bluuebunny/crossref_metadata_2025_split huggingface dataset:
Etude des Sciomyzidae de France, Diptères destructeurs de mollusques
Authors: Leclercq Marcel , Vala Jean-Claude 
Published: January 2017

Nous avons fait le bilan des Sciomyzides actuellement recensées en France : 67 espèces présentées suivant la classification et la taxonomie récentes. Pher-bellia knutsoni, Dichetophora finlandica et Limnia paludicola sont signalées pour la première fois en France.
Les résultats d'une exploration printanière dans le sud de la France sont détaillés : 13 espèces avec leur abondance relative et choix d'un biotope particulier ; Salticella fasciata, espèce assez rare dont la larve se nourrit uniquement de Mollusques terrestres dans la nature.
La Saône à son entrée dans l'agglomération lyonnaise : Etude Physicochimique et biologique
Authors: Régis J. , Gaude Thierry , Pattée Eric , Persat Henri , Zandonella Pierre 
Published: January 2017

Cette étude pluridisciplinaire décrit, sur un cycle annuel, l'état des eaux de la rivière dans trois stations principales situées au niveau de l'agglomération de Neuville.
Sont successivement envisagés les principaux paramètres physiques, chimiques et biochimiques de l'eau, le sédiment, les microorganismes, la teneur des eaux en chlorophylle a, le périphyton, les phanérogames aquatiques, les invertébrés benthiaues et les poissons.
Tout en fournissant des points de référence pour un suivi ultérieur, ces éléments donnent l'image d'une rivière aux eaux de qualité médiocre et aux peuplements faible¬ ment diversifiés, victime d'une série de petites agressions, mais n'ayant nullement perdu son pouvoir autoépurateur.
Stellar Population Synthesis-based Modeling of the Milky Way using Asteroseismology of Dwarfs and Subgiants from
Authors: Sharma Sanjib , Stello Dennis , Huber Daniel , Bland-Hawthorn Joss , Bedding Timothy R. 
Published: January 2017

Abstract
Early attempts to apply asteroseismology to study the Galaxy have already shown unexpected discrepancies for the mass distribution of stars between the Galactic models and the data; a result that is still unexplained. Here, we revisit the analysis of the asteroseismic sample of dwarf and subgiant stars observed by Kepler and investigate in detail the possible causes for the reported discrepancy. We investigate two models of the Milky Way based on stellar population synthesis, Galaxia and TRILEGAL. In agreement with previous results, we find that TRILEGAL predicts more massive stars compared to Galaxia, and that TRILEGAL predicts too many blue stars compared to 2MASS observations. Both models fail to match the distribution of the stellar sample in

space, pointing to inaccuracies in the models and/or the assumed selection function. When corrected for this mismatch in

space, the mass distribution calculated by Galaxia is broader and the mean is shifted toward lower masses compared to that of the observed stars. This behavior is similar to what has been reported for the Kepler red giant sample. The shift between the mass distributions is equivalent to a change of 2% in ν
max, which is within the current uncertainty in the ν
max scaling relation. Applying corrections to the Δν scaling relation predicted by the stellar models makes the observed mass distribution significantly narrower, but there is no change to the mean.
A Transient Transit Signature Associated with the Young Star RIK-210
Authors: David Trevor J. , Petigura Erik A. , Hillenbrand Lynne A. , Cody Ann Marie , Cameron Andrew Collier , Stauffer John R. , Fulton B. J. , Isaacson Howard T. , Howard Andrew W. , Howell Steve B. , Everett Mark E. , Wang Ji , Benneke Björn , Hellier Coel , West Richard G. , Pollacco Don , Anderson David R. 
Published: January 2017

Abstract
We find transient transit-like dimming events within the K2 time series photometry of the young star RIK-210 in the Upper Scorpius OB association. These dimming events are variable in depth, duration, and morphology. High spatial resolution imaging revealed that the star is single and radial velocity monitoring indicated that the dimming events cannot be due to an eclipsing stellar or brown dwarf companion. Archival and follow-up photometry suggest the dimming events are transient in nature. The variable morphology of the dimming events suggests they are not due to a single spherical body. The ingress of each dimming event is always shallower than egress, as one would expect for an orbiting body with a leading tail. The dimming events are periodic and synchronous with the stellar rotation. However, we argue it is unlikely the dimming events could be attributed to anything on the stellar surface based on the observed depths and durations. Variable obscuration by a protoplanetary disk is unlikely on the basis that the star is not actively accreting and lacks the infrared excess associated with an inner disk. Rather, we explore the possibilities that the dimming events are due to magnetospheric clouds, a transiting protoplanet surrounded by circumplanetary dust and debris, eccentric orbiting bodies undergoing periodic tidal disruption, or an extended field of dust or debris near the corotation radius.
Famille et narration : une poétique de la relation ?
Authors: Pierron Jean-Philippe 
Published: January 2017

L’auteur cherche à mettre en valeur les récits familiaux les plus spontanés, proches du vécu « des existants », en quête d’une reconnaissance de leur être par eux-mêmes et par les autres. Sans tout à fait se reconnaître dans les concepts de résilience et de roman familial, l’auteur montre une volonté de rester au plus près des dynamiques les plus constantes dans les familles et des obstacles qu’elles rencontrent, en portant une attention aux narrations. Sans attribuer à la narration une vertu magique, il recense et propose une typologie de récits visant à permettre une continuité et à favoriser une intégration individuante dans le cadre d’une poétique de la relation.
Les années Front populaire des étudiants de Paris
Authors: Monchablon Alain 
Published: January 2017

Au milieu des années 1930, l’extrême droite continue de dominer le Quartier latin. Jouant de la xénophobie, elle y mène des actions spectaculaires qui pèsent efficacement sur la législation ou obèrent le fonctionnement de l’Université de Paris. L’interdiction des ligues et la victoire nationale du Front populaire amènent certes la fin des troubles majeurs et une recomposition du paysage politique chez les étudiants, mais l’élan général de 1936 ne se retrouve guère au Quartier latin. Au contraire, les mouvements de gauche, à leur grande surprise, se trouvent rapidement affaiblis, tandis que semble émerger une nouvelle force, celle des étudiants partisans du colonel de La Rocque.
Des élus godillots ?
Authors: Fulla Mathieu 
Published: January 2017

La présidentialisation des démocraties occidentales constitue une tendance lourde de l’histoire politique de l’après-guerre, notamment en France. Mais ce renforcement de l’exécutif, s’il comprime les marges de jeu du pouvoir législatif, ne les fait pas disparaître. En étudiant la genèse de la loi de nationalisation de 1981-1982, cet article nuance l’image d’« élus godillots » soumis à la « présidence impériale » de François Mitterrand. Leur défaite idéologique balaie toutefois l’illusion d’une pratique institutionnelle propre à la gauche sous la Cinquième République. Elle annonce également, en matière économique, la marginalisation du volontarisme étatique, dont la plupart des élites socialistes, au nom du « Changer la vie », se faisaient les apôtres dans la décennie précédente.
Full History
Authors: Smith Steven G. 
Published: January 2017

How can we take history seriously as real and relevant? Despite the hazards of politically dangerous or misleading accounts of the past, we live our lives in a great network of cooperation with other actors; past, present, and future. We study and reflect on the past as a way of exercising a responsibility for shared action.
In each of the chapters of Full History Smith poses a key question about history as a concern for conscious participants in the sharing of action, starting with “What Is Historical Meaningfulness?” and ending with “How Can History Have an Aim?” Constructing new models of historical meaning while engaging critically with perspectives offered by Ranke, Dilthey, Rickert, Heidegger, Eliade, Sartre, Foucault, and Arendt, Smith develops a philosophical account of thinking about history that moves beyond postmodernist skepticism. Full History seeks to expand the cast of significant actors, establishing an inclusive version of the historical that recognizes large-scale cumulative actions but also encourages critical revision and expansion of any paradigm of shared action.
The Concept of History
Authors: Nikulin Dmitri 
Published: January 2017

The Concept of History reflects on the presuppositions behind the contemporary understanding of history that often remain implicit and not spelled out. It is a critique of the modern understanding of history that presents it as universal and teleological, progressively moving forward to an end. Although few contemporary philosophers and historians maintain the view that there is strict universality and teleology in history, the remnants of these positions still affect our understanding of history. But if history is not universal and singular, evolving toward an objective universal end, it should be possible to admit of multiple histories, some of which we appropriate as our own.
An another important aspect of this book is that if provides an account of history that is itself both historical and rooted in attempts to narrate and explain history from its inception in antiquity. The book seeks to establish features or constituents of history that might be found in any historical account and might themselves be considered historical invariants in history.
Influence of enhanced Asian NOx emissions on ozone in the upper troposphere and lower stratosphere in chemistry–climate model simulations
Authors: Roy Chaitri , Fadnavis Suvarna , Müller Rolf , Ayantika D. C. , Ploeger Felix , Rap Alexandru 
Published: January 2017

Abstract. The Asian summer monsoon (ASM) anticyclone is the most pronounced circulation pattern in the upper troposphere and lower stratosphere (UTLS) during northern hemispheric summer. ASM convection plays an important role in efficient vertical transport from the surface to the upper-level anticyclone. In this paper we investigate the potential impact of enhanced anthropogenic nitrogen oxide (NOx) emissions on the distribution of ozone in the UTLS using the fully coupled aerosol–chemistry–climate model, ECHAM5-HAMMOZ. Ozone in the UTLS is influenced both by the convective uplift of ozone precursors and by the uplift of enhanced-NOx-induced tropospheric ozone anomalies. We performed anthropogenic NOx emission sensitivity experiments over India and China. In these simulations, covering the years 2000–2010, anthropogenic NOx emissions have been increased by 38 % over India and by 73 % over China with respect to the emission base year 2000. These emission increases are comparable to the observed linear trends of 3.8 % per year over India and 7.3 % per year over China during the period 2000 to 2010. Enhanced NOx emissions over India by 38 % and China by 73 % increase the ozone radiative forcing in the ASM anticyclone (15–40° N, 60–120° E) by 16.3 and 78.5 mW m−2 respectively. These elevated NOx emissions produce significant warming over the Tibetan Plateau and increase precipitation over India due to a strengthening of the monsoon Hadley circulation. However, increase in NOx emissions over India by 73 % (similar to the observed increase over China) results in large ozone production over the Indo-Gangetic Plain and Tibetan Plateau. The higher ozone concentrations, in turn, induce a reversed monsoon Hadley circulation and negative precipitation anomalies over India. The associated subsidence suppresses vertical transport of NOx and ozone into the ASM anticyclone.
Quantifying uncertainty on sediment loads using bootstrap confidence intervals
Authors: Slaets Johanna I. F. , Piepho Hans-Peter , Schmitter Petra , Hilger Thomas , Cadisch Georg 
Published: January 2017

Abstract. Load estimates are more informative than constituent concentrations alone, as they allow quantification of on- and off-site impacts of environmental processes concerning pollutants, nutrients and sediment, such as soil fertility loss, reservoir sedimentation and irrigation channel siltation. While statistical models used to predict constituent concentrations have been developed considerably over the last few years, measures of uncertainty on constituent loads are rarely reported. Loads are the product of two predictions, constituent concentration and discharge, integrated over a time period, which does not make it straightforward to produce a standard error or a confidence interval. In this paper, a linear mixed model is used to estimate sediment concentrations. A bootstrap method is then developed that accounts for the uncertainty in the concentration and discharge predictions, allowing temporal correlation in the constituent data, and can be used when data transformations are required. The method was tested for a small watershed in Northwest Vietnam for the period 2010–2011. The results showed that confidence intervals were asymmetric, with the highest uncertainty in the upper limit, and that a load of 6262 Mg year−1 had a 95 % confidence interval of (4331, 12 267) in 2010 and a load of 5543 Mg an interval of (3593, 8975) in 2011. Additionally, the approach demonstrated that direct estimates from the data were biased downwards compared to bootstrap median estimates. These results imply that constituent loads predicted from regression-type water quality models could frequently be underestimating sediment yields and their environmental impact.
Deployment of Analytics into the Healthcare Safety Net: Lessons Learned
Authors: Hartzband David , Jacobs Feygele 
Published: January 2017

To better understand existing capacity and help organizations plan for the strategic and expanded uses of data, a project was initiated that deployed contemporary, Hadoop-based, analytic technology into several multi-site community health centers (CHCs) and a primary care association (PCA). An initial data quality exercise was carried out after deployment, in which a number of analytic queries were executed using both the existing electronic health record (EHR) applications and in parallel, the analytic stack. Each organization carried out the EHR analysis using the definitions typically applied for routine reporting. The analysis using the analytic stack was carried out using those common definitions established for the Uniform Data System (UDS) by the Health Resources and Service Administration. In addition, interviews with health center leadership and staff were completed to understand the context for the findings.The analysis uncovered many challenges and inconsistencies with respect to the definition of core terms (patient, encounter, etc.), data formatting, and missing, incorrect and unavailable data. At a population level, apparent underreporting of a number of diagnoses, specifically obesity and heart disease, was also evident in the results of the data quality exercise, for both the EHR-derived and stack analytic results.Data awareness, that is, an appreciation of the importance of data integrity, data hygiene and the potential uses of data, needs to be prioritized and developed by health centers and other healthcare organizations if analytics are to be used in an effective manner to support strategic objectives. While this analysis was conducted exclusively with community health center organizations, its conclusions and recommendations may be more broadly applicable.
PROCEDURE FOR ESTIMATING OIL THREE-DIMENSIONAL SOLUBILITY PARAMETERS
Authors: Larson Brent K. , Hess Julie M. , Williams Jeffrey M. 
Published: January 2017

ABSTRACT
Process oils make important contributions to nearly every compound in a tire, and oil–polymer interactions have effects on compound processing and performance. One way to predict oil–polymer interactions is to determine the three-dimensional (3-D) Hansen solubility parameters (HSPs) for both oil and polymer, and the polymer solubility sphere (PSS) radius. Favorable oil–polymer interactions occur when an oil's HSPs are located within a PSS. Interactions are stronger when an oil's HSPs are located closer to the center of the PSS. If an oil's HSPs are located outside a polymer's solubility sphere, then the polymer is not soluble in the oil as a result of insufficient favorable interactions. A polymer characterization technique for determining the HSPs is the bitumen solubility model. However, no simple procedure has previously been documented for estimating the 3-D HSPs for an oil. A labor-intensive method has been described by Levin and Redelius. The oil solubility parameters estimation procedure (OSPEP) has been developed to meet the need for a relatively simple characterization technique. This procedure can provide an estimation of oil HSPs by running two titrations and a dynamic scanning calorimetry test. Analysis involves an iterative procedure to estimate the three HSPs for the oil. OSPEP represents a step forward to easily obtain insight into oil–polymer interactions.
Performance Comparison of NextSeq and Ion Proton Platforms for Molecular Diagnosis of Clinical Oncology
Authors: Cao Fei , Gao Lianju , Wei Longgang , Chen Zhanni , Wang Yan , Ran Xia , Meng Xuehong , Tao Ji 
Published: January 2017

Purpose Next-generation sequencing is a powerful approach to detect genetic mutations with which cancer diagnosis and treatment can be tailored to the individual patient in the era of personalized and precision medicine. Ion Torrent Systems Ion Proton and Illumina NextSeq are 2 major targeted sequencing platforms; however, not much work has been done to compare these platforms’ performance for mutation detection in formalin-fixed paraffin-embedded (FFPE) materials. Methods We benchmarked the performance by using a collection of FFPE samples from 23 patients with different cancers for NextSeq and Ion Proton platforms. We report analysis of sequencing in terms of average coverage depth, read length, and variant detection. Results Sequencing results by NextSeq and Ion Proton displayed near perfect coverage behavior (>99%) on target region. We analyzed the ability to call variants from each platform and found that Ion Proton sequencing can identify 89% of single nucleotide variants (SNVs) whose mutant allele frequency (MAF) is greater than or equal to 5% detected by the NextSeq pipeline in common analytical regions. The correlation coefficient of MAF for those common SNVs was 1.0046 (R2 = 0.973) between the 2 platforms. To call lower mutant frequency (5%-10%) mutations for NextSeq sequencing, coverage depth should be improved. The concordance of small insertions and deletions between these 2 pipelines was up to 100%. Conclusions The 2 sequencing pipelines evaluated were able to generate usable sequence and had high concordance. They are proper for mutation detection in clinical application.
Fossil Fuel Price Shocks and CO2 Emissions: The Case of Spain
Authors: Blazquez Jorge , Martin-Moreno Jose Maria , Perez Rafaela , Ruiz Jesus 
Published: January 2017

ABSTRACT This paper focuses on the impact of oil, natural gas and coal price shocks on the Spanish business cycle from 1969 to 2013. It uses Bayesian procedures to estimate a Dynamic Stochastic General Equilibrium (DSGE) model for a small open economy. The paper shows that natural gas and coal shocks are relevant sources of macroeconomic disruption in addition to oil price shocks. The three fossil fuel prices have an impact on the economic activity and explain the evolution of the energy mix. However, we find that oil price shocks have a significantly larger impact on economic volatility. Finally, we assess the impact of hydrocarbon price shocks on carbon emissions given that different price shocks result in a different fossil fuel mix and, thus, in different CO2 emissions.
Data Processing Methodology for Experimental Modeling of Ocean Waves
Authors: Gatz Maria , Łuksza Andrzej , Studański Ryszard 
Published: January 2017

Abstract
This paper presents the data processing methodology for the physical modeling of ocean waves in wave flumes which was developed for the purpose of conducting hydrodynamics research in laboratory conditions. It includes the description of the research cycle, applied wave theory and the measured data processing methods. A significant achievement presented in this paper is the originally developed data analysis algorithm for the practical improvement of the wave generation process.
Evaluation of the Impact of Breathing Air Contamination on Safe Performance of Hyperbaric Exposure
Authors: Woźniak Arkadiusz 
Published: January 2017

Abstract
The evaluation of the impact of contamination in breathing air intended for hyperbaric purposes is essential both for practical and theoretical reasons. The quality of breathing air and the breathing mixes obtained on its basis is of crucial importance with regard to divers’ safety in the course of underwater works. The existing contaminants, as well as substandard quality gases have an adverse impact on divers’ health and life, both in terms of the physiological impact on the body, and fire hazards in hyperbaric complexes. In the process of breathing air production we deal with a few sources of potential contaminants stemming from technical measures. The human body is also responsible for the release of contaminants in hyperbaric conditions. The article presents the above issues and provides insight into existing threats.
Philippine mossy forest stick insects: first record of the genus Otraleus Günther, 1935 in the country, with four new species, and the new genus Capuyanus gen. nov. (Phasmida, Diapheromeridae, Necrosciinae)
Authors: Bresseel Joachim , Constant Jérôme 
Published: January 2017

The genus Otraleus Günther, 1935 is recorded from the Philippines for the first time. Four new species, Otraleus bellemansae sp. nov., O. applai sp. nov., O. christianae sp. nov. and O. elizabethae sp. nov., are described from the highlands of Northwestern Luzon. The characters allowing separation from O. hypsimelathrus Günther, 1935 and O. labanrataensis Soew-Choen, 2016, are given. A new genus closely related to Otraleus, Capuyanus gen. nov., is described with a single species, C. magwilangi sp. nov., as type-species. An identification key and distribution maps are provided for all species.
Evolution of Classification of Thymic Epithelial Tumors in the Era of Dr Thomas V. Colby
Authors: Roden Anja C. 
Published: January 2017

Context.—Numerous histomorphologic and staging classifications of thymic epithelial tumors (TETs) have been proposed during the last century, suggesting that the classification of these tumors is challenging and controversial. Difficulties of classifying TETs include various combinations of epithelial cells and lymphocytes and the paucity of these tumors. The prognostic significance, specifically of the histomorphologic classifications, has been debated. Early classifications were also challenged by the uncertainty of the neoplastic component(s) of the tumor.Objective.—To discuss the evolution of the histomorphologic classification and the staging system of TET. Controversies and problems of some classifications and their importance for therapeutic management and prognosis will be reviewed. Classifications that incorporated new concepts and approaches at the time or outcome studies will be highlighted. Current classifications will be discussed and the staging system that was recently proposed for the upcoming eighth American Joint Committee on Cancer staging will be described.Data Sources.—Search of literature database (PubMed) and current (2015) World Health Organization classification.Conclusions.—Histomorphologic and staging classifications of TET have evolved during the last century and especially during the era of Thomas V. Colby, MD. Evidence supports that the staging system has prognostic implications independent of and superior to the histomorphologic classification. Histomorphology appears to be important for biologic features of TET.