cometadata/datacite-titles-descriptions-related-identifiers huggingface dataset:
DOI: 10.6084/m9.figshare.1404153
title: Schroer_and_Wood_2015_Evolution_character_displacement_papionines_v1

description: PREFERRED CITATION: Schroer K and Wood B. 2015. The role of character displacement in the molarization of hominin mandibular premolars. Evolution. DOI: 10.1111/evo.12672. Title: Schroer_and_Wood_2015_Evolution_character_displacement_papionines_v1 Version number: 1 Date (ISO) original data publication: 5/5/15 Dates (ISO) data collection: 01/01/12-01/01/14 Date (ISO) online publication: 5/5/15 Companion manuscript title: "The role of character displacement in the molarization of hominin mandibular premolars" Companion manuscript journal: Evolution Primary collector of data: Kes Schroer Co-authors: Bernard Wood Research assistants: Kristen Ramirez, Christine Foltz Short description: Measurements of the lower fourth premolar (P4) from papionines for character displacement analysis. Rows:40 (header = TRUE) Columns: 17 Empty cell label: NA Variables: I, T, L, Intrx, Taxon, logmd, logbl, logarea, Randomly.selected?, ACC, Museum, Sex, Group, Location, P4MD, P4BL, P4AREA ==================== I, T, L, and Intrx: variables of the input matrix. “I” is Intercept and is always 1. “T” is “Taxon” and is encoded “1” for one taxon and “-1” for the other. “L” is location and is “1” for the sympatrix taxa and “-1” for the allopatric taxa. “Intrx” is the interaction of T and L and simply multiples these two values. Taxon: genus and species logmd, logbl, and logarea: the natural logs of the measurements P4MD, P4BL, and P4AREA. Randomly.selected: whether or not a specimen was randomly selected by the custom R script for character displacement analysis (see manuscript for more details). “Yes” indicates that the specimen was selected and “NA” indicates that the specimen was not. ACC: specimen number assigned by the host museum Museum: AMNH = American Museum of Natural History, NMNH = National Museum of Natural History, Smithsonian Institution, BMNH = Museum of Natural History, London Sex: F = female, M = male Group: “Papionines” for all specimens. This category has other values in other datasheets for the character displacement analysis, for easy combinations during comparative analyses. Location: NA for all specimens; column is only relevant to African ape sample in this analysis P4MD: mesiodistal diameter of the lower fourth premolar, in millimeters P4BL: buccolingual diameter of the lower fourth premolar, in millimeters P4AREA: area of the occlusal surface of the lower fourth premolar, calculated through a resampled outline in the digitization program tpsDIG (see manuscript for more details).
DOI: 10.6084/m9.figshare.1404151
title: Schroer_and_Wood_2015_Evolution_character_displacement_Asian_apes_v1

description: PREFERRED CITATION: Schroer K and Wood B. 2015. The role of character displacement in the molarization of hominin mandibular premolars. Evolution. DOI: 10.1111/evo.12672. Title: Schroer_and_Wood_2015_Evolution_character_displacement_Asian_apes_v1 Version number: 1 Date (ISO) original data publication: 5/5/15 Dates (ISO) data collection: 01/01/12-01/01/14 Date (ISO) online publication: 5/5/15 Companion manuscript title: "The role of character displacement in the molarization of hominin mandibular premolars" Companion manuscript journal: Evolution Primary collector of data: Kes Schroer Co-authors: Bernard Wood Research assistants: Kristen Ramirez, Christine Foltz Short description: Measurements of the lower fourth premolar (P4) from Asian apes for character displacement analysis. Rows: 74 (header = TRUE) Columns: 17 Empty cell label: NA Variables: I, T, L, Intrx, Taxon, logmd, logbl, logarea, Randomly.selected?, ACC, Museum, Sex, Group, Location, P4MD, P4BL, P4AREA ==================== I, T, L, and Intrx: variables of the input matrix. “I” is Intercept and is always 1. “T” is “Taxon” and is encoded “1” for one taxon and “-1” for the other. “L” is location and is “1” for the sympatrix taxa and “-1” for the allopatric taxa. “Intrx” is the interaction of T and L and simply multiples these two values. Taxon: genus and species logmd, logbl, and logarea: the natural logs of the measurements P4MD, P4BL, and P4AREA. Randomly.selected: whether or not a specimen was randomly selected by the custom R script for character displacement analysis (see manuscript for more details). “Yes” indicates that the specimen was selected and “NA” indicates that the specimen was not. ACC: specimen number assigned by the host museum Museum: AMNH = American Museum of Natural History, NMNH = National Museum of Natural History, Smithsonian Institution, BMNH = Museum of Natural History, London Sex: F = female, M = male Group: “Asian_apes” for all specimens. This category has other values in other datasheets for the character displacement analysis, for easy combinations during comparative analyses. Location: NA for all specimens; column is only relevant to African ape sample in this analysis P4MD: mesiodistal diameter of the lower fourth premolar, in millimeters P4BL: buccolingual diameter of the lower fourth premolar, in millimeters P4AREA: area of the occlusal surface of the lower fourth premolar, calculated through a resampled outline in the digitization program tpsDIG (see manuscript for more details)
DOI: 10.6084/m9.figshare.1404152.v1
title: Schroer_and_Wood_2015_Evolution_character_displacement_macaques_v1

description: PREFERRED CITATION: Schroer K and Wood B. 2015. The role of character displacement in the molarization of hominin mandibular premolars. Evolution. DOI: 10.1111/evo.12672. Title: Schroer_and_Wood_2015_Evolution_character_displacement_macaques_v1 Version number: 1 Date (ISO) original data publication: 5/5/15 Dates (ISO) data collection: 01/01/12-01/01/14 Date (ISO) online publication: 5/5/15 Companion manuscript title: "The role of character displacement in the molarization of hominin mandibular premolars" Companion manuscript journal: Evolution Primary collector of data: Kes Schroer Co-authors: Bernard Wood Research assistants: Kristen Ramirez, Christine Foltz Short description: Measurements of the lower fourth premolar (P4) from macaques for character displacement analysis. Rows: 60 (header = TRUE) Columns: 17 Empty cell label: NA Variables: I, T, L, Intrx, Taxon, logmd, logbl, logarea, Randomly.selected?, ACC, Museum, Sex, Group, Location, P4MD, P4BL, P4AREA ==================== I, T, L, and Intrx: variables of the input matrix. “I” is Intercept and is always 1. “T” is “Taxon” and is encoded “1” for one taxon and “-1” for the other. “L” is location and is “1” for the sympatrix taxa and “-1” for the allopatric taxa. “Intrx” is the interaction of T and L and simply multiples these two values. Taxon: genus and species logmd, logbl, and logarea: the natural logs of the measurements P4MD, P4BL, and P4AREA. Randomly.selected: whether or not a specimen was randomly selected by the custom R script for character displacement analysis (see manuscript for more details). “Yes” indicates that the specimen was selected and “NA” indicates that the specimen was not. ACC: specimen number assigned by the host museum Museum: AMNH = American Museum of Natural History, NMNH = National Museum of Natural History, Smithsonian Institution, BMNH = Museum of Natural History, London Sex: F = female, M = male Group: “Macaques” for all specimens. This category has other values in other datasheets for the character displacement analysis, for easy combinations during comparative analyses. Location: NA for all specimens; column is only relevant to African ape sample in this analysis P4MD: mesiodistal diameter of the lower fourth premolar, in millimeters P4BL: buccolingual diameter of the lower fourth premolar, in millimeters P4AREA: area of the occlusal surface of the lower fourth premolar, calculated through a resampled outline in the digitization program tpsDIG (see manuscript for more details)
DOI: 10.6084/m9.figshare.1404153.v1
title: Schroer_and_Wood_2015_Evolution_character_displacement_papionines_v1

description: PREFERRED CITATION: Schroer K and Wood B. 2015. The role of character displacement in the molarization of hominin mandibular premolars. Evolution. DOI: 10.1111/evo.12672. Title: Schroer_and_Wood_2015_Evolution_character_displacement_papionines_v1 Version number: 1 Date (ISO) original data publication: 5/5/15 Dates (ISO) data collection: 01/01/12-01/01/14 Date (ISO) online publication: 5/5/15 Companion manuscript title: "The role of character displacement in the molarization of hominin mandibular premolars" Companion manuscript journal: Evolution Primary collector of data: Kes Schroer Co-authors: Bernard Wood Research assistants: Kristen Ramirez, Christine Foltz Short description: Measurements of the lower fourth premolar (P4) from papionines for character displacement analysis. Rows:40 (header = TRUE) Columns: 17 Empty cell label: NA Variables: I, T, L, Intrx, Taxon, logmd, logbl, logarea, Randomly.selected?, ACC, Museum, Sex, Group, Location, P4MD, P4BL, P4AREA ==================== I, T, L, and Intrx: variables of the input matrix. “I” is Intercept and is always 1. “T” is “Taxon” and is encoded “1” for one taxon and “-1” for the other. “L” is location and is “1” for the sympatrix taxa and “-1” for the allopatric taxa. “Intrx” is the interaction of T and L and simply multiples these two values. Taxon: genus and species logmd, logbl, and logarea: the natural logs of the measurements P4MD, P4BL, and P4AREA. Randomly.selected: whether or not a specimen was randomly selected by the custom R script for character displacement analysis (see manuscript for more details). “Yes” indicates that the specimen was selected and “NA” indicates that the specimen was not. ACC: specimen number assigned by the host museum Museum: AMNH = American Museum of Natural History, NMNH = National Museum of Natural History, Smithsonian Institution, BMNH = Museum of Natural History, London Sex: F = female, M = male Group: “Papionines” for all specimens. This category has other values in other datasheets for the character displacement analysis, for easy combinations during comparative analyses. Location: NA for all specimens; column is only relevant to African ape sample in this analysis P4MD: mesiodistal diameter of the lower fourth premolar, in millimeters P4BL: buccolingual diameter of the lower fourth premolar, in millimeters P4AREA: area of the occlusal surface of the lower fourth premolar, calculated through a resampled outline in the digitization program tpsDIG (see manuscript for more details).
DOI: 10.6084/m9.figshare.1404147
title: Table1

description: Table1
DOI: 10.6084/m9.figshare.1404149
title: FILESET_Schroer_and_Wood_2015_Evolution_character_displacement_fileset_v1

description: Please see individual .csv for metadata.
DOI: 10.6084/m9.figshare.1404150
title: Schroer_and_Wood_2015_Evolution_character_displacement_African_apes_v1

description: PREFERRED CITATION: Schroer K and Wood B. 2015. The role of character displacement in the molarization of hominin mandibular premolars. Evolution. DOI: 10.1111/evo.12672. Title: Schroer_and_Wood_2015_Evolution_character_displacement_African_apes_v1 Version number: 1 Date (ISO) original data publication: 5/5/15 Dates (ISO) data collection: 01/01/12-01/01/14 Date (ISO) online publication: 5/5/15 Companion manuscript title: "The role of character displacement in the molarization of hominin mandibular premolars" Companion manuscript journal: Evolution Primary collector of data: Kes Schroer Co-authors: Bernard Wood Research assistants: Kristen Ramirez, Christine Foltz Short description: Measurements of the lower fourth premolar (P4) from African apes for character displacement analysis. Rows: 60 (header = TRUE) Columns: 17 Empty cell label: NA Variables: I, T, L, Intrx, Taxon, logmd, logbl, logarea, Randomly.selected?, ACC, Museum, Sex, Group, Location, P4MD, P4BL, P4AREA ==================== I, T, L, and Intrx: variables of the input matrix. “I” is Intercept and is always 1. “T” is “Taxon” and is encoded “1” for one taxon and “-1” for the other. “L” is location and is “1” for the sympatrix taxa and “-1” for the allopatric taxa. “Intrx” is the interaction of T and L and simply multiples these two values. Taxon: genus and species, with “symp” or “allo” added after the species name for gorillas. “Symp” gorillas are from Cameron or Gabon (in the Location column) and overlap with chimpanzee specimens labeled “Pan.troglodytes.troglodyates”. All other gorilla samples are marked “allo” and all other chimpanzee samples are labeled “Pan.troglodytes.other.” logmd, logbl, and logarea: the natural logs of the measurements P4MD, P4BL, and P4AREA. Randomly.selected: whether or not a specimen was randomly selected by the custom R script for character displacement analysis (see manuscript for more details). “Yes” indicates that the specimen was selected and “NA” indicates that the specimen was not. ACC: specimen number assigned by the host museum Museum: AMNH = American Museum of Natural History, NMNH = National Museum of Natural History, Smithsonian Institution, BMNH = Museum of Natural History, London Sex: F = female, M = male Group: “African_apes” for all specimens. This category has other values in other datasheets for the character displacement analysis, for easy combinations during comparative analyses. Location: Country of specimen’s origin. P4MD: mesiodistal diameter of the lower fourth premolar, in millimeters P4BL: buccolingual diameter of the lower fourth premolar, in millimeters P4AREA: area of the occlusal surface of the lower fourth premolar, calculated through a resampled outline in the digitization program tpsDIG (see manuscript for more details).
DOI: 10.6084/m9.figshare.1404146
title: Supplementary Information

description: Supplementary Information
DOI: 10.6084/m9.figshare.1404146.v1
title: Supplementary Information

description: Supplementary Information
DOI: 10.6084/m9.figshare.1404149.v1
title: Schroer_and_Wood_2015_Evolution_character_displacement_fileset_v1

description: Please see individual .csv for metadata.
DOI: 10.6084/m9.figshare.1404147.v1
title: Direct Estimates of the Genomic Contributions to Blood Pressure Heritability within a Population-Based Cohort (ARIC)

description: Table1
DOI: 10.6084/m9.figshare.1404149.v3
title: FILESET_Schroer_and_Wood_2015_Evolution_character_displacement_fileset_v1

description: Please see individual .csv for metadata.
DOI: 10.6084/m9.figshare.1404149.v2
title: Schroer_and_Wood_2015_Evolution_character_displacement_fileset_v1

description: Please see individual .csv for metadata.
DOI: 10.6084/m9.figshare.1404139
title: Sub02

description: This archive file includes a de-identified rest-state fMRI data and two de-identified working-memory-task fMRI data (i.e., 2-back and 3-back).
DOI: 10.6084/m9.figshare.1404137
title: Cylindrical Wave Field Experiments - Videos

description: This fileset contains videos of the experiments. Experiments were conducted in the University of Edinburgh Curved Wave Tank to determine the linear cylindrical coefficients for progressive water waves. The experiments employed two body geometries, an attenuator consisting of a horizontal pitching cylinder, and a terminator made up of a bottom-hinged flap. An array of 59 wave gauges was arranged in a circle-spoke pattern, where the circle of wave gauges was necessary for deriving the cylindrical coefficients, and the spokes, which extended radially further afield, were used for validation. Both the scattered and the radiated waves of the bodies were examined at three frequencies.
DOI: 10.6084/m9.figshare.1404136
title: The effect of ecological niche and spatial pattern on the diversity of oak forest vegetation

description: <i><b>Background:</b></i> Ecological niche and spatial processes are known to shape the species composition of plant communities. However, the relative importance of these factors can vary considerably from one habitat to another.<b><i>Aims:</i></b> To determine the effect of environmental conditions and spatial processes on multiple scales on the species composition of forest vegetation, we studied a patchy system consisting of overgrown oak stands of coppice origin on slopes with a southern exposure in a diverse, submontane landscape.<b><i>Methods:</i></b> Spatial patterns were surveyed with the principal coordinate analysis of neighbour matrices method, using a ‘staggered’ matrix to examine the effect of nested spatial scales. The variation partitioning procedure was applied to assess the relative influence of spatial and environmental components. Redundancy analysis was carried out to detect the effect of particular environmental variables.<b><i>Results:</i></b> Vegetation composition was related to environmental variables (mostly water-holding capacity and Ca content), as well as spatial processes, such as dispersal limitation, at the large (ca. 15 km) and medium (ca. 3.5 km–1.0 km) scales, whereas at small scales (&lt;1 km), these factors were not related to species composition.<b><i>Conclusions</i>:</b> The vegetation of the studied forests should be considered as a metacommunity, and the main drivers of species composition are species sorting and dispersal limitation.
DOI: 10.6084/m9.figshare.1404139.v1
title: Sub02

description: This archive file includes a de-identified rest-state fMRI data and two de-identified working-memory-task fMRI data (i.e., 2-back and 3-back).
DOI: 10.6084/m9.figshare.1404137.v1
title: Cylindrical Wave Field Experiments - Videos

description: This fileset contains videos of the experiments. Experiments were conducted in the University of Edinburgh Curved Wave Tank to determine the linear cylindrical coefficients for progressive water waves. The experiments employed two body geometries, an attenuator consisting of a horizontal pitching cylinder, and a terminator made up of a bottom-hinged flap. An array of 59 wave gauges was arranged in a circle-spoke pattern, where the circle of wave gauges was necessary for deriving the cylindrical coefficients, and the spokes, which extended radially further afield, were used for validation. Both the scattered and the radiated waves of the bodies were examined at three frequencies.
DOI: 10.6084/m9.figshare.1404134
title: Sub01

description: This archive file includes a de-identified rest-state fMRI data and two de-identified working-memory-task fMRI data (i.e., 2-back and 3-back).
DOI: 10.6084/m9.figshare.1404135
title: Sub_List

description: This excel file lists the demographic and behavioral information of each subject with and without APOE allele.
DOI: 10.6084/m9.figshare.1404132
title: Sub03

description: This archive file includes a de-identified rest-state fMRI data and two de-identified working-memory-task fMRI data (i.e., 2-back and 3-back).
DOI: 10.6084/m9.figshare.1404136.v2
title: The effect of ecological niche and spatial pattern on the diversity of oak forest vegetation

description: <i><b>Background:</b></i> Ecological niche and spatial processes are known to shape the species composition of plant communities. However, the relative importance of these factors can vary considerably from one habitat to another.<b><i>Aims:</i></b> To determine the effect of environmental conditions and spatial processes on multiple scales on the species composition of forest vegetation, we studied a patchy system consisting of overgrown oak stands of coppice origin on slopes with a southern exposure in a diverse, submontane landscape.<b><i>Methods:</i></b> Spatial patterns were surveyed with the principal coordinate analysis of neighbour matrices method, using a ‘staggered’ matrix to examine the effect of nested spatial scales. The variation partitioning procedure was applied to assess the relative influence of spatial and environmental components. Redundancy analysis was carried out to detect the effect of particular environmental variables.<b><i>Results:</i></b> Vegetation composition was related to environmental variables (mostly water-holding capacity and Ca content), as well as spatial processes, such as dispersal limitation, at the large (ca. 15 km) and medium (ca. 3.5 km–1.0 km) scales, whereas at small scales (&lt;1 km), these factors were not related to species composition.<b><i>Conclusions</i>:</b> The vegetation of the studied forests should be considered as a metacommunity, and the main drivers of species composition are species sorting and dispersal limitation.
DOI: 10.6084/m9.figshare.1404134.v1
title: Sub01

description: This archive file includes a de-identified rest-state fMRI data and two de-identified working-memory-task fMRI data (i.e., 2-back and 3-back).
DOI: 10.6084/m9.figshare.1404122
title: Cylindrical Wave Field Experiments - Wave Gauge

description: This fileset contains metadata on the wave guage setup. Experiments were conducted in the University of Edinburgh Curved Wave Tank to determine the linear cylindrical coefficients for progressive water waves. The experiments employed two body geometries, an attenuator consisting of a horizontal pitching cylinder, and a terminator made up of a bottom-hinged flap. An array of 59 wave gauges was arranged in a circle-spoke pattern, where the circle of wave gauges was necessary for deriving the cylindrical coefficients, and the spokes, which extended radially further afield, were used for validation. Both the scattered and the radiated waves of the bodies were examined at three frequencies.
DOI: 10.6084/m9.figshare.1404136.v1
title: The effect of ecological niche and spatial pattern on the diversity of oak forest vegetation

description: <i><b>Background:</b></i> Ecological niche and spatial processes are known to shape the species composition of plant communities. However, the relative importance of these factors can vary considerably from one habitat to another.<b><i>Aims:</i></b> To determine the effect of environmental conditions and spatial processes on multiple scales on the species composition of forest vegetation, we studied a patchy system consisting of overgrown oak stands of coppice origin on slopes with a southern exposure in a diverse, submontane landscape.<b><i>Methods:</i></b> Spatial patterns were surveyed with the principal coordinate analysis of neighbour matrices method, using a ‘staggered’ matrix to examine the effect of nested spatial scales. The variation partitioning procedure was applied to assess the relative influence of spatial and environmental components. Redundancy analysis was carried out to detect the effect of particular environmental variables.<b><i>Results:</i></b> Vegetation composition was related to environmental variables (mostly water-holding capacity and Ca content), as well as spatial processes, such as dispersal limitation, at the large (ca. 15 km) and medium (ca. 3.5 km–1.0 km) scales, whereas at small scales (&lt;1 km), these factors were not related to species composition.<b><i>Conclusions</i>:</b> The vegetation of the studied forests should be considered as a metacommunity, and the main drivers of species composition are species sorting and dispersal limitation.
DOI: 10.6084/m9.figshare.1404121
title: Cylindrical Wave Field Experiments - Wave

description: This fileset contains information about the incident waves, including the input files to the wave maker software. Experiments were conducted in the University of Edinburgh Curved Wave Tank to determine the linear cylindrical coefficients for progressive water waves. The experiments employed two body geometries, an attenuator consisting of a horizontal pitching cylinder, and a terminator made up of a bottom-hinged flap. An array of 59 wave gauges was arranged in a circle-spoke pattern, where the circle of wave gauges was necessary for deriving the cylindrical coefficients, and the spokes, which extended radially further afield, were used for validation. Both the scattered and the radiated waves of the bodies were examined at three frequencies.