cometadata/datacite-titles-descriptions-related-identifiers huggingface dataset:
DOI: 10.6084/m9.figshare.1183374
title: Correlation Between Students Carrying Backpacks vs. Glasses

description: This survey was conducted to determine how students were observed carrying two-shoulder strap backpacks or some other type of bags versus if they were wearing glasses at the current time of observation.
DOI: 10.6084/m9.figshare.1183374.v1
title: Correlation Between Students Carrying Backpacks vs. Glasses

description: This survey was conducted to determine how students were observed carrying two-shoulder strap backpacks or some other type of bags versus if they were wearing glasses at the current time of observation.
DOI: 10.6084/m9.figshare.1181983
title: Schroer_and_Wood_2015_JAnat_inhibitory_cascade_v1

description: PREFERRED CITATION: Schroer K and Wood B. 2015. Modeling the dental development of fossil hominins through the inhibitory cascade. Journal of Anatomy, 226: 150–162. DOI: 10.1111/joa.12264 Title: Schroer_and_Wood_2014_JAnat_inhibitory_cascade_v1 Version number: 1 Date (ISO) original data publication: 25/09/14 Dates (ISO) data collection: 01/01/12-01/01/14 Date (ISO) online publication: 24/11/14 Companion manuscript title: "Modeling the dental development of fossil hominins through the inhibitory cascade" Companion manuscript journal: Journal of Anatomy Primary collector of data: Kes Schroer Co-authors: Bernard Wood Research assistants: Kristen Ramirez, Christine Foltz Short description: Mesiodistal and buccolingual diameters of mandibular postcanines from fossil hominins and extant primates. Rows: 281 (header = TRUE) Columns: 13 Empty cell label: NA Variables: ACC, Taxon, Group, Museum, Sex, P4MD, M1MD, M2MD, M3MD, P4BL, M1BL, M2BL, M3BL ==================== ACC: specimen number assigned by the host museum Taxon: genus and species name Group: used to make legends in R, extant primates are grouped by superfamily (choices: cercopithecoid, hominoid) and fossils are grouped by target taxon (Australopithecus, Homo, Paranthropus boisei, or Paranthropus robustus) Museum: AMNH = American Museum of Natural History, NMNH = National Museum of Natural History, Smithsonian Institution, BMNH = Museum of Natural History, London, all fossils are NA Sex: F = female, M = male, all fossils are NA P4MD: mesiodistal diameter of the lower fourth premolar, in millimeters M1MD: mesiodistal diameter of the lower first molar, in millimeters M2MD: mesiodistal diameter of the lower second molar, in millimeters M3MD: mesiodistal diameter of the lower third molar, in millimeters P4BL: buccolingual diameter of the lower fourth premolar, in millimeters M1BL: buccolingual diameter of the lower first molar, in millimeters M2BL: buccolingual diameter of the lower second molar, in millimeters M3BL: buccolingual diameter of the lower third molar, in millimeters
DOI: 10.6084/m9.figshare.1181983.v1
title: Schroer_and_Wood_2014_JAnat

description: Title: Schroer_and_Wood_2014_JAnat Version number: 1 Date publication: 9-25-14 Companion manuscript title: "Modeling the dental development of fossil hominins through the inhibitory cascade" Companion manuscript journal:Journal of Anatomy Primary collector of data: Kes Schroer Co-authors: Bernard Wood Research assistants: Kristen Ramirez, Christine Foltz Short description: Mesiodistal and buccolingual diameters of mandibular postcanines from fossil hominins and extant primates. Empty cell label: NA Variables: ACC, Taxon, Group, Museum, Sex, P4MD, M1MD, M2MD, M3MD, P4BL, M1BL, M2BL, M3BL ==================== ACC: specimen number assigned by the host museum Taxon: genus and species name Group: used to make legends in R, extant primates are grouped by superfamily (choices: cercopithecoid, hominoid) and fossils are grouped by target taxon (Australopithecus, Homo, Paranthropus boisei, or Paranthropus robustus) Museum: AMNH = American Museum of Natural History, NMNH = National Museum of Natural History, Smithsonian Institution, BMNH = Museum of Natural History, London, all fossils are NA Sex: F = female, M = male, all fossils are NA P4MD: mesiodistal diameter of the lower fourth premolar, in millimeters M1MD: mesiodistal diameter of the lower first molar, in millimeters M2MD: mesiodistal diameter of the lower second molar, in millimeters M3MD: mesiodistal diameter of the lower third molar, in millimeters P4BL: buccolingual diameter of the lower fourth premolar, in millimeters M1BL: buccolingual diameter of the lower first molar, in millimeters M2BL: buccolingual diameter of the lower second molar, in millimeters M3BL: buccolingual diameter of the lower third molar, in millimeters
DOI: 10.6084/m9.figshare.1181979
title: Using Implied Probabilities to Improve the Estimation of Unconditional Moment Restrictions for Weakly Dependent Data

description: In this article, we investigate the use of implied probabilities (Back and Brown, 1993) to improve estimation in unconditional moment conditions models. Using the seminal contributions of Bonnal and Renault (2001) and Antoine et al. (2007), we propose two three-step Euclidian empirical likelihood (3S-EEL) estimators for weakly dependent data. Both estimators make use of a control variates principle that can be interpreted in terms of implied probabilities in order to achieve higher-order improvements relative to the traditional two-step GMM estimator. A Monte Carlo study reveals that the finite and large sample properties of the three-step estimators compare favorably to the existing approaches: the two-step GMM and the continuous updating estimator.
DOI: 10.6084/m9.figshare.1181983.v2
title: Schroer_and_Wood_2014_JAnat_Inhibitory_cascade

description: PREFERRED CITATION: Schroer, K. and Wood, B. (2015), Modeling the dental development of fossil hominins through the inhibitory cascade. Journal of Anatomy, 226: 150–162. doi: 10.1111/joa.12264 Title: Schroer_and_Wood_2014_JAnat_Inhibitory_cascade_v1 Version number: 1 Date (ISO) original data publication: 25/09/14 Dates (ISO) data collection: 01/01/12-01/01/14 Date (ISO) online publication: 24/11/14 Companion manuscript title: "Modeling the dental development of fossil hominins through the inhibitory cascade" Companion manuscript journal:Journal of Anatomy Primary collector of data: Kes Schroer Co-authors: Bernard Wood Research assistants: Kristen Ramirez, Christine Foltz Short description: Mesiodistal and buccolingual diameters of mandibular postcanines from fossil hominins and extant primates. Empty cell label: NA Variables: ACC, Taxon, Group, Museum, Sex, P4MD, M1MD, M2MD, M3MD, P4BL, M1BL, M2BL, M3BL ==================== ACC: specimen number assigned by the host museum Taxon: genus and species name Group: used to make legends in R, extant primates are grouped by superfamily (choices: cercopithecoid, hominoid) and fossils are grouped by target taxon (Australopithecus, Homo, Paranthropus boisei, or Paranthropus robustus) Museum: AMNH = American Museum of Natural History, NMNH = National Museum of Natural History, Smithsonian Institution, BMNH = Museum of Natural History, London, all fossils are NA Sex: F = female, M = male, all fossils are NA P4MD: mesiodistal diameter of the lower fourth premolar, in millimeters M1MD: mesiodistal diameter of the lower first molar, in millimeters M2MD: mesiodistal diameter of the lower second molar, in millimeters M3MD: mesiodistal diameter of the lower third molar, in millimeters P4BL: buccolingual diameter of the lower fourth premolar, in millimeters M1BL: buccolingual diameter of the lower first molar, in millimeters M2BL: buccolingual diameter of the lower second molar, in millimeters M3BL: buccolingual diameter of the lower third molar, in millimeters
DOI: 10.6084/m9.figshare.1181979.v2
title: Using Implied Probabilities to Improve the Estimation of Unconditional Moment Restrictions for Weakly Dependent Data

description: In this article, we investigate the use of implied probabilities (Back and Brown, 1993) to improve estimation in unconditional moment conditions models. Using the seminal contributions of Bonnal and Renault (2001) and Antoine et al. (2007), we propose two three-step Euclidian empirical likelihood (3S-EEL) estimators for weakly dependent data. Both estimators make use of a control variates principle that can be interpreted in terms of implied probabilities in order to achieve higher-order improvements relative to the traditional two-step GMM estimator. A Monte Carlo study reveals that the finite and large sample properties of the three-step estimators compare favorably to the existing approaches: the two-step GMM and the continuous updating estimator.
DOI: 10.6084/m9.figshare.1181979.v1
title: Using Implied Probabilities to Improve the Estimation of Unconditional Moment Restrictions for Weakly Dependent Data

description: In this paper, we investigate the use of implied probabilities (Back and Brown, 1993) to improve estimation in unconditional moment conditions models. Using the seminal contributions of Bonnal and Renault (2001) and Antoine et al. (2007), we propose two three-step Euclidian empirical likelihood (3S-EEL) estimators for weakly dependent data. Both estimators make use of a control variates principle that can be interpreted in terms of implied probabilities in order to achieve higher-order improvements relative to the traditional two-step GMM estimator. A Monte Carlo study reveals that the finite and large sample properties of the three-step estimators compare favorably to the existing approaches: the two-step GMM and the continuous updating estimator.
DOI: 10.6084/m9.figshare.1181983.v3
title: Schroer_and_Wood_2014_JAnat_inhibitory_cascade_v1

description: PREFERRED CITATION: Schroer, K. and Wood, B. (2015), Modeling the dental development of fossil hominins through the inhibitory cascade. Journal of Anatomy, 226: 150–162. doi: 10.1111/joa.12264 Title: Schroer_and_Wood_2014_JAnat_inhibitory_cascade_v1 Version number: 1 Date (ISO) original data publication: 25/09/14 Dates (ISO) data collection: 01/01/12-01/01/14 Date (ISO) online publication: 24/11/14 Companion manuscript title: "Modeling the dental development of fossil hominins through the inhibitory cascade" Companion manuscript journal:Journal of Anatomy Primary collector of data: Kes Schroer Co-authors: Bernard Wood Research assistants: Kristen Ramirez, Christine Foltz Short description: Mesiodistal and buccolingual diameters of mandibular postcanines from fossil hominins and extant primates. Rows: 281 (header = TRUE) Columns: 13 Empty cell label: NA Variables: ACC, Taxon, Group, Museum, Sex, P4MD, M1MD, M2MD, M3MD, P4BL, M1BL, M2BL, M3BL ==================== ACC: specimen number assigned by the host museum Taxon: genus and species name Group: used to make legends in R, extant primates are grouped by superfamily (choices: cercopithecoid, hominoid) and fossils are grouped by target taxon (Australopithecus, Homo, Paranthropus boisei, or Paranthropus robustus) Museum: AMNH = American Museum of Natural History, NMNH = National Museum of Natural History, Smithsonian Institution, BMNH = Museum of Natural History, London, all fossils are NA Sex: F = female, M = male, all fossils are NA P4MD: mesiodistal diameter of the lower fourth premolar, in millimeters M1MD: mesiodistal diameter of the lower first molar, in millimeters M2MD: mesiodistal diameter of the lower second molar, in millimeters M3MD: mesiodistal diameter of the lower third molar, in millimeters P4BL: buccolingual diameter of the lower fourth premolar, in millimeters M1BL: buccolingual diameter of the lower first molar, in millimeters M2BL: buccolingual diameter of the lower second molar, in millimeters M3BL: buccolingual diameter of the lower third molar, in millimeters
DOI: 10.6084/m9.figshare.1181943
title: Greater BOLD Variability in Older Compared with Younger Adults during Audiovisual Speech Perception

description: The data for Baum, SH, and Beauchamp, MS. "Greater BOLD Variability in Older Compared with Younger Adults during Audiovisual Speech Perception" (PLOS ONE, in press) can be found here. Data were collected on a 3T Phillips scanner. Each subject's folder contains the anonymized hi res anatomical images (under the anatomy folder), and the raw .nii files for the localizer scan (BOLD/task001_run001) and task scans (BOLD/task002_run001 and run002). Regressor files in the 3 column FSL format are included for each participant (see paper for details on small differences between scan series in some participants). Information on the demographics of the participants is also included (see keys folder). If you have any questions, please contact Sarah Baum (sarah.h.baum@vanderbilt.edu).
DOI: 10.6084/m9.figshare.1181945
title: Ecology 2050 Lab 01 Data/Meta-data

description: The method that was used to obtain this data was to verbally ask each individual what colour the shoes they were wearing was and to observe their sexual orientation.
DOI: 10.6084/m9.figshare.1181945.v1
title: Ecology 2050 Lab 01 Data/Meta-data

description: The method that was used to obtain this data was to verbally ask each individual what colour the shoes they were wearing was and to observe their sexual orientation.
DOI: 10.6084/m9.figshare.1181943.v1
title: Greater BOLD Variability in Older Compared with Younger Adults during Audiovisual Speech Perception

description: The data for Baum, SH, and Beauchamp, MS. "Greater BOLD Variability in Older Compared with Younger Adults during Audiovisual Speech Perception" (PLOS ONE, in press) can be found here. Data were collected on a 3T Phillips scanner. The dataset is organized according to the OpenfMRI organization scheme. Each subject's folder contains the anonymized hi res anatomical images (under the anatomy folder), and the raw .nii files for the localizer scan (BOLD/task001_run001) and task scans (BOLD/task002_run001 and run002). Regressor files in the 3 column FSL format are included for each participant (see paper for details on small differences between scan series in some participants). Information on the demographics of the participants is also included. If you have any questions, please contact Sarah Baum (sarah.h.baum@vanderbilt.edu).
DOI: 10.6084/m9.figshare.1181925
title: Group 1: Woodlot, dataset 3

description: All the data for this observational study dataset was collected at a woodlot on the York University campus. The study site contained mostly dirt ground cover, as well as fallen leaves and branches, and had an extensive canopy. The recordings were made between 3 and 5pm in warm ('22C) weather. 0 total specimens were examined for their diameter, nearest tree, nearest tree diameter, and health with the use of transect measuring tapes. Several potential sources of error were found: the accuracy of the straight line path through the forest, the lack of precision in determining age of trees. The first two trees' circumference was measured by mistake, so the corresponding data was converted from circumference to diameter afterwards
DOI: 10.6084/m9.figshare.1181943.v2
title: Greater BOLD Variability in Older Compared with Younger Adults during Audiovisual Speech Perception

description: The data for Baum, SH, and Beauchamp, MS. "Greater BOLD Variability in Older Compared with Younger Adults during Audiovisual Speech Perception" (PLOS ONE, in press) can be found here. Data were collected on a 3T Phillips scanner. The dataset is organized according to the OpenfMRI organization scheme. Each subject's folder contains the anonymized hi res anatomical images (under the anatomy folder), and the raw .nii files for the localizer scan (BOLD/task001_run001) and task scans (BOLD/task002_run001 and run002). Regressor files in the 3 column FSL format are included for each participant (see paper for details on small differences between scan series in some participants). Information on the demographics of the participants is also included. If you have any questions, please contact Sarah Baum (sarah.h.baum@vanderbilt.edu).
DOI: 10.6084/m9.figshare.1181911
title: Ecology 2030 Practice Lab

description: This Lab was to determine if an indiviudal gender's and wheter or not they were wearing glasses had an impact on their choice to have a drink. All data was collected visually and no verbal confiramtion was obtained from the subjects.
DOI: 10.6084/m9.figshare.1181925.v1
title: Group 1: Woodlot, dataset 3

description: All the data for this observational study dataset was collected at a woodlot on the York University campus. The study site contained mostly dirt ground cover, as well as fallen leaves and branches, and had an extensive canopy. The recordings were made between 3 and 5pm in warm ('22C) weather. 0 total specimens were examined for their diameter, nearest tree, nearest tree diameter, and health with the use of transect measuring tapes. Several potential sources of error were found: the accuracy of the straight line path through the forest, the lack of precision in determining age of trees. The first two trees' circumference was measured by mistake, so the corresponding data was converted from circumference to diameter afterwards
DOI: 10.6084/m9.figshare.1181911.v1
title: Ecology 2030 Practice Lab

description: This Lab was to determine if an indiviudal gender's and wheter or not they were wearing glasses had an impact on their choice to have a drink. All data was collected visually and no verbal confiramtion was obtained from the subjects.
DOI: 10.6084/m9.figshare.1181897
title: biol2050

description: biol 2050, yorku, ecology lab 1 GENDER, SITTING AND STANDING POSITIONS , HAIR COLOR OF 20 INDIVIDUALS
DOI: 10.6084/m9.figshare.1181910
title: Flower-visitor networks across seven sites

description: The data set consists of community level plant-visitor interaction data sampled across seven sites of Campos Rupestres (Rupestrian fields) in SE Brazil. Data was collected over ca. 2 1/2 months in 2012. For details and citation: Carstensen, DW., Sabatino, M., Trøjelsgaard, K., Morellato, LPC. 2014. Beta Diversity of Plant-Pollinator Networks and the Spatial Turnover of Pairwise Interactions. PLoS ONE 9(11) e112903.
DOI: 10.6084/m9.figshare.1181895
title: Circular Riboregulator Genbank sequences

description: Genbank sequences of plasmids used in the study "Engineering a circular riboregulator in <em>Escherichia coli"</em>
DOI: 10.6084/m9.figshare.1181943.v3
title: Greater BOLD Variability in Older Compared with Younger Adults during Audiovisual Speech Perception

description: The data for Baum, SH, and Beauchamp, MS. "Greater BOLD Variability in Older Compared with Younger Adults during Audiovisual Speech Perception" (PLOS ONE, in press) can be found here. Data were collected on a 3T Phillips scanner. The dataset is organized according to the OpenfMRI organization scheme. Each subject's folder contains the anonymized hi res anatomical images (under the anatomy folder), and the raw .nii files for the localizer scan (BOLD/task001_run001) and task scans (BOLD/task002_run001 and run002). Regressor files in the 3 column FSL format are included for each participant (see paper for details on small differences between scan series in some participants). Information on the demographics of the participants is also included. If you have any questions, please contact Sarah Baum (sarah.h.baum@vanderbilt.edu).
DOI: 10.6084/m9.figshare.1181896
title: Deletion of apoptosis signal-regulating kinase 1 (ASK1) protects pancreatic beta-cells from stress-induced death but not from glucose homeostasis alterations under pro-inflammatory conditions.

description: Raw data used to generate Figures 1 to 5 of the Manuscript
DOI: 10.6084/m9.figshare.1181896.v1
title: Deletion of apoptosis signal-regulating kinase 1 (ASK1) protects pancreatic beta-cells from stress-induced death but not from glucose homeostasis alterations under pro-inflammatory conditions.

description: Raw data used to generate Figures 1 to 5 of the Manuscript
DOI: 10.6084/m9.figshare.1181897.v1
title: biol2050

description: biol 2050, yorku, ecology lab 1 GENDER, SITTING AND STANDING POSITIONS , HAIR COLOR OF 20 INDIVIDUALS
DOI: 10.6084/m9.figshare.1181943.v5
title: Greater BOLD Variability in Older Compared with Younger Adults during Audiovisual Speech Perception

description: The data for Baum, SH, and Beauchamp, MS. "Greater BOLD Variability in Older Compared with Younger Adults during Audiovisual Speech Perception" (PLOS ONE, in press) can be found here. Data were collected on a 3T Phillips scanner. Each subject's folder contains the anonymized hi res anatomical images (under the anatomy folder), and the raw .nii files for the localizer scan (BOLD/task001_run001) and task scans (BOLD/task002_run001 and run002). Regressor files in the 3 column FSL format are included for each participant (see paper for details on small differences between scan series in some participants). Information on the demographics of the participants is also included (see keys folder). If you have any questions, please contact Sarah Baum (sarah.h.baum@vanderbilt.edu).
DOI: 10.6084/m9.figshare.1181894
title: Ecology Lab 1: Introduction to Meta Data

description: Data was collected through the means of a simple survey conducted in York University's Lumbers Building on Thursday, September 18, 2014 where 22 random individuals were observed and asked some questions regarding the following criteria: gender, consumption of breakfast before 11am, tiredness, and presence of a cellphone in the immediate vicinity.
DOI: 10.6084/m9.figshare.1181895.v1
title: Circular Riboregulator Genbank sequences

description: Genbank sequences of plasmids used in the study "Engineering a circular riboregulator in <em>Escherichia coli"</em>
DOI: 10.6084/m9.figshare.1181943.v4
title: Greater BOLD Variability in Older Compared with Younger Adults during Audiovisual Speech Perception

description: The data for Baum, SH, and Beauchamp, MS. "Greater BOLD Variability in Older Compared with Younger Adults during Audiovisual Speech Perception" (PLOS ONE, in press) can be found here. Data were collected on a 3T Phillips scanner. The dataset is organized according to the OpenfMRI organization scheme. Each subject's folder contains the anonymized hi res anatomical images (under the anatomy folder), and the raw .nii files for the localizer scan (BOLD/task001_run001) and task scans (BOLD/task002_run001 and run002). Regressor files in the 3 column FSL format are included for each participant (see paper for details on small differences between scan series in some participants). Information on the demographics of the participants is also included. If you have any questions, please contact Sarah Baum (sarah.h.baum@vanderbilt.edu).