bluuebunny/crossref_metadata_2025_split huggingface dataset:
Do multilingual androids dream of a better life in Australia? Effectiveness of information technology for government translation to support refugees and migrants in Australia
Authors: O'Mara Ben , Carey Gemma 
Published: May 2019

AbstractWithout high‐quality translation of online information about government support and services, refugees and migrants from culturally and linguistically diverse backgrounds in Australia experience a major barrier to improved health, employment, education and social outcomes. Recent advances in the ability of Google Translate, Skype Translator and other forms of machine translation that use artificial intelligence can help translate government information to better support refugees and migrants but they bring the risk of ineffective communication, and exclusion from services that could positively impact on settlement experiences and daily life. Evidence suggests that government agencies are likely to be using human translators for most translation work, but the degree to which any form of information technology is used, how it may be best applied and the associated effects are not known. This study systematically reviewed the peer‐reviewed and grey literature to determine effective ways of using information technology for translating government information to refugees and migrants from culturally and linguistically diverse backgrounds in Australia. Included studies were analysed to identify techniques and other characteristics of translation, information technology and language support more broadly, and outcomes on education, health, social and other refugee and migrant experiences relating to translated information. Our review found a small evidence base featuring studies with strong evaluation demonstrating effective forms of ‘language support’ for refugees and migrants from culturally and linguistically diverse backgrounds in Australia in a broad sense. However, there is a major gap in knowledge that is contributing to barriers in the use of online government information in Australia. In particular, there is an absence of evidence demonstrating what is effective in the use of machine translation with artificial intelligence, websites and other kinds of information technology for translating government information with refugees and migrants from culturally and linguistically diverse backgrounds. The oversight risks further excluding already marginalised groups from services and support. This paper makes a number of suggestions practitioners can take to address the issue and guidelines for future research.
Creating a State‐Academic Partnership to Advance a Forensic Teaching Service: Benefits and Barriers
Authors: Piel Jennifer L. , Kopelovich Sarah L. , Michaelsen Katherine , Reynolds Susan E. , Cowley Deborah S. 
Published: June 2019

AbstractIn Washington State, like many states, there is a shortage of forensically trained mental health clinicians to work with criminal justice‐involved individuals. At the direction of the state legislature, a collaborative project was undertaken by the University of Washington, the state Department of Social and Health Services, and a state psychiatric hospital to develop a proposal for a jointly sponsored forensic teaching service. The authors reviewed the literature, surveyed and interviewed forensic psychiatry and psychology training directors, and conducted site visits of selected training programs that offer multidisciplinary training or have affiliations with state hospitals. The authors conducted focus groups of additional stakeholders, including clinicians and patients in forensic settings, to better understand the needs in Washington. The authors report on several common benefits and barriers to establishing forensic teaching services. Other states and forensic programs may find this article useful in identifying common considerations for forensic mental health teaching services.
Determination of the Sequence of Intersecting Lines Between Toners and Seals by Laser Fluorescence Microscope
Authors: Wu Xiang , Fang Fang , Li Biao 
Published: May 2019

AbstractFluorescence microscope is considered to be one of the most effective ways to examine the sequence of intersecting seal and toner lines of questioned documents. In reality, however, the toner (mainly divided into compact and noncompact toners) and seal of a questioned document have such a complex morphology and sequence of crossing lines that current methods cannot meet the requirement of practical document identification. In view of the challenges of document examination, a laser fluorescence microscope and method are developed in this study. The developed microscope provides additional functionality to traditional fluorescence microscopes of transmitted light modality, laser excitation, selectable excitation wavelength, and selectable fluorescence filters. The results obtained from the method of comparisons between transmitted light and fluorescence modalities were positive under most conditions, particularly for noncompact toner examination for which a 100% accuracy rate and 90% detection rate were achieved in blind testing.
Australian private emergency departments can assist ambulance services by taking public emergency patients during surge and disasters
Authors: Walker Katie , Stephenson Michael , Dunlop William A , Cheong Edward M , Ben‐Meir Michael 
Published: June 2019

AbstractWe describe a novel ambulance diversion programme, piloted in Victoria. This article discusses creating increased emergency capacity during surge or disasters by utilising private EDs, tested during a recent thunderstorm asthma disaster and an influenza epidemic. Public hospitals and EDs often run at or over capacity during normal operations. This leaves limited ability to manage surges in demand, resulting in suboptimal outcomes for patients, public ED staff and ambulance services. It is feasible to create surge capacity in private EDs for public ambulance patients. Other states could consider this option to help manage health disasters.
Utility of calcium, magnesium and phosphate testing in the emergency department
Authors: Date Patrick A , Smith Jesse L , Spencer William S , de Tonnerre Erik J , Yeoh Michael J , Taylor David McD 
Published: June 2019

AbstractObjectiveTo determine how frequently calcium (Ca), magnesium (Mg) and phosphate (PO4) tests change ED patient management.MethodsWe undertook a retrospective observational study in an Australian tertiary referral ED. We enrolled adult patients (aged ≥18 years) who presented between 1 January and 30 June 2017 and who had a serum Ca, Mg or PO4 test ordered and completed during their ED stay. Patient symptoms, medical history, electrolyte levels and ED management changes were extracted from the electronic medical record.ResultsOf the 33 120 adults presented during the study period, 1716 (5.2%, 95% confidence interval [CI] 5.0–5.4) had at least one Ca, Mg or PO4 test completed in the ED. This included 4776 individual electrolyte tests, of which 776 (16.2%, 95% CI 15.2–17.3) were abnormal. Fifty‐six (7.2% [95% CI 5.5–9.3] of patients with abnormal tests, 1.2% [95% CI 0.9–1.5] of all tests) tests were associated with a change in ED management. Twenty‐six out of 1683 (1.5%) Ca levels were low with six (23.1%) management changes; 203 (12.1%) were high with 10 (4.9%) management changes. One hundred and twenty‐eight out of 1579 (8.1%) Mg levels were low with 33 (25.8%) management changes; 30 (1.9%) were high with no management changes. Two hundred and twenty‐five out of 1514 (14.9%) PO4 levels were low with six (2.7%) management changes; 164 (10.8%) were high with one (0.6%) management change. Fifty (2.9%) patients had management changes despite normal electrolyte levels.ConclusionCa, Mg and PO4 testing is common. However, the yield of clinically significant abnormal levels is low and patient management is rarely changed. Testing of these electrolytes needs to be rationalised.
Endozoochory of frugivorous birds as potential dispersal of seed parasites from Pistacia chinesis: experimental evidence
Authors: XIAO Zhishu 
Published: May 2019

AbstractThe plant–disperser–fruit pest triads involve 3 interacting animals or groups (plants, vertebrates and seed parasites), and the dispersal of both seeds and seed parasites, which can both benefit from endozoochory via defecation or regurgitation by frugivorous vertebrates. However, we have very limited knowledge about the ecological and evolutionary consequences of these plant–disperser–fruit pest triads. Across central Northern China, several seed wasps (mainly Eurytoma plotnikov attack Pistacia chinensis fruits, and seed wasp larvae can develop, diapause and finally emerge as adults inside a seed during the following 1–3 years. In this study, we experimentally investigated whether frugivorous birds discriminated P. chinesis fruits with or without seed parasites, and whether bird endozoochory (by defecation or regurgitation) affected larval survival of seed parasites. The infestation rate by seed parasites was 37% of the P. chinesis fruit crop but with up to 48% of aborted fruits. We found that all 5 bird species can discriminate and then reject all unhealthy fruits (including aborted and insect‐infested). However, 4 of the 5 bird species, in particular bulbul species, consumed 15–41% of aborted and insect‐infested fruits as complementary food only when these unhealthy fruits were provided. Moreover, all larva of seed parasites remained alive after bird defecation or regurgitation. In conclusion, our study demonstrates that endozoochory by frugivorous birds could lead to potential dispersal of seed parasites of P. chinensis but with a very low probability.
Bright artificial light at night is associated with increased body mass, poor reproductive success and compromised disease tolerance in Australian budgerigars (Melopsittacus undulatus)
Authors: MALEK Itay , HAIM Abraham 
Published: May 2019

AbstractArtificial light at night (ALAN) can cause circadian disruption and result in adverse behavioral and ecological effects in free‐living birds, but studies on captive pet birds as companion animals have been infrequent. We studied the effects of exposure to bright ALAN on body mass, melatonin sulfate levels, reproduction and disease severity in Australian budgerigars (Melopsittacus undulatus) kept in captivity. During the experiment, birds were kept under outdoor temperature, humidity and natural photoperiod from September to December. A total of 48 birds were equally split into 4 groups (6 mating pairs each) and concurrently exposed to ALAN of 200 lux with different duration (0, 30, 60 and 90 min). Monthly observations were recorded for all dependent parameters. ALAN exposure increased mass gain and suppressed melatonin levels in a dose‐dependent manner, especially during December. In addition, ALAN exposure in all duration groups decreased egg production and reduced hatchability from 61% ± 14% in the ALAN‐unexposed control group to 0% in the ALAN‐exposed birds. Disease severity was also found to increase in line with the duration of ALAN exposure. In captiveM. undulatus, ALAN exposure was demonstrated to affect photoperiodic regulation with subsequent excess mass gain and reproduction impairment, and increased susceptibility to infections plausibly through duration dose‐dependent suppression of melatonin. To the best of our knowledge, this is the first study to demonstrate a possible association between acute bright ALAN of increasing duration and both natural development of infections as well as reproductive cessation in captive birds. Our findings could be used to improve breeding conditions of captive birds.
Numerical Simulation of 3D Borehole‐to‐Surface Electrical Method
Authors: Zhitao Xiong , Xingong Tang , Dandan Li , Chunyan Zhao 
Published: May 2019

AbstractThe anomaly response characteristics of the vertical line‐source 3D borehole‐to‐surface model are simulated by an adaptive finite element method. The calculation shows that the anomaly in the radial direction is pressed and the closer to the source, the more pronounced, the anomaly is stretched in the direction perpendicular to the radius. Adding a B pole in the Y direction can offset the effect of stretching to some extent. The anomaly that is closer to the source of the profile is clearer than the anomaly that is far from the source. The research results are of great significance for guiding the practical application of the borehole‐to‐surface electrical method.
Geochronology and Chemistry of the Ophiolite in the Southern Tianshan, Uzbekistan
Authors: WENG Kai , MA Zhongping , CHEN Bo , CAO Kai , CAO Jifei 
Published: May 2019

AbstractThe ophiolite in the southern Tianshan, Uzbekistan, is interrupted distributed along the northern border (NW‐trending) of the Nuratau Mountain. It's the suture zone between kyzylkum‐Alai and Kazakhstan paleo‐continents. In order to study the tectonic evolution of the Turkestan ocean during the Paleozoic, we present zircon U‐Pb ages, major element, trace element data for rocks from the ophiolite in the Nuratau segment. The ophiolite comprises the rock blocks of serpentinite, altered basalt, allalinite, altered diabase, pillowed basalt, limestone, etc and the matrix of quartz schist, forming the grid structure. The matrix suffers strong deformation and deterioration, while the mylonitization occurred in the western outcrop. New LA‐ICP‐MS zircon U‐Pb ages were determined for six magmatic rock blocks and two quartz schist matrix and these ages confirm the presence of Late Devonian‐Early Permian (ca. 411 to 294 Ma). Five zircon grains from greenschist facies metamorphic basic rock yielded a group minimum weighted mean age of 226 Ma, interpreted as the result of Late Triassic thermal event. The apex of zircon ages for 2 quartz schist is about 450 Ma (Late Ordovician). That indicates sedimentary material from the Late Ordovician. The basalt (SiO2=48.15‐49.93%) are Na‐enriched (average Na2O=2.32‐4.02%), with high HREE/LREE ratios (average=4.93), Weak positive anomalies (average Eu*/Eu=1.02) and convex‐type mantle‐normalized immobile trace elements patterns, which are similar to the geochemical characteristics of Alkaline Ocean island basalt (OIB) and subalkaline Oceanic plateau basalt (OPB). This ophiolite is characterized by Mantle (serpentinite) and Ocean crust (altered basalt, allalinite, pillowed basalt), formed in Early Devonian at the latest. During the evolution of the Turkestan ocean, the growth of OIB and OPB, Ordovician provided a large amount of sedimentary material. The earliest start time of the ocean closed and paleo‐continents assembly is the Early Permian. Afterward, a Late Triassic thermal event occurred on a region scale and is recorded by metamorphic zircon.
Blueschist Facies Metamorphism and Its Evolution in the Yilan Area, Heilongjiang Province of China
Authors: XU Xuechun , HAN Xiaomeng , ZHENG Changqing 
Published: May 2019

AbstractBlueschists in the Yilan area, Heilongjiang Province, are known as important parts of the Heilongjiang Complex. However, their metamorphic evolution history is still unclear. Petrographical, and mineral chemical investigations on the blueschists from the Yilan area are carried out in this study. P‐T pseudosections are calculated in the system Na2O‐CaO‐K2O‐MnO‐FeO‐MgO‐Al2O3‐SiO2‐H2O‐TiO2‐O (Fe2O3) (NCKMnFMASHTO) with the PERPLE_X software for three blueschist samples. Peak metamorphic conditions are estimated to be 500‐525°C, 1.14‐1.2 GPa for garnet‐barroisite schist (g‐brs‐wnc‐act‐phn‐chl‐ep‐ab‐stlp); 480°C, 1.4 GPa for chlorite‐epidote glaucophane schist (gl‐brs‐wnc‐act‐chl‐ep‐stlp) and 450‐500°C, 0.95‐1.2 GPa for phengite‐glaucophane schist (gl‐wnc‐phn‐ab‐ep‐chl‐sph), which indicate that they all underwent peak metamorphism in the limit epidote‐blueschist facies conditions. Combined with the previously reported geochemical and geochronological data, the clockwise P‐T paths of the blueschists are constructed. The formation of blueschists in the study area marks the young oceanic crust subduction, and represents the final closure of the Paleo‐Asian Ocean and the beginning of the Paleo‐Pacific tectonic system. The P‐T pseudosection recorded the P‐T increasing process before the metamorphic peak and that the maximum temperature was coincident with the maximum pressure in the process, which indicates that the epidote‐blueschist facies conditions implemented in the process of subduction, rather than exhumation. The retrograde trajectory nearly coincidently retraced the prograde trajectory, which represents the similar geothermal gradient (11‐14°C/km) in the subduction and the relatively slow exhumation process.
Fractionation of Ruthenium from Other Highly Siderophile Elements (HSEs) in Forearc Mantle
Authors: XU Yang , LIU Chanzhou 
Published: May 2019

AbstractThe geochemical characteristics and behaviors of highly siderophile elements (HSEs) in forearc peridotites remain poorly constrained due to the scarcity of data. Here, we report HSE abundances of mantle peridotites from the New Caledonia ophiolites, a classical ophiolite generated in a forearc setting. Those peridotites show non‐chondritic, strongly fractionated HSE patterns and can be classified into two distinct types (namely Group I and Group II). Group I peridotites have higher HSE contents than Group II peridotites, which might be because intergranular sulfides were completely removed but sulfide inclusions were retained during partial melting of peridotites in a forearc environment, and meanwhile the distribution of sulfide inclusions are not uniform in mantle. Moreover, Group I peridotites display flat patterns from Os to Pt but strongly depleted in Pd, which resemble those patterns of some mantle wedge xenoliths. The Pt–Pd decoupling can be attributed to high degrees of partial melting. However, Group II peridotites are characterized by strongly positive Ru anomaly with highly super‐chondritic Ru/Os and Ru/Ir ratios. Such characteristics are the first reported cases for forearc peridotites. The fractionation of Ru from other HSEs might reflect the stability of refractory Ru‐rich phases in mantle wedge peridotites during different processes, e.g., partial melting and melt/fluid‐rock reactions.
Lajishan Accretionary Complex: Implications for Paleozoic Accretionary and Collisional Events in the South Qilian Belt
Authors: YAN Zhen , FU Changlei , AITCHISON Jonathan , BUCHMON Solomon , NIU Manlan 
Published: May 2019

AbstractThe Qilian orogen along the NE edge of the Tibet‐Qinghai Plateau records the evolution of Proto‐Tethyan Ocean that closed through subduction along the southern margin of the North China block during the Early Paleozoic. The South Qilian belt is the southern unit of this orogen and dominated by Cambrian‐Ordovician volcano‐sedimentary rocks and Neoproteozoic Hualong complex that contains similar rock assemblages of the Central Qilian block. Our recent geological mapping and petrologic results demonstrate that volcano‐sedimentary rocks show typical rock assembles of a Cambrian‐early Ordovician arc‐trench system in Lajishan Mts. along the northern margin of the Hualong Complex. Island arc rocks including basalt, andesite, dacite, rhyolite, and breccia is in fault contact with ophiolite complex consisting of mantle peridotite, serpentinite, gabbro, dolerite, plagiogranite, and basalt. Accretionary complexes are tectonically separated from the ophiolite‐arc rocks, with various rock assemblages spatially. They consist of pillow basalt, basalt breccia, tuff, chert, and limestone blocks with a seamount origin within the scaly shale in Dingmaoshan and Donggoumeikuang areas, and basalt, chert, and sandstone blocks within muddy shale matrix and mélange at Lajishankou area. Abundant radiolarians occur in red chert, and trilobite, brachiopod, and coral fossils occur within Dingmaoshan limestone blocks. Although partial basalt or chert blocks are highly disrupted, duplex, thrust fault, rootless intrafolial fold, tight fold, and penetrative foliation are well‐developed at Donggoumeikuang area. Spatially, accretionary complexes lie structurally beneath ophiolite complex and above the turbidites of the Central Qilian block. Ophiolite and accretionary complexes are also overlapped by late Ordovician molasse deposits sourced from Cambrian arc‐trench system and the Central Qilian block. These observations demonstrate that a Cambrian‐early Ordovician trench‐arc system within the South Qilian belt formed during the early Paleozoic southward subduction of the South Qilian Ocean collided with the Central Qilian block prior to the late Ordovician.
Accreted Terranes in the Paleo‐Asian Ocean
Authors: YANG Gaoxue , LI Yongjun , TONG Lili , WANG Zuopeng , DUAN Fenghao 
Published: May 2019

AbstractTerrane accretion is considered to be one of the main contributors to the growth of continental crust (Stern and Scholl, 2010). Allochthonous terranes can be categorized into three general groups, including island arcs, seamounts (oceanic plateaus, submarine ridges), and continental fragments. The Central Asian Orogenic Belt (CAOB) is one of the largest and long‐lived accretionary collages on the globe, and is composed of numerous island arcs, and accretionary wedges, seamounts, and microcontinents associated with the growth and consumption of the Paleo‐Asian Ocean (Fig.1; Şengör et al., 1993; Windley et al., 2007; Xiao et al., 2015; Yang et al., 2015).
Study Monitoring in Emergency Care Trials: Lessons from the Resuscitation Outcomes Consortium Continuous Chest Compressions Trial
Authors: Schmicker Robert H. , Nichol Graham , Callaway Clifton W. , Cheskes Sheldon , Sopko George , Wang Henry E. 
Published: May 2019

AbstractObjectiveClinical trial investigators often assemble internal study monitoring committees (SMCs) to measure individual or group adherence with trial performance benchmarks. We examined the processes and results of study monitoring in an international trial of out‐of‐hospital cardiac arrest.MethodsWe studied SMC operations for the Resuscitation Outcomes Consortium (ROC) Continuous Chest Compressions (CCC) trial, which compared continuous with interrupted chest compressions upon survival after out‐of‐hospital cardiac arrest. The SMC defined trial performance benchmarks, which included compliance with the intervention, cardiopulmonary resuscitation (CPR) process data availability and timely data completion. Trial investigators received monthly performance reports. We determined rates of trial noncompliance and suspension from the trial.ResultsROC‐CCC enrolled a total of 23,711 subjects in the primary analysis population. Across 113 enrolling agencies, the SMC monitored performance for a total 2,367 agency‐months. Emergency medical services agencies were on probation for a total of 178 (7.5%) agency‐months. Fifty‐five agencies were placed on probation at least once, of which 78% improved their performance and were approved for continued participation in the trial. A total of 12 agencies were suspended from trial participation. Data monitoring resulted in high‐quality CPR (mean chest compression fraction = 0.80), 87% CPR process availability and timely data completion (75th and 95th percentiles prehospital data = 22 and 57 days; hospital data = 58 and 118 days).ConclusionsStudy monitoring procedures may play an important role in ensuring the performance quality in acute care clinical trials.