cometadata/datacite-titles-descriptions-related-identifiers huggingface dataset:
DOI: 10.17632/3k8w4jt4cm.1
title: Intensidad y uniformidad de los impulsores de cambio de los ecosistemas en la Patagonia

description: La uniformidad es una media de similitud entre los valores del indicador para diferentes comunas dentro de las regiones, y dentro del área de estudio analizada, y se mide entre 0 y 1; siendo 1 la mayor uniformidad. Para medirla se utilizó el índice de uniformidad de Shannon (Ibáñez Martí y Alonso, 2000), derivado del índice de diversidad de Shannon. En este contexto, el índice mide la homogeneidad de la distribución espacial de los valores del indicador dentro de las comunas, teniendo en consideración el valor para la región y el territorio (Tzanopoulos et al., 2013) Los impulsores de cambio de los ecosistemas operan en múltiples escalas administrativas y pueden o no mostrar linealidad a través de ellas (Cash et al., 2006). En este contexto, es esencial comprender cómo se comportan los impulsores en distintas escalas y se distribuyen espacialmente. El índice de uniformidad mide la similitud de los valores entre distintas escalas, asignando valores entre 0 y 1. Mientras más cerca los valores se encuentren de 1 más similares son los valores entre escalas. Por otra parte, el índice de intensidad mide qué tan sobre o sub representados están los valores de un indicador en una escala determinada comparada con otra. El índice de intensidad puede ser negativo o positivo, donde valores negativos indican una sobrerrepresentación de valores bajos del indicador, y los positivos indican una representación excesiva de valores altos.
DOI: 10.17632/6pm5zwjv9w.2
title: Supplementary material - Pre-existing basement faults controlling deformation in the Jura Mountains fold-and-thrust belt: insights from analogue models

description: We conducted brittle-viscous analogue models to test the influence of pre-existing fault-steps on the evolution of structures in a viscous layer overlain by a brittle cover of fine quartz sand (Schori et al., submitted). The brittle layer is pushed horizontally (from right to left in videos and CT cross-sections). The viscous layer is ca. 13 mm thick and is made of a viscous mixture of Polydimethylsiloxane (PDMS) and corundum sand that has a density of ca. 1600 kg/m^3 (Zwaan et al., 2018). The brittle layer has a thickness of 70 mm (except in model U20-45°-RC, where the thickness is 40 mm) and consists of quartz sand that has a bulk density of 1560 kg/m^3 (Klinkmüller et al., 2016). Analogue models test oblique and frontal fault-steps and represent the case of the Jura Mountains fold-and-thrust belt (JFTB) in the Northern Alpine Foreland, where pre-existing faults in the pre-Mesozoic basement are suspected to have localised and controlled deformation during JFTB evolution (Laubscher 1961). The viscous layer at the base simulates a décollement zone consisting of Trassic evaporites (salt and anhydrite), whereas the brittle quartz sand layer simulates the Mesozoic carbonate cover (limestone, dolomite, marl) of the JFTB. Further detailed descriptions of the model set-up, model results and interpretation are provided in Schori et al. (submitted). This supplementary material contains top-view videos of 18 brittle-viscous analogue models, which feature flat-base, frontal and oblique steps. Thick, black lines across the models indicate the position of the vertical base-plate step (absent in flat-base models F1 and F2). Thin black lines to the left and right of the step indicate the calculated position of thrusts at the surface, which nucleate above the step (step-controlled thrusts). The dip angle of thrust planes, used to calculate the position of step-controlled thrust lines, is given in the parameter list at the bottom left of each video. The parameters specify (1) the throw of the base-plate step and the obliquity angle α of the oblique step in respect to frontal steps (α = 0°). (2) Scaling ratio of the image in pixels per centimetres. (3) The dip of the thrust plane used to construct the line of step-controlled fore-thrusts (thin, black line to the left of the step). (4) The dip assumed to construct the step-controlled backthrust line (thin, black line to the right of the step). (5) Velocity of backstop displacement. (6) Thickness of the brittle cover. (7) Thickness of the viscous base layer with comments in case of uneven distributions. In addition to top-view videos, this supplementary material also comprises a PDF file with five cross-sections across model U20-45°-CT, which features an oblique upward step with a throw of 20 mm and an obliquity angle α = 45°. Cross-sections are raw slices across computed tomography (CT) scans of model U20-45°-CT. CT-scans were conducted in 15 minute intervals.
DOI: 10.17632/6bdcnks224.1
title: Biogenic architectures for green, cheap and efficient thermal energy storage and management

description: Dataset of the paper "Biogenic architectures for green, cheap and efficient thermal energy storage and management"
DOI: 10.17632/fsk9st443z.1
title: Data for Geochemical cycling of redox sensitive elements Mo, U and V and their response to benthic hypoxia in the Changjiang Estuary

description: Research data about redox sensitive elements Mo, U and V and related parameters in porewater and solid profiles.
DOI: 10.17632/zy3rw458n7.1
title: Effects of bariatric surgery on COVID-19: a multicentric study from a high incidence area

description: Introduction: The favorable effects of bariatric surgery (BS) on overall pulmonary function and obesity-related comorbidities could play a role against SARS-CoV-2 infection. This has been investigated comparing Covid-19 incidence and clinical course between a cohort of patients submitted to BS and a cohort of obese candidates to BS during the spring outbreak in Italy. Materials and Methods: From April to August 2020, 594 patients from 6 major bariatric centers in Emilia-Romagna were administered an 87-item telephonic questionnaire. Demographics, Covid-19 incidence, suggestive symptoms and clinical outcome parameters of operated patients and candidates to BS were compared. The incidence of symptomatic Covid-19 was assessed including the clinical definition of probable case, according to World Health Organization criteria. Results: 353 operated patients (Op) and 169 candidates for BS (C) were finally included in the statistical analysis. While Covid-19 incidence confirmed by laboratory tests was similar in the two groups (5.7% vs 5.9%), lower incidence of most of Covid-19-related symptoms, such as anosmia (p: 0.046), dysgeusia (p: 0.049), fever with rapid onset (p: 0.046) were recorded among Op patients, resulting in a lower rate of probable cases (14,4% vs 23,7%; p: 0.009). Hospitalization was more frequent in C patients (2.4% vs 0.3%, p: 0.02). One death in each group was reported (0.3% vs 0.6%). Previous pneumonia and malignancies resulted to be associated with symptomatic Covid-19 at univariate and multivariate analysis. Conclusion: patients submitted to BS seem to develop less severe SARS-CoV-2 infection than obese subjects.
DOI: 10.17632/4js9b8pkrk.1
title: Muller-Lyer_illusion

description: The dataset provides data on cognitive and temperamental determinants of the Müller-Lyer illusion recorded in a group of 170 participants aged 20-33. The cognitive predictors included: the field dependent-independent cognitive style and the efficacy of attention networks: alerting, orienting, and executive control. The temperamental indicators were searched in the context of the Strelau’s Regulative Theory of Temperament. The results confirmed that susceptibility to the M-L illusion is associated with field dependence. Rhythmicity as a temperament trait moderated the relationship between susceptibility to the Müller-Lyer illusion and the efficacy of alerting. At a low level of Rhythmicity, a relationship between lower efficacy of the alerting network and higher susceptibility to the illusion was observed.
DOI: 10.17632/br6ykjxmh8.1
title: Simulated results by NEOWAVE-STM

description: This data set provides the final calculation results corresponding to the figure number.
DOI: 10.17632/3dpw885w4x.3
title: Greenhouse agricultural plastic waste mapping database

description: This dataset consists of the coordinates of plots and the area in square meters covered by agricultural greenhouses in the Republic of Cyprus, an EU member state. The collection of the data is included in sixteen tables separated per geographical area-cluster. The agricultural plastic waste (APW) detailed mapping was conducted with the use of up-to-date statistics from Cyprus Agricultural Payments Organization (CAPO), geographic information system (GIS) and satellite imagery.
DOI: 10.17632/t8f677th22.1
title: Identification, characterization, and functional analysis of Toll and ECSIT in Exopalaemon carinicauda

description: Research hypothesis: clarify the immune response of Toll and ECSIT in Exopalaemon carinicauda; My data shows: (1) the the protein structure, multiple alignmentand phylogenetic tree of EcToll and EcECSIT from E. carinicauda. (2) Tissue distribution of EcToll (A) and EcECSIT (B) mRNA transcripts in healthy E. carinicauda. (3) The expression patterns of EcToll and EcECSIT mRNA in gills from E. carinicauda challenged with V. parahaemolyticus. (4) The transcript expression patterns of AMPs in gills from E. carinicauda challenged with V. parahaemolyticus. (5) RNA interference efficiency of EcToll and EcECSIT in the gills of E. carinicauda. (6) Roles of EcToll and EcECSIT in shrimp antibacterial responses. (7) The expression patterns of EcECSIT and AMP genes after knock-down of EcToll. (8) The expression patterns of AMP genes after knock-down of EcECSIT. Notable findings: EcToll restricted V. parahaemolyticus infection through activating EcECSIT to induce AMPs. How the data can be interpreted: The relative expression levels of these immune-related genes were calculated according to the 2-△△CT method. The relative mRNA expression levels were shown as a combined scatter and box plot graphs and 4 individual samples were used in each experimental group. Six or three shrimp were pooled to be as one individual sample.
DOI: 10.17632/34pjbr4kg4.2
title: Magico-religious Practitioners

description: Coding of magico-religious practitioners in a subsample of the SCCS
DOI: 10.17632/yr2nrysyyx.1
title: Microfluidics Chip_16 chamber design

description: Cell- and lineage-tracking custom microfluidics CAD file. The chip is designed with 16 independent microchambers, with each having its own media and cell inlet and outlet channels, where different strains or conditions can be tested simultaneously. Each microchamber has 8 microchannels for trapping the yeast such that 8 regions containing cells of interest can be imaged per strain/condition.
DOI: 10.17632/m58s2hk496.2
title: Travel to exits – occupant movement simulation

description: Computer simulation is the tool in design of life safety in means of egress and it performs with adequate capacity and protection to provide occupants adequate time to reach a place of safety without being unreasonably exposed to untenable conditions. In a sense, performance-based analysis and design is in computer simulation of fire engineering, a solution to meet specific levels of performance, where performance may be stated in terms of qualitative or quantitative objectives, criteria, or limiting states of damage or injury. Evacuation - Calculations are countable in a priority and becoming a part of performance-based analyses to assess the level of life safety considered in buildings. The occupants are assumed to be standing / moving at the exits-doorway on each floor as soon as the evacuation begins. Evacuation simulation and calculation focuses mainly on points of narrowing throughout the building exits and the time for the occupants to flow past that point, and to the outside of building. Evacuation planning should anticipate the obstruction of primary means of egress and plan for use of secondary means of egress. Evacuation modeling in life safety design, has become important in recent season(s) to be in performance based design and also participates in prescriptive design of means of egress. The evacuation time for an individual is the entire span of time that elapses from the ignition of the fire until the occupant emerges from the building or arrives at a location of safety. It consists of four components, all of which must be taken into consideration. (a) Time to notification (b) Reaction time (c) Pre-evacuation activity time (d) Travel or movement time. The first three components are often grouped together and referred to as “delay time” or pre-movement time. Evacuation time (1) = (delay time + travel time) = (time to notification + reaction time + pre evacuation time) + travel time It is very important that, not underestimate the contribution that delay time can make to total evacuation time. Studies of evacuation drills, have shown that, on average, travel time makes up less than 25 percent of the average total time to evacuate. In office evacuations, however, delay times can be extremely short, and the largest proportion of total evacuation time is accounted for by travel time. Therefore the selection, estimation, or calculation of pre movement times s extremely important to obtain valid results. Building codes such as NFPA – 101 (Life Safety Code), International Building Code (IBC), established the minimum requirements for the safe design of a building. Nevertheless, additional life safety measures are often necessary to mitigate the risks that arise from the complexity of these types of buildings and the possible difficulties in firefighting and rescue operations.
DOI: 10.17632/rzp9x3nbw4.1
title: EDUCARE: Journal of Primary Education
DOI: 10.17632/nmmdzsxsts.1
title: Research 2019

description: This study hypothesized if cognitive function capacity decreases the the risk of falls among older adults at nursing homes would increase. This is the raw data consists of demographic data of elderlies, data of risk fall score and data of cognitive function at two nursing homes in West Kalimantan province-Indonesia. Subjects were recruited by purposive consecutive sampling. Of the 100 respondents, 60 subjects met the inclusion and exclusion criteria of the study. The sensitivity Mini-Mental State Exam (MMSE) was used to identify the cognitive function and technically assessed the risk of dementia. The Morse Fall Scale (MFS) was established to predict the risk of falls. These tools are valid and reliable. The collected data were analyzed using somers’d test.
DOI: 10.17632/hrcdhf6y82.1
title: revealed vs perceive risk preferences

description: The data compares whether incentivized revealed risk preferences and perceived willingness to take financial risk choices made by subjects coincide. Eliciting perceived willingness to take financial risk (PWTFR) The PWTFR question was framed as follows: When thinking of your financial investments, how willing are you to take risks? Please use a 10-point scale, where 1 means “Not At All Willing” and 10 means “Very willing.” (Lusardi and Mitchell 2011). Highly risk averse subjects chose values closer to ‘1’ and highly risk loving or seeking chose values close to ‘10’. In the analysis the choices were reverse coded such that ‘1’ became ‘10’ vice-versa. The reverse coding is done to ensure easy comparison of PWTFR and IRRP choices. Eliciting revealed incentivized risk preferences The subjects completed four typical IRRP tasks with varying pay offs for lottery A or B (Table 1; Task 1). The pay-off for the tasks were as follows: Task 2, lottery A (R70); lottery B (R110), Task 3, lottery A (R250); lottery B (R400) and task 4, lottery A(R200); lottery B (300) (Mudzingiri 2019; Andersen et al. 2008; Holt and Laury 2002). Ten percent of the subjects were randomly selected and paid for one of their choices in one of the four tasks completed. The amount won were disbursed on the day the experiment was conducted. The study specified a constant relative risk aversion (CRRA) money utility function: U(x)=x^(1-r) (1) Where r is the risk parameter, x is the monetary payoff. If r&lt;0 an individual is risk seeking or loving, r=0 one is risk neutral and r&gt;0 an individual is risk averse (Holt and Laury 2002). In this study the risk parameters for choices made by subjects were not calculated. The research recorded the safe choices made by individuals all the tasks completed. There are studies that have resorted to recording of safe choices in analysing risk preferences (Bellemare and Shearer 2010; Drichoutis and Lusk 2016). The definition for the safe choices in this study is the total numbers of Lottery A choices made by an individual in all the four tasks completed. The calculated risk parameters in Andersen et al. (2008) shows that switching from lottery A to Lottery B in row 1 reveals that an individual is risk loving while switching from lottery A to lottery B in row 9 show a high degree of risk aversion (Table 1). Therefore, few safe choices (close to 1) shows that a subject is risk seeking or loving while high number of safe choices (close to 10) show high level of risk aversion among subjects. All zero safe choices of lottery A were recorded as choices for row 1. This is meant to ensure matching of observations from PWTFR and IRRP. The sum of safe choices made by subjects range across 1 to 10 inclusive. A typical IRRP MPL task is shown in Table 1.
DOI: 10.17632/t6xk7fr3w8.2
title: Dataset for SIMPoly: A Matlab-based Image Analysis Tool for Measuring Electrospun Polymer Fiber Diameter

description: Raw and processed data for "SIMPoly: A Matlab-based Image Analysis Tool for Measuring Electrospun Polymer Fiber Diameter" as well as the SIMPoly Matlab Method code.
DOI: 10.17632/77p6rzb73n.1
title: Software Quality and Code Metrics Dataset

description: The dataset contains 10 different repositories with its quality, source code metrics and code smells information. The data is divided into two folders: (1) Quality and Source Code Metrics (2) Code Smells. The first dataset is extracted in 4 levels: (1) Class (2) Method (3) Package (4) Attributes. The second dataset is extracted with all the code smells in each repository.
DOI: 10.17632/pvzs3c2bvy.1
title: Metabolomics of critically-ill COVID19 patients

description: Raw metabolomics data for critically ill COVID-19 patients at ICU
DOI: 10.17632/mhc8b4yn9d.1
title: HSC Microarray +/- IFNg

description: Expression profiling of hematopoietic stem cells (LSK CD150+ CD48- CD34-) from C57Bl/6 mice 24 hours after treatment with 100 ug rIFNg or PBS using Agilent’s SurePrint G3 Mouse Exon 4x180K Microarray. The Bioconductor package limma was used to analyze the microarray data. Contents include genes upregulated and downregulated more than 1.5 fold with an adjusted p-value &lt;0.1.
DOI: 10.17632/vsfk2ctj3z.1
title: Teman-Teman Pendidik Ditampar oleh Gosip: Penggosip Oknum Mahasiswa (Entah Apa yang Merasukimu)

description: Abstract: Gosip merupakan hal yang tidak dikatan lumrah, bukan hal yang biasa, tetapi sebagai fenomena di seluruh aspek kehidupan manusia. Demikian terjadi pada lingkungan pendidikan dari dasar samapai pendidikan atas. Lebih lanjut, hal yang berkaitan tentang gosip dapat berujung kontak fisik maupun permusuhan seumur hidup. Pada sisi pendidikan, gosip bukanlah hal yang tepat untuk dipelihara pastinya, dan tentunya harus diedukasi. Metode yang dipakai yaitu deskriptif. partisipan yang terlibat dalam peneilitan ini tercakup dua oknum dosen, oknum yang pertama membuka percakapan berantai adalah objek atau korban gosip dengan dua temannya, serta oknum dosen lainnya di dalam percakapan ini merupakan teman selingkungan kerja. Data direduksi ke dalam bentuk tiga tabel percakapan, yaitu berbahasa Melayu Maluku, berbahasa Indonesia, dan Berbahasa Inggris. Hasil dari peneilitan ini terdeskripsikan lewat klimaks percakapan yang secara ekspilist menekankan bahwa gosip yang dilakukan oleh oknum-oknum mahasiswa tersebut, akan ditangani dengan cara tersendiri menurut oknum dosen yang menjadi korban gosip. Serta teman-teman dosen yang berdiskusi di dalam percakapan berantai tersebut, menanggapi dengan perspektif yang sama untuk ditangani perilaku gosip, agar tidak terulang lagi.Dari diskusi singkat, peneliti menarik eksimpulan bahwa hal yang dapat tergambar dalam diskusi spontan itu, oknum dosen yang menjadi korban gosip sangatlah tidak menerima perilaku penggosip. Dan pada kenyataannya percakapan serta perspektif dari para oknum dosen yang terlibat dalam percakapan berantai tersebut menyiratkan bahwa tindakan yang berkaitan dengan gosip tidak sepatutunya dibiarkan, sehingga mendukung teman dosennya yang sebagai korban gosip untuk menempuh caranya sendiri di kemudian hari perihal oknum mahasiswa penggosip. Maka itu, peneliti menyarankan untuk kedepan pemerintah terkait dalam melaksanakan edukasi secar sistematis dari keluarga sampai ke pihak-pihak terkait pendidikan, agar perlikau gosip ini jangan lagi menjadi budaya, tetapi lebih mengedepankan kesadaran untuk membangun diri menjadi sumber daya manusia yang lebih baik. Keywords: Pendidik, Gosip, Oknum Mahasiswa Penggosip, Oknum Mahasiswa Penggosip Dosen
DOI: 10.17632/9pwdwbvyz9.1
title: White Island Sentinel-1 dataset

description: Interferograms, StaMPS output time series and supplementary figures (S1 - S6)
DOI: 10.17632/hknwy2nggg.1
title: The molecular context of vulnerability for CDK9 suppression in triple wild-type melanoma: Supplemental Datasets

description: The molecular context of vulnerability for CDK9 suppression in triple wild-type melanoma: Supplemental Datasets
DOI: 10.17632/cv3dxvxxv8.1
title: Chronic kidney disease under non-dialysis dependent, haemodialysis, peritoneal dialysis and kidney transplant treatment: body composition data
DOI: 10.17632/v3kry8gb59.1
title: Face Mask Detection Video Dataset

description: Face Mask detection using machine intelligence is one of the hot topic during the COVID-19 period. Variety of works are introduced to identify the policy violators in busy places however, the available image datasets are limited to build a generalized model that can be used in real-time applications with coarse-to-fine video frames. We present a real-time video/images dataset containing multiple subjects (with/without mask) walking within a University environment. Each annotated frame contains multiple instances (i.e. persons) with unique identifications, bounding boxes, and class/label information. The dataset and annotations can be used to train, validate and test the deep learning and computer vision based facial mask detection algorithms. Below are the details of dataset: Total video frames: 4357 Total bounding boxes: 21941 Boxes with Mask (MW): 8306 Boxes without Mask (NM): 13635 Image frames: This folder contains 4357 video frames (.png). Each frame contains multiple instances. Annotations: This folder contains the 4357 annotations (.xml) files for the above Image frames. Each .XML contains information about: Person ID: Unique identification for each person in a frame Bounding Box: The rectangular boundary around the person Class Names: Mask (MW), no Mask (NM) NOTE: Instances with mask and facing towards the camera are only labelled as being mask wearer (MW). All other subjects (i.e. instances) facing opposite to camera (i.e. backside towards the capturing device) are labelled as NM (i.e. without mask).
DOI: 10.17632/6p8npdvfn9.1
title: Online Anomaly Detection of Profiles with Varying Coefficients via Functional Mixed Effects Modelling

description: In Xiang et al., we compare the efficiency of the proposed FMM control chart and three alternative algorithms for profile montioring by analyzing the real dataset from the tobacco manufacturing process. The dataset is provided by Shanghai tobacco group co., LTD. The entire dataset consists of 260 conforming profiles and 15 nonconforming profiles. In each profile, the response variable, the moisture content of tobacco leaf silk, and two covariates, the airflow temperature and the moisture content at the inlet, are recorded at 150 observed points. Based on the results, it can be concluded that the proposed FMM algorithm is the most effective for the online anomaly detection of profiles with varying coefficients.