cometadata/datacite-titles-descriptions-related-identifiers huggingface dataset:
DOI: 10.6084/m9.figshare.1228507.v3
title: Log Sbwriel Eryri :: Snowdon Litter Log

description: Results of ongoing surveys to gauge the amount of litter located on Snowdon in North Wales, close to paths popular with walkers and other casual visitors. It is intended to show the types of litter as an indicator of behaviour and littering-motivation.
DOI: 10.6084/m9.figshare.1228363
title: Morphological matrix of phylogeny of Actocetor (Ephydridae)

description: Morphological matrix of phylogeny of Actocetor (Diptera: Ephydridae) from Dikow and Mathis 2002 in Nexus format.
DOI: 10.6084/m9.figshare.1228364.v1
title: Experiment 5 (Pantrap experiment)

description: This field data was collected at the grasslands situated in York University on 3rd November 2014 at around 3pm in 10*C weather. This research was done by a group of undergraduate students under the supervison of a T.A. Three colours of pantraps were used and were placed in 3 rows of 12 in alternating colours ranging from yellow-white-blue. The pantraps were half filled with soapy water. After the duration of 2 hours the pantraps were observed again and the total number and type of macro-invertebrates trapped in each bowl were counted and recorded.
DOI: 10.6084/m9.figshare.1228507.v2
title: Log Sbwriel Eryri :: Snowdon Litter Log

description: Results of ongoing surveys to gauge the amount of litter located on Snowdon in North Wales, close to paths popular with walkers and other casual visitors. It is intended to show the types of litter as an indicator of behaviour and littering-motivation.
DOI: 10.6084/m9.figshare.1228161
title: Tree file of all most parsimonious trees with taxa numbered

description: Tree file of all most parsimonious trees resulting from analysis of morphological matrix for phylogeny of Asilidae from Dikow 2009 with taxa numbered.
DOI: 10.6084/m9.figshare.1228162
title: Tree file of all most parsimonious trees with taxon names

description: Tree file of all most parsimonious trees resulting from analysis of morphological matrix for phylogeny of Asilidae from Dikow 2009 with taxon names.
DOI: 10.6084/m9.figshare.1228159
title: Strict consensus tree of Asilidae relationships with taxon names

description: Tree file of strict consensus topology resulting from analysis of morphological matrix for phylogeny of Asilidae from Dikow 2009 with taxon names.
DOI: 10.6084/m9.figshare.1228160
title: Strict consensus topology of Asilidae relationships with taxa numbered

description: Tree file of strict consensus topology resulting from analysis of morphological matrix for phylogeny of Asilidae from Dikow 2009 with taxa numbered.
DOI: 10.6084/m9.figshare.1228162.v1
title: Tree file of all most parsimonious trees with taxon names

description: Tree file of all most parsimonious trees resulting from analysis of morphological matrix for phylogeny of Asilidae from Dikow 2009 with taxon names.
DOI: 10.6084/m9.figshare.1228363.v1
title: Morphological matrix of phylogeny of Actocetor (Ephydridae)

description: Morphological matrix of phylogeny of Actocetor (Diptera: Ephydridae) from Dikow and Mathis 2002 in Nexus format.
DOI: 10.6084/m9.figshare.1228160.v1
title: Strict consensus topology of Asilidae relationships with taxa numbered

description: Tree file of strict consensus topology resulting from analysis of morphological matrix for phylogeny of Asilidae from Dikow 2009 with taxa numbered.
DOI: 10.6084/m9.figshare.1228157
title: Selected most parsimonious tree with taxon names

description: Selected most parsimonious tree resulting from analysis of morphological matrix for phylogeny of Asilidae from Dikow 2009 with taxon names.
DOI: 10.6084/m9.figshare.1228158
title: Selected most parsimonious tree with taxa numbered

description: Selected most parsimonious tree resulting from analysis of morphological matrix for phylogeny of Asilidae from Dikow 2009 with taxa numbered.
DOI: 10.6084/m9.figshare.1228161.v1
title: Tree file of all most parsimonious trees with taxa numbered

description: Tree file of all most parsimonious trees resulting from analysis of morphological matrix for phylogeny of Asilidae from Dikow 2009 with taxa numbered.
DOI: 10.6084/m9.figshare.1228156
title: Morphological matrix of phylogeny of Asilidae

description: Morphological matrix of phylogeny of Asilidae from Dikow 2009 in TNT format (saved in Mesquite).
DOI: 10.6084/m9.figshare.1228159.v2
title: Strict consensus tree of Asilidae relationships with taxon names

description: Tree file of strict consensus topology resulting from analysis of morphological matrix for phylogeny of Asilidae from Dikow 2009 with taxon names.
DOI: 10.6084/m9.figshare.1228155
title: Morphological matrix of phylogeny of Asilidae

description: Morphological matrix of phylogeny of Asilidae from Dikow 2009 in Nexus format (saved in Mesquite).
DOI: 10.6084/m9.figshare.1228159.v1
title: Strict consensus tree of Asilidae relationships with names

description: Tree file of strict consensus topology resulting from analysis of morphological matrix for phylogeny of Asilidae from Dikow 2009 with names.
DOI: 10.6084/m9.figshare.1228143
title: FICHA TOXICOLOGIA CLORO

description: FICHA DE SEGURIDAD
DOI: 10.6084/m9.figshare.1228154
title: Competing species and Saplings from the same species around an adult tree in a circle with 6m of radius

description: Factor being analysed : 1. Sapling Density around the adult tree of the same species and Density of the competing species around that specific adult in a circle with the radius of 6meter; 2. Density of light and Sapling density around the adult from the same species and also the competing species density. This experiment is planned in order to identify if there is any co-relation between the sapling density of a species around its adult and density of competing species in the radius of 6 meter around the adult tree. In order to identify whether there are any correlation between light density and sapling density, light coverage was also taken into account. Methods An adult tree was selected from any species such as oak, maple, buckthorn and elm from the woodlot. After selecting the adult tree, transverse was used to make a circle around that tree with the radius of 6 meter. Sapling density of the adult tree was counted within the circle. And also the numbers of competing species were counted around the adult tree within the same circle of 6 meter of radius. Light coverage was measured by holding a square by fingers towards the top of the tree within the circle. Light coverage was measured in four places within the circle and the average was taken out of them.
DOI: 10.6084/m9.figshare.1228157.v1
title: Tree file of all most parsimonious trees with names

description: Tree file of all most parsimonious trees of morphological matrix of phylogeny of Asilidae from Dikow 2009 (http://hdl.handle.net/2246/5949) with names.
DOI: 10.6084/m9.figshare.1228158.v1
title: Tree file of all most parsimonious trees with numbers (TNT)

description: Tree file of all most parsimonious trees of morphological matrix of phylogeny of Asilidae from Dikow 2009 with numbers from TNT.
DOI: 10.6084/m9.figshare.1228131
title: TOXICOLOGIA

description: FICHA DE TOXICOLOGIA - AJAX CLORO
DOI: 10.6084/m9.figshare.1228143.v1
title: FICHA TOXICOLOGIA CLORO

description: FICHA DE SEGURIDAD
DOI: 10.6084/m9.figshare.1228158.v3
title: Selected most parsimonious tree with taxa numbered

description: Selected most parsimonious tree resulting from analysis of morphological matrix for phylogeny of Asilidae from Dikow 2009 with taxa numbered.
DOI: 10.6084/m9.figshare.1228131.v1
title: TOXICOLOGIA

description: FICHA DE TOXICOLOGIA - AJAX CLORO
DOI: 10.6084/m9.figshare.1228158.v2
title: Tree file of all most parsimonious trees with taxa numbered

description: Tree file of all most parsimonious trees resulting fro analysis of morphological matrix for phylogeny of Asilidae from Dikow 2009 with taxa numbered.
DOI: 10.6084/m9.figshare.1228125
title: plant height and water distance relationship

description: The experiment is to compare the plant height and number of flowers of Goldenrods with the distance form a water source. The experiment is to be conducted at the grassland near Stong pond, York University, Keele campus. Three transects (25m long) are to be placed from the pond towards the end of the grassland. Six quadrats are to be placed every 4m along each transect. A pan trap, to catch pollinators, is then placed in the middle of each quadrat. A total of 18 quadrats and 18 pan traps are to be used as replicates per week. Experiment is conducted for two weeks.
DOI: 10.6084/m9.figshare.1228126
title: Counting the costs of open access - 2013/14 Dataset (Anonymised)

description: This data set provides edited, anonymised survey results and the workings used in the November 2014 report 'Counting the Cost of Open Access' prepared by Research Consulting Limited. It now reflects the correction of a minor error in the calculation of the weighted cost of gold open access, which was rectified in January 2015, and the original survey questions, which were added in February 2015.
DOI: 10.6084/m9.figshare.1228157.v2
title: Tree file of all most parsimonious trees with taxon names

description: Tree file of all most parsimonious trees resulting from analysis of morphological matrix for phylogeny of Asilidae from Dikow 2009 with taxon names.
DOI: 10.6084/m9.figshare.1228124
title: Plant height related to closesness of source of water, number of flowers, and umber of pollinators associated with the plant

description: On October 14, 2014 at approximately 2:45 p.m, three 25m transects will be laid from the edge of Stong Pond out towards the grassland east of Stong Pond at York University. Each transect will have six quadrats placed on it with a 3 metre gap between the neighbouring edges of each quadrat. In the centre of each quadrat, a pan trap will be set to measure the number of insect pollinators in each quadrat. In total, there will be 3 transects, 18 pan traps, and 18 quadrats. To see if water affects the plant height, the distance from the centre of each quadrat to the closest edge of Stong pond will be measured and recorded using the transect that the quadrat is on. Data on the plant Canadian Goldenrod (Solidago canadensis) including: the number of S. canadensis, the total number of flowers, and the average height of the S. canadensis found exclusive to each quadrat will be measured and recorded. The number of flowers will be counted to see if any correlation between number of flowers and number of insect pollinators exist. The pan trap found in the centre of each quadrat will be used to record the number of insect pollinators caught which will be recorded 24 hours after setting the pan trap. This will conclude the experiment for week 1. On week 2, day of October 21, 2014 at approximately 2:45 p.m, the experiment conducted on week 1 will be replicated. The number of insects caught in the pan trap will be again recorded 24 hours after setting it.
DOI: 10.6084/m9.figshare.1228122
title: Biol 2050 lab report data

description: Method : Number of insects observed in randomly placed quadrats are recorded on 10/14/14 at approximately 3:30 on York University's Keele campus near Danby woods. The areas where the quadrats are placed are in both grassland and woodland (16 quadrats for each) in places with varying amounts of human litter (8 with litter, 8 without). One group of people records all transects in the grassland and another group of people record the woodland for consistancy.
DOI: 10.6084/m9.figshare.1228121
title: Diversity of Life Within Meadow and Woodland Regions in Varying Disturbances

description: In this experimental study, the abundance of any insect organism and ant populations will be measured in highly-, semi- and minimally-disturbed areas within both woodland and meadow regions at the York University Keele campus. Quadrats have been used to measure the abundance of all insects and bait-traps, consisting of crackers and a small cup of sugar water placed on a piece of cardboard, have been used to measure the abundance of ants specifically. Areas with high human disturbance, such as a parking lot directly adjacent to the meadow and woodland studied, sampled ten times via quadrat and three bait traps set up and left for an hour before observing for organisms. The semi-disturbed area consists of a path within the woodland and meadow, and the minimally-disturbed area consists of a region within the meadow and woodland that are the most remote from humans. These areas will also be samples ten times by quadrat and three bait-traps will be set up.
DOI: 10.6084/m9.figshare.1228122.v1
title: Biol 2050 lab report data

description: Method : Number of insects observed in randomly placed quadrats are recorded on 10/14/14 at approximately 3:30 on York University's Keele campus near Danby woods. The areas where the quadrats are placed are in both grassland and woodland (16 quadrats for each) in places with varying amounts of human litter (8 with litter, 8 without). One group of people records all transects in the grassland and another group of people record the woodland for consistancy.
DOI: 10.6084/m9.figshare.1228124.v1
title: Plant height related to closesness of source of water, number of flowers, and umber of pollinators associated with the plant

description: On October 14, 2014 at approximately 2:45 p.m, three 25m transects will be laid from the edge of Stong Pond out towards the grassland east of Stong Pond at York University. Each transect will have six quadrats placed on it with a 3 metre gap between the neighbouring edges of each quadrat. In the centre of each quadrat, a pan trap will be set to measure the number of insect pollinators in each quadrat. In total, there will be 3 transects, 18 pan traps, and 18 quadrats. To see if water affects the plant height, the distance from the centre of each quadrat to the closest edge of Stong pond will be measured and recorded using the transect that the quadrat is on. Data on the plant Canadian Goldenrod (Solidago canadensis) including: the number of S. canadensis, the total number of flowers, and the average height of the S. canadensis found exclusive to each quadrat will be measured and recorded. The number of flowers will be counted to see if any correlation between number of flowers and number of insect pollinators exist. The pan trap found in the centre of each quadrat will be used to record the number of insect pollinators caught which will be recorded 24 hours after setting the pan trap. This will conclude the experiment for week 1. On week 2, day of October 21, 2014 at approximately 2:45 p.m, the experiment conducted on week 1 will be replicated. The number of insects caught in the pan trap will be again recorded 24 hours after setting it.
DOI: 10.6084/m9.figshare.1228125.v1
title: plant height and water distance relationship

description: The experiment is to compare the plant height and number of flowers of Goldenrods with the distance form a water source. The experiment is to be conducted at the grassland near Stong pond, York University, Keele campus. Three transects (25m long) are to be placed from the pond towards the end of the grassland. Six quadrats are to be placed every 4m along each transect. A pan trap, to catch pollinators, is then placed in the middle of each quadrat. A total of 18 quadrats and 18 pan traps are to be used as replicates per week. Experiment is conducted for two weeks.
DOI: 10.6084/m9.figshare.1228120
title: The Effect of a Body of Water on the Physical Traits of the Solidago

description: On the 14th and 21st of October, the influence of a source of water on the physical traits of the species goldenrod will be determined. This investigation shows how plant height and the number of flowers is affected by its distance from a body of water and the frequency of pollinator visitation. This experiment will be conducted at the grassland east of Stong Pond from 3:30-5:50 on both days. The experiment requires replicates at varying distances from the pond, for this reason three transects will be placed positioned from the pond to the outskirts of the grassland. Along the transect quadrats will be placed at intervals of 3 meters, each with a pan trap matching the colour of the Solidago placed in the center. The yellow bowls half filled with soapy water will be required to capture the insects that assist in the pollination of this species. These pan traps will be collected at the same time the following day, as a longer exposure will yield more results.The plant in the center of each quadrat placed will be the one used to represent the average height and the average number of flowers for the Solidago in the cluster.
DOI: 10.6084/m9.figshare.1228126.v3
title: Counting the costs of open access - 2013/14 Dataset (Anonymised)

description: This data set provides edited, anonymised survey results and the workings used in the November 2014 report 'Counting the Cost of Open Access' prepared by Research Consulting Limited.
DOI: 10.6084/m9.figshare.1228121.v1
title: Diversity of Life Within Meadow and Woodland Regions in Varying Disturbances

description: In this experimental study, the abundance of any insect organism and ant populations will be measured in highly-, semi- and minimally-disturbed areas within both woodland and meadow regions at the York University Keele campus. Quadrats have been used to measure the abundance of all insects and bait-traps, consisting of crackers and a small cup of sugar water placed on a piece of cardboard, have been used to measure the abundance of ants specifically. Areas with high human disturbance, such as a parking lot directly adjacent to the meadow and woodland studied, sampled ten times via quadrat and three bait traps set up and left for an hour before observing for organisms. The semi-disturbed area consists of a path within the woodland and meadow, and the minimally-disturbed area consists of a region within the meadow and woodland that are the most remote from humans. These areas will also be samples ten times by quadrat and three bait-traps will be set up.
DOI: 10.6084/m9.figshare.1228126.v5
title: Counting the costs of open access - 2013/14 Dataset (Anonymised)

description: This data set provides edited, anonymised survey results and the workings used in the November 2014 report 'Counting the Cost of Open Access' prepared by Research Consulting Limited. It now reflects the correction of a minor error in the calculation of the weighted cost of gold open access, which was rectified in January 2015, and the original survey questions, which were added in February 2015.
DOI: 10.6084/m9.figshare.1228120.v2
title: The Effect of a Body of Water on the Physical Traits of the Solidago

description: On the 14th and 21st of October, the influence of a source of water on the physical traits of the species goldenrod will be determined. This investigation shows how plant height and the number of flowers is affected by its distance from a body of water and the frequency of pollinator visitation. This experiment will be conducted at the grassland east of Stong Pond from 3:30-5:50 on both days. The experiment requires replicates at varying distances from the pond, for this reason three transects will be placed positioned from the pond to the outskirts of the grassland. Along the transect quadrats will be placed at intervals of 3 meters, each with a pan trap matching the colour of the Solidago placed in the center. The yellow bowls half filled with soapy water will be required to capture the insects that assist in the pollination of this species. These pan traps will be collected at the same time the following day, as a longer exposure will yield more results.The plant in the center of each quadrat placed will be the one used to represent the average height and the average number of flowers for the Solidago in the cluster.
DOI: 10.6084/m9.figshare.1228126.v4
title: Counting the costs of open access - 2013/14 Dataset (Anonymised)

description: This data set provides edited, anonymised survey results and the workings used in the November 2014 report 'Counting the Cost of Open Access' prepared by Research Consulting Limited. It now reflects the correction of a minor error in the calculation of the weighted cost of gold open access, which was identified in January 2015.
DOI: 10.6084/m9.figshare.1228117
title: PLOS_meziane_data

description: This fileset contains the EEG data used in the study
DOI: 10.6084/m9.figshare.1228120.v1
title: The Effect of a Body of Water on the Physical Traits of a Goldenrod

description: On the 14th and 21st of October, the influence of a source of water on the physical traits of the species goldenrod will be determined. This investigation shows how plant height and the number of flowers<br>is affected by its distance from a body of water and the frequency of pollinator visitation. This experiment will be conducted at the grassland east of Stong Pond from 3:30-5:50 on both days.<br>The experiment requires replicates at varying distances from the pond, for this reason three transects will be placed positioned from the pond to the outskirts of the grassland. Along the transect<br>quadrats will be placed at intervals of 3 meters, each with a pan trap matching the colour of a goldenrod placed in the center. The yellow bowls half filled with soapy water will be required to capture the<br>insects that assisst in the pollination of this species. These pan traps will be collected at the same time the following day, as a longer exposure will yield more results.The plant in the center of each<br>quadrat placed will be the one used to represent the average height and the average number of flowers for the goldenrods in the cluster.
DOI: 10.6084/m9.figshare.1228114
title: Patient Group

description: This fileset contains the dataset from the 14 patients analyzed in the study
DOI: 10.6084/m9.figshare.1228115
title: Experiment designed to determine insect abundance and diversity at different times of day

description: The experiment was conducted to determine the insects abundance at day (8 A.M. to 8 P.M.) and night (8 P.M. to 8 A.M.) and if factors such as temperature and plant density have an effect on abundance. It was conducted in grassland located by Stong Pong, York University. Pit traps filled with soap water were setup on October 14, 2014 and the data were collected and recorded from October 15, 2014 to October 21, 2014. 3 random locations within the grassland were chosen and a transect line was used to setup 5 pit traps, each 5 meters apart, on each location. Each pit trap was observed, pictured, and required data (insect abundance and insect diversity) were collected twice each day at 8 A.M and 8 P.M. After each collection, pit traps were cleaned out and refilled with soap water and placed at the exact same location. Plant density around each pit trap was also visually observed and recorded along with the average temperature of each day during the entire experiment. In order to exclude complex environmental factors, data obtained during rainy days were ignored.
DOI: 10.6084/m9.figshare.1228116
title: Control Group

description: This file set contains data from the 11 Controls included in the study
DOI: 10.6084/m9.figshare.1228114.v1
title: Patient Group

description: This fileset contains the dataset from the 14 patients analyzed in the study
DOI: 10.6084/m9.figshare.1228117.v1
title: PLOS_meziane_data

description: This fileset contains the EEG data used in the study
DOI: 10.6084/m9.figshare.1228111
title: Ficha sosa cáustica

description: Ficha descriptiva de la sosa cáustica. Recomendaciones para uso, transporte y disposición final
DOI: 10.6084/m9.figshare.1228110
title: Patient_11

description: Archive of three EEG recordings named RAN30_1, RAN30_2, RAN30_3, each containing 32 trials that can be identified by the trigger called 'DIN'
DOI: 10.6084/m9.figshare.1228116.v1
title: Control Group

description: This file set contains data from the 11 Controls included in the study