bluuebunny/crossref_metadata_2025_split huggingface dataset:
The plasma amino acid response to blended protein beverages: a randomised crossover trial
Authors: Wegrzyn Teresa F. , Henare Sharon , Ahlborn Natalie , Ahmed Nasef Noha , Samuelsson Linda M. , Loveday Simon M. 
Published: February 2022

AbstractSoya–dairy protein blends can extend post-exercise muscle synthesis in young people more than whey protein control. Older adults differ metabolically from young people, and their ability to absorb amino acids from dietary protein is important for muscle function. The objective was to determine how protein source affects postprandial plasma amino acid response and/or metabolomic profile in older adults via a single-blind randomised crossover trial (n 16, males 50–70 years), using three nutritionally equivalent meal replacement drinks containing 30 g protein, from a 1:1 (mass ratio) soya:dairy blend, a 1:2 soya:dairy blend or whey protein. The outcome measures were plasma amino acid concentrations at 0–300 min postprandially and urine metabolomic fingerprint. Soya:dairy drinks gave similar amino acid response in plasma over time and similar urinary metabolite fingerprints. However, there were significant differences in plasma amino acid concentrations and AUC values for the soya:dairy drinks v. the whey protein drink. AUC for Leu, Trp and Lys was lower and AUC for Phe and Pro was higher for the soya:dairy drinks. Differences partly reflected the amino acid profiles of the drinks, but overall plasma amino acid response patterns were qualitatively unchanged. Plasma amino acid differences between the whey protein drink and the soya:dairy blends were reflected in urine metabolite patterns. In conclusion, postprandial plasma amino acid responses were broadly similar, irrespective of protein source (and soya:dairy ratio). There were significant differences for some plasma amino acid concentrations, reflecting different amino acid profiles of the protein source and influencing urine metabolite fingerprints.
Morphological and nutritional diversity among accessions of marvel grass (Dichanthium annulatum(Forssk.) Stapf) and development of a core collection
Authors: Roy A. K. , Malaviya D. R. , Kaushal P. , Mahanta S. K. , Tewari R. , Chauhan R. , Chandra A. 
Published: February 2022

AbstractDichanthium annulatumis one of the dominant grasses of India, North Africa, Southeast Asia, China, Australia, Fiji, New Guinea, Cuba, Haiti and Puerto Rico. This drought-tolerant grass is an excellent fodder in mixed pastures. Developing varieties with improved quality and tolerance to various abiotic stresses is hampered due to its apomictic nature. Germplasm collection, characterization, genetic diversity analysis and core subset development followed by selection for desirable traits seems to be the most plausible breeding tool for developing new cultivars. In the present study, 498 genotypes collected from different agro-ecological zones in India were included. Genotypes were characterized for various metric and non-numeric traits; and the nutritional parameters. Agglomerative clustering analysis, using the Euclidean distance method, showed 14 distinct clusters. High variability was recorded for green forage yield, quantitative traits and nutritive quality parameters. A core subset of 50 accessions was identified, which captured most of the morphological and nutritional variability present in the total germplasm. Clustering of genotypes was observed to be related to the climatic conditions of the place of collection. High genetic variability observed for various morphological traits as well as forage yield indicated that these genotypes or subset of genotypes can be evaluated in different abiotic stress conditions such as salt, light and moisture stress for the identification of suitable varieties for the respective areas. Variability was attributed to inter-generic, inter-specific crossing together with the occasional presence of sexual plants in nature.
Review of endoscopic myringoplasty success: comparisons of intra-operative graft material and post-operative packing in terms of graft failure rate
Authors: Puttasiddaiah P M , Morris S , Browning S , Sanu A 
Published: February 2022

AbstractBackgroundMyringoplasty success rate is estimated to be between 60 and 90 per cent. Factors predicting success include the choice of graft and use of auditory canal packing. This study aimed to determine the intra-operative factors associated with endoscopic myringoplasty success.MethodsA retrospective review of all endoscopic myringoplasty cases between January 2017 and January 2020 was undertaken. Data were collected on: patient demographics, tympanic membrane perforation size, intra-operative details, audiology and post-operative outcomes.ResultsThere was no significant difference in graft success rates between cases using bismuth iodoform paraffin paste and Spongostan packing (86.7 per cent vs 84.9 per cent, respectively). Conchal cartilage graft had a higher success rate (100.0 per cent) compared with Biodesign grafting biomaterial (66.7 per cent), but was not superior to tragal cartilage (84.6 per cent) or temporalis fat or fascia (80.0 per cent).ConclusionSpongostan packing is equivalent to bismuth iodoform paraffin paste in terms of endoscopic myringoplasty success rate. Although conchal cartilage graft had higher success rates, it was not statistically significantly different from tragal cartilage.
European Imperial Rule through Ottoman Land Law: British Cyprus, the Italian Dodecanese, and French Mandatory Syria
Authors: Rappas Alexis 
Published: February 2022

AbstractThis paper focuses on the articulation between property, sovereignty, and the construction of new political subjectivities in post-Ottoman provinces. Drawing on the cases of British Cyprus, the Italian Dodecanese, and French Mandatory Syria, it shows that European sovereign claims on these territories were pursued through the perpetuation of Ottoman land laws and the reorganisation of the judicial system responsible for implementing them. Dictated by the enduring legal uncertainty regarding the international status of these three provinces, this peculiar path toimperiumdid not deter European officials from working towards the ambitious goal of creating a class of individual peasant-proprietors, protected in their rights by colonial courts. Acknowledging the differences between these projects, their mutual influences, as well as their relative failure, the article contends that they nonetheless impel us to envision the transition from “Ottoman” to “European” rule as a gradual, multilayered process, instead of a sudden break.
Safety and feasibility of the paediatric post-cardiac catheterisation Wrap: a pilot study
Authors: Haley Jennifer , Engstrand Shannon L. , Cole Alexandra , Schenkel Sara , Hinsley Karen , Brawn Brenda , Esch Jesse , Ibla Juan , DeGrazia Michele 
Published: February 2022

AbstractObjective:The paediatric post-cardiac catheterisation Wrap (Wrap), an innovative medical safety device, swaddles young paediatric patients in a supine position aiding in immobilisation post-cardiac catheterisation. This pilot study investigated the feasibility and safety of using the Wrap on young paediatric patients during their bed rest period following cardiac catheterisation with femoral access.Setting:Boston Children’s Hospital Cardiac Catheterization Lab.Participants:20 patients, ages 1–5 years and weighing 3–25 kg.Methods:Investigator-developed tools used to collect data included the Demographic and Outcome Measures Data Tool, the Parent/Caregiver Satisfaction, and Provider Ease of Use tools. They measured:1.The feasibility of using the Wrap2.Wrap ease of use from the nurse providers’ perspective3.Parent satisfaction related to the Wrap4.Frequency of Wrap non-bleeding-related adverse events5.Frequency of rebleeding at femoral groin access sitesResults:The Wrap was feasible and safe; increased nurse provider satisfaction by allowing visualisation of the groin access sites while minimising the need for hands-on care; and increased parent satisfaction by allowing parents to hold and provide comfort while their child was on bed rest.Implications for Research:The Wrap is a safe alternative to the current practice of swaddling with a bath blanket. Further studies are warranted to assess the Wrap’s effectiveness in reducing the incidence of rebleeding events in the post-cardiac catheterisation period and explore clinical use outside of the Cardiac Catheterization Lab.
Temperature-Stimulated Morphological Features of Advanced High-Strength Medium-Mn TRIP Steel
Authors: Kozłowska Aleksandra , Grajcar Adam , Matus Krzysztof , Janik Aleksandra , Radwański Krzysztof , Pakieła Wojciech 
Published: February 2022

AbstractAdvanced High-Strength Steels (AHSSs) are one of the most rapidly developing group of Fe-based metallic materials. Their excellent combination of high strength, ductility and formability is due to their complex microstructure and strain-induced martensitic transformation of metastable retained austenite (RA), which favors extra ductility of the sheet steels. A deformation temperature is one of the most important factors affecting the phase transformation behavior in these Fe–C–Mn–Al–Si systems. Therefore, the present study aimed at understanding the temperature-dependent phase transformations and structural phenomena in an advanced medium-Mn–Al-alloyed steel. The 3Mn steel was thermomechanically processed and subjected to tensile testing in a temperature range from 20°C to 200°C. The different extent of the strain-induced martensitic transformation and some softening phenomena of bainitic ferrite matrix were revealed using transmission electron microscopy and electron backscatter diffraction techniques. It was found that the thermal stability of RA is strongly dependent on the deformation temperature. Moreover, the dynamic recovery and carbide precipitation play a key role when the deformation temperature is increased to 140°C and higher temperatures.
Swapping odes in a sacred language: the Kanshi exchange of Natsume Sōseki and Masaoka Shiki and its meaning
Authors: Keaveney Christopher T. 
Published: February 2022

AbstractNatsume Sōseki and Masaoka Shiki, two of the towering figures in modern Japanese literature, exchanged kanshi poems for eleven years starting in 1889 when they were students. What Sōseki and Shiki enacted in their kanshi exchanges was not simply an admiration for Chinese culture, but rather a performance of literati cultural exchange. In the personae that these two writers adopted in these exchanges, and in the poetic voices that each writer meticulously honed, they were achieving a return to a cultural homeland and to an “imagined community” in the Sinosphere. Further, the exchange of poetry in a language that was simultaneously both foreign and hauntingly familiar demonstrated a performative quality that reflected their appreciation of the dynamics of poetic exchange in China but also of the yose theater and of the rakugo performances that they frequented as students in Tokyo. In fact, for Sōseki and Shiki, kanshi composition and exchange served two paradoxical purposes: it offered both the challenge of poetic expression in a foreign language and a return to an imagined community and to the familiar rhythms and conventions of a sacred language.
CPW-fed printed tapered slot antenna loaded by a wideband stacked artificial magnetic conductor with a progressed performance
Authors: Malekpoor Hossein , Hamidkhani Mehdi 
Published: February 2022

AbstractA low profile printed slot antenna (PSA) backed by broadband stacked artificial magnetic conductor (AMC) is introduced in this study. First, a suggested PSA with the radiating tapered slots excited by coplanar-waveguide (CPW) is used to expand the bandwidth in the measured range of 9.05–10.95 GHz (S11 ≤ −10 dB). Then, the suggested stacked AMC surface as the ground plane of the antenna is inserted into the PSA to gain improved radiation efficiency. The realized result from the PSA with the 11 × 17 stacked AMC array exhibits −10 dB measured impedance bandwidth from 6.97 to 13.34 GHz (62.73%). The suggested PSA with AMC compared to the PSA without AMC exhibits a size reduction of 52%, enhanced bandwidth of almost 44%, and excellent impedance matching with uni-directional radiation patterns. The novel AMC unit cell is realized based on the recognized method of stacked elements. The stacked AMC design operates at 10.63 GHz with an AMC bandwidth of 8–12.84 GHz (45.8%) for X-band operation. Besides, by introducing a specific method based on the reflection results of the equivalent waveguide feed, the number of AMC unit cells is investigated to obtain an optimal AMC array. In this approach, an equivalent waveguide feed corresponding to the center operating frequency is considered to choose the number of AMC array reflector.
Validation of the CFOSAT Scatterometer Data With Buoy Observations and Tests of Operational Application to Extreme Weather Forecasts in Taiwan Strait
Authors: Zhu Benlu , Chen Jinrui , Xu Ying , Zheng Quanan , Li Xueding 
Published: February 2022

AbstractThe China‐France Oceanography Satellite (CFOSAT) launched in 2018 is equipped with the Chinese Scatterometer (CSCAT), which is designed to measure high‐precision sea surface wind fields in the global ocean. This study aims to validate the CFOSAT wind fields with moored buoy‐measured ground truth data from August 2019 to July 2021. The test area was chosen as the Taiwan Strait, which is an important navigation channel and rich fishery grounds in the East Asia. It is also a high wind speed area particularly during typhoons and cold air passages. Thus, the accurate wind forecasts are crucially needed to avoid capsizing and casualties. The validation results give the correlation coefficient (R2) of 0.92, the root mean square error (RMSE) of 1.75 m s−1, and the absolute deviation (AD) of 1.10 m s−1 for the wind speeds, and R2 of 0.96, the RMSE of 21.87°, and the AD of 1.17° for the wind directions. During cold air passages, the AD of wind speeds decreases to 1.03 m s−1, which is smaller than 1.17 m s−1 during typhoons. Using the CFOSAT wind as historical observation data for refining of forecast work was tested by model output statistics revised method. The test results show that the refined forecast results of wind fields are improved up to 4%–17%. Thus, the validation and test results obtained in this study indicate that updating satellite winds would have great contributions to refined forecasting of local sea surface winds.
Do Longer Dry Spells Associated With Warmer Years Compound the Stress on Global Water Resources?
Authors: Hettiarachchi Suresh , Wasko Conrad , Sharma Ashish 
Published: February 2022

AbstractAvailability of water resources is significantly affected by changes in seasonal rainfall, with water often in short supply when most needed. The majority of current research focuses on the impacts of multiyear drought, using monthly or annual average rainfall to investigate impacts to water resources. Here, we use daily rainfall to evaluate changes in dry spells lengths, defined as the continuous number of days without rain, and investigate how these changes may impart stresses on water resources in warmer summer seasons globally. We use over 100 years of precipitation and temperature data across the world, arranged into warm and cold groups of years on the basis of mean summer temperature. These warm and cold groups are then compared to demonstrate an overwhelming tendency for warmer summers to contain longer dry spells globally. This difference in dry spell length in warmer summer seasons is argued to have far reaching ramifications in warmer summers. For some of the largest cities in the world, vulnerability of water resources, which is a measure of the magnitude or severity of the water availability deficit, is shown to be on average 30% higher due to longer seasonal dry spells in warmer summers. Such an impact points to a need to reassess water resources plans and policies to include the impacts of seasonal dry spells, especially relating to large urban populations around the world.
Seasonal Changes in Hydrology and Permafrost Degradation Control Mineral Element‐Bound DOC Transport From Permafrost Soils to Streams
Authors: Hirst Catherine , Mauclet Elisabeth , Monhonval Arthur , Tihon Emeline , Ledman Justin , Schuur Edward A. G. , Opfergelt Sophie 
Published: February 2022

AbstractMineral elements bind to dissolved organic carbon (DOC) in permafrost soils, and this may contribute to the stabilization or the degradation of organic carbon along the soil to river continuum. Permafrost thaw enlarges the pool of soil constituents available for soil to river transfer. The unknown is how changes in hydrology upon permafrost degradation affect the connection between soil‐derived mineral element‐bound DOC and headwater streams. Here, we study Al, Fe, Ca, and DOC concentrations in water from a headwater stream at Eight Mile Lake, Alaska, USA (colloidal [0.22 μm–1 kDa] and truly dissolved [<1 kDa] fractions) and in soil pore waters sampled across a gradient of permafrost degradation at the same location. We target the peak flow to base flow transition to show that there is a narrow window of mineral element‐bound DOC colloid transport from soils to streams. We show that during spring thaw and maximum thaw there is an enhanced lateral transfer of mineral element‐bound DOC colloids in extensively degraded sites compared to minimally degraded sites. This is explained by a more rapid response of hydrology at peak flow to base flow transition at degraded sites. Our results suggest that ongoing permafrost degradation and the associated response of soils to changing hydrology can be detected by targeting the composition and size of mineral element‐DOC associations in soil waters and headwater streams during peak flow‐baseflow transitions.
Active and Passive Seismic Imaging of the Central Abitibi Greenstone Belt, Larder Lake, Ontario
Authors: Naghizadeh Mostafa , Smith Richard , Rubingh Kate , Sherlock Ross , Ayer John , Lafrance Bruno , Cheraghi Saeid , Snyder David , Vergne Jérome , Hollis Dan , Mordret Aurélien 
Published: February 2022

AbstractPassive seismic methods are considered cost‐effective and environmentally friendly alternatives to active (reflection) seismic methods. We have acquired colocated active and passive seismic surveys over a metal‐endowed Archean granite‐greenstone terrane in the Larder Lake area to investigate the reliability of estimated elastic properties using passive seismic methods. The passive seismic data were processed using two different data processing approaches, ambient noise surface‐wave tomography (ANSWT) and receiver function analysis, to generate shear‐wave velocity and P to S wave (P‐S) convertibility profiles of the subsurface, respectively. The Cadillac‐Larder Lake Fault (CLLF) was imaged as a south‐dipping subvertical zone of weak reflectivity in the reflection seismic profile. To the north of the CLLF, a package of north‐dipping reflections in the upper crust (at depths of 5–10 km) resides on the boundary of high (on the top) and low (on the bottom) shear‐wave velocity zones estimated using the ANSWT method. This package of reflections is most likely caused by overlaying mafic volcanic and underlying felsic intrusive rocks. The P‐S convertibility profile imaged the Moho boundary at ∼40‐km depth as well as a south‐dipping feature that penetrates the mantle, which is interpreted to be either caused by the delamination of the lower crust or a possible deeper extension of the Porcupine‐Destor Fault. Overall, the reflectivity, shear‐wave velocity, and P‐S convertibility profiles exhibit a good correlation and provided a detailed image of the subsurface lithological structure to a depth of 10 km.
Orbital Artifacts in Multi‐GNSS Precise Point Positioning Time Series
Authors: Zajdel Radosław , Kazmierski Kamil , Sośnica Krzysztof 
Published: February 2022

AbstractThe time series of station coordinates derived using Global Navigation Satellite Systems (GNSS) are affected by several technique errors, influencing the studies of the geophysical processes and phenomena. Using different GNSS constellations leads to the appearance of various artificial signals with amplitudes up to several millimeters. The presence of the GNSS system‐specific artifacts is demonstrated using the 2‐year long series of station coordinates and zenith total delay parameters for 15 stations using Precise Point Positioning algorithms. The most dominant orbital artifacts for Galileo appear with periods of 14.08 hr, 17.09 hr, 34.20 hr, 2.49 days, and ∼3.4 days. The corresponding signals for GLONASS appear with periods of 5.63 hr, 7.36 hr, 10.64 hr, 21.26 hr, 3.99 days, and ∼8 days. Moreover, when estimating discrete 24‐hr solutions from high‐rate GNSS data, high‐frequency signatures are under‐sampled, resulting in long‐term aliased periodic signals. Galileo is less vulnerable to the orbital signals than GPS or GLONASS. The difference is visible mainly for the East coordinate. The Galileo‐based daily estimates are up to 55% and 36% better than those delivered from GLONASS and GPS. The GPS orbital signals arise at the periods corresponding to the harmonics of the K1 tide, which leads to the inconsistency of the GPS‐based products with geophysical models reaching on average 12 mm for the K2 tidal term in the Up component. The magnitude of the orbital signals depends on the geographical location of the station and the geometry of the satellites' flybys. Finally, using a combination of GPS and Galileo increases the precision of estimates by 10% compared with the best‐case Galileo‐only solution.
Nonstationary Runoff Responses Can Interact With Climate Change to Increase Severe Outcomes for Freshwater Ecology
Authors: John Andrew , Nathan Rory , Horne Avril , Fowler Keirnan , Stewardson Michael 
Published: February 2022

AbstractClimate change is projected to impact multiple components of the flow regime. However, changes in some ecologically important aspects of flow seasonality and variability are not well‐represented by global climate models. We used a stress testing method and global sensitivity analysis to investigate whether interactions between five different, but plausible, change “dimensions” (hydroclimatic variables or relationships) led to worse ecological outcomes than individual changes. The five dimensions include changes in long‐term average rainfall and temperature, low‐frequency variability of rainfall, seasonality of rainfall, and the rainfall‐runoff relationship. Our case study involved regulated and unregulated sections of the Goulburn River, Australia. We found that four different modeled ecological outcomes (condition of small bodied fish, large bodied fish, in‐channel vegetation, and floodplain vegetation) are most sensitive to changes in long‐term average rainfall. Sensitivity to changes in rainfall seasonality depends on river characteristics and appears to be heavily dampened by regulation and actively managed environmental water. Changes to the rainfall‐runoff relationship (which may be triggered by long‐term drying) were found to greatly influence ecological outcomes, but remain poorly understood. However, when considering the worst outcomes that are likely to present severe threats to ecological survival, all five dimensions were significant. These worst outcomes only manifest under certain combinations of changes with interactive effects. These joint interactions have implications for climate risk assessments that do not consider multiple dimensions of change, particularly those aimed at evaluating and mitigating severe threats or extinction probability.