cometadata/datacite-titles-descriptions-related-identifiers huggingface dataset:
DOI: 10.6084/m9.figshare.1308460
title: TimeStudio Case study

description: This is the case study workflow for TimeStudio v2.8. The workflow illustrates the basic functionality of Timestudio. The workflow reads eye tracking data from a Tobii 1750 eyetracker and extracts pupil sizes during a cognitive load task where the subject has to multiply numbers presented on a screen. Easy multiplications does not show a major response in the pupil dilation, but when the numbers increase in difficulty the pupil dilates more.
DOI: 10.6084/m9.figshare.1308037
title: 2014 07 16-18 Time-Lapse Sequence Part 2 of 2

description: 16-18 July 2014 - Complete sequence of Reconyx HC600 HyperFire trail camera images using both the motion sensor and time-lapse to trigger the camera. Image 267 contains what appears to be an unidentifiable animal (possibly a deer) visible in the distance at the right-hand edge of the image (best detected by comparison with prior and subsequent images). Image 743 contains what appears to be a motion-blurred image of an unidentifiable animal at the left-hand edge of the image. Image 803 contains a prominent but indistinct object. Humans and deer are visible moving through the scene. GPS coordinates of the camera are latitude N 40 deg 09.256 min longitude W 074 deg 08.962 min. The camera is attached to a medium sized tree at the southern edge of Squankum Brook and with a view across the Firing Range Road at an approximate orientation of 354 deg magnetic.<br>Project order 29a<br>
DOI: 10.6084/m9.figshare.1308698.v16
title: raw fMRI data set (Boly et al.)

description: raw fMRI data set obtained in "Stimulus set meaningfulness and neurophysiological differentiation: a functional magnetic resonance imaging study"
DOI: 10.6084/m9.figshare.1308025
title: 2014 07 16-18 Time-Lapse Sequence Part 1 of 2

description: 16-18 July 2014 - Complete sequence of Reconyx HC600 HyperFire trail camera images using both the motion sensor and time-lapse to trigger the camera. Image 267 contains what appears to be an unidentifiable animal (possibly a deer) visible in the distance at the right-hand edge of the image (best detected by comparison with prior and subsequent images). Image 743 contains what appears to be a motion-blurred image of an unidentifiable animal at the left-hand edge of the image. Image 803 contains a prominent but indistinct object. Humans and deer are visible moving through the scene. GPS coordinates of the camera are latitude N 40 deg 09.256 min longitude W 074 deg 08.962 min. The camera is attached to a medium sized tree at the southern edge of Squankum Brook and with a view across the Firing Range Road at an approximate orientation of 354 deg magnetic.<br>Project order 28a<br>
DOI: 10.6084/m9.figshare.1308022
title: 2014 09 12-13 Time-Lapse Sequence

description: 13 September 2014 - Complete sequence of Reconyx HC600 HyperFire trail camera images using both the motion sensor and time-lapse to trigger the camera. GPS coordinates of the camera are latitude N 40 deg 09.276 min longitude W 074 deg 08.924 min. The camera is attached to a cross brace on the power transmission line tower visible in images 370, 386, 458, and 459 obtained on 27-28 June 2014. The camera is emplaced with a view across Squankum Brook, toward the location where the animals are seen in images 370 and 386, and toward the Firing Range Road at an approximate orientation of 32 deg magnetic.<br>Project order 42a<br>
DOI: 10.6084/m9.figshare.1308037.v2
title: 2014 07 16-18 Time-Lapse Sequence Part 2 of 2

description: 16-18 July 2014 - Complete sequence of Reconyx HC600 HyperFire trail camera images using both the motion sensor and time-lapse to trigger the camera. Image 267 contains what appears to be an unidentifiable animal (possibly a deer) visible in the distance at the right-hand edge of the image (best detected by comparison with prior and subsequent images). Image 743 contains what appears to be a motion-blurred image of an unidentifiable animal at the left-hand edge of the image. Image 803 contains a prominent but indistinct object. Humans and deer are visible moving through the scene. GPS coordinates of the camera are latitude N 40 deg 09.256 min longitude W 074 deg 08.962 min. The camera is attached to a medium sized tree at the southern edge of Squankum Brook and with a view across the Firing Range Road at an approximate orientation of 354 deg magnetic.<br>Project order 29a<br>
DOI: 10.6084/m9.figshare.1308460.v1
title: ts-6b6-27c.study

description: This is the case study workflow for TimeStudio v2.8
DOI: 10.6084/m9.figshare.1308037.v1
title: 16-18 July 2014 Time-Lapse Sequence Part 2 of 2

description: 16-18 July 2014 - Complete sequence of Reconyx HC600 HyperFire trail camera images using both the motion sensor and time-lapse to trigger the camera. Image 267 contains what appears to be an unidentifiable animal (possibly a deer) visible in the distance at the right-hand edge of the image (best detected by comparison with prior and subsequent images). Image 743 contains what appears to be a motion-blurred image of an unidentifiable animal at the left-hand edge of the image. Image 803 contains a prominent but indistinct object. Humans and deer are visible moving through the scene. GPS coordinates of the camera are latitude N 40 deg 09.256 min longitude W 074 deg 08.962 min. The camera is attached to a medium sized tree at the southern edge of Squankum Brook and with a view across the Firing Range Road at an approximate orientation of 354 deg magnetic.
DOI: 10.6084/m9.figshare.1308698.v17
title: raw fMRI data set (Boly et al.)

description: raw fMRI data set obtained in "Stimulus set meaningfulness and neurophysiological differentiation: a functional magnetic resonance imaging study"
DOI: 10.6084/m9.figshare.1308025.v2
title: 2014 07 16-18 Time-Lapse Sequence Part 1 of 2

description: 16-18 July 2014 - Complete sequence of Reconyx HC600 HyperFire trail camera images using both the motion sensor and time-lapse to trigger the camera. Image 267 contains what appears to be an unidentifiable animal (possibly a deer) visible in the distance at the right-hand edge of the image (best detected by comparison with prior and subsequent images). Image 743 contains what appears to be a motion-blurred image of an unidentifiable animal at the left-hand edge of the image. Image 803 contains a prominent but indistinct object. Humans and deer are visible moving through the scene. GPS coordinates of the camera are latitude N 40 deg 09.256 min longitude W 074 deg 08.962 min. The camera is attached to a medium sized tree at the southern edge of Squankum Brook and with a view across the Firing Range Road at an approximate orientation of 354 deg magnetic.<br>Project order 28a<br>
DOI: 10.6084/m9.figshare.1306954
title: Are Overall Journal Rankings a Good Mapping for Article Quality in Specialty Fields?

description: Overall journal rankings, which are generated with sample articles in different research fields, are commonly used to measure the research productivity of academic economists. In this article, we investigate a growing concern in the profession that the use of the overall journal rankings to evaluate scholars’ relative research productivity may exhibit a downward bias toward researchers in some specialty fields if their respective field journals are under-ranked in the overall journals rankings. To address this concern, we constructed new journal rankings based on the intellectual influence of research in 8 specialty fields using a sample consisting of 26,401 articles published across 60 economics journals from 1998 to 2007. We made various comparisons between the newly constructed journal rankings in specialty fields and the traditional overall journal ranking. Our results show that the overall journal ranking provides a considerably good mapping for the article quality in specialty fields. Supplementary materials for this article are available online.
DOI: 10.6084/m9.figshare.1308022.v2
title: 2014 09 12-13 Time-Lapse Sequence

description: 13 September 2014 - Complete sequence of Reconyx HC600 HyperFire trail camera images using both the motion sensor and time-lapse to trigger the camera. GPS coordinates of the camera are latitude N 40 deg 09.276 min longitude W 074 deg 08.924 min. The camera is attached to a cross brace on the power transmission line tower visible in images 370, 386, 458, and 459 obtained on 27-28 June 2014. The camera is emplaced with a view across Squankum Brook, toward the location where the animals are seen in images 370 and 386, and toward the Firing Range Road at an approximate orientation of 32 deg magnetic.<br>Project order 42a<br>
DOI: 10.6084/m9.figshare.1308025.v1
title: 16-18 July 2014 Time-Lapse Sequence Part 1 of 2

description: 16-18 July 2014 - Complete sequence of Reconyx HC600 HyperFire trail camera images using both the motion sensor and time-lapse to trigger the camera. Image 267 contains what appears to be an unidentifiable animal (possibly a deer) visible in the distance at the right-hand edge of the image (best detected by comparison with prior and subsequent images). Image 743 contains what appears to be a motion-blurred image of an unidentifiable animal at the left-hand edge of the image. Image 803 contains a prominent but indistinct object. Humans and deer are visible moving through the scene. GPS coordinates of the camera are latitude N 40 deg 09.256 min longitude W 074 deg 08.962 min. The camera is attached to a medium sized tree at the southern edge of Squankum Brook and with a view across the Firing Range Road at an approximate orientation of 354 deg magnetic.<br>Project order 28a<br>
DOI: 10.6084/m9.figshare.1308698.v18
title: raw fMRI data set (Boly et al.)

description: raw fMRI data set obtained in "Stimulus set meaningfulness and neurophysiological differentiation: a functional magnetic resonance imaging study"
DOI: 10.6084/m9.figshare.1306952
title: 2014 07 28 Comparison Sequence for 2014 06 27-28 Images

description: 28 July 2014 - Complete sequence of Reconyx HC600 HyperFire trail camera images using both the motion sensor and time-lapse to trigger the camera. Comparison shoot of human subjects placed in the locations at which unknown animals are observed in images 370, 386, 458, and 459 obtained on 27-28 June 2014. The camera is placed in the same location (a large knob) on the same tree.<br>Project order 37a<br>
DOI: 10.6084/m9.figshare.1308022.v1
title: 12-13 September 2014 Time-Lapse Sequence

description: 13 September 2014 - Complete sequence of Reconyx HC600 HyperFire trail camera images using both the motion sensor and time-lapse to trigger the camera. GPS coordinates of the camera are latitude N 40 deg 09.276 min longitude W 074 deg 08.924 min. The camera is attached to a cross brace on the power transmission line tower visible in images 370, 386, 458, and 459 obtained on 27-28 June 2014. The camera is emplaced with a view across Squankum Brook, toward the location where the animals are seen in images 370 and 386, and toward the Firing Range Road at an approximate orientation of 32 deg magnetic.
DOI: 10.6084/m9.figshare.1306954.v2
title: Are Overall Journal Rankings a Good Mapping for Article Quality in Specialty Fields?

description: Overall journal rankings, which are generated with sample articles in different research fields, are commonly used to measure the research productivity of academic economists. In this article, we investigate a growing concern in the profession that the use of the overall journal rankings to evaluate scholars’ relative research productivity may exhibit a downward bias toward researchers in some specialty fields if their respective field journals are under-ranked in the overall journals rankings. To address this concern, we constructed new journal rankings based on the intellectual influence of research in 8 specialty fields using a sample consisting of 26,401 articles published across 60 economics journals from 1998 to 2007. We made various comparisons between the newly constructed journal rankings in specialty fields and the traditional overall journal ranking. Our results show that the overall journal ranking provides a considerably good mapping for the article quality in specialty fields. Supplementary materials for this article are available online.
DOI: 10.6084/m9.figshare.1308698.v19
title: raw fMRI data set (Boly et al.)

description: raw fMRI data set obtained in "Stimulus set meaningfulness and neurophysiological differentiation: a functional magnetic resonance imaging study"
DOI: 10.6084/m9.figshare.1306952.v2
title: 2014 07 28 Comparison Sequence for 2014 06 27-28 Images

description: 28 July 2014 - Complete sequence of Reconyx HC600 HyperFire trail camera images using both the motion sensor and time-lapse to trigger the camera. Comparison shoot of human subjects placed in the locations at which unknown animals are observed in images 370, 386, 458, and 459 obtained on 27-28 June 2014. The camera is placed in the same location (a large knob) on the same tree.<br>Project order 37a<br>
DOI: 10.6084/m9.figshare.1306954.v1
title: Are Overall Journal Rankings a Good Mapping for Article Quality in Specialty Fields?

description: Overall journal rankings, which are generated with sample articles in different research fields, are commonly used to measure the research productivity of academic economists. In this paper, we investigates a growing concern in the profession that the use of the overall journal rankings to evaluate scholars’ relative research productivity may exhibit a downward bias towards researchers in some specialty fields if their respective field journals are under-ranked in the overall journals rankings. To address this concern, we constructed new journal rankings based on the intellectual influence of research in 8 specialty fields using a sample consisting of 26,401 articles published across 60 economics journals from 1998 to 2007. We made various comparisons between the newly constructed journal rankings in specialty fields and the traditional overall journal ranking. Our results show that the overall journal ranking provides a considerably good mapping for the article quality in specialty fields.
DOI: 10.6084/m9.figshare.1307010.v1
title: 11 January 2015 Comparison Sequence for 1-2 July 2014 Time-Lapse Sequence

description: 11 January 2015 - Complete sequence of Reconyx HC600 HyperFire trail camera images using both the motion sensor and time-lapse to trigger the camera. Comparison shoot of a human subject and an 11" x 17" target placed close to the location at which an unknown animal is visible in image 6891 obtained on 1-2 July 2014. The camera is placed in the same location (just below a fork in the tree) on the same tree.
DOI: 10.6084/m9.figshare.1306952.v1
title: 28 July 2014 Comparison Sequence for 27-28 June 2014 Images

description: 28 July 2014 - Complete sequence of Reconyx HC600 HyperFire trail camera images using both the motion sensor and time-lapse to trigger the camera. Comparison shoot of human subjects placed in the locations at which unknown animals are observed in images 370, 386, 458, and 459 obtained on 27-28 June 2014. The camera is placed in the same location (a large knob) on the same tree.
DOI: 10.6084/m9.figshare.1308698.v20
title: raw fMRI data set (Boly et al.)

description: raw fMRI data set obtained in "Stimulus set meaningfulness and neurophysiological differentiation: a functional magnetic resonance imaging study"
DOI: 10.6084/m9.figshare.1306950
title: Temporal Disaggregation: Methods, Information Loss, and Diagnostics

description: This research provides a generalized framework to disaggregate lower-frequency time series and evaluate the disaggregation performance. The proposed framework combines two models in separate stages: a linear regression model to exploit related independent variables in the first stage and a state–space model to disaggregate the residual from the regression in the second stage. For the purpose of providing a set of practical criteria for assessing the disaggregation performance, we measure the information loss that occurs during temporal aggregation while examining what effects take place when aggregating data. To validate the proposed framework, we implement Monte Carlo simulations and provide two empirical studies. Supplementary materials for this article are available online.
DOI: 10.6084/m9.figshare.1306950.v1
title: Temporal Disaggregation: Methods, Information Loss, and Diagnostics

description: This research provides a generalized framework to disaggregate lower-frequency time series and evaluate the disaggregation performance. The proposed framework combines two models in separate stages: a linear regression model to exploit related independent variables in the first stage and a state–space model to disaggregate the residual from the regression in the second stage. For the purpose of providing a set of practical criteria for assessing the disaggregation performance, we measure the information loss that occurs during temporal aggregation while examining what effects take place when aggregating data. To validate the proposed framework, we implement Monte Carlo simulations and provide two empirical studies. Supplementary materials for this article are available online.
DOI: 10.6084/m9.figshare.1308698.v21
title: raw fMRI data set (Boly et al.)

description: raw fMRI data set obtained in "Stimulus set meaningfulness and neurophysiological differentiation: a functional magnetic resonance imaging study"
DOI: 10.6084/m9.figshare.1306942.v1
title: 11-12 June 2014 Motion-Sensor Sequence

description: Complete sequence of Reconyx HC600 HyperFire trail camera images using only the motion sensor to trigger the camera. No unknown animals or unusual images. GPS coordinates of the camera are latitude N 40 deg 09.216 min longitude W 074 deg 09.099 min. The camera is attached to a large tree at the northern edge of the Firing Range Road and within view of the extended track off footprints including the 14" long by 5" wide bipedal footprint that was cast on 11 June 2014. The view is across the road. The orientation was not measured.
DOI: 10.6084/m9.figshare.1308698.v22
title: raw fMRI data set (Boly et al.)

description: raw fMRI data set obtained in "Stimulus set meaningfulness and neurophysiological differentiation: a functional magnetic resonance imaging study"
DOI: 10.6084/m9.figshare.1308698.v23
title: raw fMRI data set (Boly et al.)

description: raw fMRI data set obtained in "Stimulus set meaningfulness and neurophysiological differentiation: a functional magnetic resonance imaging study"
DOI: 10.6084/m9.figshare.1308698.v24
title: raw fMRI data set (Boly et al.)

description: raw fMRI data set obtained in "Stimulus set meaningfulness and neurophysiological differentiation: a functional magnetic resonance imaging study"
DOI: 10.6084/m9.figshare.1308698.v25
title: raw fMRI data set (Boly et al.)

description: raw fMRI data set obtained in "Stimulus set meaningfulness and neurophysiological differentiation: a functional magnetic resonance imaging study"
DOI: 10.6084/m9.figshare.1308698.v27
title: uploading test

description: please ignore this data set
DOI: 10.6084/m9.figshare.1308698.v26
title: raw fMRI data set (Boly et al.)

description: raw fMRI data set obtained in "Stimulus set meaningfulness and neurophysiological differentiation: a functional magnetic resonance imaging study."
DOI: 10.6084/m9.figshare.1306936
title: An alternative simplified version of the VECEA potential natural vegetation map for eastern Africa

description: <strong>Summary</strong><br>Spatial data layer containing the potential natural vegetation map of eastern Africa and documentation describing the methodology used to create this map. <strong>Introduction</strong><br>This data set consists of a spatial data layer (raster layer at geotif format) describing the potential natural vegetation of eastern Africa (Kenya, Uganda, Tanzania, Rwanda, Malawi, Zambia). The map is based on the potential natural vegetation (PNV) map for eastern Africa developed by the VECEA (Vegetation and Climate change in East Africa) project, which was also the one who created the present map. This map is based on historical vegetation maps, developed during the 50s to 70s of the twenties' century. It is available on http://vegetationmap4africa.org, including a detailed documentation of the individual vegetation types and a description of the methodology used to create the map. The original PNV map can be used e.g., as baseline in assessments of vegetation change, reforestation options and conservation assessments. One problem for regional analysis is that not all PNVs were consistently mapped across the region. A number of the vegetation types were mapped in one country individually, while mapped as part of a more aggregated vegetation type in other countries. This was done to maintain the maximum level of information available. However, this may be sub-optimal for regional level assessments. Most locations in the region are classified as one unique PNV. However, there are also a number of areas where the vegetation was classified as a compound vegetation type (i.e., consisting of two or more vegetation types. In these cases the existing historical maps, documentation and available expert knowledge was not conclusive as to the exact nature of the potential natural vegetation in that area. For estimations of e.g., area statistics one would ideally be able to classify each location as a unique PNV. <strong>Objective</strong><br>The objective of the work presented in this manuscript was to harmonize the vegetation classification across the different countries in the eastern Africa region. Furthermore, to be able to estimate area statistics for the different PNVs, we also split compound vegetation types into unique PNVs. The latter was done using environmental distribution modelling based on the distribution of the PNVs in the original map. <strong>File set</strong><br>The file set consists of a manuscript detailing the methods used to create the revised and a simplified potential natural vegetation map and the data layer created (a raster file in geotif format). If you use the data, we are requesting you to notify us of the intended use (http://vegetationmap4africa.org/6_Contact_us/Contact_form.html)
DOI: 10.6084/m9.figshare.1306931
title: Pharo Kernel Phase Experiment

description: Observations of Alpha Ophiuchi in the Pharo Kernel Phase Experiment, together with IPython Notebook used to analyse them.
DOI: 10.6084/m9.figshare.1306931.v1
title: Pharo Kernel Phase Experiment

description: Observations of Alpha Ophiuchi in the Pharo Kernel Phase Experiment, together with IPython Notebook used to analyse them.
DOI: 10.6084/m9.figshare.1306886
title: 50_F_T_1

description: Archive with graphs.
DOI: 10.6084/m9.figshare.1306892
title: 2014 06 27-28 Time-Lapse Sequence

description: 27-28 June 2014 - Complete sequence of visible and short-wave infrared (SWIR) Reconyx HC600 HyperFire trail camera images using both the motion sensor and time-lapse to trigger the camera. Known animals such as deer and birds are visible moving through the scene. Unknown animals appear in images 370, 386, 458, and 459. GPS coordinates of the camera are latitude N 40 deg 09.276 min longitude W 074 deg 08.905 min. The camera is attached to a large tree at the eastern edge of the cleared area underneath the power transmission lines and with a view across Squankum Brook and toward the Firing Range Road at an approximate orientation of 290 deg magnetic.<br>Project order 18a<br>
DOI: 10.6084/m9.figshare.1306886.v1
title: 50_F_T_1

description: Archive with graphs.