cometadata/datacite-titles-descriptions-related-identifiers huggingface dataset:
DOI: 10.6084/m9.figshare.3846867
title: Farmacovigilancia - programas UV

description: Farmacovigilancia: creación de un nuevo plan de estudios aplicando estrategias educativas modernas: aprendizaje virtual, proyectos de investigación en farmacovigilancia realizados en escenarios virtuales (análisis de bases de datos públicas - ej. clinicaltrials.gov - utilizando Internet) o reales (ej. HUV, Vallepharma, etc).<br>Pharmacovigilance: creation of a novel curriculum applying modern educational approaches (virtual learning, pharmacovigilance research projects in virtual (data collection and analysis using the Internet) or real (e.g., HUV, Vallepharma, etc) scenarios.<br>The program is flexible - El programa es flexible.<br>El bilingüismo es una necesidad que la Universidad del Valle ha reconocido en múltiples ocasiones - prueba de esto son los documentos actuales de planeación estratégica para las siguientes décadas: los materiales de estudio en este curso serán en su mayoría textos escritos en Inglés: <i>whether you like it or not - it is absolutely not negotiable - it is neither a matter susceptible to be influenced by any kind of democratic discussion: this decision is completely autocratic or dictatorial by your professor. If you don't understand these lines there is nothing you can do about it - except the following: (i) try using a free software (easily available through the Internet) to translate anything from English to Spanish, (ii) make an extra effort, put something from your part: just don't be lazy about the academic level I expect from you (I don't care that you believe to deserve any kind of special treatment just because you are here "the best for the best" -- let me tell you: the slogan of Univalle is pure B.S. - wake up, open your eyes, or someone else in the future will open your eyes (and you'll not like it - it's a fantasy that the real world will tell you soon after your graduation - you are not the best, neither your University). Nonetheless, keep reading because you may choose to read or ignore anything related with this elective course.</i> <br>Los estudiantes deciden lo que quieren hacer de acuerdo a sus propios intereses, principios éticos/morales y otros factores que pueden ser posibles limitantes de su desempeño académico (ej. competencias deficientes en la comprensión de lectura y comunicación escrita en Español/Inglés, falta de tiempo por otras asignaturas profesionales, falta de interés y entusiasmo en la asignatura por cualquier razón - que podría ser muy valida: por ej. depresión mayor o duelo reciente por la muerte de un familiar en 1er grado, etc).
DOI: 10.6084/m9.figshare.3846867.v1
title: Farmacovigilancia - programas UV

description: Farmacovigilancia: creación de un nuevo plan de estudios aplicando estrategias educativas modernas: aprendizaje virtual, proyectos de investigación en farmacovigilancia realizados en escenarios virtuales (análisis de bases de datos públicas - ej. clinicaltrials.gov - utilizando Internet) o reales (ej. HUV, Vallepharma, etc).<br>Pharmacovigilance: creation of a novel curriculum applying modern educational approaches (virtual learning, pharmacovigilance research projects in virtual (data collection and analysis using the Internet) or real (e.g., HUV, Vallepharma, etc) scenarios.<br>The program is flexible - El programa es flexible.<br>El bilingüismo es una necesidad que la Universidad del Valle ha reconocido en múltiples ocasiones - prueba de esto son los documentos actuales de planeación estratégica para las siguientes décadas: los materiales de estudio en este curso serán en su mayoría textos escritos en Inglés: <i>whether you like it or not - it is absolutely not negotiable - it is neither a matter susceptible to be influenced by any kind of democratic discussion: this decision is completely autocratic or dictatorial by your professor. If you don't understand these lines there is nothing you can do about it - except the following: (i) try using a free software (easily available through the Internet) to translate anything from English to Spanish, (ii) make an extra effort, put something from your part: just don't be lazy about the academic level I expect from you (I don't care that you believe to deserve any kind of special treatment just because you are here "the best for the best" -- let me tell you: the slogan of Univalle is pure B.S. - wake up, open your eyes, or someone else in the future will open your eyes (and you'll not like it - it's a fantasy that the real world will tell you soon after your graduation - you are not the best, neither your University). Nonetheless, keep reading because you may choose to read or ignore anything related with this elective course.</i> <br>Los estudiantes deciden lo que quieren hacer de acuerdo a sus propios intereses, principios éticos/morales y otros factores que pueden ser posibles limitantes de su desempeño académico (ej. competencias deficientes en la comprensión de lectura y comunicación escrita en Español/Inglés, falta de tiempo por otras asignaturas profesionales, falta de interés y entusiasmo en la asignatura por cualquier razón - que podría ser muy valida: por ej. depresión mayor o duelo reciente por la muerte de un familiar en 1er grado, etc).
DOI: 10.7910/dvn/v1rjpf/wtb5ni
title: mea20150829_03.txt.gz

description: :unav
DOI: 10.7910/dvn/v1rjpf/snlkyn
title: mea20160806_03.txt.gz

description: :unav
DOI: 10.7910/dvn/v1rjpf/qwgoez
title: mea20150508_03.txt.gz

description: :unav
DOI: 10.7910/dvn/v1rjpf/ihh08l
title: mea20150920_03.txt.gz

description: :unav
DOI: 10.6084/m9.figshare.3846858
title: YORK UNIVERSITY GRASSLAND LAB

description: The purpose of this lab was to observe and classify the plant life diversity in an open grassland near the York University Keele campus in Toronto, Ontario, Canada. The grassland was extremely vast with a few trees to provide shade. The temperature ranged around 24°C with sunny temperatures. No clouds were seen. To forgo this experiment, 1 metre by 1 metre quadrats were placed in random areas across the vast grassland for a total of 25 times. Each quadrant acted as a restricted area where the total abundance of plants, number of species, percentage of land covered by grass, without plant life and with plant life were observed and measured. This lab took around 60 minutes to complete. <br>Meta-Data: 1. <b> </b><b>Total Abundance of Plants:</b> An estimation, using the naked eye, or any other feasible technique to determine the number of plants in the select 1 metre by 1 metre quadrant. <b>2. </b><b>Number of Species</b>: Determining the number of different plant species in the 1 metre by 1 metre quadrant. This could relate to different flowers, grass, etc. This is done using the naked eye by differentiating the plants by shape, size, colour and texture. <b>3. </b><b>Percentage (%) of Land Covered by Grass</b>: An estimation, using the naked eye, or any other feasible technique to determine the percentage (%) of land that is covered by grass <b>only</b> in the 1 metre by 1 metre quadrat. This is done by estimating how much grass covers land out of the number 1. If grass were to only cover half the land, it would be reflected as 0.5/1 multiplied by a 100, which is 50%. 4. <b> </b><b>Percentage (%) of Land Without Plant Life</b>: An estimation, using the naked eye, or any other feasible technique to determine the amount of land that is not covered by plant life including grass in the 1 metre by 1 metre quadrat. This is done using the same method as mentioned previously. 5. <b> </b><b>Percentage (%) of Land with Plant Life:</b> An estimation, using the naked eye, or any other feasible technique to determine the amount of land covered by plant life <b>not including grass</b> in the 1 metre by 1 metre quadrat. This is done using the same method as mentioned previously. 6. <b>Quadrat:</b> A 1 metre by 1 metre frame that acts as a sample for assessing plant and animal life in ecology. · Flowers were rarely seen. If they were seen, however, they came in scarce numbers. An indigo-coloured plant was seen and was identified as the Late Purple Aster specie. · There were not many trees to be seen. There were about 2 to 3. The trees have not been identified. · There were many leaves on the grassland. The most prominent being the bur oak.
DOI: 10.6084/m9.figshare.3846858.v1
title: YORK UNIVERSITY GRASSLAND LAB

description: The purpose of this lab was to observe and classify the plant life diversity in an open grassland near the York University Keele campus in Toronto, Ontario, Canada. The grassland was extremely vast with a few trees to provide shade. The temperature ranged around 24°C with sunny temperatures. No clouds were seen. To forgo this experiment, 1 metre by 1 metre quadrats were placed in random areas across the vast grassland for a total of 25 times. Each quadrant acted as a restricted area where the total abundance of plants, number of species, percentage of land covered by grass, without plant life and with plant life were observed and measured. This lab took around 60 minutes to complete. <br>Meta-Data: 1. <b> </b><b>Total Abundance of Plants:</b> An estimation, using the naked eye, or any other feasible technique to determine the number of plants in the select 1 metre by 1 metre quadrant. <b>2. </b><b>Number of Species</b>: Determining the number of different plant species in the 1 metre by 1 metre quadrant. This could relate to different flowers, grass, etc. This is done using the naked eye by differentiating the plants by shape, size, colour and texture. <b>3. </b><b>Percentage (%) of Land Covered by Grass</b>: An estimation, using the naked eye, or any other feasible technique to determine the percentage (%) of land that is covered by grass <b>only</b> in the 1 metre by 1 metre quadrat. This is done by estimating how much grass covers land out of the number 1. If grass were to only cover half the land, it would be reflected as 0.5/1 multiplied by a 100, which is 50%. 4. <b> </b><b>Percentage (%) of Land Without Plant Life</b>: An estimation, using the naked eye, or any other feasible technique to determine the amount of land that is not covered by plant life including grass in the 1 metre by 1 metre quadrat. This is done using the same method as mentioned previously. 5. <b> </b><b>Percentage (%) of Land with Plant Life:</b> An estimation, using the naked eye, or any other feasible technique to determine the amount of land covered by plant life <b>not including grass</b> in the 1 metre by 1 metre quadrat. This is done using the same method as mentioned previously. 6. <b>Quadrat:</b> A 1 metre by 1 metre frame that acts as a sample for assessing plant and animal life in ecology. · Flowers were rarely seen. If they were seen, however, they came in scarce numbers. An indigo-coloured plant was seen and was identified as the Late Purple Aster specie. · There were not many trees to be seen. There were about 2 to 3. The trees have not been identified. · There were many leaves on the grassland. The most prominent being the bur oak.
DOI: 10.7910/dvn/v1rjpf/fotbp3
title: mea20150219_03.txt.gz

description: :unav
DOI: 10.6084/m9.figshare.3846849
title: data woodlot on September 21. York University, BIOL2050, Lortie, techniques lab plants, and ecology.

description: BIOL2050 Lab 02. This experiment was conducted in the Woodlot at York University on 21nd September 2016 between 3:00-4:30 pm with team members: Pham Ha Phuong do. The temperature was 25°C, clear skies with a cool breeze. Due to the canopy coverage there was very little sunlight in the Woodlot.
DOI: 10.7910/dvn/v1rjpf/tkfrjl
title: mea20161216_03.txt.gz

description: :unav
DOI: 10.6084/m9.figshare.3846849.v1
title: data woodlot on September 21. York University, BIOL2050, Lortie, techniques lab plants, and ecology.

description: BIOL2050 Lab 02. This experiment was conducted in the Woodlot at York University on 21nd September 2016 between 3:00-4:30 pm with team members: Pham Ha Phuong do. The temperature was 25°C, clear skies with a cool breeze. Due to the canopy coverage there was very little sunlight in the Woodlot.
DOI: 10.7910/dvn/v1rjpf/c5yetf
title: mea20160507_03.txt.gz

description: :unav
DOI: 10.6084/m9.figshare.3846840
title: Lab 2- Woodlot Data set 3

description: Metadata <b>First Tree D.B.H (cm)-</b> D.B.H (Diameter at breast height) was approximately 130cm from the ground, which was the observer’s breast height, and was measured in centimeters. The diameter of the tree trunk was measured at this height with the use of transect tape. It was horizontally allied along the trunk (diameter) of the tree and the value was recorded. The D.B.H was measured in regards to the larger tree; the tree that was visually observed as large contained a wider trunk, was bigger and taller). <b>Conditions: </b>A number between 0-2 was given to each tree that was observed according to its physical appearance and/or condition. 0= Tree is dead, no leaves/brown dead leaves, peeling bark. 1= The tree is living with few leaves, not a very abundant canopy. 3= Tree has a large green canopy, with healthy leaves and bark. This was determined according to the observer’s discretion on each tree. <b>Distance between first and second tree (cm):</b>The distance between the first observed tree and the second observed tree was measured in centimeters by transect tape. The distance was measured from each trees’ trunk. These trees were not a selective type, the distance was measured between trees with close locality. <b>Hypothesis</b> It is hypothesized that the larger the diameter of the tree and the greater the distance between the first and the second tree, the tree will be in a better condition due to the fact that it has less surrounding completion and has its own personal space. With this, the tree can utilize the resources around it for itself only. <b>Prediction 1: </b>The greater the D.B.H of the first tree, the further the second tree is. <b>Prediction 2: </b>The further the second tree is, the better conditions of the first tree. <b>Site Description: </b>Danby woodlot, York University Campus. Data was collected at the time period of 14:30-17:30, at the temperature of 28°C, sunny, hot, humid weather. Abundant vegetation of leaves, flowers, grass, weeds and other plants.
DOI: 10.7910/dvn/v1rjpf/gqzjmz
title: mea20150209_03.txt.gz

description: :unav
DOI: 10.6084/m9.figshare.3846840.v1
title: Lab 2- Woodlot Data set 3

description: Metadata <b>First Tree D.B.H (cm)-</b> D.B.H (Diameter at breast height) was approximately 130cm from the ground, which was the observer’s breast height, and was measured in centimeters. The diameter of the tree trunk was measured at this height with the use of transect tape. It was horizontally allied along the trunk (diameter) of the tree and the value was recorded. The D.B.H was measured in regards to the larger tree; the tree that was visually observed as large contained a wider trunk, was bigger and taller). <b>Conditions: </b>A number between 0-2 was given to each tree that was observed according to its physical appearance and/or condition. 0= Tree is dead, no leaves/brown dead leaves, peeling bark. 1= The tree is living with few leaves, not a very abundant canopy. 3= Tree has a large green canopy, with healthy leaves and bark. This was determined according to the observer’s discretion on each tree. <b>Distance between first and second tree (cm):</b>The distance between the first observed tree and the second observed tree was measured in centimeters by transect tape. The distance was measured from each trees’ trunk. These trees were not a selective type, the distance was measured between trees with close locality. <b>Hypothesis</b> It is hypothesized that the larger the diameter of the tree and the greater the distance between the first and the second tree, the tree will be in a better condition due to the fact that it has less surrounding completion and has its own personal space. With this, the tree can utilize the resources around it for itself only. <b>Prediction 1: </b>The greater the D.B.H of the first tree, the further the second tree is. <b>Prediction 2: </b>The further the second tree is, the better conditions of the first tree. <b>Site Description: </b>Danby woodlot, York University Campus. Data was collected at the time period of 14:30-17:30, at the temperature of 28°C, sunny, hot, humid weather. Abundant vegetation of leaves, flowers, grass, weeds and other plants.
DOI: 10.7910/dvn/v1rjpf/xjiusz
title: mea20150907_03.txt.gz

description: :unav
DOI: 10.7910/dvn/v1rjpf/bd0dkw
title: mea20160822_03.txt.gz

description: :unav
DOI: 10.6084/m9.figshare.3846831
title: ecology 2 .xlsx

description: Height Measured in centimetres # of leaves Number of leaves visible attached. # of flowers Number of flowers recorded if visible. Degree of Crowdedness 0 = open, 1= some plants nearby, 2 = quite a few and 3 = very much crowded bunch of plants within 50cm, regardless of species. Methods Description: On Wednesday, September 21<sup>st</sup>, 2016, at roughly 2:50 pm, with sunny clear skies, data was collected. Data was collected at the York University grasslands. A transect tape was elongated to 25 meters and then placed along the grassland. Each time the species was spotted with the naked eye touching the transect, its properties were recorded as displayed on the excel spreadsheet. Variables are explained by the meta data. At random, one leaf was chosen from the species, stretched to its full length and measured by another measuring tape in centimetres. Then, all of the leaves attached to the species were counted. Number of flowers were recorded if seen. Lastly, how crowded the patch was, was recorded from 0 to 3. Numbers are explained by the Meta data, this means that if the grass is all the way around the species, degree is 3. This process was repeated for a number of 50 individuals. The numbers from 0 to 3 are huge indication if the grass abundance is high or low and dry and aid identifying patterns. Common name for the species is known as Dandelion, scientifically known as T<i>araxacum officinalis</i>.
DOI: 10.7910/dvn/v1rjpf/nvdupd
title: mea20160926_03.txt.gz

description: :unav
DOI: 10.6084/m9.figshare.3846828
title: Lab 2 - Woodlot, Dataset 4

description: Meta-data Tree - A list of the number of pairs of trees measured and observed. DBH - (Diameter Breast Height) Two neighbouring maple trees were randomly sampled, the visually larger (thicker/taller) of the two was labeled the adult tree. The diameter of the larger of the two maple trees was measured across the trunk in centimetres with transect tape. The trunk was measured at the average chest height of one of the observers; approximately 130cm above the ground. Distance to Sapling - The distance in centimetres between the two randomly sampled, neighbouring maple trees. The distance was measured at an average chest height of one of the observers at 130 cm above the ground with transect tape. % Canopy Coverage - The canopy coverage of the larger maple tree, measured by visually observing how much of the canopy filled an 11 by 6 cm rectangle made by our fingers in percentage. Site Description Danby Woodlot, York University, 28°C, Sunny/Humid weather, Many different species of vegetation in the plot, September 21, 2016, 2:30-5:30 pm. Method 10 randomly sampled pairs of trees were measured. 2 maple trees close together were paired with the visually larger (thicker/taller) labeled as the adult tree and the smaller labeled as the sapling. Using transect tape, the diameters of both adult and sapling trunks were taken at an average chest height (130 cm) above ground. At the same height, the distance between the two trees was also measured with the transect tape. Finally, looking straight up the adult tree, an 11 by 6 cm rectangle was made with our fingers and we visually observed the percentage of the canopy coverage. Coverage was calculated by the amount of leaves covering our square. Hypothesis The larger the diameter of the adult tree and the closer the sapling to the adult, the canopy coverage will be higher because the sapling leaves will overlap with the adult tree leaves and make a larger, more dense canopy. PredictionsPrediction 1 - The larger the adult tree, the closer the sapling is to the adult. Prediction 2 - The closer the sapling to the adult tree, the larger the canopy coverage of the adult tree.
DOI: 10.6084/m9.figshare.3846828.v1
title: Lab 2 - Woodlot, Dataset 4

description: Meta-data Tree - A list of the number of pairs of trees measured and observed. DBH - (Diameter Breast Height) Two neighbouring maple trees were randomly sampled, the visually larger (thicker/taller) of the two was labeled the adult tree. The diameter of the larger of the two maple trees was measured across the trunk in centimetres with transect tape. The trunk was measured at the average chest height of one of the observers; approximately 130cm above the ground. Distance to Sapling - The distance in centimetres between the two randomly sampled, neighbouring maple trees. The distance was measured at an average chest height of one of the observers at 130 cm above the ground with transect tape. % Canopy Coverage - The canopy coverage of the larger maple tree, measured by visually observing how much of the canopy filled an 11 by 6 cm rectangle made by our fingers in percentage. Site Description Danby Woodlot, York University, 28°C, Sunny/Humid weather, Many different species of vegetation in the plot, September 21, 2016, 2:30-5:30 pm. Method 10 randomly sampled pairs of trees were measured. 2 maple trees close together were paired with the visually larger (thicker/taller) labeled as the adult tree and the smaller labeled as the sapling. Using transect tape, the diameters of both adult and sapling trunks were taken at an average chest height (130 cm) above ground. At the same height, the distance between the two trees was also measured with the transect tape. Finally, looking straight up the adult tree, an 11 by 6 cm rectangle was made with our fingers and we visually observed the percentage of the canopy coverage. Coverage was calculated by the amount of leaves covering our square. Hypothesis The larger the diameter of the adult tree and the closer the sapling to the adult, the canopy coverage will be higher because the sapling leaves will overlap with the adult tree leaves and make a larger, more dense canopy. PredictionsPrediction 1 - The larger the adult tree, the closer the sapling is to the adult. Prediction 2 - The closer the sapling to the adult tree, the larger the canopy coverage of the adult tree.
DOI: 10.7910/dvn/v1rjpf/q7w47h
title: mea20150430_03.txt.gz

description: :unav
DOI: 10.7910/dvn/v1rjpf/kppo3q
title: mea20160120_03.txt.gz

description: :unav
DOI: 10.7910/dvn/v1rjpf/xwwqqd
title: mea20160515_03.txt.gz

description: :unav
DOI: 10.6084/m9.figshare.3846810
title: Ecology2050 Grassland Dataset #1

description: Hypothesis: It is predicted that the more abundance of species in a square-meter area, the less rich that area will be, due to it being a hotspot for certain species of plants to thrive and outcompete other plant species.<br>Predictions: The higher the number of individual plants in a square-meter area, the less rich in plant species that area will be. The more abundant a species is, the higher the % of the area it will cover, and the less grass will be present. <br>A one meter-square quadrat was laid down on a grassland. An estimate by eye and calculations of the number of individual plants, the number of different species of plants, the % of plant cover, and the % of grass cover were each taken in that square-meter area.<br>The data was collected in the Danby Grassland, an open field, on a sunny late afternoon with a light breeze. There were no roads in the immediate area and was located next to a woodlot.
DOI: 10.7910/dvn/v1rjpf/dqn1ca
title: mea20150923_03.txt.gz

description: :unav