cometadata/datacite-titles-descriptions-related-identifiers huggingface dataset:
DOI: 10.6084/m9.figshare.3545330.v4
title: 290 Genomes from the Mediterranean Sea: Supplemental Data

description: This dataset has been updated which you can read about here: https://bjtully.github.io/posts/2018/10/re-visiting-tmed-mags/ !!!! To accommodate that update, there is a new set of files added to this page:TMED.UpdatedRecords.xlsx - compares original genome completion statistics with new versions and identified source of changeTMED.UpdatedContigs.tar.gz - which contains the new genome contigs for the updated genomes<br>A series of data files for the tentatively titled "290 Metagenome-assembled Genomes from the Mediterranean Sea: a resource for marine microbiology" by Benjamin Tully, Elaina Graham, Rohan Sachdeva, and John Heidelberg at the University of Southern California. Data files include, all contigs from Minimus2 + Megahit output used for binning and community assessment, ≥2kb and ≥7.5kb; contig read counts per sample; the putative genome contigs and Prodigal-predicted nucleotide and protein putative CDS FASTA files; the ribosomal marker HMM profiles; reference genome markers; high quality genome markers; low completion bins, and contigs without a bin.
DOI: 10.6084/m9.figshare.3545228
title: El imperio de las imágenes y la fluidez de las identificaciones

description: The regime of power characteristic of modernity is exercised, according to Foucault's analysis, within the different disciplinary institutions - the factory, the school, the barracks, the hospital, the prison. We can say that each of these institutions value a certain kind of ego ideal, coupled with a repressive superego which monitors the adherence to normative standards. With the decline of the repressive superego accompanying the rise of imaginary, the disciplinary society examined by Foucault gives way to the society of control envisioned by Deleuze. To the extent that this ego ideal is coupled to a superego ordering enjoyment, while the normalizing effect of the repressive superego is eclipsed, it is possible the multiplication of symbolic models of identification. The bigger latitude of the ego ideal entails the plasticity of the ideal ego, which no longer fits predetermined molds, but can modulate itself in accordance with the circumstances. / El régimen de poder característico de la modernidad es ejercido, según el análisis de Foucault, en el interior de las diferentes instituciones disciplinarias - la fábrica, la escuela, el cuartel, el hospital, la cárcel. Podemos decir que cada una de estas instituciones valora una cierta especie de ideal del yo, conectado a un superyo represivo que vela por la adhesión a los padrones normativos. Con la declinación del superyó represivo que acompaña a la escalada del imaginario, la sociedad disciplinaria examinada por Foucault da paso a la sociedad del control vislumbrada por Deleuze. En la medida en que nesta el ideal del yo está acoplado a un superyo que ordena el goce, mientras el efecto normativizador del superyo represivo se eclipsa, se torna en ella posible la multiplicación de los modelos simbólicos de identificación. Una mayor amplitud del ideal del yo se corresponde con una plasticidad del yo ideal, que ya no precisa adecuarse a modelos preestablecidos pero puede modularse de acuerdo con las circunstancias.
DOI: 10.6084/m9.figshare.3545228.v2
title: El imperio de las imágenes y la fluidez de las identificaciones

description: The regime of power characteristic of modernity is exercised, according to Foucault's analysis, within the different disciplinary institutions - the factory, the school, the barracks, the hospital, the prison. We can say that each of these institutions value a certain kind of ego ideal, coupled with a repressive superego which monitors the adherence to normative standards. With the decline of the repressive superego accompanying the rise of imaginary, the disciplinary society examined by Foucault gives way to the society of control envisioned by Deleuze. To the extent that this ego ideal is coupled to a superego ordering enjoyment, while the normalizing effect of the repressive superego is eclipsed, it is possible the multiplication of symbolic models of identification. The bigger latitude of the ego ideal entails the plasticity of the ideal ego, which no longer fits predetermined molds, but can modulate itself in accordance with the circumstances. / El régimen de poder característico de la modernidad es ejercido, según el análisis de Foucault, en el interior de las diferentes instituciones disciplinarias - la fábrica, la escuela, el cuartel, el hospital, la cárcel. Podemos decir que cada una de estas instituciones valora una cierta especie de ideal del yo, conectado a un superyo represivo que vela por la adhesión a los padrones normativos. Con la declinación del superyó represivo que acompaña a la escalada del imaginario, la sociedad disciplinaria examinada por Foucault da paso a la sociedad del control vislumbrada por Deleuze. En la medida en que nesta el ideal del yo está acoplado a un superyo que ordena el goce, mientras el efecto normativizador del superyo represivo se eclipsa, se torna en ella posible la multiplicación de los modelos simbólicos de identificación. Una mayor amplitud del ideal del yo se corresponde con una plasticidad del yo ideal, que ya no precisa adecuarse a modelos preestablecidos pero puede modularse de acuerdo con las circunstancias.
DOI: 10.6084/m9.figshare.3545222
title: Tabela - Nomes Culturais em Zoologia

description: Tabela com nomes de animais baseados em elementos culturais, elaborada a partir da análise de 100 artigos taxonômico-descritivos, escolhidos aleatoriamente.
DOI: 10.6084/m9.figshare.3545222.v1
title: Tabela - Nomes Culturais em Zoologia

description: Tabela com nomes de animais baseados em elementos culturais, elaborada a partir da análise de 100 artigos taxonômico-descritivos, escolhidos aleatoriamente.
DOI: 10.6084/m9.figshare.3545156
title: Continuous Analysis Example Docker Images

description: Static Docker Images Accompanying - http://biorxiv.org/content/early/2016/06/01/056473<br>https://github.com/greenelab/continuous_analysishttps://github.com/greenelab/continuous_analysis_phylohttps://github.com/greenelab/continuous_analysis_rnaseq
DOI: 10.6084/m9.figshare.3545156.v1
title: Continuous Analysis Example Docker Images

description: Static Docker Images Accompanying - http://biorxiv.org/content/early/2016/06/01/056473<br>https://github.com/greenelab/continuous_analysishttps://github.com/greenelab/continuous_analysis_phylohttps://github.com/greenelab/continuous_analysis_rnaseq
DOI: 10.6084/m9.figshare.3545114
title: Smoothed lidar-derived bare-earth DEM and gradient geotiffs, Little Lake, OR, USA

description: Digital elevation model (e11.tif) and gradient (g11.tif) geotiffs generated from clipped, smoothed bare earth lidar data collected by NCALM as part of a seed grant to C. Cerovksi-Darriau. The original data can be found on the Open Topography website (see DOI in the reference link). For 3D interactive viewing of the DEM at high resolution, we suggest downloading the free QTReader. The lidar data required smoothing of the 1 m x 1 m gridded bare earth data set. Noise in the bare earth data arises from two sources: (1) errors in point classification and (2) natural topographic roughness associated with tree throw pit and mounds, animal mounds, sediment piles, and large woody debris jams. In the Oregon Coast Range the topographic signature of pit and mound features from tree turnover dominates at length scales &lt;7.5 m [Roering et al.,2010]. Thus, we smoothed the topography with a 2-D, second-order polynomial applied to a 10 m x 10 m moving window [Wood, 1996]. Data projection is NAD1983/UTM Zone 10.<br> Roering, J.J., Marshall, J., Booth, A.M., Mort, M. and Jin, Q., 2010. Evidence for biotic controls on topography and soil production. <i>Earth and Planetary Science Letters</i>, <i>298</i>(1), pp.183-190. Wood, J. (1996), The geomorphological characterisation of digital elevation models, PhD dissertation, Univ. of Leicester, U. K.
DOI: 10.6084/m9.figshare.3545114.v2
title: Smoothed lidar-derived bare-earth DEM and gradient geotiffs, Little Lake, OR, USA

description: Digital elevation model (e11.tif) and gradient (g11.tif) geotiffs generated from clipped, smoothed bare earth lidar data collected by NCALM as part of a seed grant to C. Cerovksi-Darriau. The original data can be found on the Open Topography website (see DOI in the reference link). For 3D interactive viewing of the DEM at high resolution, we suggest downloading the free QTReader. The lidar data required smoothing of the 1 m x 1 m gridded bare earth data set. Noise in the bare earth data arises from two sources: (1) errors in point classification and (2) natural topographic roughness associated with tree throw pit and mounds, animal mounds, sediment piles, and large woody debris jams. In the Oregon Coast Range the topographic signature of pit and mound features from tree turnover dominates at length scales &lt;7.5 m [Roering et al.,2010]. Thus, we smoothed the topography with a 2-D, second-order polynomial applied to a 10 m x 10 m moving window [Wood, 1996]. Data projection is NAD1983/UTM Zone 10.<br> Roering, J.J., Marshall, J., Booth, A.M., Mort, M. and Jin, Q., 2010. Evidence for biotic controls on topography and soil production. <i>Earth and Planetary Science Letters</i>, <i>298</i>(1), pp.183-190. Wood, J. (1996), The geomorphological characterisation of digital elevation models, PhD dissertation, Univ. of Leicester, U. K.
DOI: 10.6084/m9.figshare.3545114.v1
title: Smoothed lidar-derived bare-earth DEM and gradient geotiffs, Little Lake, OR, USA

description: Digital elevation model and gradient geotiffs generated from clipped, smoothed bare earth lidar data collected by NCALM as part of a seed grant to C. Cerovksi-Darriau. The original data can be found on the Open Topography website (see DOI in the reference link). For 3D interactive viewing of the DEM at high resolution, we suggest downloading the free QTReader. The digital elevation model required smoothing of the 1 m x 1 m gridded bare earth data set. Noise in the bare earth data arises from two sources: (1) errors in point classification and (2) natural topographic roughness associated with tree throw pit and mounds, animal mounds, sediment piles, and large woody debris jams. In the Oregon Coast Range the topographic signature of pit and mound features from tree turnover dominates at length scales &lt;7.5 m [Roering et al.,2010]. Thus, we smoothed the topography with a 2-D, second-order polynomial applied to a 10 m x 10 m moving window [Wood, 1996]. Data projection is NAD1983/UTM Zone 10.<br> Roering, J.J., Marshall, J., Booth, A.M., Mort, M. and Jin, Q., 2010. Evidence for biotic controls on topography and soil production. <i>Earth and Planetary Science Letters</i>, <i>298</i>(1), pp.183-190. Wood, J. (1996), The geomorphological characterisation of digital elevation models, PhD dissertation, Univ. of Leicester, U. K.
DOI: 10.6084/m9.figshare.3545105
title: Total Station data from the 25 Target Condition in Experiment 1b in the manuscript "The Importance of Search Strategy for Finding Targets in Open Terrain".

description: Total Station data from the 25 Target Condition in Experiment 1b in the manuscript "The Importance of Search Strategy for Finding Targets in Open Terrain".<br><br>Abstract:<br>A number of real world search tasks (i.e., police search, IED detection,) require searchers to search exhaustively across open ground. In the present study, we simulated this problem by asking individuals (Experiments 1a and 1b) and dyads (Experiment 2) to search for coin targets pseudo-randomly located in a bounded area of open grassland terrain. In Experiment 1a, accuracy, search time and the route used to search an area were measured. Participants tended to use an ‘S’ shaped pattern with a common width of search lane. Increased accuracy was associated with slower, but also variable, search speed, though only when participants moved along the length (as opposed to across the width) of the search area. Experiment 1b ,varied the number of targets available within the bounded search area and in doing so varied target prevalence and density. The results confirmed that the route taken in Experiment 1a generalizes across variations in target prevalence/density. In Experiment 2, accuracy, search time, and the search strategy used by dyads was measured. While dyads were more accurate than individuals, dyads that opted to conduct two independent searches were more accurate than those who opted to split the search space. The implications of these results for individuals and pairs when searching for targets in open space are discussed.
DOI: 10.6084/m9.figshare.3545105.v1
title: Total Station data from the 25 Target Condition in Experiment 1b in the manuscript "The Importance of Search Strategy for Finding Targets in Open Terrain".

description: Total Station data from the 25 Target Condition in Experiment 1b in the manuscript "The Importance of Search Strategy for Finding Targets in Open Terrain".<br><br>Abstract:<br>A number of real world search tasks (i.e., police search, IED detection,) require searchers to search exhaustively across open ground. In the present study, we simulated this problem by asking individuals (Experiments 1a and 1b) and dyads (Experiment 2) to search for coin targets pseudo-randomly located in a bounded area of open grassland terrain. In Experiment 1a, accuracy, search time and the route used to search an area were measured. Participants tended to use an ‘S’ shaped pattern with a common width of search lane. Increased accuracy was associated with slower, but also variable, search speed, though only when participants moved along the length (as opposed to across the width) of the search area. Experiment 1b ,varied the number of targets available within the bounded search area and in doing so varied target prevalence and density. The results confirmed that the route taken in Experiment 1a generalizes across variations in target prevalence/density. In Experiment 2, accuracy, search time, and the search strategy used by dyads was measured. While dyads were more accurate than individuals, dyads that opted to conduct two independent searches were more accurate than those who opted to split the search space. The implications of these results for individuals and pairs when searching for targets in open space are discussed.
DOI: 10.6084/m9.figshare.3545102
title: Target Time data from the 25 Target Condition in Experiment 1b in the manuscript "The Importance of Search Strategy for Finding Targets in Open Terrain".

description: Target Time data from the 25 Target Condition in Experiment 1b in the manuscript "The Importance of Search Strategy for Finding Targets in Open Terrain".<br><br>Abstract:<br>A number of real world search tasks (i.e., police search, IED detection,) require searchers to search exhaustively across open ground. In the present study, we simulated this problem by asking individuals (Experiments 1a and 1b) and dyads (Experiment 2) to search for coin targets pseudo-randomly located in a bounded area of open grassland terrain. In Experiment 1a, accuracy, search time and the route used to search an area were measured. Participants tended to use an ‘S’ shaped pattern with a common width of search lane. Increased accuracy was associated with slower, but also variable, search speed, though only when participants moved along the length (as opposed to across the width) of the search area. Experiment 1b ,varied the number of targets available within the bounded search area and in doing so varied target prevalence and density. The results confirmed that the route taken in Experiment 1a generalizes across variations in target prevalence/density. In Experiment 2, accuracy, search time, and the search strategy used by dyads was measured. While dyads were more accurate than individuals, dyads that opted to conduct two independent searches were more accurate than those who opted to split the search space. The implications of these results for individuals and pairs when searching for targets in open space are discussed.
DOI: 10.6084/m9.figshare.3545102.v1
title: Target Time data from the 25 Target Condition in Experiment 1b in the manuscript "The Importance of Search Strategy for Finding Targets in Open Terrain".

description: Target Time data from the 25 Target Condition in Experiment 1b in the manuscript "The Importance of Search Strategy for Finding Targets in Open Terrain".<br><br>Abstract:<br>A number of real world search tasks (i.e., police search, IED detection,) require searchers to search exhaustively across open ground. In the present study, we simulated this problem by asking individuals (Experiments 1a and 1b) and dyads (Experiment 2) to search for coin targets pseudo-randomly located in a bounded area of open grassland terrain. In Experiment 1a, accuracy, search time and the route used to search an area were measured. Participants tended to use an ‘S’ shaped pattern with a common width of search lane. Increased accuracy was associated with slower, but also variable, search speed, though only when participants moved along the length (as opposed to across the width) of the search area. Experiment 1b ,varied the number of targets available within the bounded search area and in doing so varied target prevalence and density. The results confirmed that the route taken in Experiment 1a generalizes across variations in target prevalence/density. In Experiment 2, accuracy, search time, and the search strategy used by dyads was measured. While dyads were more accurate than individuals, dyads that opted to conduct two independent searches were more accurate than those who opted to split the search space. The implications of these results for individuals and pairs when searching for targets in open space are discussed.
DOI: 10.6084/m9.figshare.3545099
title: Total Station data from the 15 Target Condition in Experiment 1b in the manuscript "The Importance of Search Strategy for Finding Targets in Open Terrain".

description: Total Station data from the 15 Target Condition in Experiment 1b in the manuscript "The Importance of Search Strategy for Finding Targets in Open Terrain".<br><br>Abstract:<br>A number of real world search tasks (i.e., police search, IED detection,) require searchers to search exhaustively across open ground. In the present study, we simulated this problem by asking individuals (Experiments 1a and 1b) and dyads (Experiment 2) to search for coin targets pseudo-randomly located in a bounded area of open grassland terrain. In Experiment 1a, accuracy, search time and the route used to search an area were measured. Participants tended to use an ‘S’ shaped pattern with a common width of search lane. Increased accuracy was associated with slower, but also variable, search speed, though only when participants moved along the length (as opposed to across the width) of the search area. Experiment 1b ,varied the number of targets available within the bounded search area and in doing so varied target prevalence and density. The results confirmed that the route taken in Experiment 1a generalizes across variations in target prevalence/density. In Experiment 2, accuracy, search time, and the search strategy used by dyads was measured. While dyads were more accurate than individuals, dyads that opted to conduct two independent searches were more accurate than those who opted to split the search space. The implications of these results for individuals and pairs when searching for targets in open space are discussed.
DOI: 10.6084/m9.figshare.3545099.v1
title: Total Station data from the 15 Target Condition in Experiment 1b in the manuscript "The Importance of Search Strategy for Finding Targets in Open Terrain".

description: Total Station data from the 15 Target Condition in Experiment 1b in the manuscript "The Importance of Search Strategy for Finding Targets in Open Terrain".<br><br>Abstract:<br>A number of real world search tasks (i.e., police search, IED detection,) require searchers to search exhaustively across open ground. In the present study, we simulated this problem by asking individuals (Experiments 1a and 1b) and dyads (Experiment 2) to search for coin targets pseudo-randomly located in a bounded area of open grassland terrain. In Experiment 1a, accuracy, search time and the route used to search an area were measured. Participants tended to use an ‘S’ shaped pattern with a common width of search lane. Increased accuracy was associated with slower, but also variable, search speed, though only when participants moved along the length (as opposed to across the width) of the search area. Experiment 1b ,varied the number of targets available within the bounded search area and in doing so varied target prevalence and density. The results confirmed that the route taken in Experiment 1a generalizes across variations in target prevalence/density. In Experiment 2, accuracy, search time, and the search strategy used by dyads was measured. While dyads were more accurate than individuals, dyads that opted to conduct two independent searches were more accurate than those who opted to split the search space. The implications of these results for individuals and pairs when searching for targets in open space are discussed.
DOI: 10.6084/m9.figshare.3545096
title: Target Time data from the 15 Target Condition in Experiment 1b in the manuscript "The Importance of Search Strategy for Finding Targets in Open Terrain".

description: Target Time data from the 15 Target Condition in Experiment 1b in the manuscript "The Importance of Search Strategy for Finding Targets in Open Terrain".<br><br>Abstract:<br>A number of real world search tasks (i.e., police search, IED detection,) require searchers to search exhaustively across open ground. In the present study, we simulated this problem by asking individuals (Experiments 1a and 1b) and dyads (Experiment 2) to search for coin targets pseudo-randomly located in a bounded area of open grassland terrain. In Experiment 1a, accuracy, search time and the route used to search an area were measured. Participants tended to use an ‘S’ shaped pattern with a common width of search lane. Increased accuracy was associated with slower, but also variable, search speed, though only when participants moved along the length (as opposed to across the width) of the search area. Experiment 1b ,varied the number of targets available within the bounded search area and in doing so varied target prevalence and density. The results confirmed that the route taken in Experiment 1a generalizes across variations in target prevalence/density. In Experiment 2, accuracy, search time, and the search strategy used by dyads was measured. While dyads were more accurate than individuals, dyads that opted to conduct two independent searches were more accurate than those who opted to split the search space. The implications of these results for individuals and pairs when searching for targets in open space are discussed.