cometadata/datacite-titles-descriptions-related-identifiers huggingface dataset:
DOI: 10.6084/m9.figshare.1226566
title: Ecology BIOL2050 Lab Section 01: Experimental Design, Effects of water distance on arthropod abundance in Grasslands.

description: <strong>Method:</strong> Three 16 m transects set up 15 m apart, 5 m away and perpendicular from edge of Stong Pond in Arboretum at York. Three different coloured pans (blue, white, yellow) set in alternating colours every 2 m. Total 27 pans, 9 per transect, 3 of each colour per transect. Approx 2 cm of detergent/water added to each pan. Pans observed after set out for 1.5 hours (3PM-4:30 PM). Individuals captured categorised by order. Vicky Luu, Pan-trapping insects in grassland to determine effect of water on abundance, Group 2
DOI: 10.6084/m9.figshare.1226568
title: Experimental Design Dataset

description: In a group of 5, a 50m transect was laid out from the edge of a pond to the edge of a grassland. At each 10m interval (including the 0m interval), 2 quadrats were laid out; one on each side of the transect. The species of plants in each quadrat were recorded along with the average height of the species between the 2 quadrats (measured in inches using a measuring tape) as well as the average coverage of each species between the 2 quadrats (estimated as a percentage). This process was repeated for the area between the edge of the same pond and the edge of a road (disturbance).
DOI: 10.6084/m9.figshare.1226588.v1
title: POSTER STRES

description: ESTUDIO DE VIGILANCIA PARA STRES LABORAL
DOI: 10.6084/m9.figshare.1226564
title: The Designed Experiment: pan traps on transects.

description: Jehan Yousif
DOI: 10.6084/m9.figshare.1226523
title: FICHA GLUTARALDEHIDO

description: AGENTE QUIMICO GLUTARALDEHIDO
DOI: 10.6084/m9.figshare.1226564.v1
title: The Designed Experiment: pan traps on transects.

description: Jehan Yousif
DOI: 10.6084/m9.figshare.1226522
title: Red, Orange and Yellow Pantrap Experiment Metadata

description: In order to investigate the attraction of pollinators to the color range of yellow, orange and red an experiment was designed using 60 pantraps. Ten of each colour pantraps were laid out alternating in colour from yellow, orange, and red. This was done in both grassland and woodland region, 30 in each area. The pantraps remained in the areas for a total of three hours. The time was recorded for when the pantraps were finished being laid out and the time the experimenters began collecting data. Also data was recorded reporting the colour, the number of total insects in each pan trap, the taxonomic name of the insects, and number of insects in each taxonomic group. The results were used to observe the correlation between abundance insect pollinators and possible varying degrees of attraction to yellow, red and orange flowers. Furthermore comparing the effect of location (of woodland and grassland regions) on the abundance of insect taxonomic groups present as well as the effect of location on any possible trend indicating a colour preference of pollinators.
DOI: 10.6084/m9.figshare.1226566.v1
title: Ecology BIOL2050 Lab Section 01: Experimental Design, Effects of water distance on arthropod abundance in Grasslands.

description: <strong>Method:</strong> Three 16 m transects set up 15 m apart, 5 m away and perpendicular from edge of Stong Pond in Arboretum at York. Three different coloured pans (blue, white, yellow) set in alternating colours every 2 m. Total 27 pans, 9 per transect, 3 of each colour per transect. Approx 2 cm of detergent/water added to each pan. Pans observed after set out for 1.5 hours (3PM-4:30 PM). Individuals captured categorised by order. Vicky Luu, Pan-trapping insects in grassland to determine effect of water on abundance, Group 2
DOI: 10.6084/m9.figshare.1226521
title: POSTER ESTRES

description: EVALUACION DEL ESTRES
DOI: 10.6084/m9.figshare.1226522.v1
title: Red, Orange and Yellow Pantrap Experiment Metadata

description: In order to investigate the attraction of pollinators to the color range of yellow, orange and red an experiment was designed using 60 pantraps. Ten of each colour pantraps were laid out alternating in colour from yellow, orange, and red. This was done in both grassland and woodland region, 30 in each area. The pantraps remained in the areas for a total of three hours. The time was recorded for when the pantraps were finished being laid out and the time the experimenters began collecting data. Also data was recorded reporting the colour, the number of total insects in each pan trap, the taxonomic name of the insects, and number of insects in each taxonomic group. The results were used to observe the correlation between abundance insect pollinators and possible varying degrees of attraction to yellow, red and orange flowers. Furthermore comparing the effect of location (of woodland and grassland regions) on the abundance of insect taxonomic groups present as well as the effect of location on any possible trend indicating a colour preference of pollinators.
DOI: 10.6084/m9.figshare.1226566.v3
title: Ecology BIOL2050 Lab Section 01: Experimental Design, Effects of water distance on arthropod abundance in Grasslands.

description: <strong>Method:</strong> Three 16 m transects set up 15 m apart, 5 m away and perpendicular from edge of Stong Pond in Arboretum at York. Three different coloured pans (blue, white, yellow) set in alternating colours every 2 m. Total 27 pans, 9 per transect, 3 of each colour per transect. Approx 2 cm of detergent/water added to each pan. Pans observed after set out for 1.5 hours (3PM-4:30 PM). Individuals captured categorised by order. Vicky Luu, Pan-trapping insects in grassland to determine effect of water on abundance, Group 2
DOI: 10.6084/m9.figshare.1226523.v2
title: FICHA GLUTARALDEHIDO

description: AGENTE QUIMICO GLUTARALDEHIDO
DOI: 10.6084/m9.figshare.1226566.v2
title: Ecology BIOL2050 Lab Section 01: Experimental Design, Effects of water distance on arthropod abundance in Grasslands.

description: <strong>Method:</strong> Three 16 m transects set up 15 m apart, 5 m away and perpendicular from edge of Stong Pond in Arboretum at York. Three different coloured pans (blue, white, yellow) set in alternating colours every 2 m. Total 27 pans, 9 per transect, 3 of each colour per transect. Approx 2 cm of detergent/water added to each pan. Pans observed after set out for 1.5 hours (3PM-4:30 PM). Individuals captured categorised by order. Vicky Luu, Pan-trapping insects in grassland to determine effect of water on abundance, Group 2
DOI: 10.6084/m9.figshare.1226518
title: Experimental Design (Pantrap color preference)

description: We placed 12 pantraps of alternative colors (Yellow, Blue and White) in three rows in grasslands of york university. The data was collected on October 27th 2014 at 3 pm to 5 pm in York university Keele campus. The temperature was 10 degreees celcius and the weather was cloudy. The environment around was filled with tall grasss (20cm-60cm long), golden rods, thistle and the ground was damp. Bahar and farnaz placed 12 pantraps (70 cm apart) of alternating colors in each lane for 3 rows which each row was 1 m apart form the other row. Then Daniel half filled the pantraps with soapy water. After 2 hours we as a group counted the total macroinvertebrates in each pantrap and also tooke note of different types. Tiffanie and Farnaz recorded the data.
DOI: 10.6084/m9.figshare.1226519
title: Insect Species Diversity Across Different Types of Vegetation

description: Hypothesis Species diversity in the area vegetation is present is higher than area where vegetation is absent due to the abundant vegetation. Four students set out to grassland site at York university keele campus at 2:30 pm. Two areas in the grassland site were chosen to execute the experiment. One area where vegetation was present (area 1) had a high abundance of vegetation; the area was covered with tall and bushy plants highly disturbed grassland area. The second area where vegetation was absent (area 2) there were no tall plants and mainly comprised of flattened grass. In area 2 the students made sure that if there were any tall grass surrounding the pan traps it would be removed by hand or a shovel. Two line transects were laid out 18m across the areas and 9 pan traps of different colors were placed along the transect in a straight line line leaving 2m between each pan. The pan traps colors were 3 blue, 3 yellow, and 3 white these were placed in alternating colors in order to attract different types of insects. The pans were half filled with soapy water in order to catch the insects and the soaps purpose was to cut the surface tension in order for the insect to drown instantly. The pan traps were left undisturbed for two and a half hours. For each pan trap the students counted the number of insects captured in each pan and the record the number of different recognizable taxonomic units (rtus). A replicate was performed the following week at the same time. The weather conditions were different for both days. On the first day of collecting data it was windy and rainy, the following week the weather was partially cloudy and sunny no wind, puddles were present in both sites.
DOI: 10.6084/m9.figshare.1226520
title: estres

description: estres
DOI: 10.6084/m9.figshare.1226521.v2
title: POSTER ESTRES

description: EVALUACION DEL ESTRES
DOI: 10.6084/m9.figshare.1226523.v1
title: FICHA GLUTARALDEHIDO

description: AGENTE QUIMICO GLUTARALDEHIDO
DOI: 10.6084/m9.figshare.1226518.v1
title: Experimental Design (Pantrap color preference)

description: We placed 12 pantraps of alternative colors (Yellow, Blue and White) in three rows in grasslands of york university. The data was collected on October 27th 2014 at 3 pm to 5 pm in York university Keele campus. The temperature was 10 degreees celcius and the weather was cloudy. The environment around was filled with tall grasss (20cm-60cm long), golden rods, thistle and the ground was damp. Bahar and farnaz placed 12 pantraps (70 cm apart) of alternating colors in each lane for 3 rows which each row was 1 m apart form the other row. Then Daniel half filled the pantraps with soapy water. After 2 hours we as a group counted the total macroinvertebrates in each pantrap and also tooke note of different types. Tiffanie and Farnaz recorded the data.
DOI: 10.6084/m9.figshare.1226521.v1
title: POSTER ESTRES

description: EVALUACION DEL ESTRES
DOI: 10.6084/m9.figshare.1226514
title: Experimental design-Week 6

description: This experiment was designed to examine which of the treatments were more attractant to insects with respect the weather conditions at York University grassland. There were 3 sets; each had all four treatments (water, sugar, salt, and perfume). The stations were placed randomly, where the first set was placed where the T.A. stopped at. The second station was placed 8 meters to the right of the first station and the third was 8 meters to the right of the second station. All the treatments were dissolved with water at 5% concentration, but the perfume was 10 buffs on the grass bundle. Each grass bundle treatment was placed on white sheet. The stations were about 2 meter square with additional 50cm of human free zoon to eliminate disturbance. Insects’ abundance was collected every 20 minutes from each set for every treatment allowing the researchers to obtain 3 trials on 20 minutes intervals. Thus, in 120 minutes, there were 18 replicated trials collected for each treatment. The same experiment was conducted on another day; the only change was that the sheets of paper were changed from white to brown and the weather condition. On day “1” there were showers, gentle breeze (7-9 mph), with 12°C temperature. Further, day “2” was sunny and the soil was lightly wet with temperature 15°C. Day “1” was 15/10/2014 while day “2” was on 22/10/2014 and the experiments timing was 3:00pm-4:45pm for both days. The limitation for this experiment was the used paper sheets, they may alternate the readings since the white or brown color may alternate in insects’ attention. Thus, that may violate the data collection from the both days. Further, the change in weather condition between day “1” and day “2” as rain may reduce the number of flying insects and heat may alternate insects’ behaviour from looking for food to looking for water. Thus, to overcome those limitations, the weather conditions need to be controlled (i.e. in lab experiment). Further, the experiment needs to have a uniform in terms of the color of the paper sheets used.
DOI: 10.6084/m9.figshare.1226514.v1
title: Experimental design-Week 6

description: This experiment was designed to examine which of the treatments were more attractant to insects with respect the weather conditions at York University grassland. There were 3 sets; each had all four treatments (water, sugar, salt, and perfume). The stations were placed randomly, where the first set was placed where the T.A. stopped at. The second station was placed 8 meters to the right of the first station and the third was 8 meters to the right of the second station. All the treatments were dissolved with water at 5% concentration, but the perfume was 10 buffs on the grass bundle. Each grass bundle treatment was placed on white sheet. The stations were about 2 meter square with additional 50cm of human free zoon to eliminate disturbance. Insects’ abundance was collected every 20 minutes from each set for every treatment allowing the researchers to obtain 3 trials on 20 minutes intervals. Thus, in 120 minutes, there were 18 replicated trials collected for each treatment. The same experiment was conducted on another day; the only change was that the sheets of paper were changed from white to brown and the weather condition. On day “1” there were showers, gentle breeze (7-9 mph), with 12°C temperature. Further, day “2” was sunny and the soil was lightly wet with temperature 15°C. Day “1” was 15/10/2014 while day “2” was on 22/10/2014 and the experiments timing was 3:00pm-4:45pm for both days. The limitation for this experiment was the used paper sheets, they may alternate the readings since the white or brown color may alternate in insects’ attention. Thus, that may violate the data collection from the both days. Further, the change in weather condition between day “1” and day “2” as rain may reduce the number of flying insects and heat may alternate insects’ behaviour from looking for food to looking for water. Thus, to overcome those limitations, the weather conditions need to be controlled (i.e. in lab experiment). Further, the experiment needs to have a uniform in terms of the color of the paper sheets used.
DOI: 10.6084/m9.figshare.1226510
title: Bibliography of APCs and hybrid publishing

description: A bibliography of articles, reports, and working papers on article processing charges (APCs), hybrid publishing, and the issue of double dipping. Updated on 22 July 2016.
DOI: 10.6084/m9.figshare.1226500
title: Experimental Design

description: The Pan Trap datasets were collected on October 27, 2014 between the hours of 3:00pm and 4:00pm. The location was at the York University Keele Campus located in Toronto, Ontario in both a disturbed area (baseball diamond) and a grassland. At the onset of the lab, the researchers laid out three 1m x 1m quadrants in the grassland and in the disturbed area. These quadrants were spaced approximately 3m apart from each other in all directions. Inside each quadrant there were three plastic bowls - yellow, blue, and white. Each bowl was filled with 2 inches of soapy water. After this was set up, the researchers counted the number of plants within each quadrants. After approximately an hour, the researchers returned to the sites and counted the number of different insects and the different types of insects within each pan trap and quadrant. After the observation, the soapy water was disposed of and the bowls were collected.
DOI: 10.6084/m9.figshare.1226498
title: Trastornos del sueño en el Hospital Delfina Torres de Concha

description: Estudio realizado en el personal del Hospital Delfina Torres de Esmeraldas sobre trastornos del sueño
DOI: 10.6084/m9.figshare.1226500.v1
title: Experimental Design

description: The Pan Trap datasets were collected on October 27, 2014 between the hours of 3:00pm and 4:00pm. The location was at the York University Keele Campus located in Toronto, Ontario in both a disturbed area (baseball diamond) and a grassland. At the onset of the lab, the researchers laid out three 1m x 1m quadrants in the grassland and in the disturbed area. These quadrants were spaced approximately 3m apart from each other in all directions. Inside each quadrant there were three plastic bowls - yellow, blue, and white. Each bowl was filled with 2 inches of soapy water. After this was set up, the researchers counted the number of plants within each quadrants. After approximately an hour, the researchers returned to the sites and counted the number of different insects and the different types of insects within each pan trap and quadrant. After the observation, the soapy water was disposed of and the bowls were collected.
DOI: 10.6084/m9.figshare.1226496
title: Grasslands Insect Abundance With Sweep Net Usage

description: For this afternoon field experiment, held on Monday October 27, 2014, data was collected throughout the York University Keele Campus’s woodlot from approximately 2:45PM - 5:00PM. The actual weather forecast (courtesy of http://www.accuweather.com/en/ca/toronto/m5g/october-weather/55488) for that time of day varied anywhere from as low as 1ᵒC to as high as 12ᵒC. The execution component of the group designed experiment consisted of four males, one of which included myself. All four team members worked collectively as a group to conduct the experiment and collect the appropriate data (low grassland v.s. high grassland) so as to ensure the most accurate results. To conduct this experiment one needs to gather all of the required materials (pens/pencils plus lined paper for tabulation of results, a line transect along with a sweep net, and quite possibly an insect dichotomous key) beforehand. Make sure to assign two distinct areas (high grassland v.s. low grassland) to be eventually studied and experimentally analyzed near the York University Grasslands area. This is because as a group, members will be responsible to carry out the experiment involving a line transect and a sweep net. A sweep net collectively with a line transect will be utilized in order to sweep both insect(s) and spider(s) within areas of each of the two separate chosen spots of grassland. Walk transects (predetermined distance wherein all target organisms that are touching the tape/rope is sampled or where distance to the line is measured) in the grassland for a specified length of time (key variable to record as the longer one sweeps the likelihood of more being caught) and record total number of captured insects and spiders in combination with the total number of unique and recognizable insect taxonomic units (rtus) detected for each trial/replicate. Repeat approximately ten to twenty times (preferably fifteen trials conducted in both grassland types) throughout the given area being tested.
DOI: 10.6084/m9.figshare.1226491
title: data on insect diversity and bird abundance

description: Our group is using quadrats and transect as sampling method to exam: 1. the number of different bird species and totoal number of individuals of each bird species. 2. number of different insect species and totoal number of individuals of each insect species. The data are collected on two habitat types: grassland and woodlot. First, we will be using 10 quadrats, which is one meter squared in area, to measure insect diversity on both sites. Specifically, the quadrate will be randomly placed at 10 different positions on the field and all the species identified in each one will be counted. Secondly, we will be using 10 transects per habitat to measure bird species. The transect will be randomly placed at 10 different spots at each habitat, and for every transect, we walk 25 metres and visually count the bird species using the help of a binocle. Last but not least, we also note the abiotic factors that might influence the data, such as temperature and wind speed.
DOI: 10.6084/m9.figshare.1226496.v1
title: Grasslands Insect Abundance With Sweep Net Usage

description: For this afternoon field experiment, held on Monday October 27, 2014, data was collected throughout the York University Keele Campus’s woodlot from approximately 2:45PM - 5:00PM. The actual weather forecast (courtesy of http://www.accuweather.com/en/ca/toronto/m5g/october-weather/55488) for that time of day varied anywhere from as low as 1ᵒC to as high as 12ᵒC. The execution component of the group designed experiment consisted of four males, one of which included myself. All four team members worked collectively as a group to conduct the experiment and collect the appropriate data (low grassland v.s. high grassland) so as to ensure the most accurate results. To conduct this experiment one needs to gather all of the required materials (pens/pencils plus lined paper for tabulation of results, a line transect along with a sweep net, and quite possibly an insect dichotomous key) beforehand. Make sure to assign two distinct areas (high grassland v.s. low grassland) to be eventually studied and experimentally analyzed near the York University Grasslands area. This is because as a group, members will be responsible to carry out the experiment involving a line transect and a sweep net. A sweep net collectively with a line transect will be utilized in order to sweep both insect(s) and spider(s) within areas of each of the two separate chosen spots of grassland. Walk transects (predetermined distance wherein all target organisms that are touching the tape/rope is sampled or where distance to the line is measured) in the grassland for a specified length of time (key variable to record as the longer one sweeps the likelihood of more being caught) and record total number of captured insects and spiders in combination with the total number of unique and recognizable insect taxonomic units (rtus) detected for each trial/replicate. Repeat approximately ten to twenty times (preferably fifteen trials conducted in both grassland types) throughout the given area being tested.
DOI: 10.6084/m9.figshare.1226488
title: Food and Odor Dependence on Number of Insects in a given area

description: The researchers were taken to the grassland, which is placed in York University’s Keele Campus. Experiment was done for 3 trials in each day and for 2 days. 12 bunches of grass were prepared and 3 of them are washed with perfume, other 3 were washed with pure water, other 3 were washed with salinated water and last 3 were washed with sugar concentrated water. In each trial, number of insects were counted and recorded for every 20 minutes, for 2 hours according to their presence whether in salinated grass, glucose rich grass, water grass, or washed with perfume grass. Temperature was recorded by researchers by knowing the fact that it is going to affect the number of insects present in the whole grassland at that day.
DOI: 10.6084/m9.figshare.1226482
title: que la ansiedad no te mate

description: estudio sobre la salud mental de personal de maternidad virgen de la buena esperanza
DOI: 10.6084/m9.figshare.1226488.v1
title: Food and Odor Dependence on Number of Insects in a given area

description: The researchers were taken to the grassland, which is placed in York University’s Keele Campus. Experiment was done for 3 trials in each day and for 2 days. 12 bunches of grass were prepared and 3 of them are washed with perfume, other 3 were washed with pure water, other 3 were washed with salinated water and last 3 were washed with sugar concentrated water. In each trial, number of insects were counted and recorded for every 20 minutes, for 2 hours according to their presence whether in salinated grass, glucose rich grass, water grass, or washed with perfume grass. Temperature was recorded by researchers by knowing the fact that it is going to affect the number of insects present in the whole grassland at that day.