cometadata/datacite-titles-descriptions-related-identifiers huggingface dataset:
DOI: 10.17632/xgv9nd49xg
title: SEG-Y Integrated Multichannel Seismic Profiler Dataset from the Southeastern Apulia Continental Margin (Otranto Channel, Southern Adriatic Sea)

description: This dataset presents integrated geophysical data acquired along the southeastern Apulia continental margin (Otranto Channel, southern Adriatic Sea) during the OCSS15 (2015) and SISOC (2010) geophysical surveys conducted by the Istituto Nazionale di Oceanografia e di Geofisica Sperimentale (OGS, Trieste, Italy). This Otranto Channel dataset (OC) include multichannel seismic (MCS) lines at different resolutions, which provide imaging of the subsurface architecture and help identify structural, stratigraphic, and sedimentary features such as the carbonatic platform, fault systems, gas seepages, submarine canyons, and related geohazards (e.g. mass-transport deposits, debris flows, and turbidity currents) (Del Ben et al., 2026; Caradonna et al., 2026; Geletti et al., 2026).
The MS-29 profile acquired in 1971 by the OGS as part of the Mediterranean Sea (MS) project and reprocessed in modern mode by Brancatelli et al. (2022), that produces a Pre-Stack Depth Migrated (PSDM) section is added to this OC dataset.
The OCSS15 dataset was acquired by the R/V OGS Explora using a short 300 m digital streamer and a Mini GI gun (approximately 1 L total volume), providing a good balance between vertical resolution and penetration depth, and reaching the Messinian and Carbonate Platform reflectors. 
The SISOC dataset, collected in 2010, by the R/V OGS Explora too, with a 1500 m digital streamer and dual GI-gun source (about 11 L total volume), was initially designed for oceanographic purposes to characterise water masses in the Otranto Channel and southern Adriatic Sea. However, the inclusion of the sub-seafloor reflections until 8 s of recording allows for geological and structural interpretation through goal processing.
The processing of the seismic lines using Echos and GeoDepth from Emerson Paradigm Holding LLC seismic® software at the SEISLAB laboratory of OGS aimed to attenuate short- and long-period multiples, preserve relative amplitude, increase the signal-to-noise ratio, and improve seismic imaging through the Pre-Stack Time and Depth Migrated (PSTM and PSDM) section.
The integrated OC dataset, available in SEGY format, includes processed profiles. The coordinates are stored as UTM Zone 34 easting and northing values in headers 73 and 77.
DOI: 10.17632/xgv9nd49xg.1
title: SEG-Y Integrated Multichannel Seismic Profiler Dataset from the Southeastern Apulia Continental Margin (Otranto Channel, Southern Adriatic Sea)

description: This dataset presents integrated geophysical data acquired along the southeastern Apulia continental margin (Otranto Channel, southern Adriatic Sea) during the OCSS15 (2015) and SISOC (2010) geophysical surveys conducted by the Istituto Nazionale di Oceanografia e di Geofisica Sperimentale (OGS, Trieste, Italy). This Otranto Channel dataset (OC) include multichannel seismic (MCS) lines at different resolutions, which provide imaging of the subsurface architecture and help identify structural, stratigraphic, and sedimentary features such as the carbonatic platform, fault systems, gas seepages, submarine canyons, and related geohazards (e.g. mass-transport deposits, debris flows, and turbidity currents) (Del Ben et al., 2026; Caradonna et al., 2026; Geletti et al., 2026).
The MS-29 profile acquired in 1971 by the OGS as part of the Mediterranean Sea (MS) project and reprocessed in modern mode by Brancatelli et al. (2022), that produces a Pre-Stack Depth Migrated (PSDM) section is added to this OC dataset.
The OCSS15 dataset was acquired by the R/V OGS Explora using a short 300 m digital streamer and a Mini GI gun (approximately 1 L total volume), providing a good balance between vertical resolution and penetration depth, and reaching the Messinian and Carbonate Platform reflectors. 
The SISOC dataset, collected in 2010, by the R/V OGS Explora too, with a 1500 m digital streamer and dual GI-gun source (about 11 L total volume), was initially designed for oceanographic purposes to characterise water masses in the Otranto Channel and southern Adriatic Sea. However, the inclusion of the sub-seafloor reflections until 8 s of recording allows for geological and structural interpretation through goal processing.
The processing of the seismic lines using Echos and GeoDepth from Emerson Paradigm Holding LLC seismic® software at the SEISLAB laboratory of OGS aimed to attenuate short- and long-period multiples, preserve relative amplitude, increase the signal-to-noise ratio, and improve seismic imaging through the Pre-Stack Time and Depth Migrated (PSTM and PSDM) section.
The integrated OC dataset, available in SEGY format, includes processed profiles. The coordinates are stored as UTM Zone 34 easting and northing values in headers 73 and 77.
DOI: 10.17632/zkbgzzmbvb
title: Average elemental content of zircon based on imaging area integration

description: Average elemental content of zircon based on imaging area integration
DOI: 10.5281/zenodo.18414985
title: RELIGIOUS RADICALISM AND EXTREMISM IN THE CONTEXT OF INSTRUMENTALIZATION OF POLITICAL VIOLENCE

description: RELIGIOUS RADICALISM AND EXTREMISM IN THE CONTEXT OF INSTRUMENTALIZATION OF POLITICAL VIOLENCE

Büşra SAYDUTMaster Thesis

Although violence is a subject handled by different disciplines, it is accepted as a phenomenon that changes according to time and society. For this reason, violence is considered as a concept that draws attention to dangers in every area where it occurs. Therefore, the fact that the concept of violence, which has a high probability of negative results, is useful in deception and intimidation and is quite negative, has found its place in the political arena, causing violence to be instrumentalized in line with its aims. In this context, the situation emphasized in the study is that political violence is not always the goal and is a tool as it is generally observed. Political violence suggests itself not only as a result, but as a method to rule, divide and harm in the way it is aimed to be achieved. As a method, religious phenomena are used today, with the effect of globalization, in creating the target of violence. Individuals or organizations that go to extremes in religion and display serious attitudes and behaviors in their belief in their own righteousness have resorted to violent demonstrations many times in order to mobilize the masses and keep their beliefs alive in the political arena. Therefore, the aim of the thesis has been determined as to prevent the use of violence as a tool in actions in line with the manipulation of individuals by revealing the goals and reasons for the demonstrations of violence. In this context, the hypothesis of the thesis is based on the idea that the establishment of violence in the political arena is not seen as an end or a result, but rather as a tool. In the thesis, the reasons and results of this instrumentalization are researched and presented with the analysis method based on documents. First of all, it was aimed to define and understand the concept of political violence, thus, it was aimed to open the way to the phenomenon of religious radicalism and extremism and to reveal the methods in which the concept found its place in this field. Finally, recommendations to stay in front of religious radicalism and extremism are listed and the situation is presented with examples from the world.
DOI: 10.5281/zenodo.18414984
title: RELIGIOUS RADICALISM AND EXTREMISM IN THE CONTEXT OF INSTRUMENTALIZATION OF POLITICAL VIOLENCE

description: RELIGIOUS RADICALISM AND EXTREMISM IN THE CONTEXT OF INSTRUMENTALIZATION OF POLITICAL VIOLENCE

Büşra SAYDUTMaster Thesis

Although violence is a subject handled by different disciplines, it is accepted as a phenomenon that changes according to time and society. For this reason, violence is considered as a concept that draws attention to dangers in every area where it occurs. Therefore, the fact that the concept of violence, which has a high probability of negative results, is useful in deception and intimidation and is quite negative, has found its place in the political arena, causing violence to be instrumentalized in line with its aims. In this context, the situation emphasized in the study is that political violence is not always the goal and is a tool as it is generally observed. Political violence suggests itself not only as a result, but as a method to rule, divide and harm in the way it is aimed to be achieved. As a method, religious phenomena are used today, with the effect of globalization, in creating the target of violence. Individuals or organizations that go to extremes in religion and display serious attitudes and behaviors in their belief in their own righteousness have resorted to violent demonstrations many times in order to mobilize the masses and keep their beliefs alive in the political arena. Therefore, the aim of the thesis has been determined as to prevent the use of violence as a tool in actions in line with the manipulation of individuals by revealing the goals and reasons for the demonstrations of violence. In this context, the hypothesis of the thesis is based on the idea that the establishment of violence in the political arena is not seen as an end or a result, but rather as a tool. In the thesis, the reasons and results of this instrumentalization are researched and presented with the analysis method based on documents. First of all, it was aimed to define and understand the concept of political violence, thus, it was aimed to open the way to the phenomenon of religious radicalism and extremism and to reveal the methods in which the concept found its place in this field. Finally, recommendations to stay in front of religious radicalism and extremism are listed and the situation is presented with examples from the world.
DOI: 10.17632/zkbgzzmbvb.1
title: Average elemental content of zircon based on imaging area integration

description: Average elemental content of zircon based on imaging area integration
DOI: 10.17632/ftjs3jj8wy
title: Gong et al-Tumbleweeds mitigate loss of native soil carbon and promote new soil carbon formation in degraded grasslands-Original data

description: Gong et al-Tumbleweeds mitigate loss of native soil carbon and promote new soil carbon formation in degraded grasslands-Original data
DOI: 10.17632/ftjs3jj8wy.1
title: Gong et al-Tumbleweeds mitigate loss of native soil carbon and promote new soil carbon formation in degraded grasslands-Original data

description: Gong et al-Tumbleweeds mitigate loss of native soil carbon and promote new soil carbon formation in degraded grasslands-Original data
DOI: 10.5281/zenodo.16417501
title: Generalizable direct protein sequencing with InstaNexus

description: Supplementary data for the publication "Generalizable direct protein sequencing with InstaNexus". The folders contain the output of the InstaNexus software on sample types tested and data necessary to reproduce the plots of the manuscript. The data are organized by sample type, annotated with parameters used in the run. Subfolders contain the contigs generated for each sample, as well as scaffolds, clusters, alignments, and consensus sequences generated.
DOI: 10.5281/zenodo.18414969
title: Generalizable direct protein sequencing with InstaNexus

description: Supplementary data for the publication "Generalizable direct protein sequencing with InstaNexus". The folders contain the output of the InstaNexus software on sample types tested and data necessary to reproduce the plots of the manuscript. The data are organized by sample type, annotated with parameters used in the run. Subfolders contain the contigs generated for each sample, as well as scaffolds, clusters, alignments, and consensus sequences generated.
DOI: 10.17632/7vtztb8r4p
title: Original Western blot S5B

description: Original Western blot S5B and Plasmid DNA sequences
DOI: 10.17632/7vtztb8r4p.1
title: Original Western blot S5B

description: Original Western blot S5B and Plasmid DNA sequences
DOI: 10.17632/pmjtjwmc2y
title: Apatite fingerprints the magmatic-hydrothermal transition and lithium fertility in the zoned, world-class, Jiajika LCT pegmatite field
DOI: 10.17632/pmjtjwmc2y.1
title: Apatite fingerprints the magmatic-hydrothermal transition and lithium fertility in the zoned, world-class, Jiajika LCT pegmatite field
DOI: 10.6084/m9.figshare.28326988
title: Prehospital Trauma Compendium: Pediatric Severe and Inflicted Trauma – A Position Statement and Resource Document of NAEMSP

description: Pediatric trauma patients have unique physiology and anatomy that impact the severity and patterns of injury. There is a need for updated, holistic guidance for Emergency Medical Services (EMS) clinicians and medical directors to optimize prehospital pediatric trauma guidelines based on evidence and best practice. This is especially pertinent to pediatric severe and inflicted trauma, where prehospital evaluation and management determine the overall quality of care and patient outcomes. This position statement addresses the prehospital evaluation and management of pediatric severe and inflicted trauma and is based on a thorough review and analysis of the current literature. Emergency Medical Services (EMS) clinicians should receive initial and ongoing pediatric-specific training in trauma patient assessment, which includes an understanding of pediatric anatomy and physiology and continuous monitoring for changes in vital signs. Initial and ongoing training of EMS clinicians should include the recognition of signs of shock, including the Shock Index Pediatric Adjusted (SIPA) score, altered mental status, and other pathophysiology associated with severe trauma in pediatric patients. Vital signs should be assessed in all pediatric patients with trauma, including heart rate, respiratory rate, pulse oximetry, blood pressure, and motor Glasgow Coma Scale (GCS) score. EMS clinicians should be trained to identify likely inflicted injuries, with an emphasis on cutaneous injuries and injuries sustained by children with comorbidities. EMS clinicians should be trained to identify physiological factors and mechanisms of injury associated with more severe trauma. When clinically appropriate, key prehospital interventions for severe and/or inflicted trauma in children should include judicious use of crystalloid fluids, administration of blood for hemorrhagic shock when available, prevention of hypoxia and hypotension especially in patients with traumatic brain injury (TBI), adequate assessment and treatment of pain, and appropriate transport to a pediatric trauma center. EMS systems should work with regional partners including local and specialized facilities to establish guidelines for the appropriate triage of pediatric trauma patients from a scene and for the interfacility transfer to higher levels of trauma care, especially in rural areas. EMS clinicians should receive regular continuing education about pediatric trauma with an emphasis on pediatric patient assessment and infrequently performed invasive procedures, with use of hands-on simulation and case review when able.
DOI: 10.6084/m9.figshare.28326988.v5
title: Prehospital Trauma Compendium: Pediatric Severe and Inflicted Trauma – A Position Statement and Resource Document of NAEMSP

description: Pediatric trauma patients have unique physiology and anatomy that impact the severity and patterns of injury. There is a need for updated, holistic guidance for Emergency Medical Services (EMS) clinicians and medical directors to optimize prehospital pediatric trauma guidelines based on evidence and best practice. This is especially pertinent to pediatric severe and inflicted trauma, where prehospital evaluation and management determine the overall quality of care and patient outcomes. This position statement addresses the prehospital evaluation and management of pediatric severe and inflicted trauma and is based on a thorough review and analysis of the current literature. Emergency Medical Services (EMS) clinicians should receive initial and ongoing pediatric-specific training in trauma patient assessment, which includes an understanding of pediatric anatomy and physiology and continuous monitoring for changes in vital signs. Initial and ongoing training of EMS clinicians should include the recognition of signs of shock, including the Shock Index Pediatric Adjusted (SIPA) score, altered mental status, and other pathophysiology associated with severe trauma in pediatric patients. Vital signs should be assessed in all pediatric patients with trauma, including heart rate, respiratory rate, pulse oximetry, blood pressure, and motor Glasgow Coma Scale (GCS) score. EMS clinicians should be trained to identify likely inflicted injuries, with an emphasis on cutaneous injuries and injuries sustained by children with comorbidities. EMS clinicians should be trained to identify physiological factors and mechanisms of injury associated with more severe trauma. When clinically appropriate, key prehospital interventions for severe and/or inflicted trauma in children should include judicious use of crystalloid fluids, administration of blood for hemorrhagic shock when available, prevention of hypoxia and hypotension especially in patients with traumatic brain injury (TBI), adequate assessment and treatment of pain, and appropriate transport to a pediatric trauma center. EMS systems should work with regional partners including local and specialized facilities to establish guidelines for the appropriate triage of pediatric trauma patients from a scene and for the interfacility transfer to higher levels of trauma care, especially in rural areas. EMS clinicians should receive regular continuing education about pediatric trauma with an emphasis on pediatric patient assessment and infrequently performed invasive procedures, with use of hands-on simulation and case review when able.
DOI: 10.6084/m9.figshare.28326988.v4
title: Prehospital Trauma Compendium: Pediatric Severe and Inflicted Trauma – A Position Statement and Resource Document of NAEMSP

description: Pediatric trauma patients have unique physiology and anatomy that impact the severity and patterns of injury. There is a need for updated, holistic guidance for Emergency Medical Services (EMS) clinicians and medical directors to optimize prehospital pediatric trauma guidelines based on evidence and best practice. This is especially pertinent to pediatric severe and inflicted trauma, where prehospital evaluation and management determine the overall quality of care and patient outcomes. This position statement addresses the prehospital evaluation and management of pediatric severe and inflicted trauma and is based on a thorough review and analysis of the current literature. Emergency Medical Services (EMS) clinicians should receive initial and ongoing pediatric-specific training in trauma patient assessment, which includes an understanding of pediatric anatomy and physiology and continuous monitoring for changes in vital signs. Initial and ongoing training of EMS clinicians should include the recognition of signs of shock, including the Shock Index Pediatric Adjusted (SIPA) score, altered mental status, and other pathophysiology associated with severe trauma in pediatric patients. Vital signs should be assessed in all pediatric patients with trauma, including heart rate, respiratory rate, pulse oximetry, blood pressure, and motor Glasgow Coma Scale (GCS) score. EMS clinicians should be trained to identify likely inflicted injuries, with an emphasis on cutaneous injuries and injuries sustained by children with comorbidities. EMS clinicians should be trained to identify physiological factors and mechanisms of injury associated with more severe trauma. When clinically appropriate, key prehospital interventions for severe and/or inflicted trauma in children should include judicious use of crystalloid fluids, administration of blood for hemorrhagic shock when available, prevention of hypoxia and hypotension especially in patients with traumatic brain injury (TBI), adequate assessment and treatment of pain, and appropriate transport to a pediatric trauma center. EMS systems should work with regional partners including local and specialized facilities to establish guidelines for the appropriate triage of pediatric trauma patients from a scene and for the interfacility transfer to higher levels of trauma care, especially in rural areas. EMS clinicians should receive regular continuing education about pediatric trauma with an emphasis on pediatric patient assessment and infrequently performed invasive procedures, with use of hands-on simulation and case review when able.
DOI: 10.6084/m9.figshare.31188283
title: Transcutaneous electrical nerve stimulation in nerve-sparing radical hysterectomy: a retrospective cohort study

description: Postoperative voiding dysfunction is common after nerve-sparing radical hysterectomy (NSRH); therefore, we examined whether adjunct transcutaneous electrical nerve stimulation (TENS) could improve bladder management, pelvic floor muscle strength, and quality of life (QoL) in this population. A total of 78 NSRH patients from May 2023 to May 2024 were divided into conventional catheter management (control group, <i>n</i> = 39) and conventional management + TENS (intervention group, <i>n</i> = 39). Outcomes including urinary retention incidence, postvoid residual urine volume (PVR), catheter indwelling duration, intervention compliance, pelvic floor muscle strength grading, voiding function parameters, QoL scores, and safety were assessed. The intervention group demonstrated significantly lower urinary retention incidence, reduced PVR, and shorter catheter duration versus controls (all <i>P</i> &lt; 0.05). Both groups maintained &gt; 90% intervention compliance (<i>P</i> &gt; 0.05). Post-intervention voiding parameters (FD, BC, MCC) improved more significantly in the intervention group (all <i>P</i> &lt; 0.05), with superior pelvic floor muscle strength grading (<i>P</i> &lt; 0.001). QoL assessment revealed lower functional domain scores and higher symptom/global health scores in the intervention group (all <i>P</i> &lt; 0.001). Safety analysis showed only mild dermal reactions in the intervention group, without significant between-group difference in complication rates (<i>P</i> &gt; 0.05). TENS would significantly improves bladder function, pelvic floor muscle strength, and QoL in post-NSRH patients with a favourable safety profile, demonstrating substantial clinical value. This study tested whether transcutaneous electrical nerve stimulation (TENS) helps women recover bladder function after nerve-sparing hysterectomy for cervical cancer. 78 patients were split into two groups: Control group: Standard catheter care. Intervention group: Standard care plus TENS therapy (a non-invasive electrical stimulation method). Key findings: TENS reduced urinary retention, shortened catheter use, and improved bladder emptying. Patients receiving TENS had stronger pelvic floor muscles and better bladder control (measured by volume and pressure tests). Quality of life improved-fewer symptoms (e.g., discomfort) and better overall well-being. Safe treatment: Only mild skin irritation was reported, with no serious side effects. Conclusion: TENS is a safe, effective add-on therapy to help women regain bladder function and comfort after cervical cancer surgery.