A 'Scottish poor law of lunacy'? Poor law, lunacy law and Scotland's parochial asylums

Scotland’s parochial asylums are unfamiliar institutional spaces. Representing the concrete manifestation of the collision between two spheres of legislation, the Poor Law and the Lunacy Law, six such asylums were constructed in the latter half of the nineteenth century. These sites expressed the enduring mandate of the Scottish Poor Law 1845 over the domain of ‘madness’. They were institutions whose very existence was fashioned at the directive of the local arm of the Poor Law, the parochial board, and they constituted a continuing ‘Scottish Poor Law of Lunacy’. Their origins and operation significantly subverted the intentions and objectives of the Lunacy Act 1857, the aim of which had been to institute a public district asylum network with nationwide coverage

The initiation and progression of late-life romantic relationships

This research explores the initiation and progression of new late-life romantic relationships among older Australians (60 years plus). Our research found that older adult romantic relationships were meaningful, important and sexually intimate. However, few led to cohabitation or marriage, with these older adults preferring to date or to maintain separate households (living-apart- together, LAT). In line with Giddens’ ideal of ‘pure’ relationships, our research indicates that older adults are looking for egalitarian relationships based on emotional and sexual equality, albeit not necessarily based on cohabitation or monogamy

EverFarm® - Climate adapted perennial-based farming systems for dryland agriculture in southern Australia

AbstractAustralian dryland agriculture will be affected by climate change in a number of ways. First, higher temperatures and changes to rainfall are likely to create greater variability of crop yields and livestock productivity. Second, government policies introduced to mitigate greenhouse gas emissions are likely to influence production costs and commodity prices. Third, global trade patterns are likely to alter as populations increase, and as climate change continues to affect producers and consumers worldwide. This will create both challenges and opportunities for Australian agriculture.Farmers will have to respond to the additional challenge of climate change even when it is compounded by existing long term stresses associated with declining terms of trade, climate variability and existing environmental issues. Investing in new land-use options to combat climate change, with their associated risks, is made more difficult by being set against a backdrop of declining profitability. The opportunity to create transformational change in farming enterprises was tested by combining the multiple components of the potential future perennial‐based dryland farming systems and assessing their expected contribution to climate change adaptation. This project has found that adopting perennial pastures for livestock grazing and tree crops for biomass production, when planted on appropriate soils, can improve profitability when compared to the existing land uses facing a changing climate.  In some farming systems increased cropping is likely to result in improved future farm profits.This work demonstrated that Mallees as a biomass tree crop can be cohesively integrated into existing farming systems with minimal interruption to normal operations of livestock and cropping enterprises. A woody biomass crop can be profitable and diversify revenue risk by enabling farmers to supply biomass and sequester carbon to relevant markets. This work demonstrates suitable designs of a mallee belt planting layout that minimizes costs and maximizes benefits when planted in appropriate agro‐climatic zones and where there are adequate soil conditions. Knowledge developed from this work will help build farmers capacity about climate change adaptation and assist in achieving positive social, environmental and economic outcomes.Please cite this report as:Farquharson, R, Abadi, A, Finlayson, J, Ramilan, T,  Liu, DL, Muhaddin, A, Clark, S, Robertson, S, Mendham, D, Thomas, Q,  McGrath, J 2013 EverFarm® – Climate adapted perennial-based farming systems for dryland agriculture in southern Australia, National Climate Change Adaptation Research Facility, Gold Coast, pp. 159.AbstractAustralian dryland agriculture will be affected by climate change in a number of ways. First, higher temperatures and changes to rainfall are likely to create greater variability of crop yields and livestock productivity. Second, government policies introduced to mitigate greenhouse gas emissions are likely to influence production costs and commodity prices. Third, global trade patterns are likely to alter as populations increase, and as climate change continues to affect producers and consumers worldwide. This will create both challenges and opportunities for Australian agriculture.Farmers will have to respond to the additional challenge of climate change even when it is compounded by existing long term stresses associated with declining terms of trade, climate variability and existing environmental issues. Investing in new land-use options to combat climate change, with their associated risks, is made more difficult by being set against a backdrop of declining profitability. The opportunity to create transformational change in farming enterprises was tested by combining the multiple components of the potential future perennial‐based dryland farming systems and assessing their expected contribution to climate change adaptation. This project has found that adopting perennial pastures for livestock grazing and tree crops for biomass production, when planted on appropriate soils, can improve profitability when compared to the existing land uses facing a changing climate.  In some farming systems increased cropping is likely to result in improved future farm profits.This work demonstrated that Mallees as a biomass tree crop can be cohesively integrated into existing farming systems with minimal interruption to normal operations of livestock and cropping enterprises. A woody biomass crop can be profitable and diversify revenue risk by enabling farmers to supply biomass and sequester carbon to relevant markets. This work demonstrates suitable designs of a mallee belt planting layout that minimizes costs and maximizes benefits when planted in appropriate agro‐climatic zones and where there are adequate soil conditions. Knowledge developed from this work will help build farmers capacity about climate change adaptation and assist in achieving positive social, environmental and economic outcomes

On the Impact Assessment of ACIAR (Australian Centre for International Agricultural Research) Projects

The current ACIAR (Australian Centre for International Agricultural Research) guidelines for impact assessment of agricultural development projects see impact assessment as being useful for both accountability to stakeholders and as a learning tool to find out what works, what doesn’t work and why. The methodology involves the use of conventional economic evaluation and the estimation of a money metric based on measuring outcomes in terms of economic surplus changes attributable to directed actions and activities. On the question of accountability to stakeholders, this paper suggests that the money metric may not be the best outcomes-based measure of performance against development goals and that other performance indicators ought to be considered. The paper also suggests exploring other approaches to assess accountability including qualitative (narrative) methods as well as process-based accountability. On the question of using impact assessment as a learning tool, the paper suggests this might be quite useful for more traditional non-adaptive research, but is less useful for adaptive research projects involving participatory action research (PAR). With PAR projects, learning about what works, what doesn’t work and why already occurs as an integral part of the research process. The paper concludes with some thoughts about project evaluation of an ACIAR-funded project with which the authors are involved in northwest Cambodia focusing on upland crop production and marketing.Project evaluation, impact assessment, adaptive project management, Cambodia., Research and Development/Tech Change/Emerging Technologies,

How people present symptoms of Acute Coronary Syndrome to health services: an analysis using the Commonsense Model of Self-Regulation

Acute Coronary Syndrome (ACS) is common and associated with high mortality. Effective treatments are available but require prompt administration. Studies have consistently demonstrated that delays to treatment are common, with patient decision time accounting for most delay. Interventions aimed at reducing delay have had little success. Evidence suggests that psychological factors, in particular illness representations (Leventhal’s Commonsense Model of Self-Regulation (CS-SRM)) might be important in relation to patient decision time. This thesis describes a two-stage investigation, undertaken within NHS 24, exploring the content and timing of people’s initial presentations with possible symptoms of ACS. The first stage comprised a CS-SRM-guided content analysis of peoples’ initial symptom presentations. The second stage utilised the Illness Perception Questionnaire-revised (IPQ-R) to explore how illness representations relate to patient decision time. Results show that the components of illness representations accounted for 95% of participants’ initial presentations. The components most related to behaviour and outcome were volunteered least (cause, consequences, cure/control and coherence). Decision time for most participants (89%) was out-with the ideal and appraisal time accounted for most of the delay. Appraisal delay was shorter for those with fewer symptoms and high emotion. Illness delay was longer where the person making the call reported high treatment control. Interventions may need to raise awareness of the range of possible presentations and of the consequences associated with delay. Interventions should also provide guidance as to an appropriate time-limit for self-care. Individuals may benefit from being informed about how to respond to strong emotional responses. Interventions aimed at bystanders may need to differ from those for patients. People at high risk of ACS should be informed about how and when to access healthcare out-of-hours

Rebellion in the ‘Near North’ The response of the Australian Government to the Indonesian Outer-Island Rebellion, 1956-1959.

This thesis focuses on the response of the Australian government to the outbreak of the Indonesian Outer-Island rebellion and the American intervention-through the CIA- to support the rebels against the Central Government in Jakarta. The Australia-Indonesia bilateral relationship is considered one of Australia’s most crucial diplomatic relationships. This thesis will situate the Australian response to the rebellion within the historical context of Australia’s post-1945 engagement with Asia, the Cold War, and the process of decolonisation in Southeast Asia. Drawing on a variety of Australia and American primary sources, including diplomatic cables, government memoranda, private letters, press releases, reports, oral histories, and newspapers, the thesis will analysis how Australian politicians, diplomats and military officials dealt with a major foreign policy crisis in what Prime Minister Menzies called the “near north”

The CAGS-Snorkel mouse: A game changer in the identification of extracellular vesicles originating from cells of the osteogenic lineage.

The production and deposition of vesicles within the matrix by growth plate chondrocytes were first described over 50 years ago in a series of elegant electron microscopy studies by Clarke Anderson and Ermanno Bonucci (1, 2). These matrix vesicles (MVs) are membrane limited and offer a sheltered interior to promote calcium phosphate precipitation and are now recognised to be critical for biomineralization of both bone and cartilage matrix. Since these pioneering days it has become abundantly clear that many other types of extracellular vesicles (EVs), of varying size, composition and origin, are produced by cells, including osteoblasts, osteocytes, osteoclasts and chondrocytes. EVs is a catch-all term for a heterogenous population of vesicles released by cells and this includes exosomes which are released from cells after the fusion of multivesicular bodies with the plasma membrane, and ectosomes/microvesicles that are derived from the outward budding of the plasma membrane (3)