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Bourbon virus (BRBV) is an emerging pathogen that can cause severe and fatal disease in humans. BRBV is vectored by Amblyomma americanum (lone star ticks), which are widely distributed across the central, southern, and eastern United States. This data describes human serum neutralizing activity against bourbon virus in a residential cohorts from North Carolina, USA.

This dataset compiles publications by Russian researchers from the student body of the South Ural State Medical University, covering various aspects of the spread, prevention, and treatment of COVID-19, as well as its implications for specific population groups such as pregnant women, patients with chronic diseases, and youth. Each publication includes detailed sections on aims, methodology, and results, providing a comprehensive overview of the research topics addressed. This dataset serves as a resource for analyzing student-led scientific research in the field of COVID-19.

Data for manuscript submitted to the Journal of Glaciology "Scaling of Ice Stream Spacing and Flux from Numerical Simulation". Each simulation includes the inputs file, necessary boundary conditions, and the last 10 output files of the simulation. Abstract: Corridors of fast ice flow, ice streams, dominate the discharge of contemporary ice sheets. Ice streams are points of vulnerability for ice sheet instabilities, and so to understand past and future ice sheet change we need to understand ice stream behaviour. Computer simulations can replicate the spacing and flux of palaeo and contemporary ice streams, but for accurate future projections we need confidence that simulated ice streams will evolve in a dynamic and realistic manner. This is much harder to constrain with empirical evidence, and there is still considerable uncertainty regarding ice stream behaviour in our warming world. To explore controls on the spacing and flux of ice streams, we run simulations of a circular ice sheet on a flat bed. We simulate a series of idealised circular ice sheets of various radii, finding that plausible ice stream spacing and magnitude is simulated even on a flat bed, and that ice stream magnitude and frequency scales with ice volume. We apply the idealised model to the bed of an idealised Icelandic Ice Sheet, resulting in a greater magnitude of streaming relative to the idealised case. The realistic setting makes ice stream position broadly insensitive to changes in topography and geothermal heat flux. These simulations demonstrate the sensitivity of ice stream behaviour to ice sheet size and bed geometry, with potential implications for how we simulate ice sheet change over medium and long timescales.

This folder contains scripts and results detailed in "An embodied perspective: angular gyrus and precuneus decode selfhood in memories of naturalistic events" by Heather Iriye and Peggy L. St. Jacques. We investigated the interaction between embodiment and visual perspective during encoding, and how this interplay shapes the recall of past events. We hypothesized that the angular gyrus, precuneus, and hippocampus would be involved in integrating the visual perspective and sense of embodiment initially present during memory encoding within memories for naturalistic events as they were retrieved from memory. Patterns of activity during retrieval in the left angular gyrus and bilateral precuneus predicted embodiment on its own separated from visual perspective. In contrast, we observed only inconclusive evidence that these posterior parietal regions predicted visual perspective independent of embodiment. While the left angular gyrus distinguished between in-body and out-of-body perspectives during the retrieval of events associated with both strong and weak embodiment, decoding accuracy predicting visual perspective was only above chance for events encoded with strong embodiment in the precuneus bilaterally. Our results suggest that the contribution of posterior parietal regions in establishing visual perspectives within memories is tightly interconnected with embodiment. Encoding events from an embodied in-body perspective compared to embodied out-of-body perspective led to higher memory accuracy following repeated retrieval. These results elucidate how fundamental feelings of being located in and experiencing the world from our own body’s perspective are integrated within memory. scripts subfolder: run_crossvalidation_measure_ROI_ST_final.m - Matlab script to perform ROI decoding analyses using the CoSMoMVPA toolbox. ROIs subfolder: Contains binarized ROI masks of the left and right angular gyrus, precuneus, and hippocampus. results subfolder: behavioralResults.csv - results of the illusion induction questionnaire and cued recall test/subjective ratings from immediate testing, scanning, and post-scanning sessions. decodingAccuraciesSingleHemiAll.xlsx - results of the ROI decoding analyses with one tab per analysis Abbreviations: Sess1 = session one (immediate testing) Scan = scanning session Sess2 = session 2 (post-scanning) illMinCont = average illusion minus control statement ratings Corr = cued recall accuracy (proportion correct) Viv = vividness EI = emotional intensity Belief = belief in memory accuracy InBodyRat = average 1PP rating OutofBodyRat = average 3PP rating accLDA = LDA classifier accuracy accMinChLDA = accuracy minus chance LDA classifier sscore

CAD models of geometry enabling finite element method modeling of drawing polygonal rods in accordance with experiments experimental tests of rod drawing process with use of varied starting diameter resulting in different reduction ratios, carried out for final geometries, square and hexagonal. Varied reduction ratio (z) was meant to indicate capability of attaining satisfactory quality of polygonal cross-section rods, featured by best fill-out of corners and uniformity of strain hardening with simultaneous considerable load and plasticity. For the two geometries included in the study (Fig. 1 a, b), initial rod diameters were selected in a way producing comparable reduction ratios. That means, the initial rod diameter and die profile were chosen so that, when using a square die, the resulting reduction closely matched that applied in a hexagonal die, e.g. S1 with H1 etc.

These data files are used for the empirical analyses of the article entitled "Homeownership in the UK: The Role of Wealth Inequality and Family Life Cycles" Updated 26 June 2025

This repository provides all the codes necessary for reconstructing the tables and figures in: de Groot, O., C.B. Durdu, & E.G. Mendoza (2025), "Why Global and Local Solutions of Open-Economy Models with Incomplete Markets Differ and Why It Matters", Journal of International Economics

This Data is intended to reproduce the equilibrium plots for silica-gel/water and MIL-101(Cr)/water illustrated in Figure 4 in the manuscript based on the proposed higher-order pressure-temperature interpolation model.

Supplementary material for the manuscript entitled "Multiscale modeling and swelling behaviors of Wyoming sodium montmorillonite systems" submitted to “Computers and Geotechnics”.

This is a dataset for a paper titled “Data from ‘Aged Dissolved Organic Carbon Supply through Submarine Groundwater Discharge in Jeju Island, South Korea’,” . Data includes sampling date, location, DOC and TDN concentrations, DO14C values, nutrients, and other optical properties.