2,735 research outputs found

    Conservation status of New Zealand freshwater invertebrates, 2013

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    The conservation status of 644 freshwater invertebrate taxa, across five Phyla, 28 Orders and 75 Families, was assessed using the New Zealand Threat Classification System (NZTCS) criteria. Forty-six species were ranked Nationally Critical, 11 Nationally Endangered and 16 Nationally Vulnerable. One hundred and seventy-two taxa were listed as Data Deficient. A full list is presented, along with summaries and brief notes on the most important changes. This list replaces all previous NZTCS lists for freshwater invertebrates

    Teacher Wellbeing in Remote Australian Communities

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    This paper reports on a project aimed at investigating teacher wellbeing in remote communities in Australia. It utilised a multiple case study methodology to investigate the lived experiences of remote Australian teachers, particularly how remote teachers simultaneously manage the wellbeing and academic needs of their students. Findings show how the challenges of working in remote places impact teacher wellbeing and provides six practical recommendations about how to better support remote teachers. There is a present need to develop a framework of remote teachers thriving, so systems and communities are not over-reliant upon teachersā€™ individual resilience in hard-to-staff places

    Rock Response in a 12-M Tunnel through a Zone of Low Strength

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    At the Rocky Mountain Pumped Storage Project a 12 meter diameter power tunnel was excavated through sedimentary rock for 760 meters. Approximately 10% of this tunnel was through Pennington shale that is described as a dark gray massive organic shale. This paper will describe the methods of testing .and rock characterization, the results of instrumentation and monitoring, and the post-construction testing program for the excavation, and conclude with a discussion of the observed rock response in relation to the measured strength and deformation properties. This particular zone of the tunnel required the addition of longer rockbolts, and a discussion of that supplemental rock reinforcement will be included

    From dot to ring: the role of friction on the deposition pattern of a drying colloidal suspension droplet

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    The deposition of particles on a substrate by drying a colloidal suspension droplet is at the core of applications ranging from traditional printing on paper to printable electronics or photovoltaic devices. The self-pinning induced by the accumulation of particles at the contact line plays an important role in the formation of the deposition. In this paper, we investigate both numerically and theoretically, the effect of friction between the particles and the substrate on the deposition pattern. Without friction, the contact line shows a stick-slip behaviour and a dot-like deposit is left after the droplet is evaporated. By increasing the friction force, we observe a transition from a dot-like to a ring-like deposit. We propose a theoretical model to predict the effective radius of the particle deposition as a function of the friction force. Our theoretical model predicts a critical friction force when the self-pinning happens and the effective radius of deposit increases with increasing friction force, confirmed by our simulation results. Our results can find implications for developing active control strategies for the deposition of drying droplets.Comment: 11 pages, 10 figure

    Apps-olutely fabulous? - The quality of PFMT smartphone app content and design rated using the Mobile App Rating Scale, Behaviour Change Taxonomy, and guidance for exercise prescription

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    This is the author accepted manuscript. The final version is available from Wiley via the DOI in this recordICS 2019: International Continence Society 49th Annual Meeting, 3-6 September 2019, Gothenburg, SwedenDunedin School of MedicineNational Institute for Health Research (NIHR
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