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    Replication Data for: Spotting the lect: Asymmetric literacy competencies in multilectal contexts

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    Description of dataset: The dataset contains quantitative experimental data from a language classification task collected from 9–10th grade lower secondary school pupils (n = 398) from three Norwegian municipalities. The municipalities were located in Eastern Norway (Telemark county), Northern Norway (Nordland county), and Western Norway (Vestland county). In this task, the participants were asked to classify single sentences as either standard or dialectal Norwegian. The sentences were presented in standard written Norwegian (Bokmål and Nynorsk varieties) and various versions of dialect writing (Eastern, Northern, and Western). Participants' accuracy and reaction times were measured. The file with experimental data also contains by-participant measures of average reading speed in the two standard varieties of written Norwegian (Bokmål and Nynorsk) for a subset of 288 participants, which was derived from a separate study. The file further contains information on some of the participants' (n = 179) writing habits in private digital communication, expressed as the number of words the participants shared with the researchers, as well as the number and proportion of words containing speech-like deviations from the standard. The dataset also includes qualitative background questionnaire data collected from a subset of the same participants (n = 352), which includes information about their age, gender, and various language use patterns, both oral and written. The dataset further includes all stimuli used in the experimental task, the list of questions from the background questionnaire, the analysis code, the OpenSesame experiment file, and the consent form template.Abstract of the related publication: This study investigates how Norwegian adolescents with different literacy profiles perceive and distinguish standard and dialectal varieties of written Norwegian. Using a variety classification task, we analyzed response accuracy and reaction times (RTs) among 398 lower secondary school pupils across three regions: Eastern Norway (primarily Bokmål-literate), Northern Norway (exposed to Bokmål and dialect writing), and Western Norway (familiar with Nynorsk, Bokmål, and dialect writing). Participants with broader literacy profiles (Western Norway) achieved higher accuracy and showed longer RTs, indicating more thorough processing, while those with more limited exposure (Eastern Norway) employed more reductive or guessing-based strategies. However, even for Western participants, distinguishing the lesser-used standard, Nynorsk, from dialect writing was more challenging than distinguishing Bokmål. A supplementary analysis revealed that frequent use of dialect writing in private digital communication did not undermine standard literacy overall, although in the Western group it was associated with slightly lower accuracy, highlighting the vulnerable status of Nynorsk. These findings suggest that exposure to multiple written varieties enhances metalinguistic awareness and processing depth, while revealing regional asymmetries in the attainment of the two written standards. The study underscores the importance of explicitly addressing both standard varieties and dialect writing in education, with broader relevance for contexts where minoritized or non-standard varieties coexist alongside a dominant written language.</p

    Supporting Data for: Dual functionality in whole blood microsampling: Combining plasma separation and immunoaffinity clean-up for LC-MS based protein analysis

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    This dataset contains supplementary data related to the following journal article: “Dual functionality in whole blood microsampling: Combining plasma separation and immunoaffinity clean-up for LC-MS based protein analysis” by Ago Mrsa, Bjarke Strøm Larsen, Trine Grønhaug Halvorsen and Léon Reubsaet. The supplementary data consists of mass spectrometric files in the .RAW file format

    The Norcoast25 - a regional marine radiocarbon calibration curve for the period Bølling to the Early Holocene for the Norwegian coast (14.4–11.0 ka BP).

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    This is data to the Norcoast25 calibration curve used to calibrate marine 14C ages to calendar years along the coast of Norway. All details of how the Norcoast25 calibration curve was constructed are explained in the related publication (see below). The data is stored in two different versions: The file Norcoast25.14c can be downloaded to the calibration program OxCal. The file Norcoast25.txt contains the same data. The files have three columns; Column A is the calibrated date BP (CAL_BP), Column B is the 14C age (14C_age) and column C is the error to the 14C age (14C_Error). To calibrate a 14C date with the Norcoast25 curve use the program OxCal, download the file Norcoast25.14c to the bin folder of OxCal, ex. C:\Oxcal\bin. Then, to calibrate a 14C age with the Norcoast25 curve you must write it into the OxCal code. For instance: Plot() { Curve("Norcoast25","Norcoast25.14c"); R_Date("TUa-1902",13110,125); }; It is also possible to use Norcoast25 with the calibration program CALIB, but then you would have to rename the Norcoast25.14c file to marine20.14c in the downloaded version.</p

    Supplementary data for: A governance-aware systems thinking architecture for sustainability at scale

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    This dataset supports the paper “A Governance-Aware Systems Thinking Architecture for Sustainability at Scale.” The study addresses a key challenge in large-scale sustainability research: how to ensure transparency, consistency, and auditability when integrating heterogeneous evidence and systems thinking approaches. The paper introduces STAI³RS, a governance framework designed to ensure rigor and reproducibility in sustainability synthesis. STAI³RS stands for Scalable, Transparent, Analytical, Interpretable, Reliable, Reproducible, Robust, and Systematic, and provides cross-cutting principles and procedural cues for applying systems thinking methods at scale. Building on this governance layer, the paper presents SEEDS (Systems Evidence Extraction and Decision Support), a six-component operational model that structures sustainability synthesis from problem framing to decision support. SEEDS integrates boundary governance, evidence extraction, harmonization, synthesis, and iterative learning into a transparent and auditable workflow. The dataset includes materials that document the governance diagnostics and operational implementation of these frameworks. In particular, Table S2 presents a case study demonstrating the SEEDS workflow in practice through a large-scale feedstock evidence mapping study spanning over 130,000 peer-reviewed studies across biomass- and waste-to-X conversion technologies. This case study illustrates how governance rules, audit trails, and harmonization procedures enable reproducible synthesis across three large scientific corpora. SEEDS_components_in_practice These materials support reuse, verification, and extension of governance-aware systems thinking approaches in sustainability research and decision support

    Replication Data for: "Above- and belowground communities in boreal forests are tightly linked along common ecological gradients"

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    This is a collection of files used in a soil fungal diversity study in the Solhomfjell natural reserve with focus on the relationship between fungal and plant diversity The dataset is made up of a main set of predictor variables and a table of ITS2 OTUs curated and standardised for metabarcoding community analysis. In addition, there is supplied supporting and raw files

    Replication Data for: Sensor Comparison for Multi-Modal Motion Estimation in Upper Body Stroke Rehabilitation

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    This dataset contains data within the field of human motion estimation for stroke rehabilitation. It is used in the article named "Sensor Comparison for Multi-Modal Motion Estimation in Upper Body Stroke Rehabilitation". This dataset comprises motion data collected from 16 healthy participants (5 women and 11 men, aged 23-43) engaged in upper body movements as part of a study on stroke rehabilitation and range of motion assessment. Participants performed 12 distinct movements, being recorded by four different sensors: a marker-based optoelectronic motion capture system, eight inertial measurement units (IMUs), one webcam and one stereocamera. The data collection adhered to ethical standards established by the Declaration of Helsinki, ensuring participant anonymity and informed consent

    Supplementary to: Stimulate, ventilate, collaborate – A qualitative study underpinning the development of an educational guide to newborn resuscitation for midwifery students

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    This is an educational guide to newborn resuscitation for midwifery students, supplementary to: Stimulate, ventilate, collaborate – A qualitative study underpinning the development of an educational guide to newborn resuscitation for midwifery students. The development was created in workshops including midwives and midwifery students using the ADDIE model

    Identification of salmon allergens from Atlantic salmon (Salmo salar) with mass spectrometry

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    The following dataset was obtained from mass spectrometric analysis from the Proteomics and Metabolomics Core Facility at UiT The Arctic University of Norway. The dataset is from different tissues from Atlantic salmon: raw muscle, cooked muscle, mucus, and skin. The purpose of the dataset was to identify known and possibly novel allergens from Atlantic salmon

    Simulated data sets for: seqwrap: an R package for flexible iterative fitting of high-dimensional data

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    The datasets in this repository contain simulated data and results from their analyses, which can be used to replicate the results in the paper "seqwrap: an R package for flexible iterative fitting of high-dimensional data". The files in this folder should be placed in a folder named `data_sim` and added to the root folder available at https://www.github.com/trainome/seqwrap-paper to enable replication of results in the figures and the main manuscript. See https://www.github.com/trainome/seqwrap-paper for details on how to extract and analyze the data

    Replication Data for: Enzymatic hydrolysis during in vitro digestion of triacylglycerols in a model system and milk: Isomerisation of diacylglycerols and monoacylglycerols

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    This dataset is from a study where we investigated the enzymatic hydrolysis and degree of isomerisation of diacylglycerols (DAG) and monoacylglycerols (MAG) during in vitro digestion of a triacylglycerol standard (TAG-C14:0/C18:1n-9cis9/C14:0) and bovine milk. The data provides information on the fatty acid (FA) profile of several lipid fractions: triacylglycerols (TAG), DAGs, MAGs, free fatty acids (FFA) and polar lipids (PL), isolated after the in vitro digestion of the TAG standard and commercial whole milk. Data on the lipid profile after gastric digestion of whole milk is also included. In addition, the degree of isomerisation of a sn-2 MAG standard at room temperature and at -20 degrees celcius, during solid phase extraction using amino propyl columns was studied. The data includes chromatograms from the GC_MS analysis of the MAG-samples. Moreover, a direct infusion electrospray ionisation (ESI)-MS/MS method was used to study the difference in the collision induced dissociation (CID) mass spectra between sn-1/sn-3 MAGs and sn-2 MAGs, for the purpose of analysing different MAG isomers. The data includes CID mass spectra for several different standards of 1-MAG and 2-MAG

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