cometadata/datacite-titles-descriptions-related-identifiers huggingface dataset:
DOI: 10.6084/m9.figshare.1226078
title: York University Insect and Spider Abundance in Different Lengths of Vegetation

description: This experiment involved looking at the total abundance of both insects and spiders captured in different areas and lengths of vegetation in the York University Grassland. The insects and spiders were captured using the sweepnet technique, along a ten metre transect. This experiment involved fifteen replicates, in fifteen different locations all within an area that had not been trampled down or mowed by humans, and contained relatively long vegetation. The experiment was then repeated in fifteen different locations all within an area that had been largely trampled down and/or mowed down. The total number of insects captured within each sweep net replicate was counted and recorded. The total number of spiders captured within each sweep net replicate was also counted and recorded.
DOI: 10.6084/m9.figshare.1226086.v2
title: Experimental Design lab

description: Experimental Design lab dataset
DOI: 10.6084/m9.figshare.1226066
title: Lab 6 Chart Experimental design

description: Sweeping a 10-meter distance 15 times in long grass and 15 times in Short grass and compare the number of insects that was found and the number of spiders and record the data.
DOI: 10.6084/m9.figshare.1226078.v1
title: York University Insect and Spider Abundance in Different Lengths of Vegetation

description: This experiment involved looking at the total abundance of both insects and spiders captured in different areas and lengths of vegetation in the York University Grassland. The insects and spiders were captured using the sweepnet technique, along a ten metre transect. This experiment involved fifteen replicates, in fifteen different locations all within an area that had not been trampled down or mowed by humans, and contained relatively long vegetation. The experiment was then repeated in fifteen different locations all within an area that had been largely trampled down and/or mowed down. The total number of insects captured within each sweep net replicate was counted and recorded. The total number of spiders captured within each sweep net replicate was also counted and recorded.
DOI: 10.6084/m9.figshare.1226269.v5
title: Bulk Domain Names CSV Files -- varocarbas.com -- weekly updated

description: List of valid web domain names collected by the (bulk) crawling bots (stage-1 bots) running on varocarbas.com. These bots perform a blind recursive analysis of links, based on the "everything is connected" idea. That is: they started in a given webpage and are expected to retrieve a relevant proportion of all the existing domain names.
DOI: 10.6084/m9.figshare.1226063
title: Lab 6 Experimental design (chart explanation)

description: Sweeping a 10-meter distance 15 times in long grass and 15 times in Short grass and compare the number of insects that was found and the number of spiders and record the data.
DOI: 10.6084/m9.figshare.1226066.v1
title: Lab 6 Chart Experimental design

description: Sweeping a 10-meter distance 15 times in long grass and 15 times in Short grass and compare the number of insects that was found and the number of spiders and record the data.
DOI: 10.6084/m9.figshare.1226077.v1
title: Pan Traps with Colour Factor

description: A total of 60 solo bowls filled a third to half full with soapy water are placed in two areas - 30 are placed in a grassland with an open area, and 30 are placed in a woodlot with trees growing in close proximity to each other. Bowls are separated into three different colours: yellow, orange, red; an equal number (ten) of each colour is placed in each area. Pan traps are lined along a linear transect, one every couple paces, with each colour alternating. They are placed out for two hours, around 2:50pm and collected at around 4:50pm. The number and type of insects captured are then counted, recorded, and categorized based on common physical traits.
DOI: 10.6084/m9.figshare.1226086.v3
title: Experimental Design lab

description: Experimental Design lab dataset
DOI: 10.6084/m9.figshare.1226060
title: Determining the effect of the invasive species Rhamnus cathartica in the native habitat of the Acer saccharinum

description: Our group went out on the afternoon of October 15, 2014 and again on October 22, 2014 to the Danby Woodlot located on York University’s Keele Campus in Toronto, Canada and placed a total of 12 quadrats created by four transect tapes, each enclosing an area of 20ft by 20ft. The first quadrat was placed at one corner of the woodlot and the quadrats continued in a diagonal fashion almost reaching the opposite corner of the woodlot. We counted the number of Common Buckthorns (Rhamnus cathartica) as well as the number of Silver Maples (Acer saccharinum) within the confines of the quadrat and included any individuals that were in contact with the transect tape line. A count of all the trees, regardless of species, was also taken for other calculations such as relative density. DBH, or diameter at breast height, was also measured and recorded. This was done by one individual in our group to ensure consistency of the breast height and accuracy of the measurement of the specie's diameter which was calculated in inches with another transect tape.
DOI: 10.6084/m9.figshare.1226063.v1
title: Lab 6 Experimental design (chart explanation)

description: Sweeping a 10-meter distance 15 times in long grass and 15 times in Short grass and compare the number of insects that was found and the number of spiders and record the data.
DOI: 10.6084/m9.figshare.1226059
title: Experimental design lab data set

description: Experimental Design Data Lab, Group 1, Sahil Kumar, Fila-04.
DOI: 10.6084/m9.figshare.1226086.v4
title: Experimental Design lab

description: Experimental Design lab dataset
DOI: 10.6084/m9.figshare.1226269.v6
title: Bulk Domain Names CSV Files -- varocarbas.com -- weekly updated

description: List of valid web domain names collected by the (bulk) crawling bots (stage-1 bots) running on varocarbas.com. These bots perform a blind recursive analysis of links, based on the "everything is connected" idea. That is: they started in a given webpage and are expected to retrieve a relevant proportion of all the existing domain names.
DOI: 10.6084/m9.figshare.1226055
title: Experimental Design Dataset

description: This lab is done by a group of 4 people, and these sites are located at Grassland and Woodlot in York University. The time was 10:50 a.m. Friday October 24, 2014, and the weather this day was sunny. The air temperature wasw 9 Degree Celsius with the wind speed was 21 km/hour. The 10 quadrats (1m*1m) are placed randomly for both sites. For each quadrat, the number of species and the number of individuals for each species are counted. Each transect is 25 meters long and placed randomly.
DOI: 10.6084/m9.figshare.1226056
title: Experimental Design- Measuring insect species diversity in two habitats at York University

description: Group 03- Nadia Taymouri
DOI: 10.6084/m9.figshare.1226060.v2
title: Determining the effect of the invasive species Rhamnus cathartica in the native habitat of the Acer saccharinum

description: Our group went out on the afternoon of October 15, 2014 and again on October 22, 2014 to the Danby Woodlot located on York University’s Keele Campus in Toronto, Canada and placed a total of 12 quadrats created by four transect tapes, each enclosing an area of 20ft by 20ft. The first quadrat was placed at one corner of the woodlot and the quadrats continued in a diagonal fashion almost reaching the opposite corner of the woodlot. We counted the number of Common Buckthorns (Rhamnus cathartica) as well as the number of Silver Maples (Acer saccharinum) within the confines of the quadrat and included any individuals that were in contact with the transect tape line. A count of all the trees, regardless of species, was also taken for other calculations such as relative density. DBH, or diameter at breast height, was also measured and recorded. This was done by one individual in our group to ensure consistency of the breast height and accuracy of the measurement of the specie's diameter which was calculated in inches with another transect tape.
DOI: 10.6084/m9.figshare.1226053
title: experimental design: The effect of edge on insects abundance

description: The experiments were conducted on Oct. 17 and Oct. 24, 2014 at the Danby grassland in Keele Campus, York University. The weather conditions on Oct. 17 included heavy rain and 5 celsius temperatures. On Oct.24 the weather was cloudy and 6 celsius. On each day York University students placed 2 different 25 meters transect tapes starts from the edge of grassland to the middle of the grassland . the edge of the grassland was anywhere where the grassland starts. Along the transect students placed a 1m by 1m quadrat (five quadrats were used for each 25 meter transect tape) and dug the pitfall trap in the middle of the quadrat every 5 meters along the 25 meter transects tape to a total of 5 pitfall traps. Students labeled the pitfall traps for each 25 meter transects A, B, C and D respectively. The total of 20 pitfall traps were dug along the 4 transects. Next students measured the density of the vegetation in each 1m x 1m quadrat by counting the plants in a quadrant of the quadrat and multiplying by a factor of four to get the total number of plants around the pitfall traps in the quadrat. the type of plants were not identified and only measured the total abundance of all types of plant species that were found in each quadrat. Students waited 2 hours and then counted the number of insect that was found in each pitfall trap. The type of insect was not recorded for this experiment.
DOI: 10.6084/m9.figshare.1226055.v1
title: Experimental Design Dataset

description: This lab is done by a group of 4 people, and these sites are located at Grassland and Woodlot in York University. The time was 10:50 a.m. Friday October 24, 2014, and the weather this day was sunny. The air temperature wasw 9 Degree Celsius with the wind speed was 21 km/hour. The 10 quadrats (1m*1m) are placed randomly for both sites. For each quadrat, the number of species and the number of individuals for each species are counted. Each transect is 25 meters long and placed randomly.
DOI: 10.6084/m9.figshare.1226056.v1
title: Experimental Design- Measuring insect species diversity in two habitats at York University

description: Group 03- Nadia Taymouri
DOI: 10.6084/m9.figshare.1226060.v1
title: Determining the effect of the invasive species Rhamnus cathartica in the native habitat of the Acer saccharinum

description: Our group went out on the afternoon of October 15, 2014 and again on October 22, 2014 to the Danby Woodlot located on York University’s Keele Campus in Toronto, Canada and placed a total of 12 quadrats created by four transect tapes, each enclosing an area of 20ft by 20ft. The first quadrat was placed at one corner of the woodlot and the quadrats continued in a diagonal fashion almost reaching the opposite corner of the woodlot. We counted the number of Common Buckthorns (Rhamnus cathartica) as well as the number of Silver Maples (Acer saccharinum) within the confines of the quadrat and included any individuals that were in contact with the transect tape line. A count of all the trees, regardless of species, was also taken for other calculations such as relative density. DBH, or diameter at breast height, was also measured and recorded. This was done by one individual in our group to ensure consistency of the breast height and accuracy of the measurement of the specie's diameter which was calculated in inches with another transect tape.
DOI: 10.6084/m9.figshare.1226269.v7
title: Bulk Domain Names CSV Files -- varocarbas.com -- weekly updated

description: List of valid web domain names collected by the (bulk) crawling bots (stage-1 bots) running on varocarbas.com. These bots perform a blind recursive analysis of links, based on the "everything is connected" idea. That is: they started in a given webpage and are expected to retrieve a relevant proportion of all the existing domain names.
DOI: 10.6084/m9.figshare.1226041
title: Presentations

description: Powerpoint slides from research presentations, starting in 2001.
DOI: 10.6084/m9.figshare.1226053.v1
title: experimental design: The effect of edge on insects abundance

description: The experiments were conducted on Oct. 17 and Oct. 24, 2014 at the Danby grassland in Keele Campus, York University. The weather conditions on Oct. 17 included heavy rain and 5 celsius temperatures. On Oct.24 the weather was cloudy and 6 celsius. On each day York University students placed 2 different 25 meters transect tapes starts from the edge of grassland to the middle of the grassland . the edge of the grassland was anywhere where the grassland starts. Along the transect students placed a 1m by 1m quadrat (five quadrats were used for each 25 meter transect tape) and dug the pitfall trap in the middle of the quadrat every 5 meters along the 25 meter transects tape to a total of 5 pitfall traps. Students labeled the pitfall traps for each 25 meter transects A, B, C and D respectively. The total of 20 pitfall traps were dug along the 4 transects. Next students measured the density of the vegetation in each 1m x 1m quadrat by counting the plants in a quadrant of the quadrat and multiplying by a factor of four to get the total number of plants around the pitfall traps in the quadrat. the type of plants were not identified and only measured the total abundance of all types of plant species that were found in each quadrat. Students waited 2 hours and then counted the number of insect that was found in each pitfall trap. The type of insect was not recorded for this experiment.
DOI: 10.6084/m9.figshare.1226052
title: Experimental Design Data Set

description: A set of two data sets collected in a grassland with using a pond as the starting point.
DOI: 10.6084/m9.figshare.1226269.v8
title: Bulk Domain Names CSV Files -- varocarbas.com -- weekly updated

description: List of valid web domain names collected by the (bulk) crawling bots (stage-1 bots) running on varocarbas.com. These bots perform a blind recursive analysis of links, based on the "everything is connected" idea. That is: they started in a given webpage and are expected to retrieve a relevant proportion of all the existing domain names.
DOI: 10.6084/m9.figshare.1226020
title: Experimental design dataset

description: Method of capturing the insects was with the pan traps filled almost all the way with soapy water. 3 pan traps were placed inside a quadrat and we used 3 quadrats per habitat. Plant abundance was calculated by what plants were found in the quadrat and by estimating how many we found in it. Group 3
DOI: 10.6084/m9.figshare.1226052.v1
title: Experimental Design Data Set

description: A set of two data sets collected in a grassland with using a pond as the starting point.
DOI: 10.6084/m9.figshare.1226004
title: The effects of crowding and distance to forest edge on dbh in Acer saccharum

description: Data was collected from the Danby Woodlot at York University’s Keele Campus to assess the effect of distances to forest edge as well crowding on the diameter at breast height of Sugar Maple Trees, <em>Acer saccharum</em>. 25 metre long belt transects were set up from the forest edge – defined by the furthest adult tree from the centre of the forest – and extended inwards towards the centre of the forest. In total, 30 transects were set up over two field data collection sessions on October 15th and 22nd, 2014.The location of placement of each transect was decided using pseudo randomly selection inwhich a random number generator was used to select from one of four randomly selected spots at the forest edge, each chosen by one researcher. All adult Sugar Maples within 0.5 metres of the belt transect were sampled. An adult was defined as a tree of at least two times the height of the average researcher, about 3.3 metres. Distance to forest edge was measured as the distance from the sampled Sugar Maple to the starting position of the transect at the forest’s edge. For each sampled Sugar Maple tree the distances to the nearest three adult trees were measured using an additional belt transect to the nearest centimetre. The mean of these three distances was later calculated to represent the amount of crowding around the sampled tree. Only living Sugar Maple Trees were sampled and Sugar Maple Trees were identified by the distinctive shape of their leafs..
DOI: 10.6084/m9.figshare.1226015
title: Colour preference in macroinvertebrates pantrap experiment

description: The area of study is a grass field on the York University campus. Three colours of pan traps were used; white, blue and yellow. The pan traps were placed in 3 rows of 12 in alternating colours, yielding a replication factor of 12 for each colour. In each of the 3 rows the pan traps will be placed approximately 70cm apart from each other, and the 3 rows will be approximately 1m apart from each other and approximately 7m long in length. Once the pan traps were placed in the field they were then filled half way with soapy water. The pan traps left out for 2 hours in the grass field. Upon the 2 hour mark, all macro-invertebrates found in the bowls were counted and recorded.
DOI: 10.6084/m9.figshare.1226020.v1
title: Experimental design dataset

description: Method of capturing the insects was with the pan traps filled almost all the way with soapy water. 3 pan traps were placed inside a quadrat and we used 3 quadrats per habitat. Plant abundance was calculated by what plants were found in the quadrat and by estimating how many we found in it. Group 3
DOI: 10.6084/m9.figshare.1226015.v1
title: Colour preference in macroinvertebrates pantrap experiment

description: The area of study is a grass field on the York University campus. Three colours of pan traps were used; white, blue and yellow. The pan traps were placed in 3 rows of 12 in alternating colours, yielding a replication factor of 12 for each colour. In each of the 3 rows the pan traps will be placed approximately 70cm apart from each other, and the 3 rows will be approximately 1m apart from each other and approximately 7m long in length. Once the pan traps were placed in the field they were then filled half way with soapy water. The pan traps left out for 2 hours in the grass field. Upon the 2 hour mark, all macro-invertebrates found in the bowls were counted and recorded.
DOI: 10.6084/m9.figshare.1226269.v9
title: Bulk Domain Names CSV Files -- varocarbas.com -- weekly updated

description: List of valid web domain names collected by the (bulk) crawling bots (stage-1 bots) running on varocarbas.com. These bots perform a blind recursive analysis of links, based on the "everything is connected" idea. That is: they started in a given webpage and are expected to retrieve a relevant proportion of all the existing domain names.
DOI: 10.6084/m9.figshare.1225974
title: The Edge Effect on Insect Abundance

description: Data collected to explore the edge effect on insect abundance. Observations were recorded on two different days at the same time with very wet conditions at Danby wood grasslands.<br><br>Researchers located the edges of the grassland and laid out 25 meters of transect tape starting from the edge towards the center of the field. The "edge" was any area where the grassland seemed to "end", such as the area between the grasslands and the woodlot, or along a footpath. Next small holes were dug for the pitfall traps, which were placed 5-6 meters apart from each other along the transect. Afterwards researchers placed a quadrat on each trap and measured the vegetation abundance by estimating the number of individual grasses and plants. This process was done on 4 different transects, 5 pitfalls each thus a total of 20 surveys.
DOI: 10.6084/m9.figshare.1226004.v3
title: The effects of crowding and distance to forest edge on dbh in Acer saccharum

description: Data was collected from the Danby Woodlot at York University’s Keele Campus to assess the effect of distances to forest edge as well crowding on the diameter at breast height of Sugar Maple Trees, <em>Acer saccharum</em>. 25 metre long belt transects were set up from the forest edge – defined by the furthest adult tree from the centre of the forest – and extended inwards towards the centre of the forest. In total, 30 transects were set up over two field data collection sessions on October 15th and 22nd, 2014.The location of placement of each transect was decided using pseudo randomly selection inwhich a random number generator was used to select from one of four randomly selected spots at the forest edge, each chosen by one researcher. All adult Sugar Maples within 0.5 metres of the belt transect were sampled. An adult was defined as a tree of at least two times the height of the average researcher, about 3.3 metres. Distance to forest edge was measured as the distance from the sampled Sugar Maple to the starting position of the transect at the forest’s edge. For each sampled Sugar Maple tree the distances to the nearest three adult trees were measured using an additional belt transect to the nearest centimetre. The mean of these three distances was later calculated to represent the amount of crowding around the sampled tree. Only living Sugar Maple Trees were sampled and Sugar Maple Trees were identified by the distinctive shape of their leafs..
DOI: 10.6084/m9.figshare.1225974.v1
title: The Edge Effect on Insect Abundance

description: Data collected to explore the edge effect on insect abundance. Observations were recorded on two different days at the same time with very wet conditions at Danby wood grasslands.<br><br>Researchers located the edges of the grassland and laid out 25 meters of transect tape starting from the edge towards the center of the field. The "edge" was any area where the grassland seemed to "end", such as the area between the grasslands and the woodlot, or along a footpath. Next small holes were dug for the pitfall traps, which were placed 5-6 meters apart from each other along the transect. Afterwards researchers placed a quadrat on each trap and measured the vegetation abundance by estimating the number of individual grasses and plants. This process was done on 4 different transects, 5 pitfalls each thus a total of 20 surveys.
DOI: 10.6084/m9.figshare.1226004.v2
title: The effects of crowding and distance to forest edge on dbh in Acer saccharum

description: Data was collected from the Danby Woodlot at York University’s Keele Campus to assess the effect of distances to forest edge as well crowding on the diameter at breast height of Sugar Maple Trees, <em>Acer saccharum</em>. 25 metre long belt transects were set up from the forest edge – defined by the furthest adult tree from the centre of the forest – and extended inwards towards the centre of the forest. In total, 30 transects were set up over two field data collection sessions on October 15th and 22nd, 2014.The location of placement of each transect was decided using pseudo randomly selection inwhich a random number generator was used to select from one of four randomly selected spots at the forest edge, each chosen by one researcher. All adult Sugar Maples within 0.5 metres of the belt transect were sampled. An adult was defined as a tree of at least two times the height of the average researcher, about 3.3 metres. Distance to forest edge was measured as the distance from the sampled Sugar Maple to the starting position of the transect at the forest’s edge. For each sampled Sugar Maple tree the distances to the nearest three adult trees were measured using an additional belt transect to the nearest centimetre. The mean of these three distances was later calculated to represent the amount of crowding around the sampled tree. Only living Sugar Maple Trees were sampled and Sugar Maple Trees were identified by the distinctive shape of their leafs..
DOI: 10.6084/m9.figshare.1226041.v1
title: Presentations

description: Powerpoint slides from research presentations, starting in 2001.
DOI: 10.6084/m9.figshare.1225973
title: Experimental Design Data

description: Akhilesh Kadian