Colonies and Colonisation in Bulwer Lytton’s The Caxtons,A Strange Story and The Coming Race

Sir Edward Bulwer Lytton, an eminently popular novelist, published The Caxtons in 1849. Though sub-titled A Family Picture and mainly concerned with domestic life, it included a lengthy disquisition on colonisation and emigration, its value to British society and its role in extending civilisation by spreading ‘God’s law, improvement’. His colonial example was ‘Australia’. A Radical MP in the 1830s, but opposed to the encroachment of ‘democracy’ and supportive of the Corn Laws, in the early 1850s Lytton turned to the Conservative Party. In 1858–59 he served as secretary of state for the colonies. In the light of his experience, his view of Australia and of self-governing colonies was modified, as A Strange Story (1862) shows. But in 1871, in The Coming Race, an elaborate satire on democracy and egalitarianism, he made a distinct addition to the colonial theme of The Caxtons. He did not doubt that ‘improvement’ and colonisation produced evidence of ‘the triumph of civilization’, but a metaphor embedded in the later novel indicated the inevitability of displacement of aboriginal inhabitants by Anglo-Saxon settlers.     

Political Knowledge and its Partisan Consequences

The study of political knowledge is an established field of research in the United States, although there is a dearth of such research in Australia. Knowledge of political facts and issues is important for making informed political choices. Age, gender, educational attainment and occupational status all distinguish knowledge of politics in Australia, although their impact varies across domestic and international political issues. Political knowledge also influences political behaviour. At the 2004 federal election, politically knowledgeable Australians were more likely to vote for the Greens than the Coalition in the House of Representatives, and more likely to vote for the Greens than for the major parties in the Senate. Political knowledge also increases the likelihood of voting strategically, particularly for the Labor Party in the House of Representatives and Greens in the Senate.     

THE URBAN–RURAL GAP IN UNIVERSITY ATTENDANCE: DETERMINANTS OF UNIVERSITY PARTICIPATION AMONG CANADIAN YOUTH

Based on existing work, there are clear differences in the incidence of degree holders across the urban–rural hierarchy in favor of large urban areas. In large part, this gradient can be traced to the higher probability of obtaining a degree among residents of larger urban centers. Utilizing data from the Youth in Transition Survey (YITS), this paper explores factors that may account for university participation among Canadian youth. It asks whether this difference is due to local access to universities, family characteristics (e.g., parental income, education, and immigrant status), and local labor market characteristics that may increase the incentive for urban youth to attend university.     

SPID: A New Database for Inferring Public Policy Innovativeness and Diffusion Networks

Despite its rich tradition, there are key limitations to researchers' ability to make generalizable inferences about state policy innovation and diffusion. This paper introduces new data and methods to move from empirical analyses of single policies to the analysis of comprehensive populations of policies and rigorously inferred diffusion networks. We have gathered policy adoption data appropriate for estimating policy innovativeness and tracing diffusion ties in a targeted manner (e.g., by policy domain, time period, or policy type) and extended the development of methods necessary to accurately and efficiently infer those ties. Our state policy innovation and diffusion (SPID) database includes 728 different policies coded by topic area. We provide an overview of this new dataset and illustrate two key uses: (i) static and dynamic innovativeness measures and (ii) latent diffusion networks that capture common pathways of diffusion between states across policies. The scope of the data allows us to compare patterns in both across policy topic areas. We conclude that these new resources will enable researchers to empirically investigate classes of questions that were difficult or impossible to study previously, but whose roots go back to the origins of the political science policy innovation and diffusion literature.     

Formation of beach‐ridge plains: an appreciation of the contribution by Jack L. Davies

A robust debate among coastal geomorphologists as to the processes by which beach‐ridge plains around Australia have formed was initiated by a former President of the Institute of Australian Geographers. This review gives special consideration to the work of Jack L. Davies, whose academic contributions to coastal geomorphology in Australia have not always been appropriately acknowledged when explaining how similar plains have evolved elsewhere in the world. Davies recognised that relatively steep storm waves caused erosion (cut) on beaches, whereas less steep long‐period swell waves returned sand (fill). He considered the beach berm to be the nucleus on which a beach ridge formed, which could subsequently develop into a foredune, in contrast to cobble ridges that were deposited during storms. Offshore conditions regulate supply of sand to the shoreline, partly through effects on wave refraction, with higher rates of supply where the nearshore is shallow. It was apparent to Davies that the elevation of successive ridges might, but not necessarily, provide evidence of past changes of sea level, despite adornment by variable amounts of windblown dune sand. Morphodynamic understanding of long‐term coastal evolution, based on radiocarbon dating chronologies, has demonstrated that Australian coastal plains formed over the past ~6,000 years when sea level has been close to its present level, in contrast to several documented locations in the northern hemisphere where the sea has been rising for the past few millennia. Particularly insightful were observations by Davies that ridge formation could be influenced by a range of factors including changes in sea level, storminess, or sediment supply. These factors acting singly or in combination seem likely to change in the future. Understanding such responses remains a high priority and can be addressed by new technologies, such as light detection and ranging, optically stimulated luminescence dating, ground‐penetrating radar, and computer simulation.