cometadata/datacite-titles-descriptions-related-identifiers huggingface dataset:
DOI: 10.6084/m9.figshare.1559929.v2
title: Group 3: Dataset 2 - Observation of the Plant Specie Late Purple Aster in Grassland

description: The data for this lab was collected on September 23, 2015 in York University Keele Campus. Five students from 14:30 to 17:30 used the grassland by the Danby Woodlot to collect twenty samples of data for the Late Purple Aster (Symphyotrichum Prenanthoides) plant species. The objects used in this experiment were two transects. First, the students chose an area where a large amount of Late Purple Aster inhabited. One of the transect measuring tape was placed in a vertical line in the middle of the inhabited area. Then, when the Aster plant was present along the transect, the distance on the transect was recorded. Also, the plant’s height was measured by the student using a second transect measuring tape. The measurements of the distance and height were noted in feet but later converted to meters. Second, the number of leaves and the number of flowers on the plant were estimated using nothing by the naked eye. Finally, the crowding level, as in the level at which the plant was surrounded by other plant species (0=open, 1=some plants nearby, 2=quite a few plants nearby, 3=very crowded patch of plants within 50cm) was estimated by the students. In conclusion, the data above was documented for twenty Late Purple Aster plant species. Group 3 members: Mary H, Shaneil H, Gamsayini K, Prachi M, and Antoni I.
DOI: 10.6084/m9.figshare.1559150
title: Group 1 Danby Woodlot Dataset 4 - Adult Tree and Sapling Pair Data

description: <strong>Group Members</strong>:<strong><br></strong>Pham, Anisa, and Sajid<br><strong><br>Introduction</strong>:<br>The objective was to collect measurements for the width of both the adult tree and sapling at our breast height, the distance between both trees, and the percentage canopy coverage.<br><br><strong>Materials</strong>: The materials we used were two transects, paper to record data, and pencil/pen to write down information. One transect was used to measure the distance between both the adult tree and the sapling starting from both the trees backs, and the other transect was used to measure the width of the tree from our breast height. This way, the process would go by faster.<br><br><strong>Site Information</strong>: The data was collected at the York University Danby Woods near the northeastern side of the campus. The temperature was hot that day and the climate was very sunny. However, it was a little cooler in the woodlands because the trees served as a shading spot for us. There were many trees of various ages growing in the woodlands, and no animals present at the time.<br><br><strong>Method</strong>: The experiment was carried out by us choosing which species of trees available to take measurements for. All of us decided to find and measure the maple trees, since there was an abundant amount of them in the woodlands. Then, we split into two groups. One group was to measure the distance between the adult maple tree and its sapling and the other group was responsible for measuring the distance from breast height on both the adult and sapling trees as well as visually estimating the percentage canopy coverage of the adult trees. The distance between the two trees was measured by using a transect and recording the distance starting and ending from both trees' backs. The distance to breast height was measured by using one of our group members as a reference point and measuring the width of the tree at their breast height. If the sapling was too small (around the height of our foot), we would take a measurement at foot height. We visually estimated the percentage coverage by making a square shape with our index fingers and thumbs and looked at how much of the sky was covered by the tree’s leaves. By splitting into groups, we saved time and finished earlier.
DOI: 10.6084/m9.figshare.1559149
title: Techniques and data: Woodlot Dataset 3

description: In order to obtain information, data was recorded from an area within a woodlot, where there was an abundance of densly populated trees. By using a transect measuring tape, all continuous data was recorded. Every instance an adult tree was encountered (which was deemed to be adult by having a diameter of at least a hands width), it was paired with another adult tree closest to it in any direction along the transect. The distance from each pair of tree was recorded using a measuring tape (inches). Following this, the diameter of each tree was recorded roughly by using the measuring tape and measuring the trees diameter (inches) at chest height. Finally, each tree under examination was to be rated on a scale from 0-2, with 0 being a dead tree, 1 being a living tree and 2 being a flourishing tree with a full canopy of leaves. These steps were to be repeated for 10 different pairs of adult trees. A tree was deemed to be dead if it contained all dead or dying leaved, missing branches and decaying. A living tree was deemed to have living green leaves as well as some dead foliage. A fully flourishing tree showed a full canopy of leaves, no decaying or dead leaves and no missing branches. Some restrictions for this data was to make sure to only measure adult trees and not saplings.
DOI: 10.6084/m9.figshare.1559929.v4
title: Group 3: Dataset 2 - Observation of the Plant Specie Late Purple Aster in Grassland

description: The data for this lab was collected on September 23, 2015 in York University Keele Campus. Five students from 14:30 to 17:30 used the grassland by the Danby Woodlot to collect twenty samples of data for the Late Purple Aster (Symphyotrichum Prenanthoides) plant species. The objects used in this experiment were two transects. First, the students chose an area where a large amount of Late Purple Aster inhabited. One of the transect measuring tape was placed in a vertical line in the middle of the inhabited area. Then, when the Aster plant was present along the transect, the distance on the transect was recorded. Also, the plant’s height was measured by the student using a second transect measuring tape. The measurements of the distance and height were noted in feet but later converted to meters. Second, the number of leaves and the number of flowers on the plant were estimated using nothing by the naked eye. Finally, the crowding level, as in the level at which the plant was surrounded by other plant species (0=open, 1=some plants nearby, 2=quite a few plants nearby, 3=very crowded patch of plants within 50cm) was estimated by the students. In conclusion, the data above was documented for twenty Late Purple Aster plant species. Group 3 members: Mary H, Shaneil H, Gamsayini K, Prachi M, and Antoni I.
DOI: 10.6084/m9.figshare.1559937.v3
title: Discovering Homo naledi

description: Paleoanthropologist Lee Berger recruited geologist Pedro Boshoff to find fossils in well-explored, South African caves. When recreational cavers Rick Hunter and Steven Tucker joined the team and entered the Rising Star cave system, it sparked a new kind of collaborative scientific exploration. ------------------------------------------------------------------------- This file set contains several sizes of an infographic describing the discovery of the species <em>Homo naledi</em>. These posters and materials are available for download, print etc. as long as they are properly attributed to Unbox Science (www.unbox.science). As long as the poster is not altered in any way, no additional attribution is required. All print-related materials are print-ready in PDF format with full bleed included where necessary. Let us know if you'd like any additional paper sizes or layouts. We'd love to hear what you think about the project! Email us at info@unbox.science
DOI: 10.6084/m9.figshare.1559148
title: Lab 2- Woodlot data set 3

description: This experiment was conducted in the woodlot at York University on September 23rd. We placed transect measuring tape from the edge of woodlot to center of woodlot, and walked a straight line. Every adult tree (thicker than hand held vertically at breast height) encountered, we recorded the distance from this tree to the next and recorded the diameter at breast height in inches for every tree using transect measuring tape. Furthermore the condition of the trees were observed as well, rating them from 0-2 (0=Dead, 1=Living, 2= Huge green canopy), this was done by forming a square with the fingers and holding it up to survey the canopy of the tree. This procedure was repeated 9 times to get a total of 10 parings.
DOI: 10.6084/m9.figshare.1559929.v3
title: Group 3: Dataset 2 - Observation of the Plant Specie Late Purple Astert in Grassland

description: The data for this lab was collected on September 23, 2015 in York University Keele Campus. Five students from 14:30 to 17:30 used the grassland by the Danby Woodlot to collect twenty samples of data for the Late Purple Aster (Symphyotrichum Prenanthoides) plant species. The objects used in this experiment were two transects. First, the students chose an area where a large amount of Late Purple Aster inhabited. One of the transect measuring tape was placed in a vertical line in the middle of the inhabited area. Then, when the Aster plant was present along the transect, the distance on the transect was recorded. Also, the plant’s height was measured by the student using a second transect measuring tape. The measurements of the distance and height were noted in feet but later converted to meters. Second, the number of leaves and the number of flowers on the plant were estimated using nothing by the naked eye. Finally, the crowding level, as in the level at which the plant was surrounded by other plant species (0=open, 1=some plants nearby, 2=quite a few plants nearby, 3=very crowded patch of plants within 50cm) was estimated by the students. In conclusion, the data above was documented for twenty Late Purple Aster plant species. Group 3 members: Mary H, Shaneil H, Gamsayini K, Prachi M, and Antoni I.
DOI: 10.6084/m9.figshare.1559142
title: Jasp

description: Sample jasp document
DOI: 10.6084/m9.figshare.1559145
title: Group 3: Dataset 2: Grassland data collection using transects and the observation of the Purple Aster (Aster prenathoides)

description: Two transect tape was used to collect data, along with observations which were recorded on paper. One transect was placed on the ground of a randomly selected area within the grassland. A visible plant species which was easy to spot "Purple Aster <em>(Aster prenathoides</em>)" was then select. This is the targeted plant species. Each time the Purple Aster plant was spotted along the randomly placed transect it was studied and data recorded. Using a second transect, the height of the Purple Aster was measured along with the marked distance it was found on the first transect tape on the ground.By visual observation the number of leaves and number of flowers were estimated and recorded. The level of crowding was also estimated and recorded. The level of crowding determines whether the plant selected was in a crowded patch of other plants within approximately 50 cm. A scale 0-3 was used. 0=open, 1=some plants nearby, 2=quite a few plants, and 3=very crowded bunch of plants. The height, distance, level of crowding and number of flowers and leave was collected for twenty individual Purple Aster .All measurements were taken in feets and inches, then later converted to meters with aid of a calculator. This data was collected in the grassland area at York University Keele Campus in Ecology(BIOL2050) lab section 03 on September 23,2015. Lab was conducted on a sunny afternoon with the temperature average of 24 degrees celsius, at approximately 3:00-4:00pm. Data was collected by the following five members of group number three (3): Shaneil.H, Mary.H, Gamasayini.K, Prachi.M and Antoni I.
DOI: 10.6084/m9.figshare.1559142.v1
title: Jasp

description: Sample jasp document
DOI: 10.6084/m9.figshare.1559150.v1
title: Adult Tree and Sapling Pair Measurements (DBH), Distance, and Percentage Canopy Covering

description: <strong>Group Members</strong>:<strong><br></strong>Pham, Anisa, and Sajid<br><strong><br>Introduction</strong>:<br>The objective was to collect measurements for the width of both the adult tree and sapling at our breast height, the distance between both trees, and the percentage canopy coverage.<br><br><strong>Materials</strong>: The materials we used were two transects, paper to record data, and pencil/pen to write down information. One transect was used to measure the distance between both the adult tree and the sapling starting from both the trees backs, and the other transect was used to measure the width of the tree from our breast height. This way, the process would go by faster.<br><br><strong>Site Information</strong>: The data was collected at the York University Danby Woods near the northeastern side of the campus. The temperature was hot that day and the climate was very sunny. However, it was a little cooler in the woodlands because the trees served as a shading spot for us. There were many trees of various ages growing in the woodlands, and no animals present at the time.<br><br><strong>Method</strong>: The experiment was carried out by us choosing which species of trees available to take measurements for. All of us decided to find and measure the maple trees, since there was an abundant amount of them in the woodlands. Then, we split into two groups. One group was to measure the distance between the adult maple tree and its sapling and the other group was responsible for measuring the distance from breast height on both the adult and sapling trees as well as visually estimating the percentage canopy coverage of the adult trees. The distance between the two trees was measured by using a transect and recording the distance starting and ending from both trees' backs. The distance to breast height was measured by using one of our group members as a reference point and measuring the width of the tree at their breast height. If the sapling was too small (around the height of our foot), we would take a measurement at foot height. We visually estimated the percentage coverage by making a square shape with our index fingers and thumbs and looked at how much of the sky was covered by the tree’s leaves. By splitting into groups, we saved time and finished earlier.
DOI: 10.6084/m9.figshare.1559141
title: Group 5 Lab 2 Danby Woodlot dataset 3

description: This dataset illustrates the healthiness of an adult tree within close proximity of other adult trees. To conduct this experiment, we walked along a straight path from the edge to the centre of the Danby Woodlot of York University. Along that path we located a tree that fit our requirements of an adult tree and quickly measured its diameter at breast height. We then located the next adult tree closest to the first and took the diameter at breast height along with the distance from the first tree. All numerical measurements were taken using a transect. Before moving forward we then evaluated the condition of both trees on a scale of 0-2 (0 being dead and 2 being very healthy) and this formed one pair of replicates. The experiment was done a total of 10 times before completion. This experiment was completed with the help of Mariam Nnanna. Dylan Stoll, and Mandy Huynh
DOI: 10.6084/m9.figshare.1559141.v1
title: Group 5 Lab 2 Danby Woodlot dataset 3

description: This dataset illustrates the healthiness of an adult tree within close proximity of other adult trees. To conduct this experiment, we walked along a straight path from the edge to the centre of the Danby Woodlot of York University. Along that path we located a tree that fit our requirements of an adult tree and quickly measured its diameter at breast height. We then located the next adult tree closest to the first and took the diameter at breast height along with the distance from the first tree. All numerical measurements were taken using a transect. Before moving forward we then evaluated the condition of both trees on a scale of 0-2 (0 being dead and 2 being very healthy) and this formed one pair of replicates. The experiment was done a total of 10 times before completion. This experiment was completed with the help of Mariam Nnanna. Dylan Stoll, and Mandy Huynh
DOI: 10.6084/m9.figshare.1559148.v1
title: Lab 2- Woodlot data set 3

description: This experiment was conducted in the woodlot at York University on September 23rd. We placed transect measuring tape from the edge of woodlot to center of woodlot, and walked a straight line. Every adult tree (thicker than hand held vertically at breast height) encountered, we recorded the distance from this tree to the next and recorded the diameter at breast height in inches for every tree using transect measuring tape. Furthermore the condition of the trees were observed as well, rating them from 0-2 (0=Dead, 1=Living, 2= Huge green canopy), this was done by forming a square with the fingers and holding it up to survey the canopy of the tree. This procedure was repeated 9 times to get a total of 10 parings.
DOI: 10.6084/m9.figshare.1559148.v2
title: Lab 2- Woodlot data set 3

description: This experiment was conducted in the woodlot at York University on September 23rd. We placed transect measuring tape from the edge of woodlot to center of woodlot, and walked a straight line. Every adult tree (thicker than hand held vertically at breast height) encountered, we recorded the distance from this tree to the next and recorded the diameter at breast height in inches for every tree using transect measuring tape. Furthermore the condition of the trees were observed as well, rating them from 0-2 (0=Dead, 1=Living, 2= Huge green canopy), this was done by forming a square with the fingers and holding it up to survey the canopy of the tree. This procedure was repeated 9 times to get a total of 10 parings.
DOI: 10.6084/m9.figshare.1559138
title: Association of SNPs in EGR3 and ARC with Schizophrenia Supports a Biological Pathway for Schizophrenia Risk

description: Genotyping data as ped/map files.
DOI: 10.6084/m9.figshare.1559139
title: #PinkOut Co-Retweeted Network

description: The co-retweeted network for the hashtag #PinkOut.
DOI: 10.6084/m9.figshare.1559140
title: Resultados encuestas activismo de datos

description: Resultado de una encuesta a expertos sobre la vigencia del activismo de datos.
DOI: 10.6084/m9.figshare.1559139.v1
title: #PinkOut Co-Retweeted Network

description: The co-retweeted network for the hashtag #PinkOut.
DOI: 10.6084/m9.figshare.1559140.v1
title: Resultados encuestas activismo de datos

description: Resultado de una encuesta a expertos sobre la vigencia del activismo de datos.
DOI: 10.6084/m9.figshare.1559145.v1
title: Group 3- Dataset 2: Grassland data of the plant Purple Aster (Aster prenathoides)

description: Two transect tape was used to collect data, along with observations which were recorded on paper. One transect was placed on the ground of a randomly selected area within the grassland. A visible plant species which was easy to spot "Purple Aster <em>(Aster prenathoides</em>)" was then select. This is the targeted plant species. Each time the Purple Aster plant was spotted along the randomly placed transect it was studied and data recorded. Using a second transect, the height of the Purple Aster was measured along with the marked distance it was found on the first transect tape on the ground.By visual observation the number of leaves and number of flowers were estimated and recorded. The level of crowding was also estimated and recorded. The level of crowding determines whether the plant selected was in a crowded patch of other plants within approximately 50 cm. A scale 0-3 was used. 0=open, 1=some plants nearby, 2=quite a few plants, and 3=very crowded bunch of plants. The height, distance, level of crowding and number of flowers and leave was collected for twenty individual Purple Aster .All measurements were taken in feets and inches, then later converted to meters with aid of a calculator. This data was collected in the grassland area at York University Keele Campus in Ecology(BIOL2050) lab section 03 on September 23,2015. Lab was conducted on a sunny afternoon with the temperature average of 24 degrees celsius, at approximately 3:00-4:00pm. Data was collected by the following five members of group number three (3): Shaneil.H, Mary.H, Gamasayini.K, Prachi and Anthoni.
DOI: 10.6084/m9.figshare.1559137
title: Grassland Dataset 2 - Comparison of Goldenrod Characteristics

description: Methods <br>This study compares several characteristics of 18 individual goldenrod (<em>Solidago spp</em>) plants using transects. The data was collected by a group of four ecology students on Wednesday, September 23, 2015, between approximately 3:00pm and 4:30pm and was taken from a grassland located just East of Stong Pond on the South-West side of York University. For this study, two of the four group members randomly chose a position in the grassland to lay down the transect tape. Once in place, the two members walked along the tape untill a goldenrod was spotted. One team member would then measure how far the plant was from the transect tape. If it was less than 1 metre away, then the distance of the plant from the initial start of the tape was measured in metres. Using another transect tape the height of the plant was then measured in metres, starting from the ground to the highest point of the plant. Meanwhile, the other group member began counting the number of leaves on the plant that were longer than 1 inch (this did not include any dead leaves that had over 50% discolouration), as well as the number of flower clusters (groups of flowers on the same branch). To ensure that the measuring and counting remained consistant, the same group member measured the distance and height for each plant observed, and the other group member counted the leaves and flowers for each plant. The area (within 50 cm) around each plant was then observed and given a rating between 0 and 3 (0 = open, 1 = some plants nearby, 2 = quite a few plants, 3 = very crowded bunch of plants) based on how crowded the patch was. <br>Group members: Israt, Chris, Murtuza
DOI: 10.6084/m9.figshare.1559145.v3
title: Group 3: Dataset 2: Grassland data collection using transects and the observation of the Purple Aster (Aster prenathoides)

description: Two transect tape was used to collect data, along with observations which were recorded on paper. One transect was placed on the ground of a randomly selected area within the grassland. A visible plant species which was easy to spot "Purple Aster <em>(Aster prenathoides</em>)" was then select. This is the targeted plant species. Each time the Purple Aster plant was spotted along the randomly placed transect it was studied and data recorded. Using a second transect, the height of the Purple Aster was measured along with the marked distance it was found on the first transect tape on the ground.By visual observation the number of leaves and number of flowers were estimated and recorded. The level of crowding was also estimated and recorded. The level of crowding determines whether the plant selected was in a crowded patch of other plants within approximately 50 cm. A scale 0-3 was used. 0=open, 1=some plants nearby, 2=quite a few plants, and 3=very crowded bunch of plants. The height, distance, level of crowding and number of flowers and leave was collected for twenty individual Purple Aster .All measurements were taken in feets and inches, then later converted to meters with aid of a calculator. This data was collected in the grassland area at York University Keele Campus in Ecology(BIOL2050) lab section 03 on September 23,2015. Lab was conducted on a sunny afternoon with the temperature average of 24 degrees celsius, at approximately 3:00-4:00pm. Data was collected by the following five members of group number three (3): Shaneil.H, Mary.H, Gamasayini.K, Prachi.M and Antoni I.
DOI: 10.6084/m9.figshare.1559136
title: Cyberactivism: A generational comparison of digital activism

description: This research was for a 2013 quantitative Master's thesis. It looks critically at the way digital natives and digital immigrants interact with technology for activism.