cometadata/datacite-titles-descriptions-related-identifiers huggingface dataset:
DOI: 10.5281/zenodo.7943031
title: Analysis of Flood Mechanisms in the Delaware River Basin in a Warming Climate

description: The dataset is used by a study focused on analyzing flood hazards in future climates and understanding the underlying mechanisms driving changes in floods across the Delaware River Basin. The dataset encompasses the following components: 1. Historical Flood events (<em>AMF/hist/</em>): flood events for each HUC8 basin of the Delaware River Basin from water year (WY) 1980 to 2018. The flood events were simulated using the Distributed Hydrology Soil Vegetation Model (DHSVM), a process-based hydrological model. Each flood event is defined as the annual maximum daily flow within the respective water year, which spans from October 1 through September 30. The dataset is organized into two columns, where the first column represents the year, and the second column represents the discharge in cubic meters per second. 2. Future flood events (<em>AMF/GCMs/</em>): DHSVM simulated flood events for each HUC8 basin of the Delaware River and each GCM for two distinct periods: the baseline period (WY 1970–1999) and the future period (WY 2070–2099). Future climates in the region are represented by 10 downscaled General Circulation Model (GCM) climate projections.The dataset is organized into two columns, where the first column represents the year, and the second column represents the discharge in cubic meters per second. 3. Hydrometeorological Variables (<em>daily_states/</em>): daily-scale continuous simulations of various hydrometeorological variables for historical climate (<em>daily_states/hist) </em>and under GCM scenarios (<em>daily_states/GCMs)</em>. These data were used to analyze the generating mechanisms of each flood event within the HUC8 basins of the Delaware River Basin. The variables include soil moisture (SM), precipitation (PPT), snowfall, snow water equivalent (swq), and snowmelt (melt). These variables were derived from the simulation outputs of DHSVM and were aggregated from the grid cell levels to the HUC8 basin level by calculating daily averages over each basin.The files are stored in the .mat (Matlab data) format and consist of four dimensions, namely huc8 basins, GCMs, periods (baseline and future), and days. Specifically, the dimensions are 10x10x2x10957.
DOI: 10.5281/zenodo.7943030
title: Analysis of Flood Mechanisms in the Delaware River Basin in a Warming Climate

description: The dataset is used by a study focused on analyzing flood hazards in future climates and understanding the underlying mechanisms driving changes in floods across the Delaware River Basin. The dataset encompasses the following components: 1. Historical Flood events (<em>AMF/hist/</em>): flood events for each HUC8 basin of the Delaware River Basin from water year (WY) 1980 to 2018. The flood events were simulated using the Distributed Hydrology Soil Vegetation Model (DHSVM), a process-based hydrological model. Each flood event is defined as the annual maximum daily flow within the respective water year, which spans from October 1 through September 30. The dataset is organized into two columns, where the first column represents the year, and the second column represents the discharge in cubic meters per second. 2. Future flood events (<em>AMF/GCMs/</em>): DHSVM simulated flood events for each HUC8 basin of the Delaware River and each GCM for two distinct periods: the baseline period (WY 1970–1999) and the future period (WY 2070–2099). Future climates in the region are represented by 10 downscaled General Circulation Model (GCM) climate projections.The dataset is organized into two columns, where the first column represents the year, and the second column represents the discharge in cubic meters per second. 3. Hydrometeorological Variables (<em>daily_states/</em>): daily-scale continuous simulations of various hydrometeorological variables for historical climate (<em>daily_states/hist) </em>and under GCM scenarios (<em>daily_states/GCMs)</em>. These data were used to analyze the generating mechanisms of each flood event within the HUC8 basins of the Delaware River Basin. The variables include soil moisture (SM), precipitation (PPT), snowfall, snow water equivalent (swq), and snowmelt (melt). These variables were derived from the simulation outputs of DHSVM and were aggregated from the grid cell levels to the HUC8 basin level by calculating daily averages over each basin.The files are stored in the .mat (Matlab data) format and consist of four dimensions, namely huc8 basins, GCMs, periods (baseline and future), and days. Specifically, the dimensions are 10x10x2x10957.
DOI: 10.5281/zenodo.7800213
title: Future climate change accelerates the invasive rhythm of alien marine species: new insights into the invasive potential of the world's aquaculture species red drum Sciaenops ocellatus

description: This article accompanies the article "<strong>Integrating species distribution modeling, stable isotope and transcriptomic analysis provides insights into eco-position competition for alien red drum <em>Sciaenops ocellatus</em></strong>". The file contains supplementary material to the article.
DOI: 10.5281/zenodo.7800212
title: Future climate change accelerates the invasive rhythm of alien marine species: new insights into the invasive potential of the world's aquaculture species red drum Sciaenops ocellatus

description: This article accompanies the article "<strong>Integrating species distribution modeling, stable isotope and transcriptomic analysis provides insights into eco-position competition for alien red drum <em>Sciaenops ocellatus</em></strong>". The file contains supplementary material to the article.
DOI: 10.5281/zenodo.7701025
title: Characterization of UDP-glycosyltranferases genes and their roles in chlorfenapyr tolerance in Glyphodes pyloalis Walker (Lepidoptera: Pyralidae)

description: The raw data of the relative expression levels of <em>GpUGTs</em> exposed to chlorfenapyr at different time points by RT-qPCR.
DOI: 10.5281/zenodo.7701024
title: Characterization of UDP-glycosyltranferases genes and their roles in chlorfenapyr tolerance in Glyphodes pyloalis Walker (Lepidoptera: Pyralidae)

description: The raw data of the relative expression levels of <em>GpUGTs</em> exposed to chlorfenapyr at different time points by RT-qPCR.
DOI: 10.25442/hku.22758518
title: Data and analysis codes for the study "Development and Evaluation of a Chinese Short-form of the Sleep-Related Behaviors Questionnaire in Hong Kong Chinese Adults using Item Response Theory".

description: The files consist of the dataset and analysis codes for the study " "Development and Evaluation of a Chinese Short-form of the Sleep-Related Behaviors Questionnaire in Hong Kong Chinese Adults using Item Response Theory". Here is the abstract for the study: <br> Insomnia-related safety behaviors are behaviors that aim to mitigate the negative consequences of insomnia but inadvertently perpetuate insomnia. This study aimed to develop and evaluate a short-form of the sleep-related behavior questionnaire (SRBQ-SF), a self-report measure of insomnia-related safety behaviors, using item response theory. The Chinese version of the original SRBQ was completed by 536 Chinese-speaking adults with clinically significant insomnia. The automatic item selection procedure of the Mokken scaling analysis was used to develop and evaluate the SRBQ-SF. A SRBQ-SF consisting of a 14-item reduced engagement and avoidance subscale (SRBQ-REA) and a 9-item preoccupation with sleep subscale (SBRQ-PS) was derived. The SRBQ-REA and SRBQ-PS had good internal consistency and acceptable convergent and discriminant validities, and they only weakly correlated with each other. We recommend the use of the SRBQ-REA and SRBQ-PS separately to assess two dimensions of safety behaviors in the study and treatment of insomnia in Chinese-speaking adults.
DOI: 10.25442/hku.22758518.v2
title: Data and analysis codes for the study "Development and Evaluation of a Chinese Short-form of the Sleep-Related Behaviors Questionnaire in Hong Kong Chinese Adults using Item Response Theory".

description: The files consist of the dataset and analysis codes for the study " "Development and Evaluation of a Chinese Short-form of the Sleep-Related Behaviors Questionnaire in Hong Kong Chinese Adults using Item Response Theory". Here is the abstract for the study: <br> Insomnia-related safety behaviors are behaviors that aim to mitigate the negative consequences of insomnia but inadvertently perpetuate insomnia. This study aimed to develop and evaluate a short-form of the sleep-related behavior questionnaire (SRBQ-SF), a self-report measure of insomnia-related safety behaviors, using item response theory. The Chinese version of the original SRBQ was completed by 536 Chinese-speaking adults with clinically significant insomnia. The automatic item selection procedure of the Mokken scaling analysis was used to develop and evaluate the SRBQ-SF. A SRBQ-SF consisting of a 14-item reduced engagement and avoidance subscale (SRBQ-REA) and a 9-item preoccupation with sleep subscale (SBRQ-PS) was derived. The SRBQ-REA and SRBQ-PS had good internal consistency and acceptable convergent and discriminant validities, and they only weakly correlated with each other. We recommend the use of the SRBQ-REA and SRBQ-PS separately to assess two dimensions of safety behaviors in the study and treatment of insomnia in Chinese-speaking adults.
DOI: 10.25442/hku.22758518.v1
title: Data and analysis codes for the study "Development and Evaluation of a Chinese Short-form of the Sleep-Related Behaviors Questionnaire in Hong Kong Chinese Adults using Item Response Theory".

description: The files consist of the dataset and analysis codes for the study " "Development and Evaluation of a Chinese Short-form of the Sleep-Related Behaviors Questionnaire in Hong Kong Chinese Adults using Item Response Theory". Here is the abstract for the study: <br> Insomnia-related safety behaviors are behaviors that aim to mitigate the negative consequences of insomnia but inadvertently perpetuate insomnia. This study aimed to develop and evaluate a short-form of the sleep-related behavior questionnaire (SRBQ-SF), a self-report measure of insomnia-related safety behaviors, using item response theory. The Chinese version of the original SRBQ was completed by 536 Chinese-speaking adults with clinically significant insomnia. The automatic item selection procedure of the Mokken scaling analysis was used to develop and evaluate the SRBQ-SF. A SRBQ-SF consisting of a 14-item reduced engagement and avoidance subscale (SRBQ-REA) and a 9-item preoccupation with sleep subscale (SBRQ-PS) was derived. The SRBQ-REA and SRBQ-PS had good internal consistency and acceptable convergent and discriminant validities, and they only weakly correlated with each other. We recommend the use of the SRBQ-REA and SRBQ-PS separately to assess two dimensions of safety behaviors in the study and treatment of insomnia in Chinese-speaking adults.
DOI: 10.25946/22260346
title: Parent interviews

description: Problematic infant sleep is a common issue facing parents and can have deleterious effects on many aspects of health and wellbeing for the child, parents and broader family unit. Extinction-based interventions are the most common treatment recommended for problematic child sleep behaviours, and involve ignoring a crying child to various degrees. Multiple sources have described parental resistance to implementing such methods but little is known about their uptake in the community. This resistance potentially leaves parents without support or treatment for sleep problems. This project explored (1) Australian parents’ use of three common, extinction-based sleep interventions (unmodified extinction, graduated extinction, and extinction with parent presence) and (2) views on managing sleep with their young child. An exploratory, mixed methods approach was used to meet the project objectives. To capture parents’ broader perspectives on child sleep, a qualitative descriptive design was employed. Forty mothers from metropolitan (n = 3) and regional areas (n = 5) of three Australian states contributed their reflections within semi-structured, individual and group interviews. Thematic analysis identified three primary themes with additional sub-themes and dimensions.
DOI: 10.25946/22260337
title: Parent survey

description: Problematic infant sleep is a common issue facing parents and can have deleterious effects on many aspects of health and wellbeing for the child, parents and broader family unit. Extinction-based interventions are the most common treatment recommended for problematic child sleep behaviours, and involve ignoring a crying child to various degrees. Multiple sources have described parental resistance to implementing such methods but little is known about their uptake in the community. This resistance potentially leaves parents without support or treatment for sleep problems. This project explored (1) Australian parents’ use of three common, extinction-based sleep interventions (unmodified extinction, graduated extinction, and extinction with parent presence) and (2) views on managing sleep with their young child. An exploratory, mixed methods approach was used to meet the project objectives. An online survey collected 1,344 complete responses from Australian parents (98% mothers) of a 6-18-month-old assessing factors relating to child sleep, including night-waking cognitions, parenting efficacy, psychological distress, sleep information access, extinction use and demographics. From this quantitative data, descriptive and path analyses were used to ascertain mothers’ use of extinction interventions, reasons for use or non-use, and factors which predicted use.
DOI: 10.25946/22260337.v1
title: Parent survey

description: Problematic infant sleep is a common issue facing parents and can have deleterious effects on many aspects of health and wellbeing for the child, parents and broader family unit. Extinction-based interventions are the most common treatment recommended for problematic child sleep behaviours, and involve ignoring a crying child to various degrees. Multiple sources have described parental resistance to implementing such methods but little is known about their uptake in the community. This resistance potentially leaves parents without support or treatment for sleep problems. This project explored (1) Australian parents’ use of three common, extinction-based sleep interventions (unmodified extinction, graduated extinction, and extinction with parent presence) and (2) views on managing sleep with their young child. An exploratory, mixed methods approach was used to meet the project objectives. An online survey collected 1,344 complete responses from Australian parents (98% mothers) of a 6-18-month-old assessing factors relating to child sleep, including night-waking cognitions, parenting efficacy, psychological distress, sleep information access, extinction use and demographics. From this quantitative data, descriptive and path analyses were used to ascertain mothers’ use of extinction interventions, reasons for use or non-use, and factors which predicted use.
DOI: 10.6084/m9.figshare.22873493
title: Cryogenian-Ediacaran U-Pb geochronologic database of East African Orogen

description: The metamorphic and magmatic rocks produced during mountain building is crucial to constrain geodynamic processes. We compiled zircon U-Pb ages between 1.1-0.52 Ga from Neoproterozoic metamorphic and magmatic rocks from Tarim, the Arabian–Nubian Shield, Oman, Mozambique belt, NW India, Madagascar, and the Lhasa terrane. The vast majority of ages in this compilation are from felsic to mafic intrusive or extrusive rocks, or their metamorphic equivalents. Northern Tarim is characterized by Andean-style subduction-accretion from 900-650 Ma which closely parallels the tectonic environment in the ANS, MB, central and southern Madagascar. Several rift-related provinces developed in South Tarim, Congo-São Francisco, West Africa and the Lhasa block during the 900-880 Ma interval on many of these blocks indicating large-scale breakup.
DOI: 10.5281/zenodo.7943210
title: Wheat pan exome panel

description: Tcuni wheat pan exome panel v2.0 (WheatPanExomeV2) was based on multiple wheat genomes(Chinese Spring RefSeq V2.1, KN9204, AK58 ect..).
DOI: 10.5281/zenodo.7943209
title: Wheat pan exome panel

description: Tcuni wheat pan exome panel v2.0 (WheatPanExomeV2) was based on multiple wheat genomes(Chinese Spring RefSeq V2.1, KN9204, AK58 ect..).
DOI: 10.25946/22260346.v1
title: Parent interviews

description: Problematic infant sleep is a common issue facing parents and can have deleterious effects on many aspects of health and wellbeing for the child, parents and broader family unit. Extinction-based interventions are the most common treatment recommended for problematic child sleep behaviours, and involve ignoring a crying child to various degrees. Multiple sources have described parental resistance to implementing such methods but little is known about their uptake in the community. This resistance potentially leaves parents without support or treatment for sleep problems. This project explored (1) Australian parents’ use of three common, extinction-based sleep interventions (unmodified extinction, graduated extinction, and extinction with parent presence) and (2) views on managing sleep with their young child. An exploratory, mixed methods approach was used to meet the project objectives. To capture parents’ broader perspectives on child sleep, a qualitative descriptive design was employed. Forty mothers from metropolitan (n = 3) and regional areas (n = 5) of three Australian states contributed their reflections within semi-structured, individual and group interviews. Thematic analysis identified three primary themes with additional sub-themes and dimensions.
DOI: 10.6084/m9.figshare.21729014
title: Data_Manuscript_Elevated_Temperature_Ali_Mohammad.xlsx

description: Dataset for the research article, 'Elevated temperature affect <em>Avena sterilis</em> ssp. <em>ludoviciana</em> reproductive biology'
DOI: 10.6084/m9.figshare.21729014.v1
title: Data_Manuscript_Elevated_Temperature_Ali_Mohammad.xlsx

description: Dataset for the research article, 'Elevated temperature affect <em>Avena sterilis</em> ssp. <em>ludoviciana</em> reproductive biology'
DOI: 10.5281/zenodo.7812954
title: Global trade data of highly hazardous chemicals after data treatment

description: This database includes all global trade data of the three types of highly hazaroudous chemicals listed under the Rotterdam Convention after error analysis and mirror analysis. Corresponding authors: hongyan.zou@tjnu.edu.cn; Zhanyun.wang@empa.ch, Zhanyun.wang@ifu.baug.ethz.ch
DOI: 10.5281/zenodo.7812953
title: Global trade data of highly hazardous chemicals after data treatment and Python codes used for error analysis and mirror analysis

description: This database includes all global trade data of the three types of highly hazaroudous chemicals listed under the Rotterdam Convention after error analysis and mirror analysis. Python codes used for error analysis and mirror analysis are also available. Corresponding authors: hongyan.zou@tjnu.edu.cn; Zhanyun.wang@empa.ch
DOI: 10.25345/c5r20s645
title: MassIVE MSV000091971 - GNPSgroundwater-PRB column-day0 vs 30
title: The data were derived from a PRB conlumn experiment. Samples includ the samples collected from day 0 and day 30.
DOI: 10.11578/1561999
title: Physics design for a lithium vapor box divertor experiment on Magnum-PSI

description: The lithium vapor box divertor is a potential solution for power exhaust in toroidal confinement devices. The divertor plasma interacts with a localized, dense cloud of lithium vapor, leading to volumetric radiation, cooling, recombination, and detachment. To minimize contamination of the core plasma, lithium vapor is condensed on cool (300°C to 400°C) baffles upstream of the detachment point. Before implementing this in a toroidal plasma device with a slot divertor geometry, we consider an experiment with a scaled baffled-pipe geometry in the high-power linear plasma device Magnum-PSI. Three 15 cm-scale open cylinders joined by 6 cm diameter ‘nozzles’ are positioned on the plasma beam axis upstream of a target. The central box may be loaded with several tens of grams of lithium, which can be evaporated at 650°C to produce a vapor predicted, using a simple plasma-neutral interaction model, to be dense enough to cause volumetric detachment in the plasma. The power delivered to the target and box walls as measured by increases in their temperatures after a 10 s plasma pulse can be compared to determine the effectiveness of the vapor in detaching the plasma. Direct Simulation Monte Carlo simulations are performed to estimate the flow rates of lithium vapor between the boxes and to estimate the trapping of H2 delivered by the plasma in the boxes, which could inadvertently lead to detachment. Details of the geometry, simulations, and possible diagnostic techniques are presented.
DOI: 10.11578/1562000
title: Electron heating and energy inventory during asymmetric reconnection in a laboratory plasma

description: Electron heating and the energy inventory during asymmetric reconnection are studied in the laboratory plasma with a density ratio of about 8 across the current sheet. Features of asymmetric reconnection such as the large density gradients near the low-density-side separatrices, asymmetric in-plane electric field, and bipolar out-of-plane magnetic field are observed. Unlike the symmetric case, electrons are also heated near the low-density-side separatrices. The measured parallel electric field may explain the observed electron heating. Although large fluctuations driven by lower-hybrid drift instabilities are also observed near the low-density-side separatrices, laboratory measurements and numerical simulations reported here suggest that they do not play a major role in electron energization. The average electron temperature increase in the exhaust region is proportional to the incoming magnetic energy per an electron/ion pair but exceeds scalings of the previous space observations. This discrepancy is explained by differences in the boundary condition and system size. The profile of electron energy gain from the electric field shows that there is additional electron energy gain associated with the electron diamagnetic current besides a large energy gain near the X-line. This additional energy gain increases electron enthalpy, not the electron temperature. Finally, a quantitative analysis of the energy inventory during asymmetric reconnection is conducted. Unlike the symmetric case where the ion energy gain is about twice more than the electron energy gain, electrons and ions obtain a similar amount of energy during asymmetric reconnection.
DOI: 10.11578/1562001
title: Whistler wave generation by anisotropic tail electrons during asymmetric magnetic reconnection in space and laboratory

description: Whistler wave generation near the magnetospheric separatrix during reconnection at the dayside magnetopause is studied with data from the Magnetospheric Multiscale (MMS) mission. The dispersion relation of the whistler mode is measured for the first time near the reconnection region in space, which shows that whistler waves propagate nearly parallel to the magnetic field line. A linear analysis indicates that the whistler waves are generated by temperature anisotropy in the electron tail population. This is caused by loss of electrons with a high velocity parallel to the magnetic field to the exhaust region. There is a positive correlation between activities of whistler waves and the lower-hybrid drift instability (LHDI) both in laboratory and space, indicating the enhanced transport by LHDI may be responsible for the loss of electrons with a high parallel velocity.