‘Well weather is not a girl thing is it?’ Contemporary amateur meteorology,gender relations and the shaping of domestic masculinity

Although there is a growing scholarship on the history of amateur meteorology, contemporary amateur meteorology has tended to remain a largely invisible social phenomenon. Moreover, questions of female involvement and gender relations therein have tended to be overlooked. This paper seeks to address this gap by drawing on interviews with members of one of the most important amateur meteorological networks in the UK—the Climatological Observers Link. The research identifies a predominantly male bias within amateur meteorology in the UK, offers insight into why and how this bias has emerged and explores the implications of this bias for gender politics in the home. It also considers the way in which, as a pursuit that is very much situated within the domestic sphere, amateur meteorology complicates traditional framings of the home as a female realm and contributes to a domestic masculinity.     

On the frontier of the Western Shire,British Central Africa

Superficial deposits (residual, colluvial, alluvial) are important as environmental resources in tropical environments. An understanding of their formation through varying time periods is essential to a correct interpretation of their economic and hazard potentials. This requires an integration of process studies with a reconstruction of longer term development. Saprolite formation is considered over 10⁵‐10⁷ yr, while colluvial and alluvial sediments are commonly Late Quaternary (10³‐10⁵ yr) in age. The importance of Quaternary environmental changes in the humid tropics to an understanding of heavy mineral placer deposits in West Africa and Indonesia is illustrated. It is concluded that geomorphologists can often make their most important contributions to developing areas by offering a sound interpretation of landsurfaces and their underlying deposits for engineers, geologists and pedologists, with whom a close working relationship is essential.     

Applied Zooarchaeology of Freshwater Mussel (Bivalvia: Unionidae) Shell from Golson (22HU508), A Deasonville-Period Site on the Yazoo River,Mississippi

Excavations at Golson (22HU508), an archaeological site on the Yazoo River in western Mississippi, USA, produced an assemblage of over 4000 freshwater mussel shells, 77 percent of which were identifiable to species. Although limited spatial sampling of the deposits limits what can be said about past mussel community characteristics, twelve new river records for mussel species are derived from the assemblage. This typical result emphasises the value of archaeological shell assemblages for conservation biology and provides a rationale for why sites containing shell may be considered significant based upon their potential contributions to environmental history.     

Debugging geographers: teaching programming to non-computer scientists

The steep learning curve associated with computer programming can be a daunting prospect, particularly for those not well aligned with this way of logical thinking. However, programming is a skill that is becoming increasingly important. Geography graduates entering careers in atmospheric science are one example of a particularly diverse group who often require a better knowledge and understanding of computing. Critically, there is a necessity in the field for people with a diverse range of data analysis and modelling abilities. This article outlines the module design and evaluation of an introductory programming course for non-computer scientists within a UK geography department.     

William speirs bruce,the ben nevis observatory,and antarctic meteorology

Following his participation in an expedition to the Weddell Sea (1892–1893), William Speirs Bruce determined to undertake further polar research and sought training and experience in such techniques and methodologies as might prove useful to him in securing opportunities to participate in future expeditions. During 1895–1896 he worked at the Ben Nevis Observatory gaining experience of meteorological research. The experience he gained in the design and operation of an observatory in a harsh environment he was later to apply when he established an observatory on Laurie Island, South Orkneys. This paper draws on a recently discovered archival source (Swinney (2001) to re‐examine Brace's involvement with the Ben Nevis Observatory.     

‘Applied science’ in nineteenth-century Britain: public discourse and the creation of meaning, 1817–1876

‘Applied science’ has long been a competitor with the concept of technology for the space between theory and praxis. This paper explores how the concept emerged in mid-nineteenth-century Britain through public sphere discussions in a cycle of rhetoric that linked the press, the development of new educational institutions and the interpretation of industrial change. The recounting and reprinting of heroic narratives of achievement served to cement alliances between ‘practical men’ and ‘men of science’ by proclaiming a respectable subject of common interest to which both could be associated. Narratives of applied science were drawn on in the process of institutional change. A key role was played by editors and business proprietors in local contexts; their interest in applied science stimulated the formation of new universities aimed at providing new forms of technical education. The use of the concept of ‘applied science’ to describe the space between science and practice challenged the traditional notion of ‘rule of thumb’ as a characterisation of shop work. With its connotations relating to both past and future, the term served to structure time as well as science.     

康熙天坛祈雨的历史书写与史实考析——兼论康熙雍正灾异观念演变及其影响

康熙早年虔信精诚格天,分别于十年、十七年、十八年、十九年、二十六年五次亲诣天坛祈雨,二十六年底为孝庄祈寿未果后,对天道认知发生显著变化,停止亲诣天坛祈雨,在荒政方面更侧重防灾备灾与人事赈救。《清圣祖实录》纂修者基于雍正的灾异观念,篡改康熙十七年、十九年降雨时间,删削康熙对停止亲诣天坛祈雨的解释,从而维护康熙敬天的圣君形象和上天的灵验形象。康熙不言祥瑞,对灾异持务实态度。雍正的灾异观念虽然有助于他加强君主集权,提升统治效能,但很大程度上也造成官僚系统灾情呈报的讳匿风习,对民生吏治与国家治理产生负面影响。     

Seismic Assessment of a Historical Masonry Building in Switzerland: The “Ancien Hôpital De Sion”

This article presents the results of the evaluation of the seismic safety of the Ancien Hôpital de Sion, an important Swiss architectural heritage building, situated in the Canton of Valais, the region with the highest seismic hazard in Switzerland. Three-dimensional Applied Element (AEM) modeling of the whole structure has been performed and validated. The adopted modeling strategy, together with nonlinear dynamic analysis, was able to represent the actual behavior and failure mechanisms typical of complex masonry structures, in addition to a good computational efficiency compared to other available numerical approaches. The local collapse mechanisms have been also studied through a kinematic limit analysis based on rigid block rotation. Both linear and nonlinear approaches have been followed together with the capacity spectrum method. The results provided by the different methodologies have been compared with the aim to provide possible insights concerning a general procedure for the assessment of the safety of such type of structures.     

Iktomi in the Land of the Maymaygwayshi: Understanding Lived Experience in the Practice of Archaeology Among American Indians/First Nations

In discussions concerning American Indians/First Nations and the practice of archaeology in North America, the issues are typically presented in a polarized fashion with American Indians/First Nations on one side and archaeologists on the other. Frequently the literature discusses how archaeologists should modify their practice in response to the needs of American Indian communities. Very little of the literature looks at the roles and challenges faced by American Indians who choose to pursue archaeology. This paper addresses this latter issue by examining my own work among First Nations communities in Ontario, Canada. Through the lens of ‘lived experience’, I will examine the interplay of identity, personal and communal histories, and the contemporary situation of my self and the First Nations communities I worked with, looking at how having ‘insider’ knowledge can be both useful and a handicap in fieldwork.     

The Primacy of Science in Modernity,of Technology in Postmodernity,and of Ideology in the History of Technology

The abrupt reversal of culturally ascribed primacy in the science–technology relationship—namely, from the primacy of science relative to technology prior to circa 1980, to the primacy of technology relative to science since about that date—is proposed as a demarcator of postmodernity from modernity: modernity is when ‘science’ could, and often did, denote technology too; postmodernity is when science is subsumed under technology. In support of that demarcation criterion, I evidence the breadth and strength of modernity’s presupposition of the primacy of science to and for technology by showing its preposterous hold upon social theorists—Marx, Veblen, Dewey—whose principles logically required the reverse, viz. the primacy of practice; upon 19th and 20th century engineers and industrialists, social actors whose practical interests likewise required the reverse; and upon the principal theorizers in the 1970s of the role of science in late 20th century technology and society. The reversal in primacy between science and technology ca 1980 came too unexpectedly, too quickly, and, above all, too unreflectively to have resulted from the weight of evidence or the force of logic. Rather, it was a concomitant of the onset of postmodernity. Oddly, historians of technology have remained almost wholly unacknowledging of postmodernity’s epochal elevation of the cultural standing of the subject of their studies, and, specifically, have ignored technology’s elevation relative to science. This I attribute to the ideological character of that discipline, and, specifically, to its strategy of ignoration of science.     

Studies on amerindian dogs, 1: Carbon isotopes in relation to maize in the diet of domestic dogs from early Peru and Ecuador

Work initiated purely as a dating project in support of a craniometric and morphological investigation of domestic dogs from early Peru has proved to have much wider implications. The stable carbon isotoperatios (¹³C/¹²C) of hair samples from ten dogs show that maize formed a significant part of their diet. Radiocarbon dates for these remains have confirmed that they belong to the period well after the cultivation of maize was first established. Stable carbon isotope measurements can thus be used to test for the presence of maize as a dietary constituent at earlier sites even where there is otherwise only indirect evidence for its cultivation. Collagen from animal or human bone is a suitable alternative to hair for this purpose and the method has been successfully applied to collagen dating to c. 3000 BC from the Valdivia culture site of Real Alto, Ecuador, as well as to a series of early Peruvian dogs.