cometadata/datacite-titles-descriptions-related-identifiers huggingface dataset:
DOI: 10.6084/m9.figshare.1614889
title: Data for the Western Arlington County Rainfall Measurement Project (WACRMP) for Arlington, Fairfax, Alexandria, and Washington DC, in the United States (fall 2015)

description: This dataset is for the Western Arlington County Rainfall Measurement Project (WACRMP), which is the author’s final project for INSC 546 Environmental Informatics at the University of Tennessee—Knoxville (UT) School of Information Sciences (SIS). The dataset consists of three CSV files, a metadata file conforming to the Federal Geographic Data Committee (FGDC) Content Standard for Digital Geospatial Metadata (CSDGM), R scripts used for calculations with the data in the CSV files, and the project's final summary report and monitoring protocol. The Western Arlington County Rainfall Measurement Project (WACRMP) is designed to measure the quantity of rainfall at a designated site in western Arlington County, Virginia from September 1, 2015 to November 20, 2015 and compare these measurements to the quantity of rainfall collected by 11 other rainfall collection sites in the northern Virginia and Washington DC metropolitan area. These 11 sites are located within several miles of western Arlington County, where there is a gap in rainfall coverage by existing rainfall collection sites associated with the National Weather Service. The results will be used to determine the daily and monthly variation in rainfall between western Arlington County and other areas in Northern Virginia and the Washington DC area and potentially inform the need for a new rainfall collection site, possibly under the auspices of the National Weather Service (NWS) Co-operative Observer (COOP) network, to be established in western Arlington County to measure rainfall and other precipitation on a year-round basis.
DOI: 10.6084/m9.figshare.1614898.v2
title: Tabla 4.1 Distribución de respuestas por etapas

description: <b>Respuesta correcta</b> es aquella que correspondía a la respuesta esperada y la cual manifiestamente provenía de un proceso deductivo. <b>Parcialmente lógica</b>, cuando el participante ofrecía la respuesta esperada y esta aparentemente procedía de una inferencia lógica (dado que habían algunos indicios someros); sin embargo, no había una prueba clara y verbalizada de dicha inferencia; además, en su contenido podían aparecer mezcladas opiniones, creencias previas o análisis argumentativos. <b>¿Respuesta correcta?</b>, para aquellos casos en los que el participante nos proporcionaba una respuesta que de alguna manera podría considerarse como correcta o cercana a la esperada; no obstante, esta no era del todo precisa o generaba dudas de si se derivaba de un proceso lógico deductivo. <b>Sin respuesta</b>, en los casos en los que el sujeto simplemente no llegó a ninguna respuesta; y <b>respuesta incorrecta</b>, cuando en participante ofrecía una respuesta que no era la esperada.<br>Acosta-Silva, D. A. (2016, April 18). <i>La sensitividad cognitiva: hacia un modelo de su funcionamiento</i>. Tesis doctoral para optar al título de Doctor en Ciencias Sociales, Niñez y Juventud. Centro de Estudios Avanzados en Niñez y Juventud (Cinde), Universidad de Manizales http://doi.org/10.17605/OSF.IO/TZPF6<br><br>
DOI: 10.6084/m9.figshare.1614896
title: Tabla 3.2 Sistema de notación empleado en las transcripciones

description: Adaptación del sistema de transcripción de Jefferson.Acosta-Silva, D. A. (2016, April 18). <i>La sensitividad cognitiva: hacia un modelo de su funcionamiento</i>. Tesis doctoral para optar al título de Doctor en Ciencias Sociales, Niñez y Juventud. Centro de Estudios Avanzados en Niñez y Juventud (Cinde), Universidad de Manizales http://doi.org/10.17605/OSF.IO/TZPF6
DOI: 10.6084/m9.figshare.1614897.v1
title: 3.3 Esquema de puntajes

description: para la cuantificación no podíamos simplemente otorgar un valor ascendente o descendente a cada tipo de respuesta, ya que una respuesta correcta en la primera etapa no podía tener la misma valoración que una correcta en la última. Para ello se generó este esquema de puntajes, en el que la respuesta correcta de una etapa posterior tiene el mismo valor que la respuesta de menor valor de la etapa previa, siendo así 96 el máximo puntaje posible, mientras que el mínimo sería 0.
DOI: 10.6084/m9.figshare.1614898.v1
title: 4.1 Distribución de respuestas por etapas

description: Respuesta correcta es aquella que correspondía a la respuesta esperada y la cual manifiestamente provenía de un proceso deductivo; parcialmente lógica, cuando el participante ofrecía una respuesta correcta y esta aparentemente procedía de una inferencia lógica, sin embargo, no había una prueba clara y verbalizada de dicha inferencia; además, en su contenido podían aparecer mezcladas opiniones, creencias previas o análisis argumentativos; ¿respuesta correcta?, para aquellos casos en los que el participante, o nos daba la respuesta esperada, o proporcionaba una respuesta que de alguna manera podría considerarse como correcta, pero que, sin embargo, generaba dudas de si se derivaba de un proceso lógico deductivo (en el primer caso) o no era totalmente precisa (en el segundo); sin respuesta, en los casos en los que el sujeto simplemente no llegó a ninguna respuesta; y respuesta incorrecta, cuando en participante ofrecía una respuesta que no era la esperada o esta no provenía de un proceso deductivo.
DOI: 10.6084/m9.figshare.1614864
title: Brazilian Serials and Ratings in CAPES Qualis Rating System - Year 2013

description: Brazilian Serials and Ratings in CAPES Qualis Rating System - Year 2013
DOI: 10.6084/m9.figshare.1614863
title: List of Serials in Brazilian CAPES Qualis Rating System - Year 2013

description: Brazil CAPES Qualis Serials with Ratings - Year 2013
DOI: 10.6084/m9.figshare.1614864.v1
title: Brazilian Serials and Ratings in CAPES Qualis Rating System - Year 2013

description: Brazilian Serials and Ratings in CAPES Qualis Rating System - Year 2013
DOI: 10.6084/m9.figshare.1614862
title: Ratings per Serials in Brazilian CAPES Qualis Rating System - Year 2013

description: Ratings per Serials in Brazilian CAPES Qualis Rating System - Year 2013
DOI: 10.6084/m9.figshare.1614889.v1
title: Data for the Western Arlington County Rainfall Measurement Project (WACRMP) for Arlington, Fairfax, Alexandria, and Washington DC, in the United States (fall 2015)

description: This dataset is for the Western Arlington County Rainfall Measurement Project (WACRMP), which is the author’s final project for INSC 546 Environmental Informatics at the University of Tennessee—Knoxville (UT) School of Information Sciences (SIS). The dataset consists of three CSV files, a metadata file conforming to the Federal Geographic Data Committee (FGDC) Content Standard for Digital Geospatial Metadata (CSDGM), and R scripts used for calculations with the data in the CSV files. The Western Arlington County Rainfall Measurement Project (WACRMP) is designed to measure the quantity of rainfall at a designated site in western Arlington County, Virginia from September 1, 2015 to November 20, 2015 and compare these measurements to the quantity of rainfall collected by 11 other rainfall collection sites in the northern Virginia and Washington DC metropolitan area. These 11 sites are located within several miles of western Arlington County, where there is a gap in rainfall coverage by existing rainfall collection sites associated with the National Weather Service. The results will be used to determine the daily and monthly variation in rainfall between western Arlington County and other areas in Northern Virginia and the Washington DC area and potentially inform the need for a new rainfall collection site, possibly under the auspices of the National Weather Service (NWS) Co-operative Observer (COOP) network, to be established in western Arlington County to measure rainfall and other precipitation on a year-round basis.
DOI: 10.6084/m9.figshare.1614896.v1
title: 3.2 Sistema de notación

description: Adaptación del sistema de transcripción de Jefferson.
DOI: 10.6084/m9.figshare.1614863.v2
title: List of Serials in Brazilian CAPES Qualis Rating System - Year 2013

description: Brazil CAPES Qualis Serials with Ratings - Year 2013
DOI: 10.6084/m9.figshare.1614896.v3
title: Tabla 3.2 Sistema de notación empleado en las transcripciones

description: Adaptación del sistema de transcripción de Jefferson.Acosta-Silva, D. A. (2016, April 18). <i>La sensitividad cognitiva: hacia un modelo de su funcionamiento</i>. Tesis doctoral para optar al título de Doctor en Ciencias Sociales, Niñez y Juventud. Centro de Estudios Avanzados en Niñez y Juventud (Cinde), Universidad de Manizales http://doi.org/10.17605/OSF.IO/TZPF6
DOI: 10.6084/m9.figshare.1614862.v1
title: Qualis Ratings 2013

description: Brazil CAPES Qualis Ratings - Year 2013
DOI: 10.6084/m9.figshare.1614863.v1
title: Serials in Qualis - 2013

description: Brazil CAPES Qualis Serials with Ratings - Year 2013
DOI: 10.6084/m9.figshare.1614889.v3
title: Data for the Western Arlington County Rainfall Measurement Project (WACRMP) for Arlington, Fairfax, Alexandria, and Washington DC, in the United States (fall 2015)

description: This dataset is for the Western Arlington County Rainfall Measurement Project (WACRMP), which is the author’s final project for INSC 546 Environmental Informatics at the University of Tennessee—Knoxville (UT) School of Information Sciences (SIS). The dataset consists of three CSV files, a metadata file conforming to the Federal Geographic Data Committee (FGDC) Content Standard for Digital Geospatial Metadata (CSDGM), R scripts used for calculations with the data in the CSV files, and the project's final summary report and monitoring protocol. The Western Arlington County Rainfall Measurement Project (WACRMP) is designed to measure the quantity of rainfall at a designated site in western Arlington County, Virginia from September 1, 2015 to November 20, 2015 and compare these measurements to the quantity of rainfall collected by 11 other rainfall collection sites in the northern Virginia and Washington DC metropolitan area. These 11 sites are located within several miles of western Arlington County, where there is a gap in rainfall coverage by existing rainfall collection sites associated with the National Weather Service. The results will be used to determine the daily and monthly variation in rainfall between western Arlington County and other areas in Northern Virginia and the Washington DC area and potentially inform the need for a new rainfall collection site, possibly under the auspices of the National Weather Service (NWS) Co-operative Observer (COOP) network, to be established in western Arlington County to measure rainfall and other precipitation on a year-round basis.
DOI: 10.6084/m9.figshare.1614862.v3
title: Ratings per Serials in Brazilian CAPES Qualis Rating System - Year 2013

description: Ratings per Serials in Brazilian CAPES Qualis Rating System - Year 2013
DOI: 10.6084/m9.figshare.1614889.v2
title: Data for the Western Arlington County Rainfall Measurement Project (WACRMP) for Arlington, Fairfax, Alexandria, and Washington DC, in the United States (fall 2015)

description: This dataset is for the Western Arlington County Rainfall Measurement Project (WACRMP), which is the author’s final project for INSC 546 Environmental Informatics at the University of Tennessee—Knoxville (UT) School of Information Sciences (SIS). The dataset consists of three CSV files, a metadata file conforming to the Federal Geographic Data Committee (FGDC) Content Standard for Digital Geospatial Metadata (CSDGM), and R scripts used for calculations with the data in the CSV files. The Western Arlington County Rainfall Measurement Project (WACRMP) is designed to measure the quantity of rainfall at a designated site in western Arlington County, Virginia from September 1, 2015 to November 20, 2015 and compare these measurements to the quantity of rainfall collected by 11 other rainfall collection sites in the northern Virginia and Washington DC metropolitan area. These 11 sites are located within several miles of western Arlington County, where there is a gap in rainfall coverage by existing rainfall collection sites associated with the National Weather Service. The results will be used to determine the daily and monthly variation in rainfall between western Arlington County and other areas in Northern Virginia and the Washington DC area and potentially inform the need for a new rainfall collection site, possibly under the auspices of the National Weather Service (NWS) Co-operative Observer (COOP) network, to be established in western Arlington County to measure rainfall and other precipitation on a year-round basis.
DOI: 10.6084/m9.figshare.1614896.v2
title: Tabla 3.2 Sistema de notación

description: Adaptación del sistema de transcripción de Jefferson.
DOI: 10.6084/m9.figshare.1614849
title: Plates of sawflies, published on figshare in 2015

description: Plates of sawflies, published on figshare in 2015 The plates all have their own DOI numbers and descriptions (for details look there). In some cases, additional authors are involved. Content: Tenthredo amplicapitata Zombori, 1974, holotype. — Tenthredo grandiceps Malaise 1938, holotype. — Allantus lateralis Mocsáry, 1909, lectotype. — Tenthredo fulvicornis Mocsáry, 1909, lectotype. — Tenthredo fulviventris Mocsáry, 1909, lectotype. — Allantus ussuriensis Mocsáry, 1909, lectotype. — Tenthredo lateralis Mocsáry, 1909, lectotype. — Tenthredo minuta Mocsáry, 1909, lectotype. — Allantus glesicornis Konow, 1899, lectotype. — Allantus intercinctus Malaise, 1934 holotype. — Tenthredo amurensis Konow, 1891, holotype. — Tenthredo erasa Malaise, 1945, holotype. — Tenthredella ussuriensis Forsius, 1918, holotype. — Tenthredo oraria Zombori, 1973, holotype. — Rhogogaster viridis forma montana Betrem, 1933, lectotype. — Tenthredo (Tenthredella) eburneifrons W.F. Kirby, 1882, female. — Allantus brachycerus Mocsáry, 1909, lectotype. — Allantus brachycerus var. guttator Malaise, 1934, holotype. — Allantus omissus Förster, 1844, lectotype. — Tenthredo erasa MALAISE, 1945, paratype. — Allantus kohli Konow, 1895. — Rhogogastera aenescens Mocsáry, 1909, lectotype. — Tenthredo (Temuledo) finschi W.F. KIRBY, 1882 from Utulik. — Rhogogaster punctulata (KLUG, 1817), male from Sweden. — Rhogogaster magniserrula Viitasaari, 2015, holotype. — Rhogogaster viridis var. sibirica Enslin, 1912, lectotype. — Rhogogaster viridis var. nigroscutellata Forsius, 1918. — Sciapteryx virescens Jakowlew, 1887, type series. — Sciopteryx gilva Konow, 1907, paralectotype SDEI. — Rhogogaster chlorosoma podkumokensis Muche, 1973, lectotype. — Rhogogaster genistae viridifrons Muche, 1973, lectotype. — Rhogogaster genistae viridifrons Muche, 1973, male, Paralectotype. — Rhogogaster genistae viridifrons, variability of the female. — Sciopteryx gilva Konow, 1908, type series. — Tenthredo amurica Dalla Torre, 1894, female from Germany. — Tenthredo amurica Dalla Torre, 1894, figures of various specimens. — Tenthredo amurica Dalla Torre, 1894, male from Germany. — Tenthredo eburneifrons Kirby, 1882, male from Anisimovka. — Tenthredo eburneifrons W.F. Kirby, 1882, figures of several specimens. — Tenthredo lichtwardti Konow, 1899, lectotype. — Rhogogaster magniserrula Viitasaari, paratype, Kirov. — Tenthredo (Rhogogaster) chlorosoma Benson, 1943, paratype SDEI. — Rhogogaster auctor Weiffenbach, 1967, female, paratype. — Rhogogaster chlorosoma (Benson, 1943) from Ukraine. — Rhogogaster magniserrula Viitasaari paratype from Enontekiö. — Tenthredo versuta Mocsáry, 1909, lectotype. — Allantus eburneus Mocsáry, 1909, Lectotype. — Tenthredo leucocera Mocsáry, 1909, syntype. — Tenthredo minuta Mocsáry, 1909, lectotype. — Tenthredo rubiapicilina Wei, 2002. — Tenthredo rubiapicilina Wei, 2002, dark form. — Macrophya punctumalbum (Linneaus, 1758), male from Sweden.
DOI: 10.6084/m9.figshare.1614858.v1
title: Más allá de la intervención militar: Ideas para un futuro marco de la Defensa en España

description: Ponencia. II Congreso ADESYD
DOI: 10.6084/m9.figshare.1614862.v2
title: List of Serials in Brazilian CAPES Qualis Rating System - Year 2013

description: List of Serials in Brazilian CAPES Qualis Rating System - Year 2013
DOI: 10.6084/m9.figshare.1614842
title: NEATG - Data and Code

description: Data and source code for the paper/preprint: Emergent properties of a non-physiological computational model of tumour growth by Pan Pantziarka
DOI: 10.6084/m9.figshare.1614849.v1
title: Plates of sawflies, published on figshare in 2015

description: Plates of sawflies, published on figshare in 2015 The plates all have their own DOI numbers and descriptions (for details look there). In some cases, additional authors are involved. Content: Tenthredo amplicapitata Zombori, 1974, holotype. — Tenthredo grandiceps Malaise 1938, holotype. — Allantus lateralis Mocsáry, 1909, lectotype. — Tenthredo fulvicornis Mocsáry, 1909, lectotype. — Tenthredo fulviventris Mocsáry, 1909, lectotype. — Allantus ussuriensis Mocsáry, 1909, lectotype. — Tenthredo lateralis Mocsáry, 1909, lectotype. — Tenthredo minuta Mocsáry, 1909, lectotype. — Allantus glesicornis Konow, 1899, lectotype. — Allantus intercinctus Malaise, 1934 holotype. — Tenthredo amurensis Konow, 1891, holotype. — Tenthredo erasa Malaise, 1945, holotype. — Tenthredella ussuriensis Forsius, 1918, holotype. — Tenthredo oraria Zombori, 1973, holotype. — Rhogogaster viridis forma montana Betrem, 1933, lectotype. — Tenthredo (Tenthredella) eburneifrons W.F. Kirby, 1882, female. — Allantus brachycerus Mocsáry, 1909, lectotype. — Allantus brachycerus var. guttator Malaise, 1934, holotype. — Allantus omissus Förster, 1844, lectotype. — Tenthredo erasa MALAISE, 1945, paratype. — Allantus kohli Konow, 1895. — Rhogogastera aenescens Mocsáry, 1909, lectotype. — Tenthredo (Temuledo) finschi W.F. KIRBY, 1882 from Utulik. — Rhogogaster punctulata (KLUG, 1817), male from Sweden. — Rhogogaster magniserrula Viitasaari, 2015, holotype. — Rhogogaster viridis var. sibirica Enslin, 1912, lectotype. — Rhogogaster viridis var. nigroscutellata Forsius, 1918. — Sciapteryx virescens Jakowlew, 1887, type series. — Sciopteryx gilva Konow, 1907, paralectotype SDEI. — Rhogogaster chlorosoma podkumokensis Muche, 1973, lectotype. — Rhogogaster genistae viridifrons Muche, 1973, lectotype. — Rhogogaster genistae viridifrons Muche, 1973, male, Paralectotype. — Rhogogaster genistae viridifrons, variability of the female. — Sciopteryx gilva Konow, 1908, type series. — Tenthredo amurica Dalla Torre, 1894, female from Germany. — Tenthredo amurica Dalla Torre, 1894, figures of various specimens. — Tenthredo amurica Dalla Torre, 1894, male from Germany. — Tenthredo eburneifrons Kirby, 1882, male from Anisimovka. — Tenthredo eburneifrons W.F. Kirby, 1882, figures of several specimens. — Tenthredo lichtwardti Konow, 1899, lectotype. — Rhogogaster magniserrula Viitasaari, paratype, Kirov. — Tenthredo (Rhogogaster) chlorosoma Benson, 1943, paratype SDEI. — Rhogogaster auctor Weiffenbach, 1967, female, paratype. — Rhogogaster chlorosoma (Benson, 1943) from Ukraine. — Rhogogaster magniserrula Viitasaari paratype from Enontekiö. — Tenthredo versuta Mocsáry, 1909, lectotype. — Allantus eburneus Mocsáry, 1909, Lectotype. — Tenthredo leucocera Mocsáry, 1909, syntype. — Tenthredo minuta Mocsáry, 1909, lectotype. — Tenthredo rubiapicilina Wei, 2002. — Tenthredo rubiapicilina Wei, 2002, dark form. — Macrophya punctumalbum (Linneaus, 1758), male from Sweden.
DOI: 10.6084/m9.figshare.1614842.v1
title: NEATG - Data and Code

description: Data and source code for the paper/preprint: Emergent properties of a non-physiological computational model of tumour growth by Pan Pantziarka
DOI: 10.6084/m9.figshare.1614831
title: Избирательные округа г. Красноярска

description: Геопространственные данные по избирательным округам г. Красноярска
DOI: 10.6084/m9.figshare.1614828
title: Hepatosomatic index & liver lipid composition of chondrichthyan fishes (compiled literature data) - Treberg & Speers-Roesch (2016) Does the physiology of chondrichthyan fishes constrain their distribution in the deep-sea? Journal of Experimental Biology

description: Supplementary compiled literature data (Excel format) for: Jason R. Treberg and Ben Speers-Roesch (2016) Does the physiology of chondrichthyan fishes constrain their distribution in the deep-sea? <i>Journal of Experimental Biology. </i>doi:10.1242/jeb.128108
DOI: 10.6084/m9.figshare.1614831.v2
title: Избирательные округа г. Красноярска

description: Геопространственные данные по избирательным округам г. Красноярска
DOI: 10.6084/m9.figshare.1614858.v5
title: Más allá de la intervención militar: Ideas para un futuro marco de la Defensa en España

description: Ponencia presentada en el II Congreso ADESYD. Madrid, 24 de noviembre de 2015.<br><br>
DOI: 10.6084/m9.figshare.1613879
title: Disparate Metabolic Responses in Mice Fed a High-fat Diet Supplemented with Maize-derived Non-digestible Feruloylated Oligo- and Polysaccharides are Linked to Changes in the Gut Microbiota

description: Studies have suggested links between colonic fermentation of dietary fibers and improved metabolic health. The objectives of this study were to determine if non-digestible feruloylated oligo- and polysaccharides (FOPS), a maize-derived dietary fiber, could counteract the deleterious effects of high-fat (HF) feeding in mice and explore if metabolic benefits were linked to the gut microbiota. C57BL/6J mice (n=8/group) were fed a low-fat (LF; 10 kcal% fat), HF (62 kcal% fat), or HF diet supplemented with FOPS (5%, w/w). Pronounced differences in FOPS responsiveness were observed: four mice experienced cecal enlargement and enhanced short chain fatty acid production, indicating increased cecal fermentation (F-FOPS). Only these mice displayed improvements in glucose metabolism compared with HF-fed mice. Blooms in the gut microbial genera Blautia and Akkermansia were observed in three of the F-FOPS mice; these shifts were associated with reductions in body and adipose tissue weights compared with the HF-fed control mice. No improvements in metabolic markers or weights were detected in the four mice whose gut microbiota did not respond to FOPS. These findings demonstrate that FOPS-induced improvements in weight gain and metabolic health in mice depended on the ability of an individual’s microbiota to ferment FOPS.
DOI: 10.6084/m9.figshare.1613879.v2
title: Disparate Metabolic Responses in Mice Fed a High-fat Diet Supplemented with Maize-derived Non-digestible Feruloylated Oligo- and Polysaccharides are Linked to Changes in the Gut Microbiota

description: Studies have suggested links between colonic fermentation of dietary fibers and improved metabolic health. The objectives of this study were to determine if non-digestible feruloylated oligo- and polysaccharides (FOPS), a maize-derived dietary fiber, could counteract the deleterious effects of high-fat (HF) feeding in mice and explore if metabolic benefits were linked to the gut microbiota. C57BL/6J mice (n=8/group) were fed a low-fat (LF; 10 kcal% fat), HF (62 kcal% fat), or HF diet supplemented with FOPS (5%, w/w). Pronounced differences in FOPS responsiveness were observed: four mice experienced cecal enlargement and enhanced short chain fatty acid production, indicating increased cecal fermentation (F-FOPS). Only these mice displayed improvements in glucose metabolism compared with HF-fed mice. Blooms in the gut microbial genera Blautia and Akkermansia were observed in three of the F-FOPS mice; these shifts were associated with reductions in body and adipose tissue weights compared with the HF-fed control mice. No improvements in metabolic markers or weights were detected in the four mice whose gut microbiota did not respond to FOPS. These findings demonstrate that FOPS-induced improvements in weight gain and metabolic health in mice depended on the ability of an individual’s microbiota to ferment FOPS.