Supporting Document THE DEVELOPMENT OF A FRAMEWORK FOR ESTUARY SHORELINE MANAGEMENT PLANS

Abstract This paper describes an approach to estuary shoreline management planning (eSMP) based upon the shoreline management planning (SMP) approach, which has been used extensively around the UK coast. The proposed method comprises two parallel strands, one following a functional approach and the other focussing on resources. Both approaches involve using a cause-consequence model to identify the temporal and spatial scale of any changes in the estuary system that may result. The estuary SMP process may be summarised as follows: i) Identify functional requirements to develop "design" concept. Evaluate the size, shape and location of the changes that are likely to result. Assess the implications for estuary resources. ii) Use resource interests to define an initial set of SCDO's. Evaluate the size, shape and location of the changes that are likely to result. Assess the implications for the estuary system. iii) Compare the options against the management objectives and consult to identify preferred SCDO's. iv) Map SCDO's as the management units for the estuary. The proposed methodology provides a consistent procedure for defining SCDO's, that can be revisited as the science base advances, new data becomes available, or new infrastructure needs are identified. It therefore provides a sound framework on which to develop a long-term interactive management plan. Introduction This paper describes an attempt to adapt the coastal SMP process for use within an estuary. The resulting approach is referred to as an estuary shoreline management plan (eSMP). The aim of the eSMP is to provide a consistent procedure for defining SCDO's in estuaries, which can form the basis of a management plan over the medium to long-term. The first section of the paper describes the coastal SMP procedure. The next section describes the differences between estuaries and open coasts and the requirements of an eSMP. The recommended approach to eSMP development is then described in the final section

Contemporary Wiradjuri relatedness in Peak Hill, New South Wales.

Wiradjuri Aboriginal people in Peak Hill, a small economically-declining town in central rural New South Wales, have been subjected to a century of government policies included segregation, assimilation, and forced relocations. Despite this local, colonial history Peak Hill Wiradjuri continue to experience daily life in a distinctively Wiradjuri way. To ‘be Wiradjuri’ is to be embedded within a complex web of close relationships that are socially, morally and emotionally developed with both kin and friends, human and non-human subjects. Despite dramatic social and cultural transformations in Wiradjuri meanings and practices of relatedness, the Wiradjuri social world and their ways of self-experience remain informed by past practices. To understand contemporary socialities, and thus the significance of these transformations, this thesis is an examination of the ways in which the moral and emotional order of relatedness governs relatedness, where daily lived experience of shared emotional states can be understood in terms of a language for the self and moral framework. Specifically, this thesis is an exploration of how Wiradjuri people negotiate relatedness in a space in which shared and contrasting Wiradjuri and non-Wiradjuri inter-subjectivities are experienced. This study draws on historical research and ethnographical fieldwork to move beyond an analysis of kinship in terms of structures, roles or values to explore the deeper foundations of emotions and states of being in everyday life

Human Mission to Mars: Designing a Crew Expert Tool for a Safety Critical Environment

On a mission to other planets, the crew would come across situations and challenges that have not been foreseen even by experienced engineers, designers, scientists and previous explorers. This paper considers existing problem solving approaches that can help structure the development of ‘troubleshooting support tools’ for autonomous crews during long-duration missions. It also considers the suitability of these problem solving techniques for crew autonomous operations

A Structured Approach to Scenario Generation for the Design of Crew Expert Tool

It is often difficult to identify the ways in which innovative systems can be used to support the crews on long duration space missions over the coming decades. This paper presents a structured approach towards scenario generation for crew autonomous operations during these future missions. The proposed approach will help to systematically generate scenarios that help define the design requirements for mission related equipment. A crew expert tool is used to illustrate our approach. This system is intended to help crewmembers identify and then resolve complex system failures in situations where it may not be possible to call upon immediate technical assistance from ground support staff. Our approach to scenario design helps to identify ways in which such an application may support crew tasks during the initial development of the application

Development of an international scale of socio-economic position based on household assets.

The importance of studying associations between socio-economic position and health has often been highlighted. Previous studies have linked the prevalence and severity of lung disease with national wealth and with socio-economic position within some countries but there has been no systematic evaluation of the association between lung function and poverty at the individual level on a global scale. The BOLD study has collected data on lung function for individuals in a wide range of countries, however a barrier to relating this to personal socio-economic position is the need for a suitable measure to compare individuals within and between countries. In this paper we test a method for assessing socio-economic position based on the scalability of a set of durable assets (Mokken scaling), and compare its usefulness across countries of varying gross national income per capita.Ten out of 15 candidate asset questions included in the questionnaire were found to form a Mokken type scale closely associated with GNI per capita (Spearmans rank rs = 0.91, p = 0.002). The same set of assets conformed to a scale in 7 out of the 8 countries, the remaining country being Saudi Arabia where most respondents owned most of the assets. There was good consistency in the rank ordering of ownership of the assets in the different countries (Cronbachs alpha = 0.96). Scores on the Mokken scale were highly correlated with scores developed using principal component analysis (rs = 0.977).Mokken scaling is a potentially valuable tool for uncovering links between disease and socio-economic position within and between countries. It provides an alternative to currently used methods such as principal component analysis for combining personal asset data to give an indication of individuals relative wealth. Relative strengths of the Mokken scale method were considered to be ease of interpretation, adaptability for comparison with other datasets, and reliability of imputation for even quite large proportions of missing values

From integration to fusion: the challenges ahead

The increasing complexity of numerical modelling systems in environmental sciences has led to the development of different supporting architectures. Integrated environmental modelling can be undertaken by building a ‘super model’ simulating many processes or by using a generic coupling framework to dynamically link distinct separate models during run-time. The application of systemic knowledge management to integrated environmental modelling indicates that we are at the onset of the norming stage, where gains will be made from consolidation in the range of standards and approaches that have proliferated in recent years. Consolidation is proposed in six topics: metadata for data and models; supporting information; Software-as-a-service; linking (or interface) technologies; diagnostic or reasoning tools; and the portrayal and understanding of integrated modelling. Consolidation in these topics will develop model fusion: the ability to link models, with easy access to information about the models, interface standards such as OpenMI and software tools to make integration easier. For this to happen, an open software architecture will be crucial, the use of open source software is likely to increase and a community must develop that values openness and the sharing of models and data as much as its publications and citation records

The UK needs an open data portal dedicated to coastal flood and erosion hazard risk and resilience

In the UK, coastal flooding and erosion are two of the primary climate-related hazards to communities, businesses, and infrastructure. To better address the ramifications of those hazards, now and into the future, the UK needs to transform its scattered, fragmented coastal data resources into a systematic, integrated portal for quality-assured, publicly accessible open data. Such a portal would support analyses of coastal risk and resilience by hosting, in addition to data layers for coastal flooding and erosion, a diverse array of spatial datasets for building footprints, infrastructure networks, land use, population, and various socio-economic measures and indicators derived from survey and census data. The portal would facilitate novel combinations of spatial data layers to yield scientifically, societally, and economically beneficial insights into UK coastal systems

Coastal Modelling Environment version 1.0: a framework for integrating landform-specific component models in order to simulate decadal to centennial morphological changes on complex coasts

The ability to model morphological changes on complex, multi-landform coasts over decadal to centennial timescales is essential for sustainable coastal management worldwide. One approach involves coupling of landform-specific simulation models (e.g. cliffs, beaches, dunes and estuaries) that have been independently developed. An alternative, novel approach explored in this paper is to capture the essential characteristics of the landform-specific models using a common spatial representation within an appropriate software framework. This avoid the problems that result from the model-coupling approach due to between-model differences in the conceptualizations of geometries, volumes and locations of sediment. In the proposed framework, the Coastal Modelling Environment (CoastalME), change in coastal morphology is represented by means of dynamically linked raster and geometrical objects. A grid of raster cells provides the data structure for representing quasi-3-D spatial heterogeneity and sediment conservation. Other geometrical objects (lines, areas and volumes) that are consistent with, and derived from, the raster structure represent a library of coastal elements (e.g. shoreline, beach profiles and estuary volumes) as required by different landform-specific models. As a proof-of-concept, we illustrate the capabilities of an initial version of CoastalME by integrating a cliff–beach model and two wave propagation approaches. We verify that CoastalME can reproduce behaviours of the component landform-specific models. Additionally, the integration of these component models within the CoastalME framework reveals behaviours that emerge from the interaction of landforms, which have not previously been captured, such as the influence of the regional bathymetry on the local alongshore sediment-transport gradient and the effect on coastal change on an undefended coastal segment and on sediment bypassing of coastal structures

Brexit and biobanking: GDPR perspectives

At the time we wrote this chapter, we undertook the almost impossible task of providing a legal analysis of an event (Brexit) that had not happened and might never have happened. This chapter nonetheless contributes to the edited collection in that it reports on the then legal position in the UK, and presents an analysis of two possible immediate post-Brexit legal futures, for data protection law as applicable to biobanking in the UK. These post-Brexit futures are the position if the draft Withdrawal Agreement is ratified and comes into force, and the position if it does not (a so-called ‘No Deal’ Brexit). The chapter concludes with some thoughts on possible longer term futures. The main message is the deep uncertainties surrounding Brexit and what it means in both legal form and in practice

Uncovering treatment burden as a key concept for stroke care: a systematic review of qualitative research

<b>Background</b> Patients with chronic disease may experience complicated management plans requiring significant personal investment. This has been termed ‘treatment burden’ and has been associated with unfavourable outcomes. The aim of this systematic review is to examine the qualitative literature on treatment burden in stroke from the patient perspective.<p></p> <b>Methods and findings</b> The search strategy centred on: stroke, treatment burden, patient experience, and qualitative methods. We searched: Scopus, CINAHL, Embase, Medline, and PsycINFO. We tracked references, footnotes, and citations. Restrictions included: English language, date of publication January 2000 until February 2013. Two reviewers independently carried out the following: paper screening, data extraction, and data analysis. Data were analysed using framework synthesis, as informed by Normalization Process Theory. Sixty-nine papers were included. Treatment burden includes: (1) making sense of stroke management and planning care, (2) interacting with others, (3) enacting management strategies, and (4) reflecting on management. Health care is fragmented, with poor communication between patient and health care providers. Patients report inadequate information provision. Inpatient care is unsatisfactory, with a perceived lack of empathy from professionals and a shortage of stimulating activities on the ward. Discharge services are poorly coordinated, and accessing health and social care in the community is difficult. The study has potential limitations because it was restricted to studies published in English only and data from low-income countries were scarce.<p></p> <b>Conclusions</b> Stroke management is extremely demanding for patients, and treatment burden is influenced by micro and macro organisation of health services. Knowledge deficits mean patients are ill equipped to organise their care and develop coping strategies, making adherence less likely. There is a need to transform the approach to care provision so that services are configured to prioritise patient needs rather than those of health care systems