cometadata/datacite-titles-descriptions-related-identifiers huggingface dataset:
DOI: 10.6084/m9.figshare.1194554
title: Sweep Net - Lab 03 - Group 1

description: Akhilesh Kadian; Techniques & Data.
DOI: 10.6084/m9.figshare.1194543
title: Lab 3. Dataset 4

description: My method of capturing the insects was using a sweep net. I ran along a distance of 25m, which I used for all my transects. I then cupped the bottom of the sweep net and counted the insects in the net and jotted down the types of insects.
DOI: 10.6084/m9.figshare.1194540
title: Hand written capital alphabets

description: This is a manually generated dataset of handwritten capital alphabets made for demonstration of <strong>Pyxis</strong> during Shrishti 2014, IIT Roorkee, India. <strong>Description</strong><strong></strong> : <em>data.mat</em> : Each row contains 10000 (100 x 100) pixel values of the character defined in <em>label.mat</em>. There are 1630 rows in total. <em>label.mat</em> : Vector of labels from 0 ('A') to 25 ('Z') corresponding to <em>data.mat</em>.
DOI: 10.6084/m9.figshare.1194543.v1
title: Lab 3. Dataset 4

description: My method of capturing the insects was using a sweep net. I ran along a distance of 25m, which I used for all my transects. I then cupped the bottom of the sweep net and counted the insects in the net and jotted down the types of insects.
DOI: 10.6084/m9.figshare.1194489
title: AN ANALYSIS OF LAW REGULATING VULNERABILITY OF SENSITIVE PERSONAL DATA TO PHISHING IN INDIA

description: In the era of information technology data privacy is has become sacrosanct to individual privacy. Technology being dual edged sword can be misused to harm internet privacy. Phishing an online offence is similar to and is derived from word fishing in real world where offender sends mails (hook) to victims (bait) who think it is genuine mail and relies on it.
DOI: 10.6084/m9.figshare.1194494
title: THE EFFECT OF MATERNAL EMPLOYMENT ON THE PERSONALITY AND ACADEMIC ACHIEVEMENT OF ELEMENTARY SCHOOL CHILDREN WITH REFERENCE TO AGE AND GENDER

description: The study was conducted on a random sample of 90 boys and girls whose mothers were employed and another 90 boys and girls whose mothers were employed from fourth, fifth and sixth grades. For measuring the personality, junior Eysenck Personality Inventory (1965)was administered. The subjects' examination marks were taken into consideration to measure their academic chievement.
DOI: 10.6084/m9.figshare.1194494.v1
title: THE EFFECT OF MATERNAL EMPLOYMENT ON THE PERSONALITY AND ACADEMIC ACHIEVEMENT OF ELEMENTARY SCHOOL CHILDREN WITH REFERENCE TO AGE AND GENDER

description: The study was conducted on a random sample of 90 boys and girls whose mothers were employed and another 90 boys and girls whose mothers were employed from fourth, fifth and sixth grades. For measuring the personality, junior Eysenck Personality Inventory (1965)was administered. The subjects' examination marks were taken into consideration to measure their academic chievement.
DOI: 10.6084/m9.figshare.1194554.v2
title: Sweep Net - Lab 03 - Group 1

description: Akhilesh Kadian; Techniques & Data.
DOI: 10.6084/m9.figshare.1194489.v1
title: AN ANALYSIS OF LAW REGULATING VULNERABILITY OF SENSITIVE PERSONAL DATA TO PHISHING IN INDIA

description: In the era of information technology data privacy is has become sacrosanct to individual privacy. Technology being dual edged sword can be misused to harm internet privacy. Phishing an online offence is similar to and is derived from word fishing in real world where offender sends mails (hook) to victims (bait) who think it is genuine mail and relies on it.
DOI: 10.6084/m9.figshare.1194554.v1
title: Sweep Net - Lab 03 - Group 1

description: Akhilesh Kadian; Techniques & Data.
DOI: 10.6084/m9.figshare.1194374
title: Ecology Lab 3 - Pan Trap

description: At 2:30pm on Wednesday, October 1st, 2014 this lab was conducted in both the grasslands and the woodlot on the York University campus outside of the lumbers building. Using twelve small bowls, four blue, four white and four yellow, six were placed in the grasslands and six were placed in the woodlot while alternating colours. Each bowl was placed one meter apart from each other. We then placed roughly 30-40mL of soapy water into each bowl in both the woodlot and the grasslands. At the end of the lab, at 4:30pm, the bowls were collected and the number of insects and the recognizable taxonomic units were recorded.
DOI: 10.6084/m9.figshare.1194396
title: Insects Aggregation is Environmental Dependent

description: This experiment was conducted at Danby Woods (York University) during the fall term of 2014. The used tools were sweeping net, a timer, two measuring tapes (each 25 meters), and data sheet. The researcher applied the measuring tape on the grass land starting with 20 meters and added 5 meters to every new trial till reaching 40 meters in the last trial. Also, the sweeping period was recorded and was set to start with 30 seconds and increase by a factor of 7.5 seconds in every trial gradually till reaching 1 minute. In this case, the increasing of time is equally linked to the increasing of the distance. Further, the condition of the grass was estimated on a scale of 1-5 to investigate the difference between each habitat. The trails were conducted in pairs and each pair was given a number (1-5) with respecting the distance enlargement. Further, each individual in a trail pair was given either letters (a) or (b). Never the less, in some regions some litters were found and documented as (**). Further, in the last trail a dead animal was encountered and indicated as (*). Finally, the number and the type of insects was documented to study the density of insects and if there is any connection between insects. This experiment was conducted at 3:30 and the temperature was 14 °C (according to the Weather Network app). Note 1: The researcher defined an insect as: a small arthropod animal that has many pairs of legs and generally one or two pairs of wings. Note 2: The insect identification was performed by using <em>Insectidentification.org</em> website and <em>Insect Orders</em> app (From GooglePlay store).
DOI: 10.6084/m9.figshare.1194374.v1
title: Ecology Lab 3 - Pan Trap

description: At 2:30pm on Wednesday, October 1st, 2014 this lab was conducted in both the grasslands and the woodlot on the York University campus outside of the lumbers building. Using twelve small bowls, four blue, four white and four yellow, six were placed in the grasslands and six were placed in the woodlot while alternating colours. Each bowl was placed one meter apart from each other. We then placed roughly 30-40mL of soapy water into each bowl in both the woodlot and the grasslands. At the end of the lab, at 4:30pm, the bowls were collected and the number of insects and the recognizable taxonomic units were recorded.
DOI: 10.6084/m9.figshare.1194373
title: Grassland and Woodlot Insect Specie Sampling

description: Data on insect abundance and insect species within a York University grassland and a York University woodlot was obtained on a windy, rainy afternoon on October 3, 2014 with the help of Arlene Tran. Insect abundance and number of different taxonomic groups within 20 quadrats randomly placed were recorded. 10 quadrats were placed in the grassland and 10 were placed in the woodlot. The taxonomic groups were also observed and recorded. The purpose of this sampling was to obtain information on the abundance and variety of organisms living in the grassland and woodlot being examined.
DOI: 10.6084/m9.figshare.1194373.v1
title: Grassland and Woodlot Insect Specie Sampling

description: Data on insect abundance and insect species within a York University grassland and a York University woodlot was obtained on a windy, rainy afternoon on October 3, 2014 with the help of Arlene Tran. Insect abundance and number of different taxonomic groups within 20 quadrats randomly placed were recorded. 10 quadrats were placed in the grassland and 10 were placed in the woodlot. The taxonomic groups were also observed and recorded. The purpose of this sampling was to obtain information on the abundance and variety of organisms living in the grassland and woodlot being examined.
DOI: 10.6084/m9.figshare.1194367
title: Biol 2050 Monday Lab 3 Group 5, Quadrats 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 date is Monday 29 September, 2014, and the weather this day is sunny. Method: The 10 quadrats are placed randomly for both sites. For each quadrat, the number of species and the number of individuals for each species are counted. If some species cannot be identified during during the lab time, their characteristics will be recorded for indentifying later.
DOI: 10.6084/m9.figshare.1194369
title: Ecology lab week 4- Field sample training with animals

description: METHODS: The data was collected in two locations; the grasslands near stong pond and the saywell woodlot. A transcect of 200 metres was placed along a path with a significant amount of plant life. Using a net, to capture insects, it was "swept" along the path(kind of like pokemon).The net was swept along the bottom of plants just above the ground and in grassy areas. Swept along the whole transcect line for the whole 200 metres till the end was reached. Then the insect types and number of each was recorded. This was done 10 times in each different area, the grasslands and the woodlot, for a total of 20 times. The data was collected around 3:00 on September 30, 2014.
DOI: 10.6084/m9.figshare.1194370
title: LTSTM data from May 2003 part 1

description: This data set is the first from May 2003. It contains low temperature STM data.
DOI: 10.6084/m9.figshare.1194396.v2
title: Insects Aggregation is Environmental Dependent

description: This experiment was conducted at Danby Woods (York University) during the fall term of 2014. The used tools were sweeping net, a timer, two measuring tapes (each 25 meters), and data sheet. The researcher applied the measuring tape on the grass land starting with 20 meters and added 5 meters to every new trial till reaching 40 meters in the last trial. Also, the sweeping period was recorded and was set to start with 30 seconds and increase by a factor of 7.5 seconds in every trial gradually till reaching 1 minute. In this case, the increasing of time is equally linked to the increasing of the distance. Further, the condition of the grass was estimated on a scale of 1-5 to investigate the difference between each habitat. The trails were conducted in pairs and each pair was given a number (1-5) with respecting the distance enlargement. Further, each individual in a trail pair was given either letters (a) or (b). Never the less, in some regions some litters were found and documented as (**). Further, in the last trail a dead animal was encountered and indicated as (*). Finally, the number and the type of insects was documented to study the density of insects and if there is any connection between insects. This experiment was conducted at 3:30 and the temperature was 14 °C (according to the Weather Network app). Note 1: The researcher defined an insect as: a small arthropod animal that has many pairs of legs and generally one or two pairs of wings. Note 2: The insect identification was performed by using <em>Insectidentification.org</em> website and <em>Insect Orders</em> app (From GooglePlay store).
DOI: 10.6084/m9.figshare.1194370.v1
title: LTSTM data from May 2003 part 1

description: This data set is the first from May 2003. It contains low temperature STM data.
DOI: 10.6084/m9.figshare.1194396.v1
title: Insects Aggregation is Environmental Dependent

description: This experiment was conducted at Danby Woods (York University) during the fall term of 2014. The used tools were sweeping net, a timer, two measuring tapes (each 25 meters), and data sheet. The researcher applied the measuring tape on the grass land starting with 20 meters and added 5 meters to every new trial till reaching 40 meters in the last trial. Also, the sweeping period was recorded and was set to start with 30 seconds and increase by a factor of 7.5 seconds in every trial gradually till reaching 1 minute. In this case, the increasing of time is equally linked to the increasing of the distance. Further, the condition of the grass was estimated on a scale of 1-5 to investigate the difference between each habitat. The trails were conducted in pairs and each pair was given a number (1-5) with respecting the distance enlargement. Further, each individual in a trail pair was given either letters (a) or (b). Never the less, in some regions some litters were found and documented as (**). Further, in the last trail a dead animal was encountered and indicated as (*). Finally, the number and the type of insects was documented to study the density of insects and if there is any connection between insects. This experiment was conducted at 3:30 and the temperature was 14 °C (according to the Weather Network app). Note 1: The researcher defined an insect as: a small arthropod animal that has many pairs of legs and generally one or two pairs of wings. Note 2: The insect identification was performed by using <em>Insectidentification.org</em> website and <em>Insect Orders</em> app (From GooglePlay store).
DOI: 10.6084/m9.figshare.1194345
title: Specified RTUs of captured insects in grasslands region.

description: For this experiment, the sweep-net procedure was used. The experiment aimed to capture insects with vigorous net-sweeping action along specified transects. The distance walked along the transect each time was 25 meters for a total of 10 times. The targeted insects were located in the grasslands at York University. Once a single transect was complete, the net was held open and the captured insects were observed and identified according to their RTUs (recognizable taxonomic units). For each capture, the number of insects in each RTU were visually counted and recorded. This method was repeated 10 times in the grasslands and resulted in a total sample size of 54 captured insects.
DOI: 10.6084/m9.figshare.1194369.v1
title: Ecology lab week 4- Field sample training with animals

description: METHODS: The data was collected in two locations; the grasslands near stong pond and the saywell woodlot. A transcect of 200 metres was placed along a path with a significant amount of plant life. Using a net, to capture insects, it was "swept" along the path(kind of like pokemon).The net was swept along the bottom of plants just above the ground and in grassy areas. Swept along the whole transcect line for the whole 200 metres till the end was reached. Then the insect types and number of each was recorded. This was done 10 times in each different area, the grasslands and the woodlot, for a total of 20 times. The data was collected around 3:00 on September 30, 2014.
DOI: 10.6084/m9.figshare.1194344
title: LTSTM data from March 2003

description: This is low temperature STM data from March 2003.
DOI: 10.6084/m9.figshare.1194345.v1
title: Specified RTUs of captured insects in grasslands region.

description: For this experiment, the sweep-net procedure was used. The experiment aimed to capture insects with vigorous net-sweeping action along specified transects. The distance walked along the transect each time was 25 meters for a total of 10 times. The targeted insects were located in the grasslands at York University. Once a single transect was complete, the net was held open and the captured insects were observed and identified according to their RTUs (recognizable taxonomic units). For each capture, the number of insects in each RTU were visually counted and recorded. This method was repeated 10 times in the grasslands and resulted in a total sample size of 54 captured insects.
DOI: 10.6084/m9.figshare.1194322
title: BIOL 2050: Ecology - Lab 3 (Pan trap dataset)

description: The eastern end of York University campus grasslands and woodlots were used for the pan trap study sites on October 3, 2014 at about 3p.m. The temperature was about 22˚C with overcast and mild rain. The first study site was in the grasslands on an open patch of tall grass surrounded by taller sprouting vegetation. Ten of the solo bowls were placed in a relatively circular shape on the grass in alternating colours – yellow, blue and white. The second study site was in the woodlots where the bowls were placed on a flat part of the ground with tree leaves and branches blocking the sky above the bowls. Once again ten of the solo bowls were placed in a relatively circular shape on the soil in alternating colours – yellow, blue and white. Each of the bowls were ¾ filled with soapy water. After about an hour the study sites were revisited and all 20 bowls were observed to see if any animals were trapped in the soapy water. Each insect that was caught was identified (if possible) and recorded. The amount of animals caught in total as well as how many different species were trapped were recorded. A note was made of the colour of the bowl in which the animals were caught and well as if it was in grasslands or woodlots. The purpose of this study was to observe if there was any correlation between the colour of the bowl and the amount of animals that were trapped in that bowl. Another reason would be to see if there was a correlation between the colour of the bowl and the species of animals attracted to a colour(s) more than the other colours. The results from this dataset show that in the woodlots area animals are less likely to fall into the pan traps than in the open grasslands area. This study also provided as a way to gain experience in field sampling techniques with animals and traps. Study members were Lilach Dahoah-Halevi, Cait Carew, Shervin Tohidi and Nitharsija Srikanthan.
DOI: 10.6084/m9.figshare.1194321
title: Techniques & Data: field sample training with animals lab

description: The following data were recorded on a lightly rainy day with an overcast sky, at both a grassland and a nearby woodlot. A total of 9 pan traps (6 for the grassland, and 3 for the woodlot) were set up, approximately 2 meters apart, in a linear fashion. The pattern employed in the grassland was "white-blue-yellow", while the woodlot had used "blue-yellow-white". Also, the woodland set had the first pan in the least wooded area, and the subsquent pans were in progressively more woody areas (into the depth of the forest).
DOI: 10.6084/m9.figshare.1194322.v1
title: BIOL 2050: Ecology - Lab 3 (Pan trap dataset)

description: The eastern end of York University campus grasslands and woodlots were used for the pan trap study sites on October 3, 2014 at about 3p.m. The temperature was about 22˚C with overcast and mild rain. The first study site was in the grasslands on an open patch of tall grass surrounded by taller sprouting vegetation. Ten of the solo bowls were placed in a relatively circular shape on the grass in alternating colours – yellow, blue and white. The second study site was in the woodlots where the bowls were placed on a flat part of the ground with tree leaves and branches blocking the sky above the bowls. Once again ten of the solo bowls were placed in a relatively circular shape on the soil in alternating colours – yellow, blue and white. Each of the bowls were ¾ filled with soapy water. After about an hour the study sites were revisited and all 20 bowls were observed to see if any animals were trapped in the soapy water. Each insect that was caught was identified (if possible) and recorded. The amount of animals caught in total as well as how many different species were trapped were recorded. A note was made of the colour of the bowl in which the animals were caught and well as if it was in grasslands or woodlots. The purpose of this study was to observe if there was any correlation between the colour of the bowl and the amount of animals that were trapped in that bowl. Another reason would be to see if there was a correlation between the colour of the bowl and the species of animals attracted to a colour(s) more than the other colours. The results from this dataset show that in the woodlots area animals are less likely to fall into the pan traps than in the open grasslands area. This study also provided as a way to gain experience in field sampling techniques with animals and traps. Study members were Lilach Dahoah-Halevi, Cait Carew, Shervin Tohidi and Nitharsija Srikanthan.
DOI: 10.6084/m9.figshare.1194367.v1
title: Biol 2050 Monday Lab Group 5, Quadrats dataset

description: This lab is done by a group of 4 people at Grassland and Woodlot in York University. The date is Monday 29 September, 2014, and the weather this day is sunny. The quadarts are placed randomly for both sites, and the quantity of the species are counted by two group members.
DOI: 10.6084/m9.figshare.1194321.v1
title: Techniques & Data: field sample training with animals lab

description: The following data were recorded on a lightly rainy day with an overcast sky, at both a grassland and a nearby woodlot. A total of 9 pan traps (6 for the grassland, and 3 for the woodlot) were set up, approximately 2 meters apart, in a linear fashion. The pattern employed in the grassland was "white-blue-yellow", while the woodlot had used "blue-yellow-white". Also, the woodland set had the first pan in the least wooded area, and the subsquent pans were in progressively more woody areas (into the depth of the forest).
DOI: 10.6084/m9.figshare.1194320
title: Ecology 2050-Lab 3-Sweep Net Study

description: This dataset was collected on October 2, 2014 at 4:00pm in cloudy, slighty drizzly conditions. A 25 metre transect was laid in a straight line in a randomly selected area of York University's Keele campus grassland. The researcher started at one end of the transect and using a sweet net, walked in a straight line along the measuring tape, swinging left to right in a figure-eight motion. Once the full 25 metres was swept, the researcher clamped the sweep net using one's hands to ensure none of the flying insects could escape before being recorded. The contents of the net were difficult to see due to the translucent nature of the bag, so the contents were then dumped on the ground and the researcher observed the insects, being sure to note any that may have flown away. The type of insects that were found in the net were recorded along with how many of each there were. This process was completed ten times in total using ten randomly selected areas of the grassland.
DOI: 10.6084/m9.figshare.1194344.v1
title: LTSTM data from March & April

description: This is low temperature STM data from March & April 2003.
DOI: 10.6084/m9.figshare.1194367.v2
title: Biol 2050 Monday Lab Group 5, Quadrats dataset

description: This lab is done by a group of 4 people at Grassland and Woodlot in York University. The date is Monday 29 September, 2014, and the weather this day is sunny. The quadarts are placed randomly for both sites, and the quantity of the species are counted by two group members.