cometadata/datacite-titles-descriptions-related-identifiers huggingface dataset:
DOI: 10.5683/sp/j0svfm
title: Solidarity by Association: The Unionization of Faculty, Academic Librarians and Support Staff at Carleton University (1973-1976) Transcript [Swinton]

description: Swinton speaks about her involvement of academic librarians in the certification of the Carleton University Academic Staff Association (CUASA) in the mid 1970s. She took an active role in creating the Association of Professional Librarians at Carleton University (APLCU) and in buliding a relationship with Prof. Jill Vickers, the current CUASA president. She describes the events leading up to the decision to seek membership in CUASA and describes the context in which this significant shift in occupational status took place, including the gendered the nature of the university workplace. In particular, she talks about working conditions for female librarians. Uncorrected transcript (approximately 16 p.) from the original audio tape. Number of sessions: 1 Length of interview: Approximately 40 minutes Place of interview: Her home, Ottawa, Ontario Date of interview: May 30, 2011 Language of interview: English Name of transcriber: Teevi Mackay Date of transcription: July - August, 2011 Software used for transcription: NVivo
DOI: 10.5683/sp/gfzhbz
title: Replication Data for Sequences

description: FASTQ files
DOI: 10.5683/sp/vpzej8
title: Tribunal Space Photos

description: Photos of the Refugee Tribunal Spaces at 74 Victoria, Toronto.
DOI: 10.5683/sp/yatefd
title: Immigration Hearing Signage

description: Immigration Hearing similar setup to Refugee Tribunal Hearing. Same building.
DOI: 10.5683/sp/3562cd
title: Law Clinic Space

description: Legal Clinic - Ontario.
DOI: 10.5683/sp/k8gukx
title: Interview and Observation Notes

description: Interview notes, reviewed by Interviewees. Observation notes and comments from guides where appropriate.
DOI: 10.5683/sp/czijxc
title: A Novel Approach for Precise Motion Artefact Detection in Photoplethysmograph Signal Processing based on Dark Photocurrent

description: PPG signal is a useful tool for quick and critical diagnosis related to cardiovascular output via wearable or portable devices. Its drawback is unreliable during non-stationary states due to occurrences of frequency overlap of the desired and motion artifact signals. The accelerometer is usually used to reflect the motion artifact when the adaptive noise cancellation technique is implemented to address this obstacle, but it failed to predict the value of real induced noise accurately. In this work, we investigate a new concept that is capable of providing the entire motion artifact separately by recruiting twin photodetectors to formulate the influential signals. The main function of photo-detector (MPD) is to generate the corrupted PPG signal. While the second photo-detector (CPD) that covered up from the light effect, will be used to reflect the corruption effect that exists in both sources simultaneously by counting the generated dark photocurrent (GDPC). To validate the GDPC approach, experiments were executed to analyze the response of two methods during steady and motion state. Results showed resemblance responses for both methods regarding the’ amplitude fluctuations and high positive correlations in the time domain. Furthermore, the FFT peak plots in frequency domain indicated the potential of CPD to reflect all fundamental frequencies caused by motion, unlike the acceleration approach. Therefore, the proposed concept is a sure-fire method to obtain precise measurements at a lower cost.
DOI: 10.5683/sp/tjetpc
title: The JHI Corpus

description: During May, 2017, five exceptional undergraduate students from across the University of Toronto will join the iSquare Team, as part of the Jackman Scholars-in-Residence Program. To begin, the Scholars will be introduced to the iSquare Research Program, arts-informed visual methods, and the draw-and-write technique. Next, they will gather a new visual data set--JHiSquares—from 45 other Scholars-in-Residence; and they will learn how to manage this visual data in digital and print formats. To synthesize their experience, the group will engage the iSquare team’s Artist-in-Residence (Ms. Rebecca Noone, doctoral student) to envision and then create an arts-informed deliverable (e. g. an exhibition or performance) that captures their personal insights into the project; this research output will be shared with the JHI community. Finally, the Scholars will work with the iSquare team’s Data Manager (Ms. Stephanie Power, Faculty of Information alumna) to preserve the JHiSquares in the University of Toronto’s Dataverse, and then take the initial steps to ensure long-term access to the corpus. Ms. Christie Oh, doctoral candidate at the Faculty of Information, will assist throughout as the project's Education Manager. Overall, the Scholars-in-Residence will spend a month at a fertile site of arts-informed inquiry and experience the entire knowledge production process, that is: data creation, management, analysis, dissemination, and preservation. In return, the iSquare Research Program will be infused with the energy and new ideas from a youthful, undergraduate perspective. For more: http://www.isquares.info/jhisquares-blog
DOI: 10.5683/sp/tjccxc
title: Map of Comic Book and Graphic Novel Publishers (2016)

description: Geospatial dataset of contemporary comic book and graphic novel publishers, drawn from John Jackson Miller's 2016 Diamond sales estimates and Brian Hibbs's analysis of 2016 Nielsen BookScan data. Publisher locations sourced by the author.
DOI: 10.5683/sp/3ngfzy
title: Comic Book Publishers (ca. 1950)

description: Geospatial data set of 1950s comic book publishers. Addresses originally compiled by Bart Beaty.
DOI: 10.5683/sp/r5islu
title: Comic Book and Graphic Novel Sales Data (2016)

description: Sales for comic books and graphic novels through the direct market and bookstore channels in 2016. Direct market sales derived from John Jackson Miller's Diamond sales estimates. Bookstore sales derived from Brian Hibbs's analysis of Nielsen BookScan data.
DOI: 10.5683/sp2/acym18
title: GPAZ Regina East Station Data May 2019 - June 2020

description: NOTE: FOR THE DATA FROM AUGUST 20, 2019 TO JAN 14, 2020: Ozone measurements from the GPAZ stations were compared to the National Air Pollution Surveillance (NAPS) station located in Regina. The general observation was that the average ozone measurements at the three GPAZ stations dropped below the measurements at the NAPS station at approximately the same time that the daily span values began to decrease. Based upon these observations, it is expected that degrading ozone scrubbers in each of the instruments resulted in measurements that were biased low. It was determined that a correction factor should be applied to the recorded data in order to most accurately reflect actual ozone concentrations at each of the sites for a period of time prior to the ozone scrubbers being replaced. The corrections were based on daily instrument zeros and spans over the same time period. Historical data from May 2019 to June 2020 for Regina East station. Contains hourly measurements for O3, NO, NO2, NOX, SO2, H2S, CS, FPM, Wind speed, Wind direction, Temperature, BP, RH, and Rain
DOI: 10.5683/sp2/tqhri6
title: GPAZ Pense Station Data Oct 2019 - Jan 2020

description: NOTE FOR DATA FROM MARCH 6, 2019 TO MAY 4, 2020: Ozone measurements from the GPAZ stations were compared to the National Air Pollution Surveillance (NAPS) station located in Regina. The general observation was that the average ozone measurements at the three GPAZ stations dropped below the measurements at the NAPS station at approximately the same time that the daily span values began to decrease. Based upon these observations, it is expected that degrading ozone scrubbers in each of the instruments resulted in measurements that were biased low. It was determined that a correction factor should be applied to the recorded data in order to most accurately reflect actual ozone concentrations at each of the sites for a period of time prior to the ozone scrubbers being replaced. The corrections were based on daily instrument zeros and spans over the same time period. Historical data from Oct 1, 2019 to Jan 1, 2020 from the Pense station. Contains hourly measurements for O3, NO, NO2, NOX, SO2, H2S, CS, FPM, Wind speed, Wind direction, Temperature, BP, RH, and Rain.
DOI: 10.5683/sp2/pvboue
title: GPAZ Regina Station Data Oct 2019 - Jan 2020

description: NOTE FOR DATA FROM AUGUST 20, 2019 TO JANUARY 14, 2020: Ozone measurements from the GPAZ stations were compared to the National Air Pollution Surveillance (NAPS) station located in Regina. The general observation was that the average ozone measurements at the three GPAZ stations dropped below the measurements at the NAPS station at approximately the same time that the daily span values began to decrease. Based upon these observations, it is expected that degrading ozone scrubbers in each of the instruments resulted in measurements that were biased low. It was determined that a correction factor should be applied to the recorded data in order to most accurately reflect actual ozone concentrations at each of the sites for a period of time prior to the ozone scrubbers being replaced. The corrections were based on daily instrument zeros and spans over the same time period. Historical data from Oct 1, 2019 to Jan 1, 2020 from the Regina station. Contains hourly measurements for O3, NO, NO2, NOX, SO2, H2S, CS, FPM, Wind speed, Wind direction, Temperature, BP, RH, and Rain.
DOI: 10.5683/sp2/slibq6
title: GPAZ Yorkton Station Dat Oct 2019 - Jan 2020

description: NOTE FOR DATA FROM JAN 1, 2019 TO MAY 20, 2020: Ozone measurements from the GPAZ stations were compared to the National Air Pollution Surveillance (NAPS) station located in Regina. The general observation was that the average ozone measurements at the three GPAZ stations dropped below the measurements at the NAPS station at approximately the same time that the daily span values began to decrease. Based upon these observations, it is expected that degrading ozone scrubbers in each of the instruments resulted in measurements that were biased low. It was determined that a correction factor should be applied to the recorded data in order to most accurately reflect actual ozone concentrations at each of the sites for a period of time prior to the ozone scrubbers being replaced. The corrections were based on daily instrument zeros and spans over the same time period. Historical data from Oct 1, 2019 to Jan 1, 2020 for Yorkton station. Contains hourly measurements for O3, NO, NO2, NOX, SO2, H2S, CS, FPM, Wind speed, Wind direction, Temperature, BP, RH, and Rain.
DOI: 10.5683/sp2/zbuwhj
title: GPAZ Regina Station Data Jan 2020 to May 2020

description: NOTE FOR DATA FROM AUGUST 20, 2019 TO JANUARY 14, 2020: Ozone measurements from the GPAZ stations were compared to the National Air Pollution Surveillance (NAPS) station located in Regina. The general observation was that the average ozone measurements at the three GPAZ stations dropped below the measurements at the NAPS station at approximately the same time that the daily span values began to decrease. Based upon these observations, it is expected that degrading ozone scrubbers in each of the instruments resulted in measurements that were biased low. It was determined that a correction factor should be applied to the recorded data in order to most accurately reflect actual ozone concentrations at each of the sites for a period of time prior to the ozone scrubbers being replaced. The corrections were based on daily instrument zeros and spans over the same time period. Historical data from Jan 1, 2020 to May 1, 2020 from the Regina station. Contains hourly measurements for O3, NO, NO2, NOX, SO2, H2S, CS, FPM, Wind speed, Wind direction, Temperature, BP, RH, and Rain.
DOI: 10.5683/sp2/ie5nem
title: GPAZ Regina Station Data April 29, 2019 to July 1, 2019

description: Historical data from April 29, 2019 to July 1, 2019 from the Regina station. Contains hourly measurements for O3, NO, NO2, NOX, SO2, H2S, CS, FPM, Wind speed, Wind direction, Temperature, BP, RH, and Rain.
DOI: 10.5683/sp2/epdwxm
title: GPAZ Pense Station Jan 1 2018 to April 1 2018

description: Historical data from Jan 1, 2018 to April 1, 2018 from the Pense station. Contains hourly measurements for O3, NO, NO2, NOX, SO2, H2S, CS, FPM, Wind speed, Wind direction, Temperature, BP, RH, and Rain.
DOI: 10.5683/sp2/yjefjq
title: GPAZ Pense Station Jan 1 2019 to April 1 2019

description: NOTE FOR DATA FROM MARCH 6, 2019 TO MAY 4, 2020: Ozone measurements from the GPAZ stations were compared to the National Air Pollution Surveillance (NAPS) station located in Regina. The general observation was that the average ozone measurements at the three GPAZ stations dropped below the measurements at the NAPS station at approximately the same time that the daily span values began to decrease. Based upon these observations, it is expected that degrading ozone scrubbers in each of the instruments resulted in measurements that were biased low. It was determined that a correction factor should be applied to the recorded data in order to most accurately reflect actual ozone concentrations at each of the sites for a period of time prior to the ozone scrubbers being replaced. The corrections were based on daily instrument zeros and spans over the same time period. Historical data from Jan 1, 2019 to April 1, 2019 from the Pense station. Contains hourly measurements for O3, NO, NO2, NOX, SO2, H2S, CS, FPM, Wind speed, Wind direction, Temperature, BP, RH, and Rain.
DOI: 10.5683/sp2/dqfx8j
title: GPAZ Pense Station Jan 1 2020 to May 1 2020 Data

description: NOTE FOR DATA FROM MARCH 6, 2019 TO MAY 4, 2020: Ozone measurements from the GPAZ stations were compared to the National Air Pollution Surveillance (NAPS) station located in Regina. The general observation was that the average ozone measurements at the three GPAZ stations dropped below the measurements at the NAPS station at approximately the same time that the daily span values began to decrease. Based upon these observations, it is expected that degrading ozone scrubbers in each of the instruments resulted in measurements that were biased low. It was determined that a correction factor should be applied to the recorded data in order to most accurately reflect actual ozone concentrations at each of the sites for a period of time prior to the ozone scrubbers being replaced. The corrections were based on daily instrument zeros and spans over the same time period. Historical data from Jan 1, 2020 to May 1, 2020 from the Pense station. Contains hourly measurements for O3, NO, NO2, NOX, SO2, H2S, CS, FPM, Wind speed, Wind direction, Temperature, BP, RH, and Rain.
DOI: 10.5683/sp2/mw3ubc
title: GPAZ Pense Station April 1 2018 to July 1 2018 Data

description: Historical data from April 1, 2018 to July 1, 2018 from the Pense station. Contains hourly measurements for O3, NO, NO2, NOX, SO2, H2S, CS, FPM, Wind speed, Wind direction, Temperature, BP, RH, and Rain.
DOI: 10.5683/sp2/8egbnw
title: GPAZ Pense Station April 1 2019 to July 1 2019

description: NOTE FOR DATA FROM MARCH 6, 2019 TO MAY 4, 2020: Ozone measurements from the GPAZ stations were compared to the National Air Pollution Surveillance (NAPS) station located in Regina. The general observation was that the average ozone measurements at the three GPAZ stations dropped below the measurements at the NAPS station at approximately the same time that the daily span values began to decrease. Based upon these observations, it is expected that degrading ozone scrubbers in each of the instruments resulted in measurements that were biased low. It was determined that a correction factor should be applied to the recorded data in order to most accurately reflect actual ozone concentrations at each of the sites for a period of time prior to the ozone scrubbers being replaced. The corrections were based on daily instrument zeros and spans over the same time period. Historical data from April 1, 2019 to July 1, 2019 from the Pense station. Contains hourly measurements for O3, NO, NO2, NOX, SO2, H2S, CS, FPM, Wind speed, Wind direction, Temperature, BP, RH, and Rain.
DOI: 10.5683/sp2/mv9t9t
title: GPAZ Pense Station July 1 2018 to Oct 1 2018

description: Historical data from July 1, 2018 to Oct 1, 2018 from the Pense station. Contains hourly measurements for O3, NO, NO2, NOX, SO2, H2S, CS, FPM, Wind speed, Wind direction, Temperature, BP, RH, and Rain.
DOI: 10.5683/sp2/henngw
title: GPAZ Pense Station July 1 2019 to Oct 1 2019

description: Historical data from July 1, 2019 to Oct 1, 2019 from the Pense station. Contains hourly measurements for O3, NO, NO2, NOX, SO2, H2S, CS, FPM, Wind speed, Wind direction, Temperature, BP, RH, and Rain.
DOI: 10.5683/sp2/82tcql
title: GPAZ Pense Station Oct 1 2018 to Jan 1 2019 Data

description: Historical data from Oct 1, 2018 to Jan 1, 2019 from the Pense station. Contains hourly measurements for O3, NO, NO2, NOX, SO2, H2S, CS, FPM, Wind speed, Wind direction, Temperature, BP, RH, and Rain.
DOI: 10.5683/sp2/sqippy
title: GPAZ Yorkton Station Data April 1 2018 to July 1 2018

description: Historical data from April 1, 2018 to July 1, 2018 from the Yorkton station. Contains hourly measurements for O3, NO, NO2, NOX, SO2, H2S, CS, FPM, Wind speed, Wind direction, Temperature, BP, RH, and Rain.
DOI: 10.5683/sp2/gsut45
title: GPAZ Yorkton Station Data April 1 2019 to July 1 2019

description: NOTE FOR DATA FROM JAN 1, 2019 TO MAY 20, 2020: Ozone measurements from the GPAZ stations were compared to the National Air Pollution Surveillance (NAPS) station located in Regina. The general observation was that the average ozone measurements at the three GPAZ stations dropped below the measurements at the NAPS station at approximately the same time that the daily span values began to decrease. Based upon these observations, it is expected that degrading ozone scrubbers in each of the instruments resulted in measurements that were biased low. It was determined that a correction factor should be applied to the recorded data in order to most accurately reflect actual ozone concentrations at each of the sites for a period of time prior to the ozone scrubbers being replaced. The corrections were based on daily instrument zeros and spans over the same time period. Historical data from April 1, 2019 to July 1, 2020 from the Yorkton station. Contains hourly measurements for O3, NO, NO2, NOX, SO2, H2S, CS, FPM, Wind speed, Wind direction, Temperature, BP, RH, and Rain.
DOI: 10.5683/sp2/kqdlkt
title: GPAZ Yorkton Station Data Jan 1 2018 to April 1 2018

description: Historical data from Jan 1, 2018 to April 1, 2018 from the Yorkton station. Contains hourly measurements for O3, NO, NO2, NOX, SO2, H2S, CS, FPM, Wind speed, Wind direction, Temperature, BP, RH, and Rain.
DOI: 10.5683/sp2/kovffq
title: GPAZ Yorkton Station Data Jan 1, 2019 to April 1, 2019

description: NOTE FOR DATA FROM JAN 1, 2019 TO MAY 20, 2020: Ozone measurements from the GPAZ stations were compared to the National Air Pollution Surveillance (NAPS) station located in Regina. The general observation was that the average ozone measurements at the three GPAZ stations dropped below the measurements at the NAPS station at approximately the same time that the daily span values began to decrease. Based upon these observations, it is expected that degrading ozone scrubbers in each of the instruments resulted in measurements that were biased low. It was determined that a correction factor should be applied to the recorded data in order to most accurately reflect actual ozone concentrations at each of the sites for a period of time prior to the ozone scrubbers being replaced. The corrections were based on daily instrument zeros and spans over the same time period. Historical data from Jan 1, 2019 to April 1, 2019 from the Yorkton station. Contains hourly measurements for O3, NO, NO2, NOX, SO2, H2S, CS, FPM, Wind speed, Wind direction, Temperature, BP, RH, and Rain.
DOI: 10.5683/sp2/r3tt09
title: GPAZ Yorkton Station Data Jan 1, 2020 to May 1, 2020

description: NOTE FOR DATA FROM JAN 1, 2019 TO MAY 20, 2020: Ozone measurements from the GPAZ stations were compared to the National Air Pollution Surveillance (NAPS) station located in Regina. The general observation was that the average ozone measurements at the three GPAZ stations dropped below the measurements at the NAPS station at approximately the same time that the daily span values began to decrease. Based upon these observations, it is expected that degrading ozone scrubbers in each of the instruments resulted in measurements that were biased low. It was determined that a correction factor should be applied to the recorded data in order to most accurately reflect actual ozone concentrations at each of the sites for a period of time prior to the ozone scrubbers being replaced. The corrections were based on daily instrument zeros and spans over the same time period. Historical data from Jan 1, 2020 to May 1, 2020 from the Yorkton station. Contains hourly measurements for O3, NO, NO2, NOX, SO2, H2S, CS, FPM, Wind speed, Wind direction, Temperature, BP, RH, and Rain.
DOI: 10.5683/sp2/0tuzid
title: GPAZ Yorkton Station Data July 1, 2018 to Oct 1, 2018

description: Historical data from July 1, 2018 to Oct 1, 2018 from the Yorkton station. Contains hourly measurements for O3, NO, NO2, NOX, SO2, H2S, CS, FPM, Wind speed, Wind direction, Temperature, BP, RH, and Rain.
DOI: 10.5683/sp2/o0xboq
title: GPAZ Yorkton Station Data July 1, 2019 to Oct 1, 2019

description: NOTE FOR DATA FROM JAN 1, 2019 TO MAY 20, 2020: Ozone measurements from the GPAZ stations were compared to the National Air Pollution Surveillance (NAPS) station located in Regina. The general observation was that the average ozone measurements at the three GPAZ stations dropped below the measurements at the NAPS station at approximately the same time that the daily span values began to decrease. Based upon these observations, it is expected that degrading ozone scrubbers in each of the instruments resulted in measurements that were biased low. It was determined that a correction factor should be applied to the recorded data in order to most accurately reflect actual ozone concentrations at each of the sites for a period of time prior to the ozone scrubbers being replaced. The corrections were based on daily instrument zeros and spans over the same time period. Historical data from July 1, 2019 to Oct 1, 2019 from the Yorkton station. Contains hourly measurements for O3, NO, NO2, NOX, SO2, H2S, CS, FPM, Wind speed, Wind direction, Temperature, BP, RH, and Rain.
DOI: 10.5683/sp2/cnicwo
title: GPAZ Yorkton Station Data Oct 1, 2018 to Jan 1, 2019

description: NOTE FOR DATA FROM JAN 1, 2019 TO MAY 20, 2020: Ozone measurements from the GPAZ stations were compared to the National Air Pollution Surveillance (NAPS) station located in Regina. The general observation was that the average ozone measurements at the three GPAZ stations dropped below the measurements at the NAPS station at approximately the same time that the daily span values began to decrease. Based upon these observations, it is expected that degrading ozone scrubbers in each of the instruments resulted in measurements that were biased low. It was determined that a correction factor should be applied to the recorded data in order to most accurately reflect actual ozone concentrations at each of the sites for a period of time prior to the ozone scrubbers being replaced. The corrections were based on daily instrument zeros and spans over the same time period. Historical data from Oct 1, 2018 to Jan 1, 2019 from the Yorkton station. Contains hourly measurements for O3, NO, NO2, NOX, SO2, H2S, CS, FPM, Wind speed, Wind direction, Temperature, BP, RH, and Rain.