cometadata/datacite-titles-descriptions-related-identifiers huggingface dataset:
DOI: 10.5281/zenodo.5772671
title: Dataser of Paper "A model to predict the kinetics of direct (endogenous) virus inactivation by sunlight at different latitudes and seasons, based on the equivalent monochromatic wavelength approach"

description: - Data of the predicted maximum cumulated incident radiation for latitudes from 60°S to 60°N with steps of 5° as a function of the day of the year. These data have been predicted using the algorithm developed in this work which uses the value of the incident photon flux density of sunlight at solar noon. - Data of the maximum cumulated incident radiation for the 15<sup>th</sup> day of each month and for latitudes from 60°S to 60°N with steps of 5°. These data have been obtained by integrating the values of the spectral photon flux density of sunlight over the time.
DOI: 10.5281/zenodo.5772670
title: Dataser of Paper "A model to predict the kinetics of direct (endogenous) virus inactivation by sunlight at different latitudes and seasons, based on the equivalent monochromatic wavelength approach"

description: - Data of the predicted maximum cumulated incident radiation for latitudes from 60°S to 60°N with steps of 5° as a function of the day of the year. These data have been predicted using the algorithm developed in this work which uses the value of the incident photon flux density of sunlight at solar noon. - Data of the maximum cumulated incident radiation for the 15<sup>th</sup> day of each month and for latitudes from 60°S to 60°N with steps of 5°. These data have been obtained by integrating the values of the spectral photon flux density of sunlight over the time.
DOI: 10.6084/m9.figshare.17159195
title: Supplemental Table S1. Effects of calcium ammonium nitrate fed to dairy cows on nutrient intake and digestibility, milk quality, microbial protein synthesis, and ruminal fermentation parameters.

description: Effect of calcium ammonium nitrate supplementation on plasma urea nitrogen (PUN) before (0 h) and after (4 h) feeding in lactating Holstein dairy cows. P-values: Treat = 0.64; Time &lt;0.01; Treat × time = 0.28; Linear = 0.37; Quadratic = 0.91; SEM = 1.43. URE: control group (without nitrate); CAN15: 15 g of calcium ammonium nitrate per kg of DM; CAN30: 30 g of calcium ammonium nitrate per kg of DM.
DOI: 10.6084/m9.figshare.17159195.v1
title: Almeida et al. (2021) Effects of calcium ammonium nitrate fed to dairy cows on nutrient intake and digestibility, milk quality, microbial protein synthesis, and ruminal fermentation parameters.

description: Effect of calcium ammonium nitrate supplementation on plasma urea nitrogen (PUN) before (0 h) and after (4 h) feeding in lactating Holstein dairy cows. P-values: Treat = 0.64; Time &lt;0.01; Treat × time = 0.28; Linear = 0.37; Quadratic = 0.91; SEM = 1.43. URE: control group (without nitrate); CAN15: 15 g of calcium ammonium nitrate per kg of DM; CAN30: 30 g of calcium ammonium nitrate per kg of DM.
DOI: 10.5281/zenodo.5772842
title: Random Sample of Open Source Ventilators

description: This is a random sample of references to open source ventilators based on the data published by the PubInv project (https://github.com/PubInv/covid19-vent-list CC0-1.0). It was used to verify technology and documentation readiness scales introduced in a CIRP design conference paper. This upload shall make the data set used for the conference paper publicly accessible.
DOI: 10.5281/zenodo.5772727
title: Demographic history and signatures of selection in the northern bottlenose whale, Hyperoodon ampullatus, through genomic resequencing data

description: This dataset contains resequencing data used in our northern bottlenose whale genomics research. In this project, we analyzed demographic history and regions under selection. Source code for genomic analyses is available at github.com/edegreef/NBW-resequencing. Data uploaded here contain: <strong>NBW_SNPS_filtered_demography_analyses.vcf.gz</strong> - Filtered SNPs for demography analyses. Filtered for quality (removed qual &lt; 20, mq &lt; 30, qd &lt; 2, missingness &gt; 0.4), non-biallelic sites, autosomes, structural variants, minimum scaffold length 100kb. <strong>NBW_SNPS_filtered_imputed_haplotype_analyses.vcf.gz</strong> - Filtered and imputed SNPs for haplotype analyses. Filtered for quality, non-biallelic sites, autosomes, structural variants, max-missingness 0.1, minor allele count 2, minimum scaffold length 50kb.
description: We recommend using "Evaluating population structure in the northern bottlenose whale, Hyperoodon ampullatus, using genomic resequencing data" (10.5281/zenodo.5719248), as these data were consolidated after revisions.
DOI: 10.5281/zenodo.4718123
title: Demographic history and signatures of selection in the northern bottlenose whale, Hyperoodon ampullatus, through genomic resequencing data

description: This dataset contains resequencing data used in our northern bottlenose whale genomics research. In this project, we analyzed demographic history and regions under selection. Source code for genomic analyses is available at github.com/edegreef/NBW-resequencing. Data uploaded here contain: <strong>NBW_SNPS_filtered_demography_analyses.vcf.gz</strong> - Filtered SNPs for demography analyses. Filtered for quality (removed qual &lt; 20, mq &lt; 30, qd &lt; 2, missingness &gt; 0.4), non-biallelic sites, autosomes, structural variants, minimum scaffold length 100kb. <strong>NBW_SNPS_filtered_imputed_haplotype_analyses.vcf.gz</strong> - Filtered and imputed SNPs for haplotype analyses. Filtered for quality, non-biallelic sites, autosomes, structural variants, max-missingness 0.1, minor allele count 2, minimum scaffold length 50kb.
description: We recommend using "Evaluating population structure in the northern bottlenose whale, Hyperoodon ampullatus, using genomic resequencing data" (10.5281/zenodo.5719248), as these data were consolidated after revisions.
DOI: 10.34740/kaggle/dsv/2911960
title: Cryptocurrency extra data - Dogecoin
DOI: 10.5281/zenodo.5772771
title: Eurosta solidaginis SPAdes preassembly

description: .
DOI: 10.5281/zenodo.5772770
title: Eurosta solidaginis SPAdes preassembly

description: .
DOI: 10.5441/001/1.4v8q16qf/1
title: LifeTrack White Stork Sicily-gps

description: Kays R, Davidson SC, Berger M, Bohrer G, Fiedler W, Flack A, Hirt J, Hahn C, Gauggel D, Russell B, et al. 2021. The Movebank system for studying global animal movement and demography. Methods Ecol Evol. doi:10.1111/2041-210X.13767
description: 1. Quantifying movement and demographic events of free-ranging animals is fundamental to studying their ecology, evolution and conservation. Technological advances have led to an explosion in sensor-based methods for remotely observing these phenomena. This transition to big data creates new challenges for data management, analysis and collaboration. 2. We present the Movebank ecosystem of tools used by thousands of researchers to collect, manage, share, visualize, analyse and archive their animal tracking and other animal-borne sensor data. Users add sensor data through file uploads or live data streams and further organize and complete quality control within the Movebank system. All data are harmonized to a data model and vocabulary. The public can discover, view and download data for which they have been given access to through the website, the Animal Tracker mobile app or by API. Advanced analysis tools are available through the EnvDATA System, the MoveApps platform and a variety of user-developed applications. Data owners can share studies with select users or the public, with options for embargos, licenses and formal archiving in a data repository. 3. Movebank is used by over 3,100 data owners globally, who manage over 6 billion animal location and sensor measurements across more than 6,500 studies, with thousands of active tags sending over 3 million new data records daily. These data underlie &gt;700 published papers and reports. We present a case study demonstrating the use of Movebank to assess life-history events and demography, and engage with citizen scientists to identify mortalities and causes of death for a migratory bird. 4. A growing number of researchers, government agencies and conservation organizations use Movebank to manage research and conservation projects and to meet legislative requirements. The combination of historic and new data with collaboration tools enables broad comparative analyses and data acquisition and mapping efforts. Movebank offers an integrated system for real-time monitoring of animals at a global scale and represents a digital museum of animal movement and behaviour. Resources and coordination across countries and organizations are needed to ensure that these data, including those that cannot be made public, remain accessible to future generations.
DOI: 10.5441/001/1.4v8q16qf/2
title: LifeTrack White Stork Sicily-acceleration

description: Kays R, Davidson SC, Berger M, Bohrer G, Fiedler W, Flack A, Hirt J, Hahn C, Gauggel D, Russell B, et al. 2021. The Movebank system for studying global animal movement and demography. Methods Ecol Evol. doi:10.1111/2041-210X.13767
description: 1. Quantifying movement and demographic events of free-ranging animals is fundamental to studying their ecology, evolution and conservation. Technological advances have led to an explosion in sensor-based methods for remotely observing these phenomena. This transition to big data creates new challenges for data management, analysis and collaboration. 2. We present the Movebank ecosystem of tools used by thousands of researchers to collect, manage, share, visualize, analyse and archive their animal tracking and other animal-borne sensor data. Users add sensor data through file uploads or live data streams and further organize and complete quality control within the Movebank system. All data are harmonized to a data model and vocabulary. The public can discover, view and download data for which they have been given access to through the website, the Animal Tracker mobile app or by API. Advanced analysis tools are available through the EnvDATA System, the MoveApps platform and a variety of user-developed applications. Data owners can share studies with select users or the public, with options for embargos, licenses and formal archiving in a data repository. 3. Movebank is used by over 3,100 data owners globally, who manage over 6 billion animal location and sensor measurements across more than 6,500 studies, with thousands of active tags sending over 3 million new data records daily. These data underlie &gt;700 published papers and reports. We present a case study demonstrating the use of Movebank to assess life-history events and demography, and engage with citizen scientists to identify mortalities and causes of death for a migratory bird. 4. A growing number of researchers, government agencies and conservation organizations use Movebank to manage research and conservation projects and to meet legislative requirements. The combination of historic and new data with collaboration tools enables broad comparative analyses and data acquisition and mapping efforts. Movebank offers an integrated system for real-time monitoring of animals at a global scale and represents a digital museum of animal movement and behaviour. Resources and coordination across countries and organizations are needed to ensure that these data, including those that cannot be made public, remain accessible to future generations.
DOI: 10.5441/001/1.4v8q16qf/3
title: LifeTrack White Stork Sicily-reference-data

description: Kays R, Davidson SC, Berger M, Bohrer G, Fiedler W, Flack A, Hirt J, Hahn C, Gauggel D, Russell B, et al. 2021. The Movebank system for studying global animal movement and demography. Methods Ecol Evol. doi:10.1111/2041-210X.13767
description: 1. Quantifying movement and demographic events of free-ranging animals is fundamental to studying their ecology, evolution and conservation. Technological advances have led to an explosion in sensor-based methods for remotely observing these phenomena. This transition to big data creates new challenges for data management, analysis and collaboration. 2. We present the Movebank ecosystem of tools used by thousands of researchers to collect, manage, share, visualize, analyse and archive their animal tracking and other animal-borne sensor data. Users add sensor data through file uploads or live data streams and further organize and complete quality control within the Movebank system. All data are harmonized to a data model and vocabulary. The public can discover, view and download data for which they have been given access to through the website, the Animal Tracker mobile app or by API. Advanced analysis tools are available through the EnvDATA System, the MoveApps platform and a variety of user-developed applications. Data owners can share studies with select users or the public, with options for embargos, licenses and formal archiving in a data repository. 3. Movebank is used by over 3,100 data owners globally, who manage over 6 billion animal location and sensor measurements across more than 6,500 studies, with thousands of active tags sending over 3 million new data records daily. These data underlie &gt;700 published papers and reports. We present a case study demonstrating the use of Movebank to assess life-history events and demography, and engage with citizen scientists to identify mortalities and causes of death for a migratory bird. 4. A growing number of researchers, government agencies and conservation organizations use Movebank to manage research and conservation projects and to meet legislative requirements. The combination of historic and new data with collaboration tools enables broad comparative analyses and data acquisition and mapping efforts. Movebank offers an integrated system for real-time monitoring of animals at a global scale and represents a digital museum of animal movement and behaviour. Resources and coordination across countries and organizations are needed to ensure that these data, including those that cannot be made public, remain accessible to future generations.
DOI: 10.6084/m9.figshare.17159300
title: Data on indication of social buffering in dairy calves.xlsx

description: We investigated the effect of pair versus individual housing on calves’ behavior and concentrate intake after disbudding.
DOI: 10.5255/ukda-sn-855248
title: Collaboration for Change: Promoting Vaccine Uptake - Rapid Reviews and Evidence to Decision Framework, 2016-2021

description: Our collaboration did two rapid systematic reviews of research evidence on factors influencing respiratory vaccine (including COVID-19) uptake in ethnic minority adults and strategies to improve uptake. In summary, these reviews and our approx 12 hours of discussion identified six factors influencing respiratory vaccine (including COVID-19) uptake in ethnic minority adults and three strategies to improve uptake. This data collection includes our extracted data for the two rapid reviews and the nine Evidence to Decision framework, the latter of which summarises our discussion in a structured way. The frameworks also present our recommendations.
DOI: 10.5441/001/1.s367rd3k
title: Data from: Study "LifeTrack White Stork Kosova"

description: Kays R, Davidson SC, Berger M, Bohrer G, Fiedler W, Flack A, Hirt J, Hahn C, Gauggel D, Russell B, et al. 2021. The Movebank system for studying global animal movement and demography. Methods Ecol Evol. doi:10.1111/2041-210X.13767
description: 1. Quantifying movement and demographic events of free-ranging animals is fundamental to studying their ecology, evolution and conservation. Technological advances have led to an explosion in sensor-based methods for remotely observing these phenomena. This transition to big data creates new challenges for data management, analysis and collaboration. 2. We present the Movebank ecosystem of tools used by thousands of researchers to collect, manage, share, visualize, analyse and archive their animal tracking and other animal-borne sensor data. Users add sensor data through file uploads or live data streams and further organize and complete quality control within the Movebank system. All data are harmonized to a data model and vocabulary. The public can discover, view and download data for which they have been given access to through the website, the Animal Tracker mobile app or by API. Advanced analysis tools are available through the EnvDATA System, the MoveApps platform and a variety of user-developed applications. Data owners can share studies with select users or the public, with options for embargos, licenses and formal archiving in a data repository. 3. Movebank is used by over 3,100 data owners globally, who manage over 6 billion animal location and sensor measurements across more than 6,500 studies, with thousands of active tags sending over 3 million new data records daily. These data underlie &gt;700 published papers and reports. We present a case study demonstrating the use of Movebank to assess life-history events and demography, and engage with citizen scientists to identify mortalities and causes of death for a migratory bird. 4. A growing number of researchers, government agencies and conservation organizations use Movebank to manage research and conservation projects and to meet legislative requirements. The combination of historic and new data with collaboration tools enables broad comparative analyses and data acquisition and mapping efforts. Movebank offers an integrated system for real-time monitoring of animals at a global scale and represents a digital museum of animal movement and behaviour. Resources and coordination across countries and organizations are needed to ensure that these data, including those that cannot be made public, remain accessible to future generations.
DOI: 10.5441/001/1.s367rd3k/1
title: LifeTrack White Stork Kosova-gps

description: Kays R, Davidson SC, Berger M, Bohrer G, Fiedler W, Flack A, Hirt J, Hahn C, Gauggel D, Russell B, et al. 2021. The Movebank system for studying global animal movement and demography. Methods Ecol Evol. doi:10.1111/2041-210X.13767
description: 1. Quantifying movement and demographic events of free-ranging animals is fundamental to studying their ecology, evolution and conservation. Technological advances have led to an explosion in sensor-based methods for remotely observing these phenomena. This transition to big data creates new challenges for data management, analysis and collaboration. 2. We present the Movebank ecosystem of tools used by thousands of researchers to collect, manage, share, visualize, analyse and archive their animal tracking and other animal-borne sensor data. Users add sensor data through file uploads or live data streams and further organize and complete quality control within the Movebank system. All data are harmonized to a data model and vocabulary. The public can discover, view and download data for which they have been given access to through the website, the Animal Tracker mobile app or by API. Advanced analysis tools are available through the EnvDATA System, the MoveApps platform and a variety of user-developed applications. Data owners can share studies with select users or the public, with options for embargos, licenses and formal archiving in a data repository. 3. Movebank is used by over 3,100 data owners globally, who manage over 6 billion animal location and sensor measurements across more than 6,500 studies, with thousands of active tags sending over 3 million new data records daily. These data underlie &gt;700 published papers and reports. We present a case study demonstrating the use of Movebank to assess life-history events and demography, and engage with citizen scientists to identify mortalities and causes of death for a migratory bird. 4. A growing number of researchers, government agencies and conservation organizations use Movebank to manage research and conservation projects and to meet legislative requirements. The combination of historic and new data with collaboration tools enables broad comparative analyses and data acquisition and mapping efforts. Movebank offers an integrated system for real-time monitoring of animals at a global scale and represents a digital museum of animal movement and behaviour. Resources and coordination across countries and organizations are needed to ensure that these data, including those that cannot be made public, remain accessible to future generations.
DOI: 10.5441/001/1.s367rd3k/2
title: LifeTrack White Stork Kosova-acceleration.csv

description: Kays R, Davidson SC, Berger M, Bohrer G, Fiedler W, Flack A, Hirt J, Hahn C, Gauggel D, Russell B, et al. 2021. The Movebank system for studying global animal movement and demography. Methods Ecol Evol. doi:10.1111/2041-210X.13767
description: 1. Quantifying movement and demographic events of free-ranging animals is fundamental to studying their ecology, evolution and conservation. Technological advances have led to an explosion in sensor-based methods for remotely observing these phenomena. This transition to big data creates new challenges for data management, analysis and collaboration. 2. We present the Movebank ecosystem of tools used by thousands of researchers to collect, manage, share, visualize, analyse and archive their animal tracking and other animal-borne sensor data. Users add sensor data through file uploads or live data streams and further organize and complete quality control within the Movebank system. All data are harmonized to a data model and vocabulary. The public can discover, view and download data for which they have been given access to through the website, the Animal Tracker mobile app or by API. Advanced analysis tools are available through the EnvDATA System, the MoveApps platform and a variety of user-developed applications. Data owners can share studies with select users or the public, with options for embargos, licenses and formal archiving in a data repository. 3. Movebank is used by over 3,100 data owners globally, who manage over 6 billion animal location and sensor measurements across more than 6,500 studies, with thousands of active tags sending over 3 million new data records daily. These data underlie &gt;700 published papers and reports. We present a case study demonstrating the use of Movebank to assess life-history events and demography, and engage with citizen scientists to identify mortalities and causes of death for a migratory bird. 4. A growing number of researchers, government agencies and conservation organizations use Movebank to manage research and conservation projects and to meet legislative requirements. The combination of historic and new data with collaboration tools enables broad comparative analyses and data acquisition and mapping efforts. Movebank offers an integrated system for real-time monitoring of animals at a global scale and represents a digital museum of animal movement and behaviour. Resources and coordination across countries and organizations are needed to ensure that these data, including those that cannot be made public, remain accessible to future generations.