Brain-based health visiting: How neuroscience is shaping practice

Health visitors have always been faced with change and challenge to their role, partly as a result of health visiting being underpinned by a set of 'soft' skills that are difficult to articulate. This article suggests that the relationship-building skills of health visitors can now be underpinned by evidence from developments in neuroscience. In this paper, the aspects of neuroscience behind many of the core interventions health visitors have always used are discussed and their relationship to managing emotions and stress are addressed. Neurohormones such as oxytocin, cortisol and dopamine are described in the context of health visitor-parent relationships and how this can benefit babies. This paper explains important brain structures and how health visitors can work with these

Emotional intelligence and its role in recruitment of nursing students

This article considers the concept of emotional intelligence and how it can be used in the recruitment and development of nursing students. The links between emotional intelligence and the qualities of compassion and caring are examined. The ethical difficulties surrounding the use of emotional intelligence tests are explored and the value of using a variety of recruitment methods is emphasised. The article suggests that emotional intelligence is an ability which may be developed through nurse education programmes, even if not fully present at interview. The contribution of service users to the recruitment of nursing students is examined, suggesting that they offer some important observations about interviewees. These observations may be more valid than the insights gained from the use of emotional intelligence tests

Natural heritage resources of the Glade Park-Piñon Mesa Area, Mesa County, Colorado and Grand County, Utah

Prepared for: the Nature Conservancy's Colorado Field Office.March 18, 1996.Includes bibliographical references

A Church Music Workshop: Faculty Recital

This is the program for the Church Music Workshop and faculty recital featuring the following faculty artists (in order of performance): mezzo-soprano Mary Worthen, baritone Edward Smith Lyon, and tenor Steve Garner accompanied by pianist David Dennis; Steve Garner and Edward Smith Lyon accompanied by pianist Mary Worthen; the Ouachi-Bones, directed by Dr. Sim Flora; flautist and trombonist Dr. Sim Flora, the Ouachit-Bones, bass player Jeff Madlock, and pianist Cindy Burks; soprano Mary Shambarger, mezzo-soprano Mary Worthen, and organist Russell Hodges; trumpet player Craig Hamilton and organist Russell Hodges. This recital took place on September 23, 1991, in the Mabee Fine Arts Center Recital Hall

Photovoltaic quantum well infrared photodetectors

Quantum well infrared photodetectors (QWIP) are a promising new approach to long-wavelength infrared detector arrays. Both single-well photovoltaic and multiple-well photoconductive devices have been demonstrated. The author discusses noise considerations as they apply to photovoltaic devices, grating coupling of the infrared light into QWIPs, and recently demonstrated electrically tunable detectors. The use of light trapping to enhance the quantum efficiency and reduce cross-talk in an array is addressed

Salience games : private politics when public attention is limited

We develop a theoretical model in which an industry and NGO play salience games - they act strategically to influence public attention to social impacts in the sector. Salience stimulates extra donations for the NGO, and thus firms have incentives to hide the damage they do to avoid public attention. How can an NGO design its mission (how to divide income between campaigning and other projects, and what sorts of campaigns to run) to thrive in such a setting? We show that when public attention is scarce, a greater campaign orientation induces industry to invest in greater obfuscation, starving the NGO of funds. The NGO in turn strategically biases its mission away from campaigns, and in favor of sector-wide versus firm-specific campaigns, but not by as much as a welfare-motivated planner would want. When public attention is avoided by a mixture of substantive and symbolic action, we show that a greater weight on the former induces the NGO to become more campaign-oriented, with social damage lower

Guide to the ecological systems of Colorado

Includes bibliographical references

Mojito, Anyone? An Exploration of Low-Tech Plant Water Extraction Methods for Isotopic Analysis Using Locally-Sourced Materials

The stable isotope composition of water (δ18O and δ2H) is an increasingly utilized tool to distinguish between different pools of water along the soil-plant-atmosphere continuum (SPAC) and thus provides information on how plants use water. Clear bottlenecks for the ubiquitous application of isotopic analysis across the SPAC are the relatively high-energy and specialized materials required to extract water from plant materials. Could simple and cost-effective do-it-yourself "MacGyver" methods be sufficient for extracting plant water for isotopic analysis? This study develops a suite of novel techniques for plant water extraction and compares them to a standard research-grade water extraction method. Our results show that low-tech methods using locally-sourced materials can indeed extract plant water consistently and comparably to what is done with other state-of-the-art methods. Further, our findings show that other factors play a larger role than water extraction methods in achieving the desired accuracy and precision of stable isotope composition: (1) appropriate transport, (2) fast sample processing and (3) efficient workflows. These results are methodologically promising for the rapid expansion of isotopic investigations, especially for citizen science and/or school projects or in remote areas, where improved SPAC understanding could help manage water resources to fulfill agricultural and other competing water needs

Technology Advancement of the Visible Nulling Coronagraph

The critical high contrast imaging technology for the Extrasolar Planetary Imaging Coronagraph (EPIC) mission concept is the visible nulling coronagraph (VNC). EPIC would be capable of imaging jovian planets, dust/debris disks, and potentially super-Earths and contribute to answering how bright the debris disks are for candidate stars. The contrast requirement for EPIC is 10(exp 9) contrast at 125 milli-arseconds inner working angle. To advance the VNC technology NASA/Goddard Space Flight Center, in collaboration with Lockheed-Martin, previously developed a vacuum VNC testbed, and achieved narrowband and broadband suppression of the core of the Airy disk. Recently our group was awarded a NASA Technology Development for Exoplanet Missions to achieve two milestones: (i) 10(exp 8) contrast in narrowband light, and, (ii) 10(ecp 9) contrast in broader band light; one milestone per year, and both at 2 Lambda/D inner working angle. These will be achieved with our 2nd generation testbed known as the visible nulling testbed (VNT). It contains a MEMS based hex-packed segmented deformable mirror known as the multiple mirror array (MMA) and coherent fiber bundle, i.e. a spatial filter array (SFA). The MMA is in one interferometric arm and works to set the wavefront differences between the arms to zero. Each of the MMA segments is optically mapped to a single mode fiber of the SFA, and the SFA passively cleans the sub-aperture wavefront error leaving only piston, tip and tilt error to be controlled. The piston degree of freedom on each segment is used to correct the wavefront errors, while the tip/tilt is used to simultaneously correct the amplitude errors. Thus the VNT controls both amplitude and wavefront errors with a single MMA in closed-loop in a vacuum tank at approx.20 Hz. Herein we will discuss our ongoing progress with the VNT