bluuebunny/crossref_metadata_2025_split huggingface dataset:
Interventions to improve antibiotic prescribing at hospital discharge: A systematic review
Authors: Daniels Lindsay M. , Weber David J. 
Published: September 2020

AbstractA large proportion of antibiotic use associated with hospitalization occurs immediately after discharge, representing an important focus for antimicrobial stewardship programs. This review identified few studies evaluating the effect of interventions aimed at improving discharge antibiotic prescribing. Antimicrobial stewardship to improve postdischarge antibiotic prescribing is an unmet need warranting further study.
A Model of Global Beverage Markets
Authors: Wittwer Glyn , Anderson Kym 
Published: September 2020

AbstractThis article describes a new empirical model of the world's markets for alcoholic beverages and, to illustrate its usefulness, reports results from projections of those markets from 2016–2018 to 2025 under various scenarios. It not only revises and updates a model of the world's wine markets (Wittwer, Berger, and Anderson, 2003), but also adds beer and spirits so as to capture the substitutability of those beverages among consumers. The model has some of the features of an economy-wide computable general equilibrium model, with international trade linking the markets of its 44 countries and seven residual regions. It is used to simulate prospects for these markets by 2025 (business-as-usual), which points to Asia's rise. Then two alternative scenarios to 2025 are explored: one simulates the withdrawal of the United Kingdom from the European Union (EU); the other simulates the effects of the recent imposition of additional 25% tariffs on selected beverages imported by the United States from several EU member countries. Future applications of the model are discussed in the concluding section. (JEL Classifications: C53, F11, F17, Q13)
INTRODUCTION: HISTORY FROM BETWEEN AND THE GLOBAL CIRCULATIONS OF THE PAST IN ASIA AND EUROPE, 1600–1950
Authors: JENCO LEIGH K. , CHAPPELL JONATHAN 
Published: September 2020

AbstractThis article argues for a ‘history from between’ as the best lens through which to understand the construction of historical knowledge between East Asia and Europe. ‘Between’ refers to the space framed by East Asia and Europe, but also to the global circulations of ideas in that space, and to the subjective feeling of embeddedness in larger-than-local contexts that being in such a space makes possible. Our contention is that the outcomes of such entanglements are not merely reactive forms of knowledge, of the kind implied by older studies of translation and reception in global intellectual history. Instead they are themselves ‘co-productions’: they are the shared and mutually interactive inputs to enduring modes of uses of the past, across both East Asian and European traditions. Taking seriously the possibility that interpretations of the past were not transferred, but rather were co-produced between East Asia and Europe, we reconstruct the braided histories of historical narratives that continue to shape constructions of identity throughout Eurasia.
READING EUROPEAN UNIVERSAL HISTORIES IN JAPAN, 1790s–1840s
Authors: MERVART DAVID 
Published: September 2020

AbstractThis article offers a case study in the nature of uses of the European past in East Asia at a time when the search for the knowledge of the West was not yet motivated primarily by any sense of its civilizational, moral, or technological superiority. In the course of the later eighteenth century, as Dutch philological expertise gradually became another available tool – alongside the long-established Sinological erudition – for generating knowledge about the world, commentators around the Japanese archipelago began to turn not only to the medical and astronomical manuals of the occidentals but also to their histories. The translation-cum-commentaryMiscellanea from the western seasby Yamamura Saisuke (1801) is a case in point. The text became effectively a crossroads of two philological and historiographical bodies of knowledge that intersected in unexpected ways as the European past was subjected to a reinterpretation in terms of the classical Chinese precedent, while the product of that reinterpretation informed a different understanding of the recent and contemporary historical trajectory of a Japan now exposed to the dynamics of the global European presence.
NARRATING JAPAN'S EARLY MODERN SOUTHERN EXPANSION
Authors: TREMML-WERNER BIRGIT 
Published: September 2020

AbstractThis article explores how the Japanese translator-historian Murakami Naojirō created an understanding of the Japanese past that established seventeenth-century Japanese actors as equivalents to western European and overseas Chinese merchants. Creating a historical geography of the Southern Seas and the Pacific, Murakami celebrated Japan's expansionism, not only by stressing the seventeenth-century Japanese presence in South-east Asia, but also, more subtly, by identifying the existence of a progressive spirit in the Japanese individuals involved in it. His narrative strategy included implicit comparisons with the European age of expansion, whose protagonists in South-east Asia relied on the networks and services of both Japanesewakō(‘pirates’) and more complex actors such as the red seal merchant Yamada Nagamasa. The article is a case study for Japan's intellectual imperialism of the 1910s–1940s, which closely intertwined popular discourse and academic history.
30 years of parasitology research analysed by text mining
Authors: Ellis John T. , Ellis Bethany , Velez-Estevez Antonio , Reichel Michael P. , Cobo Manuel J. 
Published: September 2020

AbstractBibliometric methods were used to analyse the major research trends, themes and topics over the last 30 years in the parasitology discipline. The tools used were SciMAT, VOSviewer and SWIFT-Review in conjunction with the parasitology literature contained in the MEDLINE, Web of Science, Scopus and Dimensions databases. The analyses show that the major research themes are dynamic and continually changing with time, although some themes identified based on keywords such as malaria, nematode, epidemiology and phylogeny are consistently referenced over time. We note the major impact of countries like Brazil has had on the literature of parasitology research. The increase in recent times of research productivity on ‘antiparasitics’ is discussed, as well as the change in emphasis on different antiparasitic drugs and insecticides over time. In summary, innovation in parasitology is global, extensive, multidisciplinary, constantly evolving and closely aligned with the availability of technology.
Further evidence that Antarctic toothfish are important to Weddell seals
Authors: Ainley David G. , Cziko Paul A. , Nur Nadav , Rotella Jay J. , Eastman Joseph T. , Larue Michelle , Stirling Ian , Abrams Peter A. 
Published: September 2020

AbstractAntarctic toothfish Dissostichus mawsoni and Weddell seals Leptonychotes weddellii are important mesopredators in the waters of the Antarctic continental shelf. They compete with each other for prey, yet the seals also prey upon toothfish. Such intraguild predation means that prevalence and respective demographic rates may be negatively correlated, but quantification is lacking. Following a review of their natural histories, we initiate an approach to address this deficiency by analysing scientific fishing catch per unit effort (CPUE; 1975–2011 plus sporadic effort to 2018) in conjunction with an annual index of seal abundance in McMurdo Sound, Ross Sea. We correlated annual variation in scientific CPUE to seal numbers over a 43 year period (1975–2018), complementing an earlier study in the same locality showing CPUE to be negatively correlated with spatial proximity to abundant seals. The observed relationship (more seals with lower CPUE, while controlling for annual trends in each) indicates the importance of toothfish as a dietary item to Weddell seals and highlights the probable importance of intra- and inter-specific competition as well as intraguild predation in seal-toothfish dynamics. Ultimately, it may be necessary to supplement fishery management with targeted ecosystem monitoring to prevent the fishery from having adverse effects on dependent species.
The provision of recipes and single-use herb/spice packets to increase egg and protein intake in community-dwelling older adults: a randomised controlled trial
Authors: van den Heuvel E , Murphy JL , Appleton KM 
Published: September 2020

Abstract

Objective:
This study investigated the impact of recipe and single-use herb/spice packet provision on egg intake and protein intake in community-dwelling individuals aged over 55 years.

Design:
Using a randomised-controlled intervention design, 100 older adults were randomised to receive (n 53) or not receive (n 47) high-protein egg-based recipes and herb/spice packets through the post for 12 weeks, from June to December 2016. Egg intake, protein intake, adverse events, lean body mass and functional measures of lean body mass were measured at baseline, after the 12 weeks and after a further 12 weeks.

Setting:
Bournemouth, UK.

Participants:
Community-dwelling older adults.

Results:
Intention-to-treat data were analysed using regression, controlling for various demographic and lifestyle characteristics. Ninety-three individuals (intervention, n 50; control, n 43) completed assessments at all three time points. Egg intakes increased by end of intervention in both groups (mean: 4–5 eggs/month). After a further 12 weeks, higher egg intakes were sustained in the intervention group, while egg intakes in the control group returned to baseline levels (between-group difference: β = −0·124, P = 0·047). No differences were found in other measures (largest β = −0·106, P = 0·12).

Conclusions:
The provision of high-protein egg-based recipes and single-use herb/spice packets over 12 weeks increased egg intakes up to 12 weeks after end of intervention. Other factors may explain increased egg intakes during the intervention, but the sustained effects most plausibly result directly from recipe provision. Limited effects in other measures suggest that the recipes may have replaced as opposed to added to existing protein intakes.
A Comparison of a Direct Electron Detector and a High-Speed Video Camera for a Scanning Precession Electron Diffraction Phase and Orientation Mapping
Authors: MacLaren Ian , Frutos-Myro Enrique , McGrouther Damien , McFadzean Sam , Weiss Jon Karl , Cosart Doug , Portillo Joaquim , Robins Alan , Nicolopoulos Stavros , Nebot del Busto Eduardo , Skogeby Richard 
Published: September 2020

Abstract
A Near‐Term Iterative Forecasting System Successfully Predicts Reservoir Hydrodynamics and Partitions Uncertainty in Real Time
Authors: Thomas R. Quinn , Figueiredo Renato J. , Daneshmand Vahid , Bookout Bethany J. , Puckett Laura K. , Carey Cayelan C. 
Published: September 2020

AbstractFreshwater ecosystems are experiencing greater variability due to human activities, necessitating new tools to anticipate future water quality. In response, we developed and deployed a real‐time iterative water temperature forecasting system (FLARE—Forecasting Lake And Reservoir Ecosystems). FLARE is composed of water temperature and meteorology sensors that wirelessly stream data, a data assimilation algorithm that uses sensor observations to update predictions from a hydrodynamic model and calibrate model parameters, and an ensemble‐based forecasting algorithm to generate forecasts that include uncertainty. Importantly, FLARE quantifies the contribution of different sources of uncertainty (driver data, initial conditions, model process, and parameters) to each daily forecast of water temperature at multiple depths. We applied FLARE to Falling Creek Reservoir (Vinton, Virginia, USA), a drinking water supply, during a 475‐day period encompassing stratified and mixed thermal conditions. Aggregated across this period, root mean square error (RMSE) of daily forecasted water temperatures was 1.13°C at the reservoir's near‐surface (1.0 m) for 7‐day ahead forecasts and 1.62°C for 16‐day ahead forecasts. The RMSE of forecasted water temperatures at the near‐sediments (8.0 m) was 0.87°C for 7‐day forecasts and 1.20°C for 16‐day forecasts. FLARE successfully predicted the onset of fall turnover 4–14 days in advance in two sequential years. Uncertainty partitioning identified meteorology driver data as the dominant source of uncertainty in forecasts for most depths and thermal conditions, except for the near‐sediments in summer, when model process uncertainty dominated. Overall, FLARE provides an open‐source system for lake and reservoir water quality forecasting to improve real‐time management.
Rational Planning of Land Use Can Maintain Water Yield Without Damaging Ecological Stability in Upstream of Inland River: Case Study in the Hei River Basin of China
Authors: Su Tongxuan , Zhang Baoqing , He Xiaogang , Shao Rui , Li Yao , Tian Jie , Long Biao , He Chansheng 
Published: September 2020

AbstractUpstream inland rivers provide most of water resources for midstream and downstream in arid and semiarid regions. From the perspective of ecological rehabilitation, it is necessary to simultaneously ensure upstream streamflow while still maintaining economy‐ecosystem balance in upstream. However, vegetation dynamics effects caused by ecological rehabilitation cannot be well evaluated in previous studies due to the sparseness of observations at regional scales. With increased availability of vegetation and hydrological data, it is now possible to explore the relationship between water yield and ecological balance affected by vegetation dynamics. This study takes Upper Hei River Basin, part of the Asia's water tower—the Qinghai‐Tibet Plateau, as an example and uses the Eagleson's ecohydrological model to explore the effects of vegetation dynamics on streamflow and ecology in growing seasons during 1992–2015. We compare scenarios with and without vegetation changes and find that there is limited evidence that ecological rehabilitation could enhance water yield. Approximately 51.31% of Upper Hei River Basin vegetation cover (M) tends to deviate from ecological optimization state compared to equilibrium vegetation cover (Meq). In order to explore ways to ensure streamflow and maintain ecology, different vegetation scenarios are simulated. Results show that on average, grazing in area where M is larger than Meq could increase streamflow by approximately 7.3%/year and planting trees in other area could increase streamflow by approximately 2.9%/year. Therefore, effective control on vegetation dynamics can simultaneously ensure streamflow and maintain ecological balance, which can also provide guidance and theoretical support for upstream inland river planning.
Evaluation of Cloud and Precipitation Response to Aerosols in WRF‐Chem With Satellite Observations
Authors: Liu Zhoukun , Wang Minghuai , Rosenfeld Daniel , Zhu Yannian , Bai Heming , Cao Yang , Liang Yuan 
Published: September 2020

AbstractLarge uncertainties remain in the key physical processes associated with aerosol‐cloud interactions (ACI) in models. With the help of A‐Train satellite observations, the Weather Research and Forecasting Model with chemistry (WRF‐Chem) model with two microphysical schemes, Morrison (MOR) and Lin (LIN), is evaluated by quantifying the susceptibilities of cloud properties, precipitation characteristics, and warm rain process to aerosols for marine stratocumulus over the Southeast Pacific. We reduced the meteorological control on clouds by stratifying them using cloud geometric thickness. Our results show that while the cloud fraction increases with increasing cloud droplet number concentration (Nd) in observation and simulations, the susceptibility of cloud fraction to Nd in simulations are only half of that in the observation. The cloud liquid water path increases with Nd in simulations but decreases slightly in the observation. Compared with the observations, the warm rain in WRF‐Chem simulations is generally less suppressed by aerosols, and it initiates at a much smaller cloud droplet effective radius (Re). The conversion from cloud to rain is substantially faster in simulations compared to satellite observations. The conversion rate accelerates at Re ≈ 13 μm in observations and at Re ≈ 9 μm in simulations.
Seasonal Differences and Variability of Concentrations, Chemical Composition, and Cloud Condensation Nuclei of Marine Aerosol Over the North Atlantic
Authors: Saliba Georges , Chen Chia‐Li , Lewis Savannah , Russell Lynn M. , Quinn Patricia K. , Bates Timothy S. , Bell Thomas G. , Lawler Michael J. , Saltzman Eric S. , Sanchez Kevin J. , Moore Richard , Shook Michael , Rivellini Laura‐Helena , Lee Alex , Baetge Nicholas , Carlson Craig A. , Behrenfeld Michael J. 
Published: September 2020

AbstractThe majority of the aerosol particle number (condensation nuclei or CN) in the marine boundary layer (MBL) consists of sulfate and organic compounds that have been shown to provide a large fraction of the cloud condensation nuclei (CCN). Here we use submicron non‐refractory Aerosol Mass Spectrometer (AMS) and filter measurements of organic and sulfate components of aerosol particles measured during four North Atlantic Aerosol and Marine Ecosystems Study (NAAMES) research cruises to assess the sources and contributions of submicron organic and sulfate components for CCN concentrations in the MBL during four different seasons. Submicron hydroxyl group organic mass (OM) correlated strongly to sodium concentrations during clean marine periods (R = 0.9), indicating that hydroxyl group OM can serve as a proxy for sea‐spray OM in ambient measurements. Sea‐spray OM contributed 45% of the sum of sea‐spray OM and sea salt during late spring (biomass climax phase) compared to <20% for other seasons, but the seasonal difference was not statistically significant. The contribution of non‐combustion sources during clean marine periods to submicron OM was 47 to 88% and to non‐sea‐salt sulfate 31 to 86%, with likely sources being marine and biogenic. The remaining submicron OM and sulfate were likely associated with ship or continental sources, including biomass burning, even during clean marine periods. The seasonal contribution from secondary sulfate and OM components to submicron aerosol mass was highest during late spring (60%), when biogenic emissions are expected to be highest, and lowest during winter (18%). Removing submicron sea‐spray OM decreased CCN concentrations by <10% because of competing effects from increased hygroscopicity and decreased particle size. During all seasons, adding biogenic secondary sulfate increased hygroscopicity, particle size, and CCN concentrations at 0.1–0.3% supersaturations by 5–66%. The largest change was during early spring when the fraction of hygroscopic sulfate components in the 0.1–0.2 μm size range was highest (80%). During continental periods, the increased contribution from low‐hygroscopicity organic components to 0.1–0.2 μm diameter particles reduces the CCN/CN by 20–100% for three seasons despite the increased CN and mass concentrations. These results illustrate the important role of the chemical composition of particles with diameters 0.1–0.2 μm for controlling CCN in the MBL.
Bihemispheric Warming in the Miocene Climatic Optimum as Seen From the Danish North Sea
Authors: Herbert Timothy D. , Rose Rebecca , Dybkjær Karen , Rasmussen Erik S. , Śliwińska Kasia K. 
Published: September 2020

AbstractThe Miocene epoch witnessed major changes in climate. The marine oxygen isotope record, our best single continuous representation of the time interval, contains large shifts indicating substantial changes in the glaciation of Antarctica and/or deep ocean temperatures, with the interval of the most depleted isotopic composition occurring between ~18 and 13.9 Ma (mid‐Miocene Climatic Optimum [MCO]). We present here a record of alkenone unsaturation estimates from a borehole penetrating marine sediments spanning most of the Miocene at ~56°N. Marine temperatures reconstructed for the Miocene are up to 20°C warmer than present day. A maximum occurs at the time of the MCO. The record is strikingly similar to discontinuous alkenone results published from other North Atlantic sites. As in the southern hemisphere, ocean temperature gradients were extraordinarily low in the North Atlantic in comparison to today. Our findings suggest that the MCO was a global temperature maximum and link the partial deglaciation of the Antarctic and subsequent “refrigeration” to a global forcing process. However, the small magnitude of the ocean cooling from ~14 to 10 Ma suggests a highly nonlinear (threshold) relationship between East Antarctic ice volume and global temperature.
An Exhumation Pulse From the Nascent Franciscan Subduction Zone (California, USA)
Authors: Rutte Daniel , Garber Joshua , Kylander‐Clark Andrew , Renne Paul R. 
Published: September 2020

AbstractWe investigated a suite of metabasite blocks from serpentinite matrix and shale matrix mélanges of the California Coast Ranges. Our new data set consists of 40Ar/39Ar dates of amphibole and phengite and U‐Pb dates of metamorphic zircon. Combined with published geochronology, including prograde Lu‐Hf garnet ages from the same blocks, we can reconstruct the timing and time scales of prograde and retrograde metamorphism of individual blocks. In particular we find that exhumation from amphibole‐eclogite facies conditions occurred as a single episode at 165–157 Ma, with an apparent southward younging trend. The rate and timing of exhumation were initially uniform (when comparing individual blocks) and fast (with cooling rates up to ~140°C/Ma). In the cooler and shallower blueschist facies, exhumation slowed and became less uniform among blocks. Considering the subduction zone system, the high‐grade exhumation temporally correlates with a magmatic arc pulse (Sierra Nevada) and the termination of forearc spreading (Coast Range Ophiolite). Our findings suggest that a geodynamic one‐time event led to exhumation of amphibole‐eclogite facies rocks. We propose that interaction of the Franciscan subduction zone with a spreading ridge led to extraction of the forearc mantle wedge from its position between forearc crust and subducting crust. The extraction led to fast and uniform exhumation of subducted rocks into the blueschist facies. We also show that the Franciscan subduction zone did not undergo significant cooling over time and that its initiation was not coeval with blueschist‐facies metamorphism of the Red Ant schist of the Sierra Nevada foothills.