monument,New Mexico,USA

Abstract

Plasters constitute an important component of many ruined architectural and archaeological sites. Methods for their in situ conservation have lagged far behind the field treatment of other materials due to their ephemeral nature and the lack of programmatic laboratory and field research. A preservation strategy involving documentation, stabilization, interpretation and maintenance offers a methodological approach adaptable to most contexts. A pilot conservation programme is described for the stabilization and interpretation of the lime plasters within the nineteenth-century adobe ruins of Fort Union National Monument in New Mexico. Methods of documentation, emergency stabilization, injection hydraulic lime grouting and mortar repairs are described.