cometadata/datacite-titles-descriptions-related-identifiers huggingface dataset:
DOI: 10.48322/hkaw-ff03
title: OMNI, Combined Solar Wind Plasma Moments and Interplanetary Magnetic Field (IMF) Time-Shifted to the Nose of the Earth's Bow Shock, plus Geomagnetic Indices, 5 min Data

description: Near-Earth Heliospheric Data, OMNI, Definitive Multispacecraft Interplanetary Parameters Data, 5 min averaged

Additional information for all parameters are available from OMNI Data Documentation: https://omniweb..sci.gsfc.nasa.gov/html/HROdocum.html

New data may be accesible via the Space Physics Data Facility, SPDF, OMNIWeb Service: https://omniweb.gsfc.nasa.gov/ow_min.html

The Modified (Level-3) High Resolution OMNI data files are made in the same format as the OMNI files based on SWE Key Parameter data. There are a few differences between old and new high resolution OMNI data sets:

* 1) In the newly modified Level-3 OMNI data files, we used the Wind SWE plasma definitive data rather than the Wind SWE plasma KP-despiked data. Using the definitive data give us possibility to include the Alpha/Proton Density Ratio and to use more accurate plasma parameters. However, the time coverage in the new OMNI data was decreased by from 2% to 10%. See the data description at https://spdf.gsfc.nasa.gov/pub/data/omni/high_res_omni/modified/. For detail comparison 1 min SWE definitive and cross-normalized SWE Key Parameter data sets, see https://omniweb.gsfc.nasa.gov/ftpbrowser/wind_pla_def_kp_norm.html.
* 2) To keep the number of words and the record lengths the same as in the old OMNI high resolution data set, we replaced the PCN Index (word #45) in the ASCII records with the new Alpha/Proton Density Ratio parameter.
* 3) The latest date for these new data is usually behind of the OMNI based on SWE_KP data.

Modifications:

* 1) Conversion to ISTP/IACG CDFs via SKTEditor, February 2000
* 2) Time tags in CDAWeb version were modified to use the CDAWeb convention of having mid-average time tags rather than OMNI original convention of start-of-average time tags, March 2005
DOI: 10.48322/rgf7-3h67
title: Wind 3DP Electron Core Halo Strahl Moments, 96s, year files

description: These ~96s electron core halo and strahl parameters are moments of Wind 3DP EESA-L and EESA-H measurements, corrected for spacecraft potential and other instrumental effects.
DOI: 10.60905/akicwl
title: Suspenden la matr��cula a 200 estudiantes de la UdeA

description: &lt;p&gt;El Consejo Directivo decidi�� suspender la matr��cula de 200 estudiantes que desde hace ocho d��as se tomaron algunos predios para ejercer presi��n sobre las residencias estudiantiles. A los estudiantes se les dio un plazo de abandonar la ocupaci��n, pero no fue cumplido.&lt;/p&gt;
description: CONTEXTO DE LA NOTICA: Acuerdo sobre nueva pol��tica econ��mica en Latinoam��rica; V��as de Antioquia en p��simo estado; Duros conflictos en la UN (rector no renuncia y destituye a profesores), Iglesia veta matrimonio civil y divorcio; Se crea tribunal nacional de arbitramiento; crisis de DD.HH en la Ladera; Encuentro nacional de estudiantes residentes; Nuevo registro civil en Colombia.
Noticia como antecedente: ���Ordenan desalojar viviendas en la U���. Jueves 23 de Septiembre/1971. p. 1 y 19. La noticia es complementada el d��a 24 de Septiembre/1971, p.1 ���Otro paro de 72 horas empez�� en la UdeA���.
DOI: 10.5281/zenodo.18379156
title: Data for Same-Slide Spatial Multi-Omics Integration Reveals Tumor Virus-Linked Spatial Reorganization of the Tumor Microenvironment --- Part 2
DOI: 10.5281/zenodo.18379155
title: Data for Same-Slide Spatial Multi-Omics Integration Reveals Tumor Virus-Linked Spatial Reorganization of the Tumor Microenvironment --- Part 2
DOI: 10.5281/zenodo.18611956
title: Leveraging iron sulphide destruction via ORP-controlled microareation to improve phosphate recovery

description: Vivianite (Fe₃(PO₄)₂·8H₂O) is an attractive product for phosphorus recovery and can form in digested sludge, sediments, and manure when sufficient Fe(II) is available. In wastewater treatment, however, iron sulphides typically outcompete vivianite under anaerobic conditions. To reduce the iron dosage required for vivianite formation, this study investigated whether controlled microaeration at oxidation–reduction potential (ORP) levels ranging from -220 to 0 mV can oxidize iron sulphides, release Fe(II), and thereby promote vivianite formation. Microaeration produced two contrasting effects. Mössbauer spectroscopy indicated a loss of ~20% of the Fe(II) vivianite fraction across all ORP conditions, while a pyrite-like iron sulphide phase remained largely unchanged. In contrast, in the soluble phase, sulphur species increased (~40% of total sulphur), and phosphorus decreased (~70% of soluble phosphorus), suggesting iron–phosphate binding or adsorption under microaerobic conditions. These observations support a time-dependent reaction sequence. During early aeration, more labile FeSₓ phases are likely to have oxidized to elemental sulphur, providing free iron sites for phosphorus binding/adsorption. After prolonged aeration (24 h), both sulphur and iron species shifted toward oxidized products, including sulphate and Fe(III) minerals. Targeting only the initial microaeration phase may offer a pathway to selectively convert iron sulphides into more desirable recovery products—elemental sulphur and vivianite. Additionally, phosphorus removal, at ORP as low as -220 mV highlights microaeration as a potential low-chemical alternative to peroxide-based treatments.
DOI: 10.5281/zenodo.18611957
title: Leveraging iron sulphide destruction via ORP-controlled microareation to improve phosphate recovery

description: Vivianite (Fe₃(PO₄)₂·8H₂O) is an attractive product for phosphorus recovery and can form in digested sludge, sediments, and manure when sufficient Fe(II) is available. In wastewater treatment, however, iron sulphides typically outcompete vivianite under anaerobic conditions. To reduce the iron dosage required for vivianite formation, this study investigated whether controlled microaeration at oxidation–reduction potential (ORP) levels ranging from -220 to 0 mV can oxidize iron sulphides, release Fe(II), and thereby promote vivianite formation. Microaeration produced two contrasting effects. Mössbauer spectroscopy indicated a loss of ~20% of the Fe(II) vivianite fraction across all ORP conditions, while a pyrite-like iron sulphide phase remained largely unchanged. In contrast, in the soluble phase, sulphur species increased (~40% of total sulphur), and phosphorus decreased (~70% of soluble phosphorus), suggesting iron–phosphate binding or adsorption under microaerobic conditions. These observations support a time-dependent reaction sequence. During early aeration, more labile FeSₓ phases are likely to have oxidized to elemental sulphur, providing free iron sites for phosphorus binding/adsorption. After prolonged aeration (24 h), both sulphur and iron species shifted toward oxidized products, including sulphate and Fe(III) minerals. Targeting only the initial microaeration phase may offer a pathway to selectively convert iron sulphides into more desirable recovery products—elemental sulphur and vivianite. Additionally, phosphorus removal, at ORP as low as -220 mV highlights microaeration as a potential low-chemical alternative to peroxide-based treatments.
DOI: 10.5281/zenodo.18611669
title: Evaluating phosphate recovery as vivianite from lake  sediments

description: Vivianite (Fe₃(PO₄)₂·8H₂O) plays a significant role in phosphorus sequestration within anaerobic lake sediments and has recently gained interest as a recoverable phosphate resource from wastewater due to its paramagnetic properties. This study examines vivianite formation and detectability in the context of dredging-based remediation of the eutrophic Lake Ormstrup (Denmark), focusing on whether iron(II) dosing to dredged lake sediment can enhance vivianite production for magnetic recovery. Vivianite was detected only when iron and phosphate were added simultaneously, indicating that phosphate availability, not iron supply, is the key constraint in dredged sediments. Furthermore, low native vivianite concentrations prevented reliable detection using Mössbauer spectroscopy. To improve vivianite quantification, alternative Mössbauer fitting approaches and bipyridine extractions were compared. However, iron-spiked samples showed no measurable increase in Fe(II)-P relative to controls, highlighting persistent analytical challenges. These findings show limited potential for vivianite-based recovery from dredged sediment in Lake Ormstrup. Nevertheless, the results also provide new insights into carbonates and organics likely outcompeting phosphate for iron binding, outline methodological improvements needed to detect vivianite in low-concentration environments, and highlight differences in Fe/P/S ratios in lake sediments compared to those in digested sludge.
DOI: 10.5281/zenodo.18611670
title: Evaluating phosphate recovery as vivianite from lake  sediments

description: Vivianite (Fe₃(PO₄)₂·8H₂O) plays a significant role in phosphorus sequestration within anaerobic lake sediments and has recently gained interest as a recoverable phosphate resource from wastewater due to its paramagnetic properties. This study examines vivianite formation and detectability in the context of dredging-based remediation of the eutrophic Lake Ormstrup (Denmark), focusing on whether iron(II) dosing to dredged lake sediment can enhance vivianite production for magnetic recovery. Vivianite was detected only when iron and phosphate were added simultaneously, indicating that phosphate availability, not iron supply, is the key constraint in dredged sediments. Furthermore, low native vivianite concentrations prevented reliable detection using Mössbauer spectroscopy. To improve vivianite quantification, alternative Mössbauer fitting approaches and bipyridine extractions were compared. However, iron-spiked samples showed no measurable increase in Fe(II)-P relative to controls, highlighting persistent analytical challenges. These findings show limited potential for vivianite-based recovery from dredged sediment in Lake Ormstrup. Nevertheless, the results also provide new insights into carbonates and organics likely outcompeting phosphate for iron binding, outline methodological improvements needed to detect vivianite in low-concentration environments, and highlight differences in Fe/P/S ratios in lake sediments compared to those in digested sludge.
DOI: 10.60555/tr6q-gk65
title: Cold Atom Lab - Development of Atom Interferometry Experiments for the ISS
title: CAL-Atom Interferometry

description: Development of Atom Interferometry Experiments for the International Space Station's Cold Atom Laboratory (CAL- Atom Interferometry) demonstrates using atom interferometry as a precision measurement technique on the space station. Atom interferometry is an ultra-sensitive measurement technique that splits the quantum wave function of an atom into two distinct wave packets that travel separate trajectories and then recombine. This technique, already demonstrated on the ground, should work better in space and could be useful for future space navigation systems.
DOI: 10.5281/zenodo.17613029
title: COAWST 1D and 3D PBL simulation codebases, namelists, and observations
DOI: 10.5281/zenodo.18157794
title: COAWST 1D and 3D PBL simulation codebases, namelists, and observations
DOI: 10.60859/7m2w-mf80
title: NG00187
DOI: 10.5281/zenodo.18526205
title: Zn and Immunity
DOI: 10.5281/zenodo.17565862
title: Zn and Immunity

description: Study Novelty

 

1. Identifying the Problem



Zinc is a critical micronutrient that supports various biological activities, including signaling between cells, cell growth, activation, gene expression, protein creation, and apoptosis.

Zinc deficiency can lead to an impairment of innate and adaptive immunity such as diminished antibody production, mitogen-stimulated lymphocyte proliferation, and a reduction in CD4þ/ CD8þ ratios.

This age-associated reduction in zinc levels can be attributed to a combination of age-related impairment of taste, insufficient dietary intake, detrimental subcellular and anatomical changes in the digestive tract, along polypharmacy


2. Exploring the Solution



A systematic investigation of potential studies was performed on different e-databases such as Cochrane, PubMed, Scopus, and Google Scholar. Standard mean differences with 95% CI were used for aggregate variations in immune response biomarkers. A total of 15 studies encompassing 12,071 respondents were incorporated in the meta-analysis. Results indicate a marginal considerable decline in TNF-  level (SMD = -0.3003; 95% CI: -0.6497 to 0.0491; p-value = 0.0921), hs-CRP (SMD = -0.4260; 95% CI: -0.8383 to -0.0138; p-value = 0.042) and marginal significant rise in neutrophil (SMD = 0.2895, with 95% CI: -0.0330 to 0.6120, p-value = 0.0785). However, Zn supplements didn’t effect significantly on leucocytes (SMD= 0.0527; 95% CI-0.1573 to 0.2627; p-value = 0.623), CD3 (SMD = 0.0026; 95% CI = -0.2879 to 0.2932; p-value = 0.98), lymphocytes (SMD = 0.1308; 95% CI: -0.0927 to 0.3543; p-value = 0.251), monocytes (SMD = 0.1120; 95% CI: -0.2011 to 0.4252; p-value = 0.4832), and CRP (SMD = -0.7874; 95% CI: -2.4372 to 0.8623; p-value=0.350).   


3. Applying the Insights



·       Zn supplementation effectively reduces the levels of hs-CRP and may have marginal effects on reducing TNF-α and increasing the serum level of neutrophils among older adult individuals.
DOI: 10.5281/zenodo.18614427
title: EFFECTIVENESS OF VIRTUAL REALITY IN THE REHABILITATION OF CHILDREN AFTER STROKE

description: Stroke in childhood is a serious neurological condition that can lead to long-term motor, cognitive, and functional impairments. Effective rehabilitation is essential to improve recovery outcomes and quality of life in pediatric stroke patients. In recent years, virtual reality (VR) has emerged as an innovative rehabilitation tool that enhances patient engagement and promotes neuroplasticity. This article examines the effectiveness of virtual reality in the rehabilitation of children who have experienced stroke. The study highlights the advantages of VR-based rehabilitation, including improved motor function, increased motivation, and enhanced functional recovery, and discusses its potential integration into pediatric neurorehabilitation programs.
DOI: 10.5281/zenodo.18614428
title: EFFECTIVENESS OF VIRTUAL REALITY IN THE REHABILITATION OF CHILDREN AFTER STROKE

description: Stroke in childhood is a serious neurological condition that can lead to long-term motor, cognitive, and functional impairments. Effective rehabilitation is essential to improve recovery outcomes and quality of life in pediatric stroke patients. In recent years, virtual reality (VR) has emerged as an innovative rehabilitation tool that enhances patient engagement and promotes neuroplasticity. This article examines the effectiveness of virtual reality in the rehabilitation of children who have experienced stroke. The study highlights the advantages of VR-based rehabilitation, including improved motor function, increased motivation, and enhanced functional recovery, and discusses its potential integration into pediatric neurorehabilitation programs.
DOI: 10.25345/c5445hs11
title: MassIVE MSV000100809 - 4a016 P35 C18 CV vs GF vs oMM12 colonized mice gut-microbiota_ESI+
title: Preliminary study involving fecal samples from GF, CV and oMM colonized mice.
DOI: 10.5683/sp3/nxsl3q
title: Phenotypic Rates of Change Evolutionary and Ecological Database

description: Phenotypic Rates of Change Evolutionary and Ecological Database (PROCEED) is an ongoing compilation of rates of phenotypic change, typically Haldanes and Darwins, published in peer-reviewed manuscripts.

This database includes studies that measure the intraspecific change in quantitative (continuous or counting) traits and report the time elapsed from the onset of
environmental novelty or refer to a historical or biological event reported in other sources (e.g., a mine opening, a well-documented biological invasion). The maximum elapsed time between the environmental change and the sampling was no longer than 500 years. The included studies followed a single population through time or compared two or more populations, diverging from an originally single population where (at least) one of them was a new condition of known age.

About two decades ago, a database of phenotypic rates of change in wild populations was compiled. Since then, researchers have used (and expanded) this database to examine phenotypic responses to specific types of disturbance and according to different features of the species/systems. We compile and add data regularly to the dataset. This dataset is continually being updated as more people ask it to include new variables.
description: Updated BasicCode for Feb 11, 2026
DOI: 10.5281/zenodo.18608517
title: Benchmark for the Evaluation of MoMo v0.1.0

description: A benchmark containing problems sourced from (as of the time of this upload) the upcoming TPTP problem library v9.3.0 and used for evaluating the finite model finder MoMo v0.1.0 for first-order modal logics.

One problem has been modified due to input limitations of MoMo, and is titled as such (SYN000_7_modified).
DOI: 10.5281/zenodo.18608518
title: Benchmark for the Evaluation of MoMo v0.1.0

description: A benchmark containing problems sourced from (as of the time of this upload) the upcoming TPTP problem library v9.3.0 and used for evaluating the finite model finder MoMo v0.1.0 for first-order modal logics.

One problem has been modified due to input limitations of MoMo, and is titled as such (SYN000_7_modified).
DOI: 10.5281/zenodo.18614472
title: INTEGRATION OF ONLINE AND OFFLINE EDUCATION: ADVANTAGES OF THE HYBRID MODEL

description: The transformation of educational systems through technological advancement has led to the emergence of hybrid learning models that merge traditional classroom instruction with digital platforms. This study examines the implementation and effectiveness of hybrid education through analysis of recent empirical research, institutional practices, and pedagogical frameworks. Drawing from meta-analytical studies and institutional data, the research demonstrates that hybrid models yield measurable improvements in learning outcomes while addressing contemporary challenges of accessibility and flexibility. The findings indicate that properly designed hybrid environments can enhance cognitive performance, increase student satisfaction, and develop essential competencies required in modern professional contexts.
DOI: 10.5281/zenodo.18614473
title: INTEGRATION OF ONLINE AND OFFLINE EDUCATION: ADVANTAGES OF THE HYBRID MODEL

description: The transformation of educational systems through technological advancement has led to the emergence of hybrid learning models that merge traditional classroom instruction with digital platforms. This study examines the implementation and effectiveness of hybrid education through analysis of recent empirical research, institutional practices, and pedagogical frameworks. Drawing from meta-analytical studies and institutional data, the research demonstrates that hybrid models yield measurable improvements in learning outcomes while addressing contemporary challenges of accessibility and flexibility. The findings indicate that properly designed hybrid environments can enhance cognitive performance, increase student satisfaction, and develop essential competencies required in modern professional contexts.
DOI: 10.5281/zenodo.17982389
title: Single-channel EEG Recording from C3H/HeJ Mice

description: Single-channel EEG recordings from 18 C3H/HeJ mice, which have spontaneous spike-wave discharges (SWD). 8 mice were recorded over 5 days and used for training the network (see bottom for more details). 10 different mice were recorded for 1 day and used for testing.  Each .mat file contains one MATLAB structure called "rec". "rec" has 4 fields:

1) mID:  individual mouse ID

2) SWDlabel:  the manual label for every sample in the EEG indicating non-seizure (0) or SWD (1)

3) ecog:  the actual EEG data (units are arbitrary)

4) fs: sampling frequency (in Hz)

The files are named in 2 distinct forms, but they both contain the "rec" structure described above:

1)'DayX_MZ.mat' where X is the day of the recording and Z is the mouse ID - these files were used as the "training dataset"

2) '20240209_MZ_MAT.mat' where Z is the mouse ID - these files were used as the "testing" dataset

 

Corresponding preprint can be found here:  Combining Residual U-Net and Data Augmentation for Dense Temporal Segmentation of Spike Wave Discharges in Single-Channel EEG
DOI: 10.5281/zenodo.17982390
title: Single-channel EEG Recording from C3H/HeJ Mice

description: Single-channel EEG recordings from 18 C3H/HeJ mice, which have spontaneous spike-wave discharges (SWD). 8 mice were recorded over 5 days and used for training the network (see bottom for more details). 10 different mice were recorded for 1 day and used for testing.  Each .mat file contains one MATLAB structure called "rec". "rec" has 4 fields:

1) mID:  individual mouse ID

2) SWDlabel:  the manual label for every sample in the EEG indicating non-seizure (0) or SWD (1)

3) ecog:  the actual EEG data (units are arbitrary)

4) fs: sampling frequency (in Hz)

The files are named in 2 distinct forms, but they both contain the "rec" structure described above:

1)'DayX_MZ.mat' where X is the day of the recording and Z is the mouse ID - these files were used as the "training dataset"

2) '20240209_MZ_MAT.mat' where Z is the mouse ID - these files were used as the "testing" dataset

 

Corresponding preprint can be found here:  Combining Residual U-Net and Data Augmentation for Dense Temporal Segmentation of Spike Wave Discharges in Single-Channel EEG
DOI: 10.34740/kaggle/dsv/14811303
title: Indonesian Hoax News Dataset
DOI: 10.5281/zenodo.18614501
title: THE INTERRELАTIОN BETWEEN SYNОNYMY АND VАRIАTIОN IN LINGUОDIDАCTIC TERMINОLОGY

description: Linguоdidаctic terminоlоgy is significаnt pаrt оf theоreticаl аnd prаcticаl аspects оf lаnguаge leаrning аnd teаching prоcess. In terminоlоgy, synоnymy аnd vаriаtiоn аre very twо clоse cоnceptiоns, hоwever they аre distinct linguistic phenоmenа which cаn impаct tо the precisiоn аnd cоnsistency оf terminоlоgy. This thesis exаmines the similаrities аnd differences between synоnymy аnd vаriаtiоn in linguоdidаctic terminоlоgy аnd studies their sоurces аnd functiоns, аnd their effect оn аcаdemic discоurce аnd pedаgоgicаl prаctice. Even if bоth phenоmenа mаke cоntributiоns tо terminоlоgicаl diversity, they mаy аlsо present difficulties fоr stаndаrdizаtiоn аnd clаrity fоr lаnguаge leаrning.
DOI: 10.5281/zenodo.18614500
title: THE INTERRELАTIОN BETWEEN SYNОNYMY АND VАRIАTIОN IN LINGUОDIDАCTIC TERMINОLОGY

description: Linguоdidаctic terminоlоgy is significаnt pаrt оf theоreticаl аnd prаcticаl аspects оf lаnguаge leаrning аnd teаching prоcess. In terminоlоgy, synоnymy аnd vаriаtiоn аre very twо clоse cоnceptiоns, hоwever they аre distinct linguistic phenоmenа which cаn impаct tо the precisiоn аnd cоnsistency оf terminоlоgy. This thesis exаmines the similаrities аnd differences between synоnymy аnd vаriаtiоn in linguоdidаctic terminоlоgy аnd studies their sоurces аnd functiоns, аnd their effect оn аcаdemic discоurce аnd pedаgоgicаl prаctice. Even if bоth phenоmenа mаke cоntributiоns tо terminоlоgicаl diversity, they mаy аlsо present difficulties fоr stаndаrdizаtiоn аnd clаrity fоr lаnguаge leаrning.