cometadata/datacite-titles-descriptions-related-identifiers huggingface dataset:
DOI: 10.6084/m9.figshare.3863349.v1
title: Yorku.Grassland.Woodlot.Sep27-2016.csv

description: <b>Data Column Headers and Descriptions:</b> <b>Pan Trap Replicates: </b>10 pan traps (plastic bowls with a diameter of 15 cm and a depth of 6.5 cm) were placed in each habitat. The pan traps came in three colours: yellow, white, and blue. <b>Habitat: </b>refers to the habitat in which observations were recorded. The two habitats that were assessed are grassland and woodland. Grassland is defined as an open area at least 250m by 250m in size with few trees. Woodlot is defined as a forest on campus <b>Number of Insects</b>: the number of insects in each pan trap was visually assessed and recorded. Categorical variable; a discrete number of insects were observed. <b>Number of RTUs</b>: the number of recognizable taxonomic units (acronym: RTUs) in each pan trap was visually assessed. Categorical variable; a discrete number of RTUs were observed. <b>Additional Information:</b> <b>Hypothesis and Predictions: </b>It was hypothesized that in the grassland there are more insects and more recognizable taxonomic units than in the woodlot. I predict that pan traps placed in the grassland will capture more insects than pan traps placed in the woodlot. I also predict that the pan traps placed in the grassland will yield more recognizable taxonomic units than pan traps placed in the woodlot <b>Time Data Was Collected</b>: Tuesday, September 27, 2016. 3:20-4:05 EST. <b>Duration of Survey: </b>45 minutes. <b>Location of Data</b>: Grassland and adjacent woodlot at York University, near York Boulevard. Latitude and longitude: 43.775, -79.505. <b>Weather Conditions: </b>21 degrees Celsius, cloudy/overcast, and dry conditions. <b>Survey Method</b>: Ten pan traps were placed in each habitat. One pan trap was placed randomly at the periphery of each habitat. Successive pan traps were placed approximately two meters (two stride-lengths) westward from the initial pan trap. Directionality was determined using the iPhone compass application. Each plastic bowl was filled half-way with soapy water. In each habitat, three yellow-coloured, three blue-coloured, and four white-coloured pan traps were placed. The pan traps were arranged in the following order by colour: white-blue-yellow. The first pan trap placed at the periphery was white-coloured. The pan traps were left in each habitat for 45 minutes. After 45 minutes, the pan traps were visually assessed and the number of insects and the number of species (recognizable taxonomic units) were recorded.
DOI: 10.7910/dvn/v1rjpf/q0ahqk
title: snk20171028_03.txt.gz

description: :unav
DOI: 10.6084/m9.figshare.3863340
title: yorku.grassland.woodlot.sept27-2016

description: <b>Data Columns Headers and Description:</b> <b>Attribute</b> <b>Description</b> Habitat The grassland is defined as an open area at least 250m by 250m in size with few trees. The forest is a woodlot on campus. Sweep net Insects were collected using a sweep net with a 32 centimetre diameter. The net was swung back and forth for a total distance of 25 metres in both habitats. This was repeated for a total of ten times in each habitat. Number of organisms The total number of insects found within the sweep net was counted and recorded. Number of species The number of different insect species (different recognizable taxonomic units) found within the sweep net. <b>Additional Information:</b> <b>Time Data Was Collected</b> This survey was conducted on Tuesday September 27, 2016 from 3:23pm to 4:19pm. <b>Location of Data</b> The field site was located on the York University-Keele Campus on a grassland and woodlot area near Keele Street and York Boulevard. The grassland was approximately 200m by 350m wide and tall trees surrounded its perimeter. The woodlot was approximately 350m by 500m wide. <b>Latitude and Longitude:</b> Grassland: 43.775, -79.505 Woodlot: 43.775, -79.507 <b>Weather Conditions </b> The conditions were partly sunny, partly cloudy, windy, and 20 degrees Celsius. <b>Survey Methods</b> The data was collected by walking transects of 25 metres in the grassland for 1-2 minutes. While walking, sweep nets were waved in the air to collect insects. At the end of this period, the sweep net was checked for any insects. The total number of organisms and the total number of species (different recognizable taxonomic units) was then recorded. This process was repeated 10 times. Following the collection of data within the grassland, this method was repeated in a woodlot area. Land insects were not considered for this data, as the sweep net was waved throughout the air. <b>Data</b> The data obtained in this experiment is categorical as our observations were grouped into two categories. These categories are the number of organisms present within the sweep net and number of different species present within the sweep net. The data for distance is measure in metres (m). The data was collected over a time span of 1-2 minutes as the transect was walked along with the sweep net. The data for number of species or recognizable taxonomic units per sample (rtus) was collected and recorded through the classification of each different species within the sweep net sample. <b>Hypothesis</b> The observations made within the grassland will yield a greater number of insects than the observations made within the woodlot due to the environmental preferences of the insects. <b>Prediction</b> It was predicted that more insects would be found within the sweep net in the grassland than within the sweep net in the forest.
DOI: 10.6084/m9.figshare.3863337
title: yorku.grassland.woodlot.Sept27-2016.csv

description: The experiment was carried out on September 27, 2016 from approximately 3:30 - 4:25 pm. The weather consisted of cloudy but dry conditions. The wind speed was approximately 13-18 mph which corresponds to being a moderate breeze on the Beaufort scale. The experiment was conducted at Boyer’s Woodlot located near Ian Macdonald Blvd (Latitude 43.78, Longitude -79.50). It was predicted that there would be more birds found within the woodlot than in the grassland. It was hypothesized that there would be a higher frequency of birds spotted in the woodlot than in the grassland because the nests of various bird species are built within the woodlot. Also the woodlot provides shade, shelter from predators, and opportunity to find a wider variety of food which is ideal for birds. The hypothesis was consistent with the data as it was observed that there were only 15 birds found in the grassland as compared to 20 birds found within the woodlot. To conduct the experiment, belt transects were used to measure a total distance of 25 metres. A total of 5 transects were carried out for the grassland habitat. Each transect was 5 metres apart and birds that were spotted 5 metres of either side of the transect were counted. The experimenter stayed at each transect for a total of 5 minutes each and the experimenter recorded the total birds spotted, number of species, and the frequency of each individual species. The previous methods were repeated for the grassland habitat. The grassland habitat is defined as an open area at least 250m by 250m in size with few trees, disturbed open space similar to grassland in size but with more mixed vegetation and more trails/pathways for people such as a university open commons. The woodlot habitat is a forest on campus that consists of a concentrated collection of trees and shrubs. The latitude and longitude were found by using an online GPS on google.com. The total number of birds was the total number of birds observed within 5m of either side of the experimenters location recorded as a single value. The number of species consists of recognizable taxonomic units that were different from each other. For example, species one consisted of the sea gull species. The frequency of species is the actual number of times that each species was spotted.
DOI: 10.6084/m9.figshare.3863337.v1
title: yorku.grassland.woodlot.Sept27-2016.csv

description: The experiment was carried out on September 27, 2016 from approximately 3:30 - 4:25 pm. The weather consisted of cloudy but dry conditions. The wind speed was approximately 13-18 mph which corresponds to being a moderate breeze on the Beaufort scale. The experiment was conducted at Boyer’s Woodlot located near Ian Macdonald Blvd (Latitude 43.78, Longitude -79.50). It was predicted that there would be more birds found within the woodlot than in the grassland. It was hypothesized that there would be a higher frequency of birds spotted in the woodlot than in the grassland because the nests of various bird species are built within the woodlot. Also the woodlot provides shade, shelter from predators, and opportunity to find a wider variety of food which is ideal for birds. The hypothesis was consistent with the data as it was observed that there were only 15 birds found in the grassland as compared to 20 birds found within the woodlot. To conduct the experiment, belt transects were used to measure a total distance of 25 metres. A total of 5 transects were carried out for the grassland habitat. Each transect was 5 metres apart and birds that were spotted 5 metres of either side of the transect were counted. The experimenter stayed at each transect for a total of 5 minutes each and the experimenter recorded the total birds spotted, number of species, and the frequency of each individual species. The previous methods were repeated for the grassland habitat. The grassland habitat is defined as an open area at least 250m by 250m in size with few trees, disturbed open space similar to grassland in size but with more mixed vegetation and more trails/pathways for people such as a university open commons. The woodlot habitat is a forest on campus that consists of a concentrated collection of trees and shrubs. The latitude and longitude were found by using an online GPS on google.com. The total number of birds was the total number of birds observed within 5m of either side of the experimenters location recorded as a single value. The number of species consists of recognizable taxonomic units that were different from each other. For example, species one consisted of the sea gull species. The frequency of species is the actual number of times that each species was spotted.
DOI: 10.6084/m9.figshare.3863340.v1
title: yorku.grassland.woodlot.sept27-2016

description: <b>Data Columns Headers and Description:</b> <b>Attribute</b> <b>Description</b> Habitat The grassland is defined as an open area at least 250m by 250m in size with few trees. The forest is a woodlot on campus. Sweep net Insects were collected using a sweep net with a 32 centimetre diameter. The net was swung back and forth for a total distance of 25 metres in both habitats. This was repeated for a total of ten times in each habitat. Number of organisms The total number of insects found within the sweep net was counted and recorded. Number of species The number of different insect species (different recognizable taxonomic units) found within the sweep net. <b>Additional Information:</b> <b>Time Data Was Collected</b> This survey was conducted on Tuesday September 27, 2016 from 3:23pm to 4:19pm. <b>Location of Data</b> The field site was located on the York University-Keele Campus on a grassland and woodlot area near Keele Street and York Boulevard. The grassland was approximately 200m by 350m wide and tall trees surrounded its perimeter. The woodlot was approximately 350m by 500m wide. <b>Latitude and Longitude:</b> Grassland: 43.775, -79.505 Woodlot: 43.775, -79.507 <b>Weather Conditions </b> The conditions were partly sunny, partly cloudy, windy, and 20 degrees Celsius. <b>Survey Methods</b> The data was collected by walking transects of 25 metres in the grassland for 1-2 minutes. While walking, sweep nets were waved in the air to collect insects. At the end of this period, the sweep net was checked for any insects. The total number of organisms and the total number of species (different recognizable taxonomic units) was then recorded. This process was repeated 10 times. Following the collection of data within the grassland, this method was repeated in a woodlot area. Land insects were not considered for this data, as the sweep net was waved throughout the air. <b>Data</b> The data obtained in this experiment is categorical as our observations were grouped into two categories. These categories are the number of organisms present within the sweep net and number of different species present within the sweep net. The data for distance is measure in metres (m). The data was collected over a time span of 1-2 minutes as the transect was walked along with the sweep net. The data for number of species or recognizable taxonomic units per sample (rtus) was collected and recorded through the classification of each different species within the sweep net sample. <b>Hypothesis</b> The observations made within the grassland will yield a greater number of insects than the observations made within the woodlot due to the environmental preferences of the insects. <b>Prediction</b> It was predicted that more insects would be found within the sweep net in the grassland than within the sweep net in the forest.
DOI: 10.6084/m9.figshare.3863334
title: yorku.grassland.woodlot.Sept27-2016.csv

description: The experiment was conducted on September 27, 2016 from 3:30-4:30 pm at Boyer’s Woodlot near Ian Macdonald Boulevard (Latitude 43.78, Longitude -79.50). The latitude and longitude were recorded by using an online GPS. The habitat is a grassland defined as an open area at least 250m by 250m in size with few trees, disturbed open space similar to grassland in size but with more mixed vegetation and more trails for people such as a university open commons. The other habitat is a woodlot which is a forest on campus and contains a pond defined as a small body of water at least 100m in diameter. The weather was 21 degrees Celsius and cloudy with a moderate breeze of 13-18 mph as shown on the Beaufort scale. It was predicted that there would be more insects in the grassland than the woodlot. Then, it was hypothesized that there would be more insects in the grassland because there are more flowering plants which attract insects that are looking for a food source. The hypothesis was supported by the data, having ten insects in total for the grassland while the woodlot had one insect in total. To conduct this experiment, the researcher stood northwest of Lumbers Building and started taking 25 steps into the grassland. The 25 steps corresponded to 25 m. The researcher was swinging a sweep net back and forth while taking the 25 steps and took 3 minutes per transect. Each transect was 5 metres apart. A total of 10 transects were used for both the woodlot and grassland, for a total of 20 transects. The total number of insects was recorded by counting them per transect, after being captured in the sweep net. The number of species was also recorded per transect by counting and classifying them as 'recognizable taxonomic units' as follows: ladybird beetles, june beetles, green capsid bugs, bees, and flies. The frequency was recorded by counting the different types of species collected per transect.
DOI: 10.7910/dvn/v1rjpf/lyykzr
title: snk20171113_03.txt.gz

description: :unav
DOI: 10.6084/m9.figshare.3863331
title: Biol 2050 Labwk4 Technique&Data Sampling (Pan Trap)

description: Hypothesis: There is a correlation with the number of insects caught and the colour of the pan trap that has been laid out. <br> Method: The Pan Trap data was collected by placing down 3 different coloured pans: blue, yellow, and white. The pans were laid out in bundles of three, all spread out at random throughout the grassland area.This was repeated 6 times to get a total of 18 individual pans. They were all filled with about 5ml of warm soapy water to attract different sets of insects. The transact that was provided was laid out next to the pans and the distance in relative to the transect was measured. For example the first pan trap of the 3 was at the 1.5 meter mark on the transact. The pan traps were then observed 1.25 hours later. The number of insects that were caught in the pan trap was then recorded. <br> Predictions: 1: The closer the pan traps are to each other the less insects will be caught 2: the blue pan or yellow pan trap may catch more insects and bugs due to its vibrant colours and the attraction that insects or bugs have to vibrant colours. 3: Blue will attract more ants and terrestrial insects while yellow will attract more of the pollinators
DOI: 10.6084/m9.figshare.3863334.v1
title: yorku.grassland.woodlot.Sept27-2016.csv

description: The experiment was conducted on September 27, 2016 from 3:30-4:30 pm at Boyer’s Woodlot near Ian Macdonald Boulevard (Latitude 43.78, Longitude -79.50). The latitude and longitude were recorded by using an online GPS. The habitat is a grassland defined as an open area at least 250m by 250m in size with few trees, disturbed open space similar to grassland in size but with more mixed vegetation and more trails for people such as a university open commons. The other habitat is a woodlot which is a forest on campus and contains a pond defined as a small body of water at least 100m in diameter. The weather was 21 degrees Celsius and cloudy with a moderate breeze of 13-18 mph as shown on the Beaufort scale. It was predicted that there would be more insects in the grassland than the woodlot. Then, it was hypothesized that there would be more insects in the grassland because there are more flowering plants which attract insects that are looking for a food source. The hypothesis was supported by the data, having ten insects in total for the grassland while the woodlot had one insect in total. To conduct this experiment, the researcher stood northwest of Lumbers Building and started taking 25 steps into the grassland. The 25 steps corresponded to 25 m. The researcher was swinging a sweep net back and forth while taking the 25 steps and took 3 minutes per transect. Each transect was 5 metres apart. A total of 10 transects were used for both the woodlot and grassland, for a total of 20 transects. The total number of insects was recorded by counting them per transect, after being captured in the sweep net. The number of species was also recorded per transect by counting and classifying them as 'recognizable taxonomic units' as follows: ladybird beetles, june beetles, green capsid bugs, bees, and flies. The frequency was recorded by counting the different types of species collected per transect.
DOI: 10.6084/m9.figshare.3863322
title: YorkU.grassland.woodlot.Sept27-2016

description: <b>Hypothesis</b>: Insects are more attracted to brightly-coloured than dark-coloured bowls. <b>Prediction</b>: I will find more insects floating in the yellow bowl. I will find little to no insects floating on the blue bowls. <b>Methods:</b>1.) 10 coloured bowls (3 yellow, 3 blue and 4 white) were placed on a grassland and another 10 (3 yellow, 3 blue and 4 white) were placed on a woodlot from 3:25 to 4:25. The grassland and woodland were located near Keele and York Blvd. at York University, Keele Campus. Each bowl had a diameter of 17.5 cm and a depth of 4.5 cm. The bowls were randomly spaced 0.5m apart. The conditions can be described as partially cloudy. 2.) Each bowl was filled with approximately 40 mL of soap water.3.) After 1 hour has elapsed. the number of insects floating in the soap water of each coloured bowl was counted and tabulated. The data was uploaded to figshare. <b>Meta data:</b> Habitat: the location where the bowl was placed. It can be placed either on grassland or woodlot. It is categorical. Colour of Bowl: the bowl can be white, blue or yellow. It is categorical. Number of Insects: defined as the number of insects floating in the bowl. It is continuous. Number of species: defined as the number of unique species seen in the bowl. It is continuous.
DOI: 10.6084/m9.figshare.3863331.v1
title: Biol 2050 Labwk4 Technique&Data Sampling (Pan Trap)

description: Hypothesis: There is a correlation with the number of insects caught and the colour of the pan trap that has been laid out. <br> Method: The Pan Trap data was collected by placing down 3 different coloured pans: blue, yellow, and white. The pans were laid out in bundles of three, all spread out at random throughout the grassland area.This was repeated 6 times to get a total of 18 individual pans. They were all filled with about 5ml of warm soapy water to attract different sets of insects. The transact that was provided was laid out next to the pans and the distance in relative to the transect was measured. For example the first pan trap of the 3 was at the 1.5 meter mark on the transact. The pan traps were then observed 1.25 hours later. The number of insects that were caught in the pan trap was then recorded. <br> Predictions: 1: The closer the pan traps are to each other the less insects will be caught 2: the blue pan or yellow pan trap may catch more insects and bugs due to its vibrant colours and the attraction that insects or bugs have to vibrant colours. 3: Blue will attract more ants and terrestrial insects while yellow will attract more of the pollinators
DOI: 10.7910/dvn/v1rjpf/n6bmpt
title: snk20170801_03.txt.gz

description: :unav
DOI: 10.6084/m9.figshare.3863316
title: S3_Results.xlsx

description: Epidemiology of HPV genotypes among HIV positive women in Kenya: A systematic review and meta-analysis
DOI: 10.6084/m9.figshare.3863316.v1
title: S3_Results.xlsx

description: Epidemiology of HPV genotypes among HIV positive women in Kenya: A systematic review and meta-analysis
DOI: 10.6084/m9.figshare.3863322.v2
title: YorkU.grassland.woodlot.Sept27-2016

description: <b>Hypothesis</b>: Insects are more attracted to brightly-coloured than dark-coloured bowls. <b>Prediction</b>: I will find more insects floating in the yellow bowl. I will find little to no insects floating on the blue bowls. <b>Methods:</b>1.) 10 coloured bowls (3 yellow, 3 blue and 4 white) were placed on a grassland and another 10 (3 yellow, 3 blue and 4 white) were placed on a woodlot from 3:25 to 4:25. The grassland and woodland were located near Keele and York Blvd. at York University, Keele Campus. Each bowl had a diameter of 17.5 cm and a depth of 4.5 cm. The bowls were randomly spaced 0.5m apart. The conditions can be described as partially cloudy. 2.) Each bowl was filled with approximately 40 mL of soap water.3.) After 1 hour has elapsed. the number of insects floating in the soap water of each coloured bowl was counted and tabulated. The data was uploaded to figshare. <b>Meta data:</b> Habitat: the location where the bowl was placed. It can be placed either on grassland or woodlot. It is categorical. Colour of Bowl: the bowl can be white, blue or yellow. It is categorical. Number of Insects: defined as the number of insects floating in the bowl. It is continuous. Number of species: defined as the number of unique species seen in the bowl. It is continuous.
DOI: 10.7910/dvn/v1rjpf/3tad62
title: snk20170405_03.txt.gz

description: :unav