5,215 research outputs found

    Welcome and Opening Remarks

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    Modification of cold orographic clouds

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    December, 1970.Includes bibliographical references.Sponsored by by National Science Foundation 847.Sponsored by by National Science Foundation 1553.Sponsored by by National Science Foundation 11574.Bureau of Reclamation 14-06-D-6467

    Interactions Between Convective Storms and Their Environment

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    The ways in which intense convective storms interact with their environment are considered for a number of specific severe storm situations. A physical model of subcloud wind fields and vertical wind profiles was developed to explain the often observed intensification of convective storms that move along or across thermal boundaries. A number of special, unusually dense, data sets were used to substantiate features of the model. GOES imagery was used in conjunction with objectively analyzed surface wind data to develop a nowcast technique that might be used to identify specific storm cells likely to become tornadic. It was shown that circulations associated with organized meso-alpha and meso-beta scale storm complexes may, on occasion, strongly modify tropospheric thermodynamic patterns and flow fields

    Next Choreography: Transformative potential for young people in choreographic practice

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    This is the final version of the article. Available from Ausdance via the URL in this record.Funded by the Paul Hamlyn Foundation, Next Choreography is a three-year Siobhan Davies Dance (SDD) project for 14-21-year-old young people (YP). The fundamental aim of the project is to develop the cohort’s knowledge, skills, insight, and experience to create their own unique choreographic work. Distinct to SDD, the project encourages YP to look beyond dance to the different choreographic processes used by artists across different art forms. Next Choreography offers three different cohorts of YP (2014-15, 2015-16, 2016-17) a one-year program over three terms, each term having a different focus, and progressively building their understanding, developing their experiences, and using their skills. The project was conceptualized by the SDD team to be impactful in three main ways: on individuals and communities, on SDD as an organization, and on policy and practice. The paper presented at the daCi 2015 conference presented details of the project’s Year 1 achievements in relation to particular measures of success. It also made connections where appropriate to the existing body of research into creativity in YP’s dance education, specifically, the theory of Wise Humanising Creativity (WHC) as conceptualized and developed by the University of Exeter (UoE) staff, Dr. Kerry Chappell and Professor Anna Craft. The evaluation conducted by the UoE and SDD team used a mixed quantitative and qualitative methodology. Questionnaires utilized quantitative methods and observations, WHC Creativity Wheel, and semi-structured interviews employed qualitative methods. The 1 data collection aimed to discover in detail the key participants’ lived experiences during the project. The project had a number of research questions, and this paper will focus on part of the Impact strand: Individual/Community with a specific focus on the YP’s transformation, choreographic development, and creativity. Analysis techniques appropriate to the data type were used to draw out the findings. The research was bound by the ethical protocols of the UoE.We would like to thank and acknowledge the SDD team, the young people, and Arts Facilitator for their time given to this piece of research evaluation. We would also like to thank the Paul Hamlyn Foundation for funding the project and University of Exeter and University of Winchester for supporting additional research time for the University researchers

    Problem-Based Learning and Competency Development.

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    Problem-based learning is an approach to professional education which has been used by a number of educational institutions involved in professional education both here and overseas. The most famous example in Australia is probably the medical course at the University of Newcastle. This paper argues that this initiative in professional education has within it characteristics which are sympathetic to many of the current moves in Australia to describe, and in some cases redefine, professional work. This process is part of a wider move in Australia to upgrade and improve the skills and abilities of the Australian workforce in the context of economic refor

    Report from ionospheric science

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    The general strategy to advance knowledge of the ionospheric component of the solar terrestrial system should consist of a three pronged attack on the problem. Ionospheric models should be refined by utilization of existing and new data bases. The data generated in the future should emphasize spatial and temporal gradients and their relation to other events in the solar terrestrial system. In parallel with the improvement in modeling, it will be necessary to initiate a program of advanced instrument development. In particular, emphasis should be placed on the area of improved imaging techniques. The third general activity to be supported should be active experiments related to a better understanding of the basic physics of interactions occurring in the ionospheric environment. These strategies are briefly discussed
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