cometadata/datacite-titles-descriptions-related-identifiers huggingface dataset:
DOI: 10.6084/m9.figshare.3423689.v1
title: New draft item

description: Massive Open Online Courses (MOOCs) are becoming an essential source of information for both students<br>and teachers. Noticeably, MOOCs have to adapt to the fast development of new technologies; they also<br>have to satisfy the current generation of online students. The current MOOCs’ Management Systems, such<br>as Coursera, Udacity, edX, etc., use content management platforms where content are organized in a<br>hierarchical structure. We envision a new generation of MOOCs that support interpretability with formal<br>semantics by using the SemanticWeb and the online social networks. Semantic technologies support<br>more flexible information management than that offered by the current MOOCs’ platforms. Annotated<br>information about courses, video lectures, assignments, students, teachers, etc., can be composed from<br>heterogeneous sources, including contributions from the communities in the forum space. These annotations,<br>combined with legacy data, build foundations for more efficient information discovery in MOOCs’<br>platforms. In this article we review various Collaborative Semantic Filtering technologies for building<br>Semantic MOOCs’ management system, then, we present a prototype of a semantic middle-sized platform<br>implemented at Western Kentucky University that answers these aforementioned requirements.
DOI: 10.6084/m9.figshare.3423680
title: Discussion of first draft for SED-ML/SBML Qual extension

description: The slides summarise the first proposal for a SED-ML extension to cover simulations on logical models.<br><br>The discussion took place at the HARMONY 2016 meeting, Auckland, NZ, 2016. <br><br>Slides contain a link to the Google doc that summarises the outcome of the discussion. <br>
DOI: 10.6084/m9.figshare.3423680.v2
title: Discussion of first draft for SED-ML/SBML Qual extension

description: The slides summarise the first proposal for a SED-ML extension to cover simulations on logical models.<br><br>The discussion took place at the HARMONY 2016 meeting, Auckland, NZ, 2016. <br><br>Slides contain a link to the Google doc that summarises the outcome of the discussion. <br>
DOI: 10.6084/m9.figshare.3423641
title: Inversión privada vs. regulación en infraestructura. ¿Qué hace y qué no hace el estado para atraer capital privado?

description: <i>"Me han dado el gusto de poder estar acá y presentarles el objetivo de este evento. Ustedes saben que estamos ad portas de un proceso electoral muy importante donde se quieren hacer varias definiciones respecto al tema de la Constitución Económica y también sobre la inversión en infraestructura, eso implica analizar algunas cosas importantes, algunas cosas que se formulan no tanto con respecto a lo que es una posición política sino a temas específicamente técnicos. Uno de ellos, en principio, es el tema de la labor del Estado en cuanto a la promoción de la infraestructura, habiendo ahí un tema muy interesante respecto al caso reciente de la construcción del muelle norte donde hubo una norma del Ministerio de Transportes que ha evitado, usando la potestad regulatoria del Estado, que participe o, no evitar -no quiero adelantarme a fijar una posición- sino restringir la participación de otros operadores en el muelle norte. Esto ha generado un tipo de controversia legal pues se ha llegado a medidas cautelares, se ha llegado a un proceso judicial, lo cual ha generado bastante revuelo esta decisión del Estado. </i><br><i>Este es un tema que será analizado dentro de esta </i><i>Mesa Redonda y que es importante, porque hay que </i><i>condicionar un poco cual es el rol del Estado. ¿Su </i><i>rol promover la regulación o es también limitarla en </i><i>beneficio de la competencia? Hay que ver si realmente, </i><i>en términos de promoción de la infraestructura, la </i><i>labor del Estado es promover la competencia donde </i><i>sea posible o utilizar la regulación para limitar la </i><i>competencia en beneficio de la operación portuaria que </i><i>también puede ser una finalidad lícita..."</i><br><i><br></i><i><br></i><b>Autor(es): </b><b>Huapaya Tapia, Ramón</b>; <b>Marangunich Rachumi, Hjalmar</b>; <b>Bravo Orellana,Sergio</b><b>Revista: </b><b>Derecho &Sociedad</b> (ISSN: 2079-3634)<b>Fecha de publicación: </b>Julio 2011<br><b>URL: </b>http://hdl.handle.net/10757/604685
DOI: 10.6084/m9.figshare.3423641.v1
title: Inversión privada vs. regulación en infraestructura. ¿Qué hace y qué no hace el estado para atraer capital privado?

description: <i>"Me han dado el gusto de poder estar acá y presentarles el objetivo de este evento. Ustedes saben que estamos ad portas de un proceso electoral muy importante donde se quieren hacer varias definiciones respecto al tema de la Constitución Económica y también sobre la inversión en infraestructura, eso implica analizar algunas cosas importantes, algunas cosas que se formulan no tanto con respecto a lo que es una posición política sino a temas específicamente técnicos. Uno de ellos, en principio, es el tema de la labor del Estado en cuanto a la promoción de la infraestructura, habiendo ahí un tema muy interesante respecto al caso reciente de la construcción del muelle norte donde hubo una norma del Ministerio de Transportes que ha evitado, usando la potestad regulatoria del Estado, que participe o, no evitar -no quiero adelantarme a fijar una posición- sino restringir la participación de otros operadores en el muelle norte. Esto ha generado un tipo de controversia legal pues se ha llegado a medidas cautelares, se ha llegado a un proceso judicial, lo cual ha generado bastante revuelo esta decisión del Estado. </i><br><i>Este es un tema que será analizado dentro de esta </i><i>Mesa Redonda y que es importante, porque hay que </i><i>condicionar un poco cual es el rol del Estado. ¿Su </i><i>rol promover la regulación o es también limitarla en </i><i>beneficio de la competencia? Hay que ver si realmente, </i><i>en términos de promoción de la infraestructura, la </i><i>labor del Estado es promover la competencia donde </i><i>sea posible o utilizar la regulación para limitar la </i><i>competencia en beneficio de la operación portuaria que </i><i>también puede ser una finalidad lícita..."</i><br><i><br></i><i><br></i><b>Autor(es): </b><b>Huapaya Tapia, Ramón</b>; <b>Marangunich Rachumi, Hjalmar</b>; <b>Bravo Orellana,Sergio</b><b>Revista: </b><b>Derecho &Sociedad</b> (ISSN: 2079-3634)<b>Fecha de publicación: </b>Julio 2011<br><b>URL: </b>http://hdl.handle.net/10757/604685
DOI: 10.6084/m9.figshare.3423635
title: Long noncoding RNAs in the model species Brachypodium distachyon. C De Quattro, ME Pè, E Bertolini 2017 Scientific Reports

description: Comprehensive genomic characterization of long intervening noncoding RNAs (lincRNAs) in Brachypodium distachyon<br>
DOI: 10.6084/m9.figshare.3423623
title: Animal infection records - Ebola virus disease

description: CSV detailing animal records of Ebola virus disease<br>Column headings are:OUTBREAK_ID - unique identifier for animal recordsCountry - country where animal infection reportedPlace - specific location name where animal infection reportedMonth Start - month when infection first reportedMonth End - month when infection last reportedYear Start - year when infection first reportedYear End - year when infection last reportedlat - latitude of reported infectionlong - longitude of reported infectionArea_Type - spatial type information - either point (with a specific latitude or longitude) or polygon (which refers to areal records found in the geospatial animal infections data records)Lat/Long Notes - more detailed information on rationale for geopositioningSpecies - taxonomic information on animals infected
DOI: 10.6084/m9.figshare.3423623.v1
title: Animal infection records - Ebola virus disease

description: CSV detailing animal records of Ebola virus disease<br>Column headings are:OUTBREAK_ID - unique identifier for animal recordsCountry - country where animal infection reportedPlace - specific location name where animal infection reportedMonth Start - month when infection first reportedMonth End - month when infection last reportedYear Start - year when infection first reportedYear End - year when infection last reportedlat - latitude of reported infectionlong - longitude of reported infectionArea_Type - spatial type information - either point (with a specific latitude or longitude) or polygon (which refers to areal records found in the geospatial animal infections data records)Lat/Long Notes - more detailed information on rationale for geopositioningSpecies - taxonomic information on animals infected
DOI: 10.6084/m9.figshare.3423617
title: Spatial information for animal records of Ebola virus disease

description: Geospatial information for animal records of Ebola virus disease<br>Contains four shapefiles:animal_pointsMorvan_pointsanimal_polygonOgawa2015_poly<br>Cross references the Animal records of Ebola virus disease csv<br>
DOI: 10.6084/m9.figshare.3423617.v1
title: Spatial information for animal records of Ebola virus disease

description: Geospatial information for animal records of Ebola virus disease<br>Contains four shapefiles:animal_pointsMorvan_pointsanimal_polygonOgawa2015_poly<br>Cross references the Animal records of Ebola virus disease csv<br>
DOI: 10.6084/m9.figshare.3423605
title: Human index case polygons - Ebola virus disease

description: Polygons of Ebola virus disease index cases<br>Fields include:FID - unique shape file identifierShape - type of spatial reference (all Polygon)OUTBREAK - unique outbreak identifier that cross references the human index case ebola virus disease csv
DOI: 10.6084/m9.figshare.3423605.v1
title: Human index case polygons - Ebola virus disease

description: Polygons of Ebola virus disease index cases<br>Fields include:FID - unique shape file identifierShape - type of spatial reference (all Polygon)OUTBREAK - unique outbreak identifier that cross references the human index case ebola virus disease csv
DOI: 10.6084/m9.figshare.3423593
title: Human index cases - Ebola virus disease

description: Updated human index cases of ebola virus disease used in species distribution modelling of zoonotic niche of EVD.<br>Column headers are:Outbreak_ID - unique identifier for human outbreak data. Cross references with associated shapefileVirus - specific virus implicated in outbreakCountry - country where index case is locatedApparent Origin - more specific details on index case geographyMonth Start - month outbreak startedMonth End - month outbreak endedYear Start - year outbreak startedYear End - year outbreak endedLat - latitude of index location in decimal degreesLong - latitude of index location in decimal degreesshape - describes type of geographic information; binary factor either point (specific latitude/longitude) or polygon (referencing an areal estimate)Lat/Long Notes - field describing rationale behind geopositioning protocol<br>
DOI: 10.6084/m9.figshare.3423572
title: Literature sourced records of bat occurrences

description: A csv outlining the occurrence records of three bat species (Hypsignathus monstrosus, Myonycteris torquata, and Epomops franqueti) use to model their distributions as per the Pigott et al. (2016) eLife advance<br>Fields include:Uniq_ID - a unique record identifierAuthor - surname of first author of paper referencedPub_Year - year of publication of paper referencedlat - latitude of record in decimal degreeslong - longitude of record in decimal degreesSpecies - binomial name for species representedtype - indicates spatial type - all records in this csv are points (i.e. specific latitudes/longitudes)
DOI: 10.6084/m9.figshare.3423572.v1
title: Literature sourced records of bat occurrences

description: A csv outlining the occurrence records of three bat species (Hypsignathus monstrosus, Myonycteris torquata, and Epomops franqueti) use to model their distributions as per the Pigott et al. (2016) eLife advance<br>Fields include:Uniq_ID - a unique record identifierAuthor - surname of first author of paper referencedPub_Year - year of publication of paper referencedlat - latitude of record in decimal degreeslong - longitude of record in decimal degreesSpecies - binomial name for species representedtype - indicates spatial type - all records in this csv are points (i.e. specific latitudes/longitudes)
DOI: 10.6084/m9.figshare.3423545
title: References for bat occurrence records

description: Citation manager-friendly reference list for articles used to extract bat occurrence information for:Hypsignathus monstrosusEpomops franquetiMyonycteris torquata<br>Cross-references elife_advances_additional_bat_records referring to the Author and Pub_Year columns
DOI: 10.6084/m9.figshare.3423545.v1
title: References for bat occurrence records

description: Citation manager-friendly reference list for articles used to extract bat occurrence information for:Hypsignathus monstrosusEpomops franquetiMyonycteris torquata<br>Cross-references elife_advances_additional_bat_records referring to the Author and Pub_Year columns
DOI: 10.6084/m9.figshare.3423395
title: GROMACS 5.1 vs 2016 performance in GPU-accelerated ceramide pull simulations

description: Computational modeling of the skin barrier, the lipid matrix of the stratum corneum, using molecular dynamics simulations. These studies give further insight about the largest organ in the human body and will further clinical experiments. Thanks to the highly optimized heterogeneous parallelization in GROMACS, complex computational studies can be carried out quickly and efficiently. The right panel shows the modeled molecular system with ceramide molecules in green, cholesterols in white, and fatty acids in red. Recent work focused on improving SIMD, GPU, and thread parallelization and resulted in speeding up the aforementioned calculations<b> </b>by up to 50%. The left panel illustrates the execution time breakdown of the CPU and GPU tasks in GROMACS versions 5.1 and 2016; improved performance of multiple tasks leads to an increase in simulation throughput from 61 ns/day to 95 ns/day. The simulations were performed on a workstation equipped with a Core i7-5960X CPU and a GeForce TITAN X GPU.Benchmarks and performance illustration (left panel) by S.P., the ceramide system model and rendering by M.L.
DOI: 10.6084/m9.figshare.3423395.v1
title: GROMACS 5.1 vs 2016 performance in GPU-accelerated ceramide pull simulations

description: Computational modeling of the skin barrier, the lipid matrix of the stratum corneum, using molecular dynamics simulations. These studies give further insight about the largest organ in the human body and will further clinical experiments. Thanks to the highly optimized heterogeneous parallelization in GROMACS, complex computational studies can be carried out quickly and efficiently. The right panel shows the modeled molecular system with ceramide molecules in green, cholesterols in white, and fatty acids in red. Recent work focused on improving SIMD, GPU, and thread parallelization and resulted in speeding up the aforementioned calculations<b> </b>by up to 50%. The left panel illustrates the execution time breakdown of the CPU and GPU tasks in GROMACS versions 5.1 and 2016; improved performance of multiple tasks leads to an increase in simulation throughput from 61 ns/day to 95 ns/day. The simulations were performed on a workstation equipped with a Core i7-5960X CPU and a GeForce TITAN X GPU.Benchmarks and performance illustration (left panel) by S.P., the ceramide system model and rendering by M.L.
DOI: 10.6084/m9.figshare.3423357
title: Numbers of Submissions and Acceptance Rates for Core Economics Journals, 2008 and 2013

description: <strong>1. Sample: </strong>economics journals indexed in Journal Citation Reports (JCR) compiled by the Institute for Scientific Information, for the years of 2008 and 2013<br>2. We surveyed the journal editors to obtain the numbers of submissions.<br>3. Acceptance rate = Number of articles published/Number of submission, a rough approximation for the real acceptance rate<br>4. Other information such as impact factor is from the JCR<br><br>
DOI: 10.6084/m9.figshare.3423313
title: trka bov ovary.xlsx

description: Expression of trkA receptor in bovine reproductive tissues<br>
DOI: 10.6084/m9.figshare.3423313.v1
title: trka bov ovary.xlsx

description: Expression of trkA receptor in bovine reproductive tissues<br>
DOI: 10.6084/m9.figshare.3423226
title: Flare_EF.rar

description: Flaring emission factors for review
DOI: 10.6084/m9.figshare.3423226.v1
title: Flare_EF.rar

description: Flaring emission factors for review
DOI: 10.6084/m9.figshare.3423178
title: Postmating Reproductive isolation between strains of <i>Drosophila willistoni</i>

description: Speciation can occur through the presence of reproductive isolation barriers that impede mating, restrict cross-fertilization, or render inviable/sterile hybrid progeny. The <i>D. willistoni</i> subgroup is ideally suited for studies of speciation, with examples of both allopatry and sympatry, a range of isolation barriers, and the availability of one species complete genome sequence to facilitate genetic studies of divergence. <i>D. w. willistoni</i> has the largest geographic distribution among members of the <i>Drosophila willistoni</i> subgroup, spanning from Argentina to the southern United States, including the Caribbean islands. A subspecies of <i>D. w. willistoni, D. w. quechua</i>, is geographically separated by the Andes mountain range and has evolved unidirectional sterility, in that only male offspring of <i>D. w. quechua</i> females × <i>D. w. willistoni</i> males are sterile. Whether <i>D. w. willistoni</i> flies residing east of the Andes belong to one or more <i>D. willistoni</i> subspecies remains unresolved. Here we perform fecundity assays and show that F1 hybrid males produced from crosses between different strains found in Central America, North America, and northern Caribbean islands are reproductively isolated from South American and southern Caribbean island strains as a result of unidirectional hybrid male sterility. Our results show the existence of a reproductive isolation barrier between the northern and southern strains and suggest a subdivision of the previously identified <i>D. willistoni willistoni</i> species into 2 new subspecies.
DOI: 10.6084/m9.figshare.3423178.v2
title: Postmating Reproductive isolation between strains of <i>Drosophila willistoni</i>

description: Speciation can occur through the presence of reproductive isolation barriers that impede mating, restrict cross-fertilization, or render inviable/sterile hybrid progeny. The <i>D. willistoni</i> subgroup is ideally suited for studies of speciation, with examples of both allopatry and sympatry, a range of isolation barriers, and the availability of one species complete genome sequence to facilitate genetic studies of divergence. <i>D. w. willistoni</i> has the largest geographic distribution among members of the <i>Drosophila willistoni</i> subgroup, spanning from Argentina to the southern United States, including the Caribbean islands. A subspecies of <i>D. w. willistoni, D. w. quechua</i>, is geographically separated by the Andes mountain range and has evolved unidirectional sterility, in that only male offspring of <i>D. w. quechua</i> females × <i>D. w. willistoni</i> males are sterile. Whether <i>D. w. willistoni</i> flies residing east of the Andes belong to one or more <i>D. willistoni</i> subspecies remains unresolved. Here we perform fecundity assays and show that F1 hybrid males produced from crosses between different strains found in Central America, North America, and northern Caribbean islands are reproductively isolated from South American and southern Caribbean island strains as a result of unidirectional hybrid male sterility. Our results show the existence of a reproductive isolation barrier between the northern and southern strains and suggest a subdivision of the previously identified <i>D. willistoni willistoni</i> species into 2 new subspecies.
DOI: 10.6084/m9.figshare.3423178.v1
title: Postmating Reproductive isolation between strains of Drosophila willistoni

description: Speciation can occur through the presence of reproductive isolation barriers that impede mating, restrict cross-fertilization, or render inviable/sterile hybrid progeny. The <i>D. willistoni</i> subgroup is ideally suited for studies of speciation, with examples of both allopatry and sympatry, a range of isolation barriers, and the availability of one species complete genome sequence to facilitate genetic studies of divergence. <i>D. w. willistoni</i> has the largest geographic distribution among members of the <i>Drosophila willistoni</i> subgroup, spanning from Argentina to the southern United States, including the Caribbean islands. A subspecies of <i>D. w. willistoni, D. w. quechua</i>, is geographically separated by the Andes mountain range and has evolved unidirectional sterility, in that only male offspring of <i>D. w. quechua</i> females × <i>D. w. willistoni</i> males are sterile. Whether <i>D. w. willistoni</i> flies residing east of the Andes belong to one or more <i>D. willistoni</i> subspecies remains unresolved. Here we perform fecundity assays and show that F1 hybrid males produced from crosses between different strains found in Central America, North America, and northern Caribbean islands are reproductively isolated from South American and southern Caribbean island strains as a result of unidirectional hybrid male sterility. Our results show the existence of a reproductive isolation barrier between the northern and southern strains and suggest a subdivision of the previously identified <i>D. willistoni willistoni</i> species into two new subspecies.
DOI: 10.6084/m9.figshare.3423154
title: Self-Efficacy, Planning, or a Combination of Both? A Longitudinal Experimental Study Comparing Effects of Three Interventions on Adolescents' Body Fat: the preliminary Dataset

description: Changes in body fat and moderate-to-vigorous physical activity following 3 interventions (self-efficacy enhancement, planning enhancement, self-efficacy + planning) versus active (education) control condition. For further information please contact the owner of the dataset, Aleksandra Luszczynska (aluszczy@uccs.edu)<br>
DOI: 10.6084/m9.figshare.3423142
title: Graellsia isabellae: Mitochondrial haplotype dataset

description: Fasta file containing the 41 <i>COI</i> haplotypes obtained for <i>G. isabellae</i> by Marí-Mena et al. (2016)
DOI: 10.15156/bio/sh1321509.08fu
title: SH1321509.08FU

description: UNITE provides a unified way for delimiting, identifying, communicating, and working with DNA-based Species Hypotheses (SH). All fungal ITS sequences in the international nucleotide sequence databases are clustered to approximately the species level by applying a set of dynamic distance values (<0.5 - 3.0%). All species hypotheses are given a unique, stable name in the form of a DOI, and their taxonomic and ecological annotations are verified through distributed, web-based third-party annotation efforts. SHs are connected to a taxon name and its classification as far as possible (phylum, class, order, etc.) by taking into account identifications for all sequences in the SH. An automatically or manually designated sequence is chosen to represent each such SH. These sequences are released (https://unite.ut.ee/repository.php) for use by the scientific community in, for example, local sequence similarity searches and next-generation sequencing analysis pipelines. The system and the data are updated automatically as the number of public fungal ITS sequences grows.