Final Report

This study was undertaken to examine responses to young people in Scotland who run away from home or substitute care. The study, commissioned by 1 in 9, The Scottish Coalition for Young Runaways, originated from concerns about the experiences of young people who run away or are forced to leave where they live and aimed to find out more about the responses currently in place to address the needs of these young people

Women in Focus: An evaluation

First paragraph: The development and operation of Women in Focus resulted from the concerns that many practitioners, policy-makers and others have expressed in relation to the increasing imprisonment of women in Scotland (and internationally). There is evidence of considerable innovation and insight in the development of recent initiatives and actions which have emerged in Scotland; for example the 218 service in Glasgow (Loucks et al, 2006; Easton and Matthews, 2010) the Scottish Parliament Equal Opportunities Committee on Female Offenders (Equal Opportunities Committee, 2010). However, innovative attempts, while making a significant difference to the individual women who are able to access them, are introduced and required to operate within, a wider social, political and economic context that can influence how services operate (i.e. short-term funding imposes its own constraints) and how ‘effective' these innovative services can be seen to be

Declines in Puget Sound sediment-dwelling communities and a new focus on climate, nutrient, and other ecosystem stressors

The Washington State Department of Ecology has been collecting data on Puget Sound sediment-dwelling (benthic) invertebrates since 1989, as part of the Marine Sediment Monitoring Program. Benthic organisms serve key functions, including processing and storage of organic material and cycling of nutrients needed by other components of the ecosystem. Benthic invertebrates are an integral part of the marine food web and biogeochemical processes that support salmon, orcas, and humans and are a key component of the Puget Sound ecosystem. We are finding significant declines in the overall condition of benthic communities, with 44% of the study area adversely affected. Many of the adversely affected benthic communities were found in terminal inlets and bays. Throughout Puget Sound, an increase of pollution/hypoxia-tolerant species and a decrease in sensitive species has occurred over time. Deterioration of benthic communities does not correspond well with changes in individual chemical contaminants measured or laboratory tests of sediment toxicity. The spatial distribution of benthic communities is in part defined by the changing physical and oceanographic habitat. Changes in the abundance and composition of the benthic invertebrate community over time may indicate responses of the ecosystem to climatic stressors and large-scale ecological shifts such as changing hydrological, nutrient, oxygen, or acidic conditions

Evaluation of the National Parenting Development Project

This evaluation provides an overview of the work of the National Parenting Development Project and adopts a case study approach to examine how the evaluation objectives were addressed in practice. The three case studies highlight a combination of approaches aimed at developing and supporting effective parenting work: Case study one highlights NPDP’s strategic work with one local authority in developing parenting services in the area; Case study two evaluates NPDP’s direct parenting programme delivery work in collaboration with a range of statutory and voluntary sector staff from within a second local authority area; Case study three provides evidence from NPDP’s direct parenting programme delivery work within HMP & YOI Cornton Vale

An Evaluation of Parenting and Children Together (PACT)

This report provides the findings from an evaluation of a pilot parenting programme, set up in 2006 by the National Parenting Development Project (NPDP) in partnership with HMP and YOI Cornton Vale Programmes Unit in Scotland’s only dedicated prison for women. This pilot is significant as it is the first programme of this type to have been established for women in prison in Scotland and builds on NPDP expertise in intervening with ‘hard to reach’ parents who typically have difficulty in accessing and engaging with services, and the Programme Unit at Cornton Vale’s experience in providing programmes in prison. This report builds on an interim report produced in 2007

Where are the major gaps in the reserve network for Africa's mammals?

The original publication is available from http://www.cambridge.org/The establishment of protected areas for wildlife conservation in Africa was motivated by a number of different reasons (including hunting, recreation and wildlife conservation). The current reserve network provides good coverage of the distributions of the 194 species of larger mammals (> 3 kg) and 51 species of threatened larger mammals. However, it is less effective in covering the distribution of all 197 of Africa's threatened mammal species, which includes >140 smaller bodied species ( <3 kg) often restricted to habitat patches. A fully comprehensive network of areas for the conservation of African mammals, especially those facing extinction, is not yet in place, and further reserves may be needed in the Horn of Africa (Somalia in particular), the Cameroon Highlands, parts of the eastern African coastal forests and Eastern Arc Mountains, and parts of the Albertine Rift Mountains. More and larger reserve areas are also required to adequately cover all the species of South Africa. Parts of these gaps are already covered by government forest reserves, and the importance of this reserve category for the conservation of African mammals, especially threatened species, needs to be better recognized. As many of the gaps in reserve coverage are in areas of high human population and good agricultural potential, conservation goals may be difficult to achieve unless we supplement traditional reserves with novel approaches to maintain natural habitats and wildlife outside reserves.Postprint versio

Electric vehicle drivers use better strategies to counter stereotype threat linked to pro-technology than to pro-environmental identities

Battery electric vehicles (BEVs) could play a crucial role in reducing greenhouse gas emissions around the world. Much research has examined the practical barriers to large-scale BEV uptake, but very little has examined the psychological barriers. The current study addresses this gap in the literature by investigating the effects of stereotype threat on BEV drivers. This psychological predicament occurs when an individual imagines or experiences being judged in terms of negative stereotypes about their social group. Qualitative thematic analysis of interview data revealed three distinct stereotypes that the BEV drivers imagined or reported other people to hold: eccentric, low-status environmentalists; hypocritical, highstatus environmentalists; and geeky technophiles. With regard to the first and second stereotypes, drivers tended to use individualist defence strategies by downplaying their proenvironmental attitudes and dissociating themselves from the undesirable environmentalist groups. With regard to the third stereotype, they tended to use more constructive, group-level defence strategies by perceiving their BEV driver ingroup as superior on the innovative technology adopter dimension compared to their non-BEV driver outgroup. Suggestions are made for countering the psychological barrier of stereotype threat, such as promoting images of BEV drivers as future-shaping market leaders and treating them as members of an influential and desirable consumer group

Rebound effects could offset more than half of avoided food loss and waste

Acknowledgements We thank Peter Newton, Sebastian Dueñas-Ocampo, Rayna Benzeev, Lee Frankel-Goldwater, Waverly Eichhorst, Ryan Langendorf, and Hilary Brumberg for their feedback on earlier drafts of this document; and Ryan Langendorf for helpful feedback and discussion on the economic analysis. M.H. and M.G.B. acknowledge funding from the US Department of Agriculture (USDA) National Institute of Food and Agriculture (NIFA) (Award number: 2020-38420-30727), and the University of Colorado Boulder Cooperative Institute for Research in Environmental Sciences (CIRES) (start-up grant to M.G.B.). S.J.D. was supported by the US National Science Foundation and US Department of Agriculture (INFEWS grant EAR 1639318) and by the ClimateWorks Foundation (grant 22-2100). .Peer reviewedPostprin

Hands on Science to communicate innovations in research – engaging the public in coastal wave hazard measurements to inform management activities

Rising sea level is increasing the flood hazard from sea defence overtopping. New coastal schemes therefore need to be cost-effective and future-proofed. WireWall, with its portable, low cost measurement technology, is a system that can collect overtopping velocities and volumes to inform new scheme design and validate flood forecasting systems. Whilst the application of technology is important, it is equally vital that the scientific community actively engage with the public to raise awareness and understanding of coastal defence initiatives. To engage the public in understanding coastal hazard, how it is managed and how new advances in research informs management decisions, a portable demonstration model of the WireWall field rig has been developed. The tool is hands on, eye catching and user-friendly; and showcases new advances in technology to support coastal flood risk management thus educating the coastal community about changing hazard to promote public preparedness. This tool has successfully initiated in situ engagement between the public, coastal practitioners and researchers to develop support for a new scheme being planned at the WireWall study site. The future wellbeing of coastal communities depends on clear communication of new research that is making sense of changing seas. Here a methodology is presented that achieves just that. The communication facilitated through the design approach used to develop this tool, has turned knowledge and technological innovations into accessible information for government, business and the public

Reduction in Urinary Arsenic with Bottled-water Intervention

The study was conducted to measure the effectiveness of providing bottled water in reducing arsenic exposure. Urine, tap-water and toenail samples were collected from non-smoking adults residing in Ajo (n=40) and Tucson (n=33), Arizona, USA. The Ajo subjects were provided bottled water for 12 months prior to re-sampling. The mean total arsenic (μg/L) in tap-water was 20.3±3.7 in Ajo and 4.0±2.3 in Tucson. Baseline urinary total inorganic arsenic (μg/L) was significantly higher among the Ajo subjects (n=40, 29.1±20.4) than among the Tucson subjects (n=32, 11.0±12.0, p<0.001), as was creatinine-adjusted urinary total inorganic arsenic (μg/g) (35.5±25.2 vs 13.2±9.3, p<0.001). Baseline concentrations of arsenic (μg/g) in toenails were also higher among the Ajo subjects (0.51±0.72) than among the Tucson subjects (0.17±0.21) (p<0.001). After the intervention, the mean urinary total inorganic arsenic in Ajo (n=36) dropped by 21%, from 29.4±21.1 to 23.2±23.2 (p=0.026). The creatinine-adjusted urinary total inorganic arsenic and toenail arsenic levels did not differ significantly with the intervention. Provision of arsenic-free bottled water resulted in a modest reduction in urinary total inorganic arsenic