cometadata/datacite-titles-descriptions-related-identifiers huggingface dataset:
DOI: 10.11583/dtu.24460090
title: IEA-15MW-RWT-Monopile HAWC2 Response Database

description: The IEA-15MW-RWT-Monopile HAWC2 Response Database contains simulated aeroelastic response data for the IEA 15 MW Reference Wind Turbine with monopile foundation]. The purpose of the database is to provide open access to realistic wind turbine response data, environmental data, and operational data that researchers across different institutions can use freely for whatever purpose they see fit. The content of the database and its background are described in the document IEA-15MW-RWT-Monopile HAWC2 Response Database.pdf, found in this dataset.This dataset contains the following files:<br>- readme.txt<br>- IEA-15MW-RWT-Monopile HAWC2 Response Database.pdf<br>- HAWC2.zip<br>- DLC12_wavedir-22_LAT.zip<br>- DLC12_wavedir000_LAT.zip<br>- DLC12_wavedir022_LAT.zip<br>- DLC12_wavedir-22_MSL.zip<br>- DLC12_wavedir000_MSL.zip<br>- DLC12_wavedir022_MSL.zip<br>- DLC12_wavedir-22_HAT.zip<br>- DLC12_wavedir000_HAT.zip<br>- DLC12_wavedir022_HAT.zip<br>- DLC24.zip<br>- DLC31.zip<br>- DLC41.zip<br>- DLC64_LAT.zip<br>- DLC64_MSL.zip<br>- DLC64_HAT.zip- DLC72_CNV_failed.zip<br>- DLC72_LAT_lockedrotor00.zip<br>- DLC72_LAT_lockedrotor30.zip<br>- DLC72_LAT_lockedrotor60.zip<br>- DLC72_LAT_lockedrotor90.zip<br>- DLC72_MSL_lockedrotor00.zip<br>- DLC72_MSL_lockedrotor30.zip<br>- DLC72_MSL_lockedrotor60.zip<br>- DLC72_MSL_lockedrotor90.zip<br>- DLC72_HAT_lockedrotor00.zip<br>- DLC72_HAT_lockedrotor30.zip<br>- DLC72_HAT_lockedrotor60.zip<br>- DLC72_HAT_lockedrotor90.zip
DOI: 10.11583/dtu.24460090.v3
title: IEA-15MW-RWT-Monopile HAWC2 Response Database

description: The IEA-15MW-RWT-Monopile HAWC2 Response Database contains simulated aeroelastic response data for the IEA 15 MW Reference Wind Turbine with monopile foundation]. The purpose of the database is to provide open access to realistic wind turbine response data, environmental data, and operational data that researchers across different institutions can use freely for whatever purpose they see fit. The content of the database and its background are described in the document IEA-15MW-RWT-Monopile HAWC2 Response Database.pdf, found in this dataset.This dataset contains the following files:<br>- readme.txt<br>- IEA-15MW-RWT-Monopile HAWC2 Response Database.pdf<br>- HAWC2.zip<br>- DLC12_wavedir-22_LAT.zip<br>- DLC12_wavedir000_LAT.zip<br>- DLC12_wavedir022_LAT.zip<br>- DLC12_wavedir-22_MSL.zip<br>- DLC12_wavedir000_MSL.zip<br>- DLC12_wavedir022_MSL.zip<br>- DLC12_wavedir-22_HAT.zip<br>- DLC12_wavedir000_HAT.zip<br>- DLC12_wavedir022_HAT.zip<br>- DLC24.zip<br>- DLC31.zip<br>- DLC41.zip<br>- DLC64_LAT.zip<br>- DLC64_MSL.zip<br>- DLC64_HAT.zip- DLC72_CNV_failed.zip<br>- DLC72_LAT_lockedrotor00.zip<br>- DLC72_LAT_lockedrotor30.zip<br>- DLC72_LAT_lockedrotor60.zip<br>- DLC72_LAT_lockedrotor90.zip<br>- DLC72_MSL_lockedrotor00.zip<br>- DLC72_MSL_lockedrotor30.zip<br>- DLC72_MSL_lockedrotor60.zip<br>- DLC72_MSL_lockedrotor90.zip<br>- DLC72_HAT_lockedrotor00.zip<br>- DLC72_HAT_lockedrotor30.zip<br>- DLC72_HAT_lockedrotor60.zip<br>- DLC72_HAT_lockedrotor90.zip
DOI: 10.11583/dtu.24460090.v2
title: IEA-15MW-RWT-Monopile HAWC2 Response Database

description: The IEA-15MW-RWT-Monopile HAWC2 Response Database contains simulated aeroelastic response data for the IEA 15 MW Reference Wind Turbine with monopile foundation]. The purpose of the database is to provide open access to realistic wind turbine response data, environmental data, and operational data that researchers across different institutions can use freely for whatever purpose they see fit. The content of the database and its background are described in the document IEA-15MW-RWT-Monopile HAWC2 Response Database.pdf, found in this dataset.This dataset contains the following files:<br>- readme.txt<br>- IEA-15MW-RWT-Monopile HAWC2 Response Database.pdf<br>- HAWC2.zip<br>- DLC12_wavedir-22_LAT.zip<br>- DLC12_wavedir000_LAT.zip<br>- DLC12_wavedir022_LAT.zip<br>- DLC12_wavedir-22_MSL.zip<br>- DLC12_wavedir000_MSL.zip<br>- DLC12_wavedir022_MSL.zip<br>- DLC12_wavedir-22_HAT.zip<br>- DLC12_wavedir000_HAT.zip<br>- DLC12_wavedir022_HAT.zip<br>- DLC24.zip<br>- DLC31.zip<br>- DLC41.zip<br>- DLC64_LAT.zip<br>- DLC64_MSL.zip<br>- DLC64_HAT.zip- DLC72_CNV_failed.zip<br>- DLC72_LAT_lockedrotor00.zip<br>- DLC72_LAT_lockedrotor30.zip<br>- DLC72_LAT_lockedrotor60.zip<br>- DLC72_LAT_lockedrotor90.zip<br>- DLC72_MSL_lockedrotor00.zip<br>- DLC72_MSL_lockedrotor30.zip<br>- DLC72_MSL_lockedrotor60.zip<br>- DLC72_MSL_lockedrotor90.zip<br>- DLC72_HAT_lockedrotor00.zip<br>- DLC72_HAT_lockedrotor30.zip<br>- DLC72_HAT_lockedrotor60.zip<br>- DLC72_HAT_lockedrotor90.zip
DOI: 10.5281/zenodo.15322678
title: A Dietary Supplement Taurine Inhibits ApoE4 Aggregation and Ameliorates Alzheimer's Disease Pathophysiology

description: MD simulations by Sergio Marques

VAMP analysis of MD simulations by Jakub Kopko
DOI: 10.6084/m9.figshare.28782434
title: Assemblies, supermatrices, and raw tree files of the manuscript entitled "Phylogenomics ends the two-subfamilies era in the Drosophilidae"

description: The family Drosophilidae is a significant and highly diverse branch in the order Diptera. In contrast, its origin and early evolutionary history remain systematically unresolved, with non-Drosophilinae subfamily taxa being roughly classified into the Steganinae subfamily for over a century. Recently released genome of <i>Braula</i> <i>coeca</i> Nitzsch, 1818(blind bee louse fly) and its close phylogenetic relationship with the Steganinae have provided new insights while also causing new confusion. In this study, we propose that certain lineages within the traditional Steganinae, characterized by longer evolutionary histories, more restricted distributions, and larval predation on specific sternorrhynchans, be divided into a new subfamily, Rhinoleucophenginae <b>subf.</b> <b>nov.</b>These lineages, along with the rest of Steganinae (defined as new Steganinae), the downgraded Braulinae <b>stat.</b> <b>nov.</b>, and the Drosophilinae, form a four-subfamily systematics framework within the Drosophilidae, with the connection forms between the surstyli and the epandrium in male terminaliaas a taxonomic diagnosis for subfamily classification. The subgenus Parastegana(Allstegana) is also elevated to the genus-level as Allstegana <b>stat.</b> <b>nov.</b> The diversification of the Drosophilidae began approximately 36.66 million years ago (mya), with early divergences primarily occurring in the early Oligocene epoch of the Paleogene period closely associated with dietary evolution. Additionally, it is highly probable that the new Steganinae originated from the Oriental region, whereas the radiation of Drosophilidae lineages during the early to mid-Neogene period is closely related to the uplift of the Hengduan Mountains and the intensification of monsoonal activities. Through an in-depth analysis of the phylogenomicswithin the superfamily Ephydroidea and the traditional Steganinae (defined as old Steganinae), we not only proposed a novel phylogenetic framework at the subfamily-level for the Drosophilidae, but also uncovered the complexity of the early evolutionary history of the Drosophilidae, where orogeny, monsoonal activities, dietary evolution, and reproductive isolation likely play crucial roles in shaping its diversity and radiation. Our findings provide new insights into the early evolutionary history, phylogenetic framework, biogeography, and evolutionary biology of the Drosophilidae, laying the groundwork for future efforts to further clarify the boundaries of the Drosophilidae and to explore the historical backgrounds and environmental factors driving the rapid radiation of the new Steganinae and the Drosophilinae.
DOI: 10.6084/m9.figshare.28782434.v1
title: Assemblies, supermatrices, and raw tree files of the manuscript entitled "Phylogenomics ends the two-subfamilies era in the Drosophilidae"

description: The family Drosophilidae is a significant and highly diverse branch in the order Diptera. In contrast, its origin and early evolutionary history remain systematically unresolved, with non-Drosophilinae subfamily taxa being roughly classified into the Steganinae subfamily for over a century. Recently released genome of <i>Braula</i> <i>coeca</i> Nitzsch, 1818(blind bee louse fly) and its close phylogenetic relationship with the Steganinae have provided new insights while also causing new confusion. In this study, we propose that certain lineages within the traditional Steganinae, characterized by longer evolutionary histories, more restricted distributions, and larval predation on specific sternorrhynchans, be divided into a new subfamily, Rhinoleucophenginae <b>subf.</b> <b>nov.</b>These lineages, along with the rest of Steganinae (defined as new Steganinae), the downgraded Braulinae <b>stat.</b> <b>nov.</b>, and the Drosophilinae, form a four-subfamily systematics framework within the Drosophilidae, with the connection forms between the surstyli and the epandrium in male terminaliaas a taxonomic diagnosis for subfamily classification. The subgenus Parastegana(Allstegana) is also elevated to the genus-level as Allstegana <b>stat.</b> <b>nov.</b> The diversification of the Drosophilidae began approximately 36.66 million years ago (mya), with early divergences primarily occurring in the early Oligocene epoch of the Paleogene period closely associated with dietary evolution. Additionally, it is highly probable that the new Steganinae originated from the Oriental region, whereas the radiation of Drosophilidae lineages during the early to mid-Neogene period is closely related to the uplift of the Hengduan Mountains and the intensification of monsoonal activities. Through an in-depth analysis of the phylogenomicswithin the superfamily Ephydroidea and the traditional Steganinae (defined as old Steganinae), we not only proposed a novel phylogenetic framework at the subfamily-level for the Drosophilidae, but also uncovered the complexity of the early evolutionary history of the Drosophilidae, where orogeny, monsoonal activities, dietary evolution, and reproductive isolation likely play crucial roles in shaping its diversity and radiation. Our findings provide new insights into the early evolutionary history, phylogenetic framework, biogeography, and evolutionary biology of the Drosophilidae, laying the groundwork for future efforts to further clarify the boundaries of the Drosophilidae and to explore the historical backgrounds and environmental factors driving the rapid radiation of the new Steganinae and the Drosophilinae.
DOI: 10.5281/zenodo.14968105
title: Swiss Agroforestry Tree Monitoring Dataset

description: The dataset consists of tree measurements from four agroforestry plots in Switzerland with about 150 individual trees, which were measured every three years from planting (2006, 2007, 2010, 2013) until 2024. The data include tree species (poplar, cherry, apple), year of planting, number of trees in the whole system, tree density per hectare, age at measurement, field coordinates, DBH and tree height.

The published data were generated in the framework of Roberti et al. 2025, parts of the project and co-authors were funded by Agroscope, Agridea and ZHAW in the framework of the Swiss Baumgärten project of the MAVA Foundation, the AGFORWARD project (European Commission 7th Framework Programme, Grant 613520) and the AGROMIX project (European Union's Horizon 2020, Grant Agreement 862993).
DOI: 10.5281/zenodo.14968106
title: Swiss Agroforestry Tree Monitoring Dataset

description: The dataset consists of tree measurements from four agroforestry plots in Switzerland with about 150 individual trees, which were measured every three years from planting (2006, 2007, 2010, 2013) until 2024. The data include tree species (poplar, cherry, apple), year of planting, number of trees in the whole system, tree density per hectare, age at measurement, field coordinates, DBH and tree height.

The published data were generated in the framework of Roberti et al. 2025, parts of the project and co-authors were funded by Agroscope, Agridea and ZHAW in the framework of the Swiss Baumgärten project of the MAVA Foundation, the AGFORWARD project (European Commission 7th Framework Programme, Grant 613520) and the AGROMIX project (European Union's Horizon 2020, Grant Agreement 862993).
DOI: 10.6084/m9.figshare.28769750
title: Supplemental Table S1

description: Supplemental Table S1 of the article by Sarto et al. "Twenty-One Days of Bed Rest Alter Motor Unit Properties and Neuromuscular Junction Transmission in Young Adults"Table S1: Details of the linear mixed effect models performed for each high-density surface electromyography (HDsEMG) and intramuscular electromyography (iEMG) variable<b>. </b>For HDsEMG parameters, regular linear mixed models were applied. As for iEMG parameters, the residual models were not normally distributed, generalised linear mixed models were employed, and distribution and link functions were also reported. DR: discharge rate; MUP: motor unit potential; MVC: maximum voluntary contraction; NFM: near-fibre motor unit potential.
DOI: 10.11583/dtu.27968748
title: Data for Morphogenesis of sounds creates acoustic rainbows

description: Data related to the characterization of an acoustic device able to spatio-spectrally decompose sound, a so-called acoustic rainbow.A set of 141 broadband acoustic pressure measurements along with a file with notes for the measurementsA 2D BITMAP design blueprint for the device useful for reproducing the device both numerically and experimentally using e.g. 3D printing.A material sheet for a photopolymer resin for the 3D printer Form 2 useable to fabricate the device.<br>
DOI: 10.11583/dtu.27968748.v1
title: Data for Morphogenesis of sounds creates acoustic rainbows

description: Data related to the characterization of an acoustic device able to spatio-spectrally decompose sound, a so-called acoustic rainbow.A set of 141 broadband acoustic pressure measurements along with a file with notes for the measurementsA 2D BITMAP design blueprint for the device useful for reproducing the device both numerically and experimentally using e.g. 3D printing.A material sheet for a photopolymer resin for the 3D printer Form 2 useable to fabricate the device.<br>
DOI: 10.6084/m9.figshare.28930208
title: AdditionalResults.pdf

description: Additional Results
DOI: 10.6084/m9.figshare.28930208.v1
title: AdditionalResults.pdf

description: Additional Results
DOI: 10.5281/zenodo.15211602
title: Assessing autonomy in visually impaired children and adolescents: Validation of the Visual Impairment Developmental Autonomy (VIDA) scale

description: This database includes the raw data linked with the paper “Assessing autonomy in visually impaired children and adolescents: Validation of the Visual Impairment Developmental Autonomy (VIDA) scale” under review on Developmental Medicine & Child Neurology. In this study, we reported the validation stage of the VIDA scale: a PROM questionnaire to assess the autonomy level of children with visual impairment (VI).

Procedures A final sample of 110 of parents and 18 adolescents actively participated in the study, providing complete responses to the questionnaires. Participants were requested to complete online the following: a) a form containing socio-demographic information, b) the VIDA scale, c) a questionnaire on QoL for convergent validity (the TNO-AZL Preschool Children Quality of Life (TAPQOL) or the TNO AZL Children's Quality of Life (TACQoOL).

Analytical plan The primary outcome measures included internal consistency, convergent validity, cross-informant concordance, and descriptive statistics of autonomy profiles across three age groups. Internal consistency was assessed using Cronbach’s Alpha coefficient. Convergent validity was evaluated against established measures such as the Children’s Quality of Life questionnaire (TACQOL) and the Preschool Children’s Quality of Life questionnaire (TAPQOL) using bivariate Pearson’s correlation indexes.

Findings in brief Internal consistency coefficients ranged between .708 and .938 across all subscales and age versions of the instrument. The VIDA subscales showed consistent correlations with comparable dimensions of the TACQOL/TAPQOL (correlations index >0.3). The cross-informant concordance was significant with weak-to-moderate effect sizes. Descriptive statistics showed different profiles of autonomy in the three age groups: clothing and orientation/mobility emerged as areas of vulnerability for adolescents. Visual acuity was significantly correlated with many VIDA scores, whereas no significant associations emerged with the quality of life.
DOI: 10.5281/zenodo.15211603
title: Assessing autonomy in visually impaired children and adolescents: Validation of the Visual Impairment Developmental Autonomy (VIDA) scale

description: This database includes the raw data linked with the paper “Assessing autonomy in visually impaired children and adolescents: Validation of the Visual Impairment Developmental Autonomy (VIDA) scale” under review on Developmental Medicine & Child Neurology. In this study, we reported the validation stage of the VIDA scale: a PROM questionnaire to assess the autonomy level of children with visual impairment (VI).

Procedures A final sample of 110 of parents and 18 adolescents actively participated in the study, providing complete responses to the questionnaires. Participants were requested to complete online the following: a) a form containing socio-demographic information, b) the VIDA scale, c) a questionnaire on QoL for convergent validity (the TNO-AZL Preschool Children Quality of Life (TAPQOL) or the TNO AZL Children's Quality of Life (TACQoOL).

Analytical plan The primary outcome measures included internal consistency, convergent validity, cross-informant concordance, and descriptive statistics of autonomy profiles across three age groups. Internal consistency was assessed using Cronbach’s Alpha coefficient. Convergent validity was evaluated against established measures such as the Children’s Quality of Life questionnaire (TACQOL) and the Preschool Children’s Quality of Life questionnaire (TAPQOL) using bivariate Pearson’s correlation indexes.

Findings in brief Internal consistency coefficients ranged between .708 and .938 across all subscales and age versions of the instrument. The VIDA subscales showed consistent correlations with comparable dimensions of the TACQOL/TAPQOL (correlations index >0.3). The cross-informant concordance was significant with weak-to-moderate effect sizes. Descriptive statistics showed different profiles of autonomy in the three age groups: clothing and orientation/mobility emerged as areas of vulnerability for adolescents. Visual acuity was significantly correlated with many VIDA scores, whereas no significant associations emerged with the quality of life.
DOI: 10.5281/zenodo.15309313
title: Dataset of modelled peak wave direction in the Adriatic Sea for the future period 2021-2050 (climatological model winds; emission scenario IPCC RCP8.5)

description: This dataset contains results from numerical wave model runs of peak wave direction in the Adriatic Sea, covering the future period 2021-2050 (emission scenario IPCC RCP8.5). Control dataset years 1981-2010 




This study was part of the project “COAST-CLIM”, funded by the Italian PNRR initiative “RETURN” (RETURN Extended Partnership, https://www.fondazionereturn.it/en/). “COAST-CLIM” was coordinated by the Italian National Research Council (CNR). PNRR is funded by the European Union under the Next Generation Europe program (NRRP, M4, C2, I1.3 – D.D. 1243 2/8/2022, PE0000005).  








Authors: Francesco Barbariol, Leandro Antonio Hipolito Fernandez, Alvise Benetazzo, Marco Bajo, Christian Ferrarin (CNR-ISMAR) 










Variables: peak wave direction 










Geographical region: Adriatic Sea 










Period (month/year): 01/2021 - 12/2050 (the first 7 days of the outputs should not be used for analysis as the model was initialized with initial conditions from JONSWAP) 










Numerical model and setup: WAVEWATCH III® (7.14) spectral wave model with structured regular grid, ST3 wind input and dissipation parameterization (complete list of switches used in the global attributes of the netcdf files) 










Atmospheric forcing: 10-m wind components (8-km horizontal spatial resolution, 6-hour temporal resolution) from COSMO-CLM model simulations (CMCC). Scientific activities carried out in the Venezia2021 Research Programme, coordinated by CORILA, with the contribution of the Interregional Public Works Department for Veneto, Trentino Alto Adige and Friuli Venezia Giulia. 










Output spatial resolution: 0.025 degree x 0.025 degree 










Output frequency: 1 hour 










References:  






"The WAVEWATCH III®Development Group (2019). User Manual and System Documentation of WAVEWATCH III; Version 6.07. Tech. Note 333.  




Bucchignani et al. (2016). High-resolution climate simulations with COSMO-CLM over Italy: Performance evaluation and climate projections for the 21st century. Int. J. Climatol., 36, 735–756"
DOI: 10.5281/zenodo.15309314
title: Dataset of modelled peak wave direction in the Adriatic Sea for the future period 2021-2050 (climatological model winds; emission scenario IPCC RCP8.5)

description: This dataset contains results from numerical wave model runs of peak wave direction in the Adriatic Sea, covering the future period 2021-2050 (emission scenario IPCC RCP8.5). Control dataset years 1981-2010 




This study was part of the project “COAST-CLIM”, funded by the Italian PNRR initiative “RETURN” (RETURN Extended Partnership, https://www.fondazionereturn.it/en/). “COAST-CLIM” was coordinated by the Italian National Research Council (CNR). PNRR is funded by the European Union under the Next Generation Europe program (NRRP, M4, C2, I1.3 – D.D. 1243 2/8/2022, PE0000005).  








Authors: Francesco Barbariol, Leandro Antonio Hipolito Fernandez, Alvise Benetazzo, Marco Bajo, Christian Ferrarin (CNR-ISMAR) 










Variables: peak wave direction 










Geographical region: Adriatic Sea 










Period (month/year): 01/2021 - 12/2050 (the first 7 days of the outputs should not be used for analysis as the model was initialized with initial conditions from JONSWAP) 










Numerical model and setup: WAVEWATCH III® (7.14) spectral wave model with structured regular grid, ST3 wind input and dissipation parameterization (complete list of switches used in the global attributes of the netcdf files) 










Atmospheric forcing: 10-m wind components (8-km horizontal spatial resolution, 6-hour temporal resolution) from COSMO-CLM model simulations (CMCC). Scientific activities carried out in the Venezia2021 Research Programme, coordinated by CORILA, with the contribution of the Interregional Public Works Department for Veneto, Trentino Alto Adige and Friuli Venezia Giulia. 










Output spatial resolution: 0.025 degree x 0.025 degree 










Output frequency: 1 hour 










References:  






"The WAVEWATCH III®Development Group (2019). User Manual and System Documentation of WAVEWATCH III; Version 6.07. Tech. Note 333.  




Bucchignani et al. (2016). High-resolution climate simulations with COSMO-CLM over Italy: Performance evaluation and climate projections for the 21st century. Int. J. Climatol., 36, 735–756"