Report on the Faculty & Postdoctoral Survey on Research ......Felicity Tayler, E-Research Librarian,...
Transcript of Report on the Faculty & Postdoctoral Survey on Research ......Felicity Tayler, E-Research Librarian,...
Report on the Faculty & Postdoctoral Survey
on Research Data Management at the
University of Ottawa
Report prepared by:
Melissa Cheung, Principal Investigator
Co-investigators:
Jessica McEwan
Patrick Labelle
Lindsey Sikora
March 2020
Acknowledgements
This study would not have been successful without the help and support of colleagues. The survey team
would like to thank Catie Sahadath, former Data Librarian, for her work on this project. Many thanks to
Felicity Tayler, E-Research Librarian, and Chantal Ripp, Research Librarian (Data), for their feedback
and guidance in preparing this report, and to library colleagues who provided suggestions to improve the
survey questionnaires. We are also grateful for the support from past University Librarian Leslie Weir,
from current University Librarian Talia Chung as well as from members of the Library’s senior
leadership. We would also like to acknowledge the contributions of Dave Weatherall, former
Communications and Marketing Officer.
Executive Summary
Introduction This report provides an overview of the Faculty and Postdoctoral Survey on Research Data Management
conducted by librarians at the University of Ottawa (uOttawa). The survey was designed to:
• determine how uOttawa researchers manage and share research data beyond the duration of their
project
• determine how the uOttawa Library might help to facilitate data management activities
• understand some of the differences in research data management practices and needs across
disciplines and sub-disciplines
Survey participants were asked general questions related to research data management (RDM) as well as
specific questions about potential RDM services that could be offered by the Library. The bilingual
(English/French) survey was deployed in two phases targeting different disciplines. The surveys for
Science and Engineering, and for Humanities and Social Sciences were available from November 14 to
25, 2016. The survey for Health and Medical Sciences was available from March 20 to March 31, 2017.
Key Findings
• Researchers need RDM services and infrastructure that facilitate collaboration, including
international collaborations that may be subject to multiple RDM policies.
• Researchers indicated their intent to share their data in the future and would benefit from
assistance in identifying appropriate methods of data sharing that comply with applicable
policies related to research ethics. In particular, there is an interest in support for using
institutional repositories to share research data.
• Researchers could benefit from assistance with data documentation for appropriate reuse of their
data and to foster reproducibility in research to meet Tri-Agency expectations for excellence in
data stewardship.
• Researchers need or would prefer assistance and/or guided documentation to prepare data
management plans (DMPs). • Researchers indicated they were not teaching RDM topics, which suggests a lack of education
and training in the essentials of research data management for the next generation of researchers.
Background As public funding agencies and publishers recognize the value in preserving research data, many are
developing policies around data management, sharing, and preservation. In the US and the UK, funding
mandates require that research groups submit a research data management plan (DMP) in order to secure
funding. Similar mandates are expected in Canada, following the release of the Tri-Agency Statement of
Principles on Digital Data Management1 in 2016 and the draft Tri-Agency Research Data Management
Policy2 in 2018.
Librarians from universities across Canada, including uOttawa, are collaborating to conduct a series of
surveys to better understand data management practices and needs in the natural sciences, engineering,
social sciences, humanities, and health sciences.
Methodology
Survey Design The survey instrument was initially developed by the University of Toronto Libraries for researchers in
science and engineering. Members of the Canadian RDM Survey Consortium3 worked together to
modify the survey, creating one version targeting researchers in the humanities and social sciences and
another version for researchers in the health and medical sciences. The uOttawa research team further
customized these three surveys to reflect the departmental structure and unique characteristics of the
uOttawa academic community, including translating the surveys into French to address the bilingual
nature of the University. As a result, the uOttawa survey included six questionnaires: one for each
discipline, and each with separate English and French versions.
The science and engineering (SciEng) survey consisted of 22 questions. The humanities and social
sciences (HUSS) survey included additional questions related to the digital humanities for a total of 24
questions. The health and medical sciences (HSM) survey consisted of 23 questions due to differences in
how the questions were entered and numbered in the survey tool.
The questions in all three surveys were organized into four sections:
1. Demographics and general questions
2. Working with research data
3. Data sharing
4. Funding mandates and RDM services
Survey Distribution The surveys were administered using FluidSurveys. The SciEng and HUSS surveys were deployed at
the same time and were available from November 14 to 25, 2016. The HSM survey, which was
developed at a later date, was available from March 20 to March 31, 2017.
A distribution list containing names, email addresses and language preferences of faculty members and
postdoctoral fellows in each department was requested from uOttawa Human Resources. Personalized
invitations to participate in the survey were sent by email from the University Librarian’s Office to
1 Tri-Agency Statement of Principles on Digital Data Management - http://www.science.gc.ca/eic/site/063.nsf/eng/h_83F7624E.html 2 Draft Tri-Agency Research Data Management Policy - http://www.science.gc.ca/eic/site/063.nsf/eng/h_97610.html 3 Canadian RDM Survey Consortium ‐ https://portagenetwork.ca/network-of-experts/network-of-expertise/rdm-survey-consortium/
3,213 faculty members and postdoctoral fellows. Researchers were invited to complete the appropriate
disciplinary survey that corresponded to their faculty4 and in their preferred language. Completing the
survey was entirely voluntary and anonymous.
Limitations of Research Methodology The results of this survey provide insights into the RDM practices and attitudes of uOttawa faculty
members and postdoctoral fellows who completed the survey. However, there are limitations in the
survey design. Participants who completed the survey were self-selected, which may have led to bias in
the results. Additionally, survey questionnaires were developed at different times and were further
modified to reflect characteristics of the institution administering the survey. This resulted in
inconsistent terminology appearing in the survey.
Furthermore, the timing of survey deployment may have contributed to a low response rate. The SciEng
and HUSS surveys were distributed six months after a Library collections survey that was launched to
inform the decision-making process of a cost-cutting exercise. This may have led to survey fatigue and a
lack of trust in the Library’s motivations for conducting another survey. At least one faculty member
declined to participate in the RDM survey citing concerns that the Library would use survey results to
cancel more services and resources as part of cost reduction. Meanwhile, the HSM survey was
distributed at the end of the academic year before final exams, which may have led to a low response
rate from the Faculty of Health Sciences and the Faculty of Medicine.
Given these limitations, caution must be taken when interpreting the results. The data discussed in this
report are only representative of individuals who completed the survey and cannot be applied to the
larger uOttawa academic community without further research and analysis.
Results
Survey Data Research data, survey questionnaires, and relevant documentation are available at:
Cheung, Melissa; Sahadath, Catie; Labelle, Patrick; McEwan, Jessica; Sikora, Lindsey, 2017, "Faculty
& Postdoctoral Survey on Research Data Management at the University of Ottawa",
https://doi.org/10.5683/SP/L1H3SS, Scholars Portal Dataverse, V6.
Survey Status Table 1 shows the status of survey responses obtained from FluidSurveys after the survey was closed.
The total number of responses to the survey was 260 with 177 complete survey responses and 83
incomplete surveys. Of the 177 complete responses, 48 responses were in French and 129 were in
English; 43 were received from the SciEng survey, 101 from the HUSS survey and 33 from the HSM
survey.
A survey was counted as completed if the respondent answered all required questions and clicked the
submit button. Participants were permitted to skip questions, except for the two required questions
pertaining to rank and affiliated faculty, institute or department. An incomplete survey refers to a survey
4 Researchers in the Faculty of Education, Faculty of Law and Telfer School of Management were invited to complete the HUSS survey.
where some questions were answered but the respondent never finished the survey by clicking the
submit button.
Based on the number of completed surveys, the response rate was only 5.5% (177/3213).
Table 1. Survey Status reported by FluidSurveys.
Survey Invites Responses Incomplete Completed
HSM EN 994 33 7 26
HSM FR 184 10 3 7
HUSS EN 898 96 29 67
HUSS FR 566 50 16 34
SciEng EN 381 57 21 36
SciEng FR 100 14 7 7
Survey Findings The findings reported here are based on the 177 completed surveys. At least one individual from each
Faculty at uOttawa completed the survey. Given the low response rate, especially from Law and
Management, the survey data are not statistically significant and the findings cannot be generalized to
the entire uOttawa academic community. However, the results may still reveal trends in researcher needs
and/or gaps in knowledge that could be useful for future discussions regarding RDM support or services.
Section 1: Demographics and General Questions
As presented in Table 2, 133 of the survey respondents were professors (assistant, associate and full) and
clinical colleagues, 7 were adjunct professors, 7 were part-time professors, 13 were lecturers, 1 was a
professor emeritus, 1 was a research associate, and 13 were postdoctoral fellows.
Table 2. Respondent rank. Survey participants were asked to indicate their rank at the University of
Ottawa (n=177).
Rank Number of responses % of respondents
Adjunct Professor 7 4%
Assistant/Associate/Full Professor/Clinical Colleague 133 75%
Lecturer 13 7%
Part-time Professor 7 4%
Research Associate 1 1%
Professor Emeritus 1 1%
Postdoctoral Fellow 15 8%
Table 3. Number of distributed surveys, sample responses and percentage of responses by faculty
(n=177).
Art
s
Educa
tion
Engin
eeri
ng
Hea
lth S
cien
ces
Law
Man
agem
ent
Med
icin
e
Sci
ence
Soci
al S
cien
ces
Not
Dec
lare
d
# distributed surveys 519 152 194 236 198 137 942 286 549
Sample Responses 39 7 20 10 3 6 23 22 46 1
% of Responses 8% 5% 10% 4% 2% 4% 2% 8% 8%
Survey participants were asked to select their home department at uOttawa from a list of options. The
responses were aggregated by faculty and shown in Table 3. The Faculty of Social Sciences had the
highest number of respondents, representing 26% (46/177) of the total number of respondents, followed
by the Faculty of Arts (39/177=22%). Meanwhile, the Faculty of Law (3/177=2%) and the Telfer School
of Management (6/177=3%) had the lowest number of respondents. One respondent who completed the
SciEng survey did not specify their department or faculty.
It is interesting to note that, overall, the Faculty of Engineering did not represent the largest number of
survey respondents. However, they represented the largest sample of the target population for their
faculty. On the other hand, respondents from the Faculty of Medicine, which included medical doctors
employed at affiliated hospitals, represented the smallest sample of the target population.
Section 2: Working with Research Data
Figure 1. Amount of storage in relation to number of research projects. Survey participants were asked to
estimate the amount of storage they use in an average research project as well as the number of research projects
they lead in the past year (n=177).
The relationship between storage volume required for the average research project and the number of
projects led by the researcher in the past year is shown in Figure 1. At the time the survey was
conducted, most research projects required less than 1,000 GB of storage (124/177=70%). However,
approximately 18% (31/177) of respondents were not sure how much storage they used in an average
project.
Two respondents answered “Not Applicable” to both of these questions because they did not work with
the kind of research data defined in the survey introduction or they were not advising research projects
at the time of the survey. One respondent noted they were “Not sure” how many research projects they
lead in a year and they did not require storage (“Not Applicable”) because they did not use the type of
data defined in the survey introduction. One respondent, who led 1-2 research projects in the past year,
noted that they did not require storage (“Not Applicable”) because they stored their data at home.
Researchers in Arts and Social Sciences represented most of the respondents who were unsure of the
amount of storage they used in an average research project (survey responses by faculty are included in
the Appendix). Meanwhile, respondents from the Faculty of Science and the Faculty of Engineering all
provided an estimate for the amount of storage they used; the most frequent response was less than 50
GB. These results suggest that researchers in Arts and Social Sciences may require more support in
identifying the amount of data storage they need to develop an appropriate data management plan.
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> 4TB
4TB to 500TB
1TB to 4TB (Terabyte)
1TB to < 4TG (Terabyte)
500GB to < 1000GB
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< 50GB (Gigabyte)
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1GB to < 10GB
< 1GB (Gigabyte)
Number of Responses
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esea
rhc
Pro
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1-2 research projects
3-5 research projects
>5 research projects
Not sure
Not applicable
Figure 2. Type of research data generated or used. Survey participants were asked to indicate all of the
applicable types of research data they generate or use in a typical research project (n=177).
As Figure 2 illustrates, the most frequent data types generated or used by survey respondents were text,
numerical and multimedia. When given examples, respondents in the Faculty of Medicine were the only
ones to select discipline specific (e.g. BAM, fastq, CEL, IDAT, FASTA, PBD, ENT, BRK) as a data
type. Respondents in other disciplines characterized their research data using the more common types
(Appendix).
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Other
Discipline specific (e.g. BAM, fastq, CEL, IDAT, FASTA, PBD,ENT, BRK, CIF, FITS, DICOM)
Geospatial - (e.g. raster, vector, grid, boundary files)
Instrument specific (e.g. fMRI, Olympus Confocal MicroscopeData Format, FLIR Infrared Camera (SEQ))
Software– (e.g. Java, C, Perl, Python, Ruby, PHP, R)
Models – (e.g. 3D, statistical, similitude, macroeconomic, causal)
Multimedia (e.g. JPEG, TIFF, MPEG, MP3, Quicktime, Bitmap,Audio/Visual records)
Numerical – (e.g. CSV, MAT, XLS, SPSS)
Text - (e.g. TXT, DOC, PDF, RTF, HTML, XML)
Number of Responses
Dat
a Ty
pe
Figure 3. Software or hardware mentioned most frequently in response to the question “Please list any software
and/or hardware used for the collection, analysis, or manipulation of your research data, if applicable”.
Survey participants were asked to list any software and/or hardware they used for the collection,
analysis, or manipulation of research data. The text responses received, consisting of 202 terms, were
analyzed using Voyant Tools5 to count the number of times a particular software/hardware was named6.
Figure 3 shows the software/hardware that were mentioned more than once in the responses received.
At the time of the survey, Excel (51), SPSS (34), NVIVO (23), Word (23) and MatLab (21) were the
most frequently named software/hardware used for the collection, analysis or manipulation of research
data. These results are unsurprising, given that text and numerical data were identified as the most
commonly generated or used data type (Figure 2). It should also be noted that nearly half of the survey
respondents were from the Faculty of Arts and the Faculty of Social Sciences (Table 2), which may have
skewed the results in Figure 3 towards software/hardware used most frequently in those disciplines.
Therefore, the frequency of software/hardware used in other disciplines may be underrepresented.
5 Sinclair, S.& G. Rockwell. (2019). Trends. Voyant Tools. Retrieved December 22, 2019, from http://voyant-tools.org 6 The number of times statistical computing software R was named was counted manually since Voyant Tools did not recognize it as a
word or term.
Figure 4. Data storage. Survey participants were asked to select all the applicable options for where they store
raw data, manipulated data (e.g. converted, curated, processed), and archived data (e.g. long-term storage or
preservation) from current project(s) (n=176).
The survey results illustrated in Figure 4 show that researchers used a variety of options to store their
research data at different stages of the research data lifecycle7. Survey respondents indicated that they
stored their data primarily on external hard drives, laptops and computer hard drives. On the other hand,
external data repositories (e.g. Protein Data Bank, Cambridge Structural Database, GitHub, Dryad,
Figshare) were not used often as a data storage option8. Flash drives/USBs were used primarily to store
raw and manipulated data, while CDs/DVDs were generally used to store archived data.
At the time of the survey, researchers in the Faculty of Arts and the Faculty of Social Sciences were the
only ones who were “Not Sure” where they stored their research data (Appendix). This suggests that
they would benefit from additional support in data management planning and in identifying appropriate
data storage options for their research. Meanwhile, Engineering, Medicine, Science and Social Sciences
were the only disciplines that made use of grid/high performance computing (HPC) centres for storage.
Only one respondent in the Faculty of Social Sciences selected grid/HPC centres to store archived data.
7 https://biblio.uottawa.ca/en/services/faculty/research-data-management/what-research-data-management 8 The question “Are you aware of any discipline-specific data repositories related to your field? Please list. If you are not aware of any
discipline-specific data repositories related to your field, please say ‘none’.” was asked in the Data Sharing Section of Survey. Text
responses to this question were removed from the data set and are not included in this analysis.
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USB
CD
Computer Hard Drive
Laptop
External Hard Drive
Instrument Hard Drive
Shared Drive
Cloud Storage
External Data Repository
High Performance Computing
Physical Copy
Number of Responses
Sto
rage
Med
ium
Raw Data
Manipulated Data
Archived Data
Figure 5. Documentation for data reuse. Survey participants were asked whether there is sufficient
documentation and description for another person outside the research team to understand and use their research
data (n=177).
When asked whether they were creating sufficient data documentation for another person to understand
and make use of their research data (Figure 5), 43% of respondents said “yes” (76/177), 26% of
respondents said “no” (46/177), and 31% of respondents were “not sure” (55/177). Social Sciences was
the only discipline with a greater number of positive responses over negative responses compared to
other disciplines. These results suggest that researchers require additional support in creating
documentation for data reuse, which is an expectation of the Tri-Agency Statement of Principles on
Digital Data Management.
Figure 6. Documentation for data reproducibility. Survey participants were asked whether there is sufficient
documentation and description for another person outside the research team to replicate the methodologies that
produced their research data (n=177).
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Management
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Health Sciences
Engineering
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Arts
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lty
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Management
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lty
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No
Not sure
When asked whether they were creating sufficient data documentation for another person to replicate the
methodologies that produced their research data (Figure 6), 46% of respondents said “yes” (n=81), 29%
of respondents said “no” (52/177), and 25% of respondents were “not sure” (44/177). Researchers in
Social Sciences were less confident that they had produced sufficient documentation for reproducibility
compared to data documentation produced to understand and make use of data (shown in Figure 5).
Meanwhile, researchers in Science and Engineering were slightly more confident that they had produced
sufficient data documentation for reproducibility compared to documentation for understanding and
making use of their data.
These results suggest that researchers could benefit from additional support in creating documentation
for data reproducibility to meet the Tri-Agency’s expectation that experiments and studies be replicable
to meet standards in research excellence as described in the draft Tri-Agency RDM policy.
Figure 7. Length of Time Research Data Are Kept. Survey participants were asked to indicate how long they
typically intentionally keep “source material/survey results/raw data” (n=177), “intermediate/working data”
(n=175), and “processed data ready for publication” (n=174) after project completion.
The majority of respondents indicated they typically intentionally kept their research data until the data
becomes inaccessible or lost (Figure 7). However, survey participants were not asked about the data
curation practices they used to actively preserve their data for as long as possible. Therefore, the
intention to keep research data until it becomes inaccessible or lost may be the default practice among
researchers who do not take action to dispose or destroy their data (e.g. compliance with research ethics
requirements).
Researchers in Arts, Management and Social Sciences intentionally kept their raw data for the length of
their project; researchers in all the other disciplines intentionally kept their raw data beyond completion
of their project (Appendix). Researchers in Engineering and Science indicated that they kept raw data
less than 3 years, while Education, Law, Health Sciences and Medicine kept raw data for longer than 3
years. Researchers in Arts, Engineering, Health Sciences and Social Sciences specified that they kept
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gth
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esea
rch
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ept
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Intermediate Data
Processed Data
intermediate data only for the length of the project; all other disciplines kept data beyond completion of
project. Notably, Law kept intermediate data for at least 3 years, while Education kept intermediate data
for more than 5 years.
When it comes to processed data ready for publication, only researchers in Social Sciences intended to
keep processed data for the length of the project; all other disciplines intended to keep processed data
beyond the completion of the project. In particular, Engineering and Health Sciences indicated that they
kept processed data for less than 3 years, while all other disciplines intended to keep processed data
longer than 3 years.
Section 3: Data Sharing
Figure 8. Comparison of current methods and future intentions of sharing research data. Survey participants
were asked to select all the applicable methods of sharing research data they currently use (n=177) and would
consider using in the future (n=176).
As Figure 8 illustrates, at the time of the survey, 28% (49/177) of respondents were not currently sharing
their data. However, only 10% (18/176) were not planning to share their data in the future, which
indicates that more researchers would consider sharing their data in the future. Share by personal request
was the most frequent method of data sharing with 53% (93/177) of respondents currently sharing their
data using this method and 50% (105/176) of respondents reporting they would consider sharing their
data in the future using this method.
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Current methods of sharing research data
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In general, data repositories were not frequently used to share research data. Researchers in Management
and Education were not using data repositories (institutional, general, or discipline-specific), while
Science and Engineering made use of general or discipline-specific repositories, but not institutional
repositories (Appendix). Researchers in Engineering were also more likely to share by personal request
only over any other method of sharing. In Science and Medicine, respondents indicated they were more
likely to share as supplementary files to journal publication over any other method, which is not
surprising since this is a fairly well-established practice in these disciplines.
Comparing current practices at the time of the survey and future intentions of data sharing, the results
showed an increased interest in using a variety of mechanisms for data sharing. Notably, 25% of
respondents (44/176) indicated willingness to consider using an institutional data repository, such as
Dataverse, in the future while only 7% (13/177) were using an institutional repository to share their data
at the time of the survey. Notably, in the context of this survey, “institutional repository” referred to an
institutional data repository (i.e. uOttawa’s instance of Dataverse) and not a repository for self-archiving
of research publications and/or conference materials (ie uOttawa’s uOResearch). The survey results may
therefore reflect confusion over the meaning of “institutional repository”. That said, the results suggest
there is interest from researchers in using an institutional repository for data sharing to achieve
compliance with data deposit requirements.
Researchers in Education, Law, and Science all indicated intent to share their data in the future, whereas
some researchers in other disciplines responded that they were not planning to share their data in the
future (Appendix).
Figure 9. Restrictions or embargoes on data sharing. Survey participants were asked to select all applicable
restrictions or embargoes that may limit their ability to share their data with others (n=176).
When asked about restrictions or embargoes that may limit the ability to share their data with others,
“privacy, confidentiality, or ethics restrictions” was the most frequently chosen response, followed by
the need to publish before sharing the data (Figure 9). Meanwhile, 25% (45/176) of respondents
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indicated that there were no restrictions on embargoes that may limit the ability to share their data with
others, and 6% (11/176) of respondents were unsure if they were allowed to share their data.
An analysis of restrictions or embargos identified by each faculty (Appendix) revealed that researchers
in all disciplines were affected by privacy, confidentiality, or ethics restrictions. Arts and Social
Sciences were the only disciplines that had restrictions because their data were a matter of public safety
or of a sensitive nature. They were also the only disciplines to indicate that they were unsure if they
were allowed to share their data at the time of the survey; researchers in all other disciplines were aware
of whether or not there were any restrictions on sharing their data. These results suggest that researchers
in Arts and Social Sciences may require more support in navigating policies related to data sharing and
research ethics requirements compared to other disciplines.
Interestingly, researchers in Management, Law, and Education were the only disciplines that indicated
they were not concerned about the need to publish their research before sharing their data (i.e. being
scooped).
Figure 10. Audience/Collaborators for data sharing. Survey participants were asked to select all the applicable
audiences and/or collaborators with whom they would be willing to share their data with if they were not affected
by restrictions or embargos (n=173).
If their data were not affected by restrictions or embargos, survey participants indicated they would be
most willing to share their data with immediate collaborators, followed by researchers in their field
(Figure 10). Only 5 participants indicated they were not willing to share their data (“nobody”). As the
survey did not ask respondents to specify where their immediate collaborators were located it is not
possible to deduce whether survey respondents had collaborators outside Canada. However, given the
rise of inter-disciplinary and inter-institutional research collaborations, it is highly possible that
researchers at uOttawa may need to comply with multiple RDM policies, mandates, and/or practices,
including those of international collaborators, and this will have implications on the development of
RDM services to support researchers in the uOttawa context.
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Researchers at uOttawa
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Researchers in Arts were most willing to share with anybody, including the general public, compared to
researchers in other disciplines (Appendix), followed by researchers in Engineering and Science. Survey
respondents from the Telfer School of Management (n=6) indicated that they would only be willing to
share their data with specific audiences or collaborators; none of them indicated they would be willing to
share with anybody.
Researchers in Medicine were more likely to share with other researchers in the same department
(12/23=52%) compared to other disciplines, which may suggest a higher degree of departmental
collaboration than other disciplines.
Figure 11. Reasons for not sharing research data. Survey participants were asked to indicate all applicable
reasons why they would not be willing to share their research data and associated methods/tools (n=173).
When asked about reasons why they would not be willing to share their research data and associated
methods/tools, survey respondents cited incomplete or not finished data and privacy, legal or security
issues as the primary reasons (Figure 11). Respondents also indicated that they still wished to derive
value from their data and were concerned that their data could potentially be used without proper
citation or their data could be potentially misused. On the other hand, 25% (44/173) of respondents were
willing to share their data.
At the time of the survey, 55% of the 20 respondents from the Faculty of Engineering were most willing
to share their data (Appendix). However, they indicated that the most frequent reasons for not sharing
were due to incomplete data or they still wished to derive value from their data. These results suggest
that researchers in Engineering could benefit from training and support to identify ways to share their
14
53
43
11
28
6
11
5
33
25
23
17
15
53
43
36
44
0 10 20 30 40 50 60
Other
Incomplete or not finished
Still wish to derive value
Do not have technical skills or knowledge
Do not hold rights to share
Funding body does not require sharing
I believe they should not be shared
I did not know I could share
Insufficient time
Lack of standards
Lack of funding
No place to put them
Not useful to others
Privacy, legal or security concerns
Could potentially be used without proper citation
My data could potentially be misused
I am willing to share
Number of Responses
Rea
son
s fo
r N
ot
Shar
ing
Res
earc
h D
ata
data to comply with the anticipated Tri-Agency RDM policy requirements regarding data deposit, while
mitigating the risks of being scooped.
Researchers in Social Sciences were least willing to share their data with only 3 of 46 (7%) respondents
indicating that they were willing to share their data. Researchers in Education and Social Sciences were
the most concerned about privacy, legal or security restrictions on data sharing. Researchers in Arts and
Medicine also frequently cited privacy, legal and security concerns as a reason for not sharing data.
Researchers in Arts, Health Sciences, Medicine, Science and Social Sciences were more frequently
concerned about improper citation compared to other disciplines. Additionally, researchers in Health
Sciences, Science and Social Sciences were more frequently concerned about misuse of data compared
to other disciplines. These results suggest that researchers in these disciplines could benefit from
training and increased awareness of topics such as proper data citation and improving data
documentation practices to lower the risks of data misuse.
Although the sample responses from the Faculty of Law (n=6) were too low to determine any trends,
respondents indicated that the reasons for not sharing their data included incomplete data, a lack of
standards to make them usable by others, a lack of funding and nowhere to deposit their data. These
results suggest there may not be a culture of data sharing in Law at the time of the survey, but there is an
interest in developing one because respondents indicated they were interested in sharing their data in the
future (Appendix).
Figure 12. Benefits of sharing research data. Survey participants were asked to select all the applicable benefits
they see to sharing their research data (n=174).
7
20
63
94
80
39
32
110
85
92
64
86
68
51
0 20 40 60 80 100 120
Other
No benefits
Safeguards against misconduct
Training next generation researchers
Enables my data to be cited
Strengthens my academic portfolio
Increased my ability to obtain funding
Encourages collaborative scholarship
Encourages interdisciplinary research
Moves my field of research forward
Reduces redundant data collection
Supports open access to knowledge
Helps verify results
Help data integrity
Number of Responses
Ben
efit
s o
f D
ata
Shar
ing
When asked what benefits they see to sharing their research data, “encourages collaborative
scholarship”, “training the next generation of researchers” and “moves my field of research forward”
were the most frequently selected responses as illustrated in Figure 12. These results correspond to the
results illustrated in Figure 10, which suggest that the primary reason researchers share their data is
to collaborate on their research projects. Therefore, RDM services and infrastructure should facilitate
research collaborations, including international collaborations that may be subject to multiple RDM
policies.
Although most respondents saw some benefits to sharing their data, twenty respondents (20/174=11%)
indicated that they saw no benefits to sharing their data. These respondents were from disciplines other
than Science and Law (Appendix).
Section 4. Funding Mandates and Research Data Management (RDM) Services
Figure 13. Ability to draft a data management plan. Survey participants were asked whether they would be able
to draft a data management plan (DMP) as part of a grant application (n=173).
Figure 13 shows that 15% of respondents (26/173) indicated they would be able to draft a data
management plan (DMP) without assistance; 37% (65/173) would be able to draft a DMP, but would
prefer to have assistance and/or guided documentation; and 48% (83/173) would need assistance and/or
guided documentation to appropriately address the sections of a DMP. These results clearly indicate an
interest in assistance and guidance for preparing DMPs to meet anticipated Tri-Agency RDM
requirements and should be a priority in the development of RDM services.
Researchers in Science and Engineering were more likely to need assistance to draft a DMP compared to
other disciplines (Appendix). Responses from researchers in other disciplines were more evenly divided
between “need assistance” and “prefer assistance”. These results suggest that researchers in Science and
Engineering may not be accustomed to planning and/or describing their data management strategies.
Whereas researchers in other disciplines working with data that are subject to research ethics policies
15%
37%
48%
I would be able to draft a datamanagement plan without assistance
I would prefer to have assistanceand/or guided documentation
I would need assistance and/orguided documentation
may be more familiar with certain aspects of planning adequate data management strategies, such as
privacy, legal or security concerns (Appendix).
Taken together, our survey results suggest that researchers in all disciplines would benefit from
guidance to address different sections of a DMP. For example, researchers in Arts and Social Sciences
may need more assistance to identify storage requirements (Appendix) and to determine data sharing
permissions (Appendix), while researchers in Science and Engineering may need more assistance in
articulating the specifics of their data management strategies in a DMP.
Figure 14. RDM topics in teaching. Survey participants were asked to select all the applicable topics related to
RDM they include in their teaching practice (n=173).
The majority of respondents (118/173=68%) indicated that they do not teach RDM topics as illustrated
in Figure 14.
Overall, the most popular RDM topics taught by respondents were data ethics and data privacy. When
comparing disciplinary differences (Appendix), researchers in Arts, Engineering, Management, and
Social Sciences indicated that they included all the topics listed in their teaching practice. While
researchers in Science excluded data security and researchers in Medicine excluded version control from
their teaching practice but included all the other topics listed. Researchers in Health Sciences did not
teach version control and data documentation. Finally, researchers in Education taught the fewest
number of RDM concepts only including security, privacy, ethics and retention in their teaching
practice.
7
20
22
23
16
41
22
12
37
23
118
0 20 40 60 80 100 120 140
Other
Data archiving
Data retention
Data documentation
Data sharing
Data ethics
Data backup
Data version control
Data privacy
Data security
I do not teach RDM topics
Number of Responses
RD
M T
op
ics
in T
each
ing
Figure 15. Use of own research data in teaching. Survey participants were asked if they use their own research
data in their teaching practice (n=175).
Although the majority of respondents reported that they did not teach RDM topics (Figure 14), half of
the respondents (88/175=50%) indicated that they used their own research data in their teaching practice
(Figure 15), which corresponds with researchers indicating that sharing their data is beneficial to
training the next generation of researchers (Figure 12).
Researchers in Arts were most likely to use their own data, while researchers in Medicine were least
likely to use their own data. Taken together, these results suggest that researchers’ teaching practices
may include the use of data, either their own or from another source, but they do not cover how to
manage that data. Therefore, there is potentially a lack of education and training in the essentials of
research data management for the next generation of researchers.
23
10
5
2
2
4
9
6
27
1
19
7
11
3
1
2
7
1
8
4
5
7
1
4
3
3
0 5 10 15 20 25 30 35 40 45 50
Not Declared
Social Sciences
Science
Medicine
Management
Law
Health Sciences
Engineering
Education
Arts
Number of Responses
Facu
lty
Yes
No
Not applicable
Figure 16. Interest in data services. Survey participants were asked to rate their interest in potential services if
DMPs were required as part of grant applications (n=174).
Overall, respondents indicated they were interested in data services (Figure 16). However, respondents
generally selected the same level of interest for each of the potential services listed and some only
provided responses to services of interest while skipping over others. These results may reflect survey
fatigue due to the long list of potential services in addition to a rather long survey questionnaire.
Therefore, it is not possible to draw any significant conclusions regarding the level of interest in specific
data services from this particular survey question.
However, gaps in researcher knowledge and readiness to meet RDM requirements have been identified
in previous sections of this report. For example, researchers indicated they would need or prefer
assistance and/or guided documentation to prepare DMPs (Figure 13). The identified gaps can be used to
determine priorities for RDM service development. Furthermore, interest in the potential services
proposed in the survey may increase when the Tri-Agency RDM policy comes into effect.
52
52
52
52
52
53
53
54
54
54
54
51
55
75
76
77
76
77
79
75
76
77
78
79
76
80
22
22
22
22
22
22
23
23
23
23
23
23
23
13
13
13
13
13
13
13
13
12
13
13
13
13
0% 10% 20% 30% 40% 50% 60% 70% 80% 90% 100%
Assistance in finding and accessing data sources
Assignment of DOIs
Assistance with disciplinary or other external data repositories
Institutional repository for long-term access and preservation
Data storage and backup
Assistance with data preservation and/or sharing
Assistance with metadata creation
Digitization of physical records
Assistance preparing DMPs or data management policies
Information about funding and journal requirements
Personalized RDM Consultations
Workshops for Grad Students
Workshops for Faculty
Very Interested Interested Not Interested Not Applicable
Research Data Management in the Digital Humanities
Digital Humanities (DH) or Digital Scholarship is a growing trend in research methodologies and there
is an increasing interest from libraries to develop services and support for DH researchers. To explore
RDM practices that are potentially unique to DH researchers, faculty members and postdoctoral fellows
who were invited to participate in the Humanities and Social Sciences (HUSS) version of the survey
were asked this additional question:
Digital Humanities, or Digital Scholarship, can be defined as the collection and use of digital
research data (either through digitization of print resources, or using born-digital resources)
combined with methodologies from traditional Humanities and Social Science scholarship.
Do you feel your research falls under this definition?
A total of 100 survey participants responded to this question (100/101=99%). Figure 17 shows that 46
respondents identified themselves as digital humanists/digital scholars, while 37 did not and 17 were not
sure if their research fit this definition of digital humanities/digital scholarship.
Figure 17 Digital Scholarship by Faculty. HUSS Survey respondents were asked if they identified themselves as
digital scholars/digital humanists (n=100).
Interestingly, all three participants from the Faculty of Law identified themselves as digital scholars.
Given the low response rate, the survey results are only representative of the individuals who
participated and cannot be generalized to the larger population in the Faculty of Law.
Additionally, more than half of the researchers in Arts (20/38=53%), Education (5/7=71%), and
Management (5/6=83%) identified themselves as digital scholars; only 28% (13/46) of the researchers in
Social Sciences identified themselves as digital scholars.
13
5
3
5
20
20
1
1
15
13
1
3
0 5 10 15 20 25 30 35 40 45 50
Social Sciences
Management
Law
Education
Arts
Number of Responses
Facu
lty
Yes
No
Not Sure
Figure 19 Type of research data generated or used in Digital Scholarship. Comparing the applicable types of
research data generated or used in a typical research project by researchers who identified as a digital
humanist/scholar (n=46).
The three most common types of research data generated or used in Digital Scholarship/Digital
Humanities (Figure 19) were similar to those generated or used in the overall survey sample population
(Figure 2): text, multimedia and numerical. However, multimedia data was cited as the second most
frequently generated or used in Digital Scholarship, while in the overall survey sample population
numerical data was the second most frequently generated or used data type. These results suggest that
support for multimedia data may be needed more frequently among digital scholars/digital humanists
compared to other researchers.
Figure 20 Type of data used in digital humanities/digital scholarship research. Survey participants who identified
as digital scholars/digital humanists were asked to identify the type of data they use (n=46).
1
3
4
6
6
20
28
43
0 10 20 30 40 50
Discipline specific (e.g. BAM, fastq, CEL, IDAT, FASTA, PBD, ENT,…
Instrument specific (e.g. fMRI, Olympus Confocal Microscope…
Other
Geospatial - (e.g. raster, vector, grid, boundary files)
Models – (e.g. 3D, statistical, similitude, macroeconomic, causal)
Software– (e.g. Java, C, Perl, Python, Ruby, PHP, R)
Numerical – (e.g. CSV, MAT, XLS, SPSS)
Multimedia (e.g. JPEG, TIFF, MPEG, MP3, Quicktime, Bitmap,…
Text - (e.g. TXT, DOC, PDF, RTF, HTML, XML)
Number of Responses
Dat
a Ty
pe
9
10
16
32
25
41
0 5 10 15 20 25 30 35 40 45
Other
Encoded textual data
Editions or translations of texts
Born digital texts or images
Digitized texts or images of unpublished works
Digitized texts or images of published works
Number of Responses
Dat
a Ty
pe
The 46 respondents who identified themselves as digital scholars/digital humanists were also asked to
specify the type of data they used in their research in more detail. Figure 20 shows that the most
frequently used type of data were digitized texts or images of published works, born digital texts or
images and digitized texts or images of unpublished works. Further research and analysis are required to
determine whether digitization of physical records is a data service that would be of interest to digital
scholars/digital humanists.
Figure 21. Amount of storage in relation to number of research projects in Digital Scholarship. Summary of the
estimated amount of storage digital scholars/digital humanists use in an average research project as well as the
number of research projects they lead in the past year (n=46).
Figure 21 illustrates the relationship between storage volume required for the average research project
and the number of projects led by the digital scholar/digital humanist in the past year. At the time of the
survey, the majority of DH research projects required less than 50 GB of storage (26/46=57%).
Generally, digital scholars/digital humanists required less data storage compared to the overall survey
sample population, where the majority of research projects required less than 1000 GB of storage
(Figure 1). However, digital scholars/digital humanists were even more uncertain of how much storage
they used in an average project: 24% (11/46) compared to 18% of the overall survey sample population
(Figure 1).
1
6
1
2
7
8
1
1
1
1
1
6
1
1
1
4
1
1
1
0 2 4 6 8 10 12 14 16
Not Applicable, please explain:
Not sure
> 4TB
1TB to 4TB (Terabyte)
500GB to < 1000GB
50GB to < 500GB
10GB to < 50GB
1GB to < 10GB
< 1GB (Gigabyte)
Number of Responses
Sto
rage
Vo
lum
e fo
r A
vera
ge R
esea
rhc
Pro
ject
1-2 research projects
3-5 research projects
>5 research projects
Not applicable
Figure 22. Comparison of current methods and future intentions of sharing research data in Digital Scholarship.
Digital scholars/digital humanists (n=46) selected all the applicable methods of sharing research data they
currently use and would consider using in the future.
Figure 22 compares current methods and future intentions of sharing research data among digital
scholars/digital humanists at the time of the survey. The results indicated that trends in current practices
and future considerations were similar to those seen in the overall survey sample population (Figure 8).
Digital scholars/digital humanists indicated an increased interest in sharing their data in the future and
that share by personal request was the most popular method of data sharing when the survey was
conducted.
However, there were two notable differences in other data sharing methods used by digital
scholars/digital humanists compared to the overall survey sample population. Firstly, the percentage of
digital scholars/digital humanists who used the institutional data repository (Dataverse) as a current
method of data sharing was larger than the overall survey sample population with 13% (6/46) of digital
scholars/digital humanists using Dataverse compared to 7% of the overall survey sample population.
Secondly, the increase in interest in using an institutional or personal website to share data in the future
was larger among digital scholars/digital humanists from 7% to 35% compared to the overall survey
sample population (from 11% to 28%).
11
23
14
3
6
8
5
28
20
16
1011
2
0
5
10
15
20
25
30
Nu
mb
er o
f R
esp
on
ses
Methods of Sharing Research Data
Current methods of sharing research data
Future intentions of sharing research data
Figure 23. Reasons digital scholars/digital humanists would not share research data. Digital scholars/digital
humanists indicate all applicable reasons why they would not be willing to share their research data and
associated methods/tools (N=45).
Reasons why digital scholars/digital humanists would not be willing to share their research data and
associated methods/tools (Figure 23) follow the same trends as the overall survey sample population
(Figure 12). Incomplete or not finished data; privacy, legal or security issues; and the wish to derive
value from their data were cited as the primary reasons they would not be willing to share. The
percentage of digital scholars/digital humanists who were willing to share their data (10/46=22%) is
similar to the overall survey sample population (25%).
Conclusions At the time of the survey’s dissemination (2016-2017), there was limited information about RDM
practices or attitudes among uOttawa researchers. The Tri-Agencies had released their Statement of
Principles on Digital Data Management and the research community anticipated a Tri-Agency policy on
Research Data Management would soon follow. Librarians conducting this survey set out to address
their knowledge gap by determining how uOttawa researchers in different disciplines were managing
and sharing their research data and how the uOttawa Library might help to facilitate research data
management activities in the future.
The key findings of the survey suggest that researchers, irrespective of discipline, indicate gaps in their
RDM knowledge and may benefit from additional training and support to effectively manage their data
and meet Tri-Agency RDM policy requirements. Specifically, researchers expressed interest in making
use of a data repository associated with the University Ottawa, such as Dataverse, and in receiving
guidance in the preparation of data management plans. The survey findings also imply that researchers
could benefit from assistance with navigating RDM and research ethics policies as well as data
documentation for reuse and reproducibility.
In addition, survey results point to a gap in infrastructure that facilitates collaboration, including
international collaborations that may be subject to multiple RDM policies, and education and training in
the essentials of research data management for students as the next generation of researchers.
218
112
922
16
56
73
157
810
0 2 4 6 8 10 12 14 16 18 20
Other
Still wish to derive value
Do not hold rights to share
I believe they should not be shared
Insufficient time
Lack of funding
Not useful to others
Could potentially be used without proper citation
I am willing to share
Number of Responses
Rea
son
s fo
r N
ot
Shar
ing
Dat
a
Limitations of the Survey Results Although the survey has revealed interesting insights and trends into the RDM practices and attitudes of
uOttawa researchers, the low response rate and lack of statistical significance limit the interpretation of
the results. Survey findings cannot be applied to the larger uOttawa academic community without
further research, particularly in Law and Medicine where the survey sample populations only represent
2% of the target populations.
Additionally, the iterative process of developing and modifying the questionnaires led to errors and
inconsistent terminology appearing in the survey that respondents may have found confusing. The
question related to data storage for example, presented the stages of research data as: raw data,
manipulated data (e.g. converted, curated, processes), and archived data (e.g. long-term storage or
preservation). However, in a question that appeared later in the survey asking researchers how long they
keep their data, the stages of research data were presented as: source material/raw data,
intermediate/working data, and processed data ready for publication, which may include supporting
information such as metadata and documentation.
Another challenge of conducting a multi-institutional study was the terminology used to describe
institutional repositories and institutional Dataverses of the Scholars Portal Dataverse. At the time of the
survey, institutional branding and support for users of the Scholars Portal Dataverse9 were still in
development. As a result, there wasn’t a clear consensus on how to describe Dataverse to local academic
communities. At some Canadian institutions, Dataverse was presented as an institutional repository for
data, while other institutions were promoting Dataverse as a data repository platform and still others
were not using Dataverse at all. The survey presented Dataverse as an example of an institutional
repository for data sharing, which was a bias towards institutions that were using Dataverse as an
institutional data repository.
Furthermore, the RDM landscape at uOttawa has continued to evolve since the survey was conducted in
2016-2107. The survey reflected the priorities at the time: data storage, data sharing, DMPs and interest
in RDM services. More nuanced or particular aspects of RDM were not included in the survey. For
example, the survey did not address best practices in data backups and/or the prevention of data loss,
awareness of RDM national and/or international RDM policies. As a result, the findings in this report
provide a historical snapshot of the RDM landscape at uOttawa and may have limited practical use in
shaping RDM support and services moving forward.
Future Directions The survey findings provide information about researcher RDM practices at uOttawa that may serve to
inform institutional policy, services, and infrastructure development that are aligned with funding
agency requirements and effective data stewardship practices. Furthermore, this survey is part of a larger
project with the Canadian RDM Survey Consortium, which aims to provide a national view of the RDM
landscape in Canada by compiling survey data collected by participating members. The results of the
Consortium’s efforts will provide insights into trends in RDM practices across the country and will
enable comparisons of unique practices and attitudes between disciplines and regions.
9 https://dataverse.scholarsportal.info/
Appendix Survey Question: Which funding sources have you used within the past 5 years, or are planning to apply for in the next 5 years? Please exclude funding earmarked exclusively for operations and infrastructure. Select all that apply:
Funding sources in the Faculty of Arts.
Other funding sources specified:
• Travel grants (APTPUO)
• ArcticNet, MEOPAR
• Educational Testing Services
• external funds (fellowships funded by other governments)
• Private donors and foundations outside this list
• grants for organizations such as Access Copyright Foundation and the Bibliographical Society of Canada
• Government contracts (IRCC), research funding from Pathways to Prosperity and the Centre for Research and Education on Women and Work at Carleton U.
• Canada Council Grants
• FQRSC Postdoc
• Bourse post-doctorale Fonds de recherche Société et culture du Québec
• City of Ottawa public funding campagne
• Financement externe BAnQ
• Ministère de l’Éducation
• Chaire de recherche de l'Université
• Fonds de développement de l'APTPUO
16
20
13
2
5
8
1
2
1
2
2
2
5
3
4
0 5 10 15 20 25
Other
SSHRC Insight Grant
SSHRC Insight Development Grant
SSHRC Partnership Grant
SSHRC Partnership Development Grant
SSHRC Connection Grant
SSHRC Knowledge Synthesis Grant
SSHRC Postdoctoral Fellowship
CIHR
CFI
NSERC
Industry
uOttawa Seed Funding Opportunity
uOttawa Bridge Funding Opportunity
None
Number of Responses
Fun
din
g So
urc
e
Funding sources in the Faculty of Education.
Other funding source specified: School Board funding.
Funding sources in the Faculty of Engineering.
Other funding sources specified: NSERC CRD, Ontario Research Fund, Mitacs Postdoctoral Fellowship
1
5
6
2
4
4
2
1
2
2
1
0 1 2 3 4 5 6 7
Other
SSHRC Insight Grant
SSHRC Insight Development Grant
SSHRC Partnership Grant
SSHRC Partnership Development Grant
SSHRC Connection Grant
SSHRC Knowledge Synthesis Grant
CFI
Industry
uOttawa Seed Funding Opportunity
uOttawa Bridge Funding Opportunity
Number of Responses
Fun
din
g So
urc
e
3111
21
22
67
21
64
9111
142
32
62
0 2 4 6 8 10 12 14 16
Other
Canadian Space Agency
Environment Canada
NCE: Arcticnet
NCE: Canadian Institute for Photonic Innovations
NCE: Carbon Management Canada
United States National Science Foundation (NSF)
Canadian Institute of Advanced Research
CIHR
CFI
SSHRC
NSERC Postdoctoral Fellowship
NSERC: Collaborative Health Research Project
DND - NSERC Research Partnership Program
NSERC: Engage Grants (EG) Program
NSERC: Idea to Innovation (I2I)
NSERC: Strategic Grants (Individual & Group)
NSERC: Strategic Research Networks
NSERC: Discovery Grant
NSERC: CREATE Program Grant
NSERC: Discovery Accelerator Supplement
NIH
Industry
uOttawa Bridge Funding Opportunity
Number of Responses
Fun
din
g So
urc
e
Funding sources in the Faculty of Health Sciences.
Other funding source specified:
• OCHSU, CHEO, IASP
• Consortium national de formation en santé, Action for Hearing Loss (International)
• Fondations ou associations (ex. diabète, diétÈtique)
• Fondations professionnelles
Funding sources in the Faculty of Law.
Other funding source specified: Law Foundation of Ontario.
4
6
1
5
1
2
5
3
1
3
1
0 1 2 3 4 5 6 7
Other
CIHR Project Grant Program
CIHR Foundation Grant
CIHR Initiatives: Strategic Initiatives
CFI
SSHRC
NSERC
Industry
uOttawa Seed Funding Opportunity
uOttawa Bridge Funding Opportunity
None
Number of Responses
Fun
din
g So
urc
e
1
2
1
1
2
1
1
0 0.5 1 1.5 2 2.5
Other
SSHRC Insight Grant
SSHRC Insight Development Grant
SSHRC Partnership Development Grant
SSHRC Connection Grant
CIHR
uOttawa Seed Funding Opportunity
Number of Responses
Fun
din
g So
urc
es
Funding sources in the Faculty of Management.
Other funding sources specified: Financement Telfer, Privées, International foundation grant (Germany).
3
4
5
1
1
1
1
2
2
0 1 2 3 4 5 6
Other
SSHRC Insight Grant
SSHRC Insight Development Grant
SSHRC Partnership Grant
SSHRC Partnership Development Grant
SSHRC Knowledge Synthesis Grant
Industry
uOttawa Seed Funding Opportunity
uOttawa Bridge Funding Opportunity
Number of Responses
Fun
din
g So
urc
e
Funding sources in the Faculty of Medicine.
Other funding sources specified:
• Medical Council of Canada, Royal College of Physicians and Surgeons of Canada, TOHAMO
• Medical foundations; Private foundations
• AMS/Phoenix
• Chemical Management Plan, Health Canada
• International Development Research Centre project grant
• Cancer Research Society
• Heart and Stroke Foundation
• Royal College of Physicians and Surgeons of Canada Medical Education Research Grants
• Association Française contre les Myopathies (AFM)
9
3
2
14
6
4
5
4
2
8
1
3
3
4
0 2 4 6 8 10 12 14 16
Other
CIHR Vanier Canada Graduate Scholarships
CIHR Banting Postdoctoral Fellowships
CIHR Project Grant Program
CIHR Foundation Grant
CIHR Initiatives: Signature Initiatives
CIHR Initiatives: Strategic Initiatives
CFI
SSHRC
NSERC
NIH
Industry
uOttawa Seed Funding Opportunity
None
Number of Responses
Fun
din
g So
urc
e
Funding sources in the Faculty of Science.
Other funding sources specified:
• Contrats de recherche Ville d'Ottawa,
• US Government
• Canada Research Chairs Program
• Natural Resources Canada, Canadian Nuclear Safety Commission
• Funding from my supervisor.
• ERA: Early Researcher Award (Ontario)
• Gates Foundation
7
3
1
4
8
2
2
2
2
1
1
1
15
6
1
0 2 4 6 8 10 12 14 16
Other
United States National Science Foundation (NSF)
Canadian Institute of Advanced Research
CIHR
CFI
SSHRC
NSERC Postdoctoral Fellowship
NSERC: Collaborative Health Research Project
NSERC: Engage Grants (EG) Program
NSERC: Idea to Innovation (I2I)
NSERC: Strategic Grants (Individual & Group)
NSERC: Strategic Research Networks
NSERC: Discovery Grant
NSERC: Discovery Accelerator Supplement
Industry
Number of Responses
Fun
din
g So
urc
e
Funding sources in the Faculty of Social Sciences.
Other funding sources specified:
• Ontario Centres of Excellence
• French government/EU funding
• Alzheimer Society of Canada
• NSERC Equipment Grant
• CNFS
• Banting
• Fondation Chiang Ching-kuo, foundation indo-canadienne Shastri,
• Fond de development professionel U Ottawa
• CNFS UOttawa et CNFS Secrétariat National
9
19
16
7
10
11
8
9
4
9
3
6
1
5
0 2 4 6 8 10 12 14 16 18 20
Other
SSHRC Insight Grant
SSHRC Insight Development Grant
SSHRC Partnership Grant
SSHRC Partnership Development Grant
SSHRC Connection Grant
SSHRC Postdoctoral Fellowship
CIHR
CFI
NSERC
Industry
uOttawa Seed Funding Opportunity
uOttawa Bridge Funding Opportunity
None
Number of Responses
Fun
din
g So
urc
e
Survey Question: How much data storage do you estimate you use in an average research project? Select one:
Amount of storage used in each Faculty.
2
12
1
1
1
4
4
10
4
3
3
1
1
1
4
5
9
3
2
1
1
2
1
1
1
1
1
1
2
2
4
1
3
2
3
5
4
1
2
3
2
5
10
2
9
2
3
3
7
8
12
1
0 5 10 15 20 25 30 35
Not Applicable
Not sure
> 4TB
4TB to 500TB
1TB to 4TB (Terabyte)
1TB to < 4TG (Terabyte)
500GB to < 1000GB
50GB to < 500GB
< 50GB (Gigabyte)
10GB to < 50GB
1GB to < 10GB
< 1GB (Gigabyte)
Number of Responses
Sto
rage
Vo
lum
e fo
r A
vera
ge R
esea
rch
Pro
ject
Arts
Education
Engineering
Health Sciences
Law
Management
Medicine
Science
Social Sciences
Not Declared
Survey Question: Which of the following best describes the type of research data you generate or use in a typical research project? Select all that apply:
Text
- (
e.g.
TX
T, D
OC
, PD
F, R
TF, H
TML,
XM
L)
Nu
mer
ical
– (
e.g.
CSV
, MA
T, X
LS, S
PSS
)
Mu
ltim
edia
(e.
g. J
PEG
, TIF
F, M
PEG
, MP
3, Q
uic
ktim
e, B
itm
ap, A
ud
io/V
isu
al
reco
rds)
Mo
del
s –
(e.g
. 3D
, sta
tist
ical
, sim
ilitu
de,
mac
roec
on
om
ic, c
ausa
l)
Soft
war
e–
(e.g
. Jav
a, C
, Per
l, P
yth
on
, Ru
by,
PH
P, R
)
Inst
rum
ent
spec
ific
(e.
g. f
MR
I, O
lym
pu
s C
on
foca
l Mic
rosc
op
e D
ata
Form
at,
FLIR
Infr
ared
Cam
era
(SE
Q))
Geo
spat
ial -
(e.
g. r
aste
r, v
ecto
r, g
rid
, bo
un
dar
y fi
les)
Dis
cip
line
spec
ific
(e.
g. B
AM
, fas
tq, C
EL, I
DA
T, F
AST
A, P
BD
, EN
T, B
RK
, CIF
, FIT
S,
DIC
OM
)
Oth
er
Arts 37 13 21 3 2 1 3 4
Education 7 3 6 3
Engineering 16 14 10 8 7 5 1
Health Sciences 9 8 4 2 1 4
Law 3 3 1
Management 6 3 4 1 2
Medicine 19 18 17 7 5 9 1 7 2
Science 15 17 13 7 9 7 3 3
Social Sciences 38 22 22 9 5 4 3 4
Not Declared 1 1 1 1
Survey Question: Please indicate where you store research data from your current project(s). Select all that apply:
Data storage used in the Faculty of Arts.
Data storage used in the Faculty of Education.
1
19
4
23
21
17
2
5
14
1
15
1
18
3
26
20
19
6
17
10
2
7
15
24
20
22
1
5
11
1
11
0 10 20 30 40 50 60 70 80
Not Sure
USB
CD
Computer Hard Drive
Laptop
External Hard Drive
Instrument Hard Drive
Shared Drive
Cloud Storage
External Data Repository
High Performance Computing
Physical Copy
Number of Responses
Sto
rage
Med
ium
Raw Data
Manipulated Data
Archived Data
0
5
1
5
6
6
2
5
2
0
4
5
4
5
2
4
2
3
4
4
4
1
3
1
0 2 4 6 8 10 12 14 16
Not Sure
USB
CD
Computer Hard Drive
Laptop
External Hard Drive
Instrument Hard Drive
Shared Drive
Cloud Storage
External Data Repository
High Performance Computing
Physical Copy
Number of Responses
Sto
rage
Med
ium
Raw Data
Manipulated Data
Archived Data
Data storage used in the Faculty of Engineering.
Data storage used in the Faculty of Health Sciences.
0
8
1
13
10
11
6
8
10
4
2
4
4
12
9
10
3
6
7
2
1
3
1
6
10
9
10
2
6
6
4
3
0 5 10 15 20 25 30 35 40
Not Sure
USB
CD
Computer Hard Drive
Laptop
External Hard Drive
Instrument Hard Drive
Shared Drive
Cloud Storage
External Data Repository
High Performance Computing
Physical Copy
Number of Responses
Sto
rage
Med
ium
Raw Data
Manipulated Data
Archived Data
0
6
6
7
7
2
7
3
1
5
0
5
6
6
6
2
6
3
1
2
1
4
6
6
6
1
7
2
1
3
0 5 10 15 20 25
Not Sure
USB
CD
Computer Hard Drive
Laptop
External Hard Drive
Instrument Hard Drive
Shared Drive
Cloud Storage
External Data Repository
High Performance Computing
Physical Copy
Number of Responses
Sto
rage
Med
ium
Raw Data
Manipulated Data
Archived Data
Data storage used in the Faculty of Law.
Data storage used in the Telfer School of Management.
0
2
1
2
2
3
1
2
0
1
1
1
1
2
1
1
1
1
1
2
0 1 2 3 4 5 6 7 8
Not Sure
USB
CD
Computer Hard Drive
Laptop
External Hard Drive
Instrument Hard Drive
Shared Drive
Cloud Storage
External Data Repository
High Performance Computing
Physical Copy
Number of Responses
Sto
rage
Med
ium
Raw Data
Manipulated Data
Archived Data
0
4
1
3
5
2
1
1
2
0
5
1
3
4
2
1
2
1
3
4
2
4
5
2
1
1
0 2 4 6 8 10 12 14
Not Sure
USB
CD
Computer Hard Drive
Laptop
External Hard Drive
Instrument Hard Drive
Shared Drive
Cloud Storage
External Data Repository
High Performance Computing
Physical Copy
Number of Responses
Sto
rage
Med
ium
Raw Data
Manipulated Data
Archived Data
Data storage used in the Faculty of Medicine.
Data storage used in the Faculty of Science.
0
11
14
15
15
8
18
6
1
1
7
0
11
15
17
16
3
17
10
2
1
4
2
6
9
17
18
2
16
7
6
5
0 10 20 30 40 50 60
Not Sure
USB
CD
Computer Hard Drive
Laptop
External Hard Drive
Instrument Hard Drive
Shared Drive
Cloud Storage
External Data Repository
High Performance Computing
Physical Copy
Number of Responses
Sto
rage
Med
ium
Raw Data
Manipulated Data
Archived Data
0
8
14
14
14
4
7
8
2
2
3
0
8
14
13
12
1
6
10
2
2
2
5
9
13
14
7
5
2
1
1
0 5 10 15 20 25 30 35 40 45
Not Sure
USB
CD
Computer Hard Drive
Laptop
External Hard Drive
Instrument Hard Drive
Shared Drive
Cloud Storage
External Data Repository
High Performance Computing
Physical Copy
Number of Responses
Sto
rage
Med
ium
Raw Data
Manipulated Data
Archived Data
Data storage used in the Faculty of Social Sciences.
26
4
32
31
33
9
11
20
1
19
1
23
3
28
29
29
3
11
17
8
6
17
23
29
33
5
11
17
2
1
11
0 10 20 30 40 50 60 70 80 90 100
Not Sure
USB
CD
Computer Hard Drive
Laptop
External Hard Drive
Instrument Hard Drive
Shared Drive
Cloud Storage
External Data Repository
High Performance Computing
Physical Copy
Number of Responses
Sto
rage
Med
ium
Raw Data
Manipulated Data
Archived Data
Survey Question: Use the chart below to indicate the length of time after project completion that you typically intentionally keep each type of research data. Project completion could include until publication, for example.
Length of Time Research Data are Kept in the Faculty of Arts.
Length of Time Research Data are Kept in the Faculty of Education.
20
8
4
5
2
21
7
4
3
2
22
6
6
2
0 10 20 30 40 50 60 70
Until the data becomes inaccessible or lost
More than 10 years
Between 5-10 years
Between 3-5 years
Less than 3 years
I only keep data for the length of the project
Number of Responses
Len
gth
of
Tim
e D
ata
are
Kep
t
Raw Data
Intermediate Data
Archived Data
4
2
1
0
0
0
3
2
2
0
0
0
4
2
1
0 2 4 6 8 10 12
Until the data becomes inaccessible or lost
More than 10 years
Between 5-10 years
Between 3-5 years
Less than 3 years
I only keep data for the length of the project
Number of Responses
Len
gth
of
Tim
e D
ata
are
Kep
t
Raw Data
Intermediate Data
Archived Data
Length of Time Research Data are Kept in the Faculty of Engineering.
8
2
3
5
2
8
1
2
6
2
1
8
3
3
4
2
0 5 10 15 20 25 30
Until the data becomes inaccessible or lost
More than 10 years
Between 5-10 years
Between 3-5 years
Less than 3 years
I only keep data for the length of the project
Number of Responses
Len
gth
of
Tim
e D
ata
are
Kep
t
Raw Data
Intermediate Data
Archived Data
Length of Time Research Data are Kept in the Faculty of Health Sciences.
Length of Time Research Data are Kept in the Faculty of Law.
2
1
4
3
2
3
4
1
1
3
2
3
1
0 2 4 6 8 10 12
Until the data becomes inaccessible or lost
More than 10 years
Between 5-10 years
Between 3-5 years
Less than 3 years
I only keep data for the length of the project
Number of Responses
Len
gth
of
Tim
e R
esea
rch
Dat
a ar
e K
ept
Raw Data
Intermediate Data
Archived Data
1
1
1
1
1
1
1
1
1
0 1 2 3 4
Until the data becomes inaccessible or lost
More than 10 years
Between 5-10 years
Between 3-5 years
Less than 3 years
I only keep data for the length of the project
Number of Responses
Len
gth
of
Tim
e D
ata
are
Kep
t
Raw Data
Intermediate Data
Archived Data
Length of Time Research Data are Kept in the Faculty of Management.
Length of Time Research Data are Kept in the Faculty of Medicine.
2
1
2
1
3
1
1
1
2
1
2
1
0 1 2 3 4 5 6 7 8
Until the data becomes inaccessible or lost
More than 10 years
Between 5-10 years
Between 3-5 years
Less than 3 years
I only keep data for the length of the project
Number of Responses
Len
gth
of
TIm
e D
ata
are
Kep
t
Raw Data
Intermediate Data
Archived Data
8
8
4
3
7
6
6
3
1
9
6
5
3
0 5 10 15 20 25 30
Until the data becomes inaccessible or lost
More than 10 years
Between 5-10 years
Between 3-5 years
Less than 3 years
I only keep data for the length of the project
Number of Responses
Len
gth
of
Tim
e D
ata
are
Kep
t
Raw Data
Intermediate Data
Archived Data
Length of Time Research Data are Kept in the Faculty of Science.
Length of Time Research Data are Kept in the Faculty of Social Sciences.
14
3
1
3
1
12
4
1
1
4
15
6
1
0 10 20 30 40 50
Until the data becomes inaccessible or lost
More than 10 years
Between 5-10 years
Between 3-5 years
Less than 3 years
I only keep data for the length of the project
Number of Response
Len
gth
of
Tim
e D
ata
are
Kep
t
Raw Data
Intermediate Data
Archived Data
14
8
15
3
1
5
13
8
15
5
2
3
16
9
14
5
2
0 10 20 30 40 50
Until the data becomes inaccessible or lost
More than 10 years
Between 5-10 years
Between 3-5 years
Less than 3 years
I only keep data for the length of the project
Number of Responses
Len
gth
of
Tim
e D
ata
are
Kep
t
Raw Data
Intermediate Data
Archived Data
Survey Question: Which methods of sharing your research data do you currently use? Select all that apply. If you do not currently share your data, choose ‘not currently sharing’.
No
t cu
rren
tly
shar
ing
Pe
rso
nal
req
ues
t o
nly
On
line
wit
h r
estr
icte
d a
cces
s
Inst
itu
tio
nal
or
per
son
al w
ebsi
te
Inst
itu
tio
nal
rep
osi
tory
, su
ch a
s D
atav
erse
Sup
ple
men
tary
file
s to
jou
rnal
Gen
eral
or
dis
cip
line
-sp
ecif
ic r
epo
sito
ry
Arts 12 20 8 4 4 4 1
Education 1 3 4 1 1
Engineering 7 9 3 5 1 3
Health Sciences 2 6 3 1 3 2
Law 1 1 1 1 1
Management 5 1 1
Medicine 3 15 6 2 2 13 6
Science 3 12 5 4 12 6
Social Sciences 20 21 8 2 3 5 1
Not Declared 1 1
Survey Question: Hypothetically speaking, which methods of sharing your research data would you consider using in the future? Select all that apply. If you do not plan to share your data in the future choose ‘not planning to share'.
No
t p
lan
nin
g to
sh
are
Shar
e b
y p
erso
nal
req
ues
t
On
line
wit
h r
estr
icte
d a
cces
s
Inst
itu
tio
nal
or
per
son
al w
ebsi
te
Inst
itu
tio
nal
rep
osi
tory
, su
ch a
s D
atav
erse
Sup
ple
men
tary
file
s to
jou
rnal
Gen
eral
or
dis
cip
line
-sp
ecif
ic r
epo
sito
ry
Arts 5 23 15 14 7 7 2
Education 6 4 3 2 2 1
Engineering 2 13 6 7 4 4 6
Health Sciences 1 6 6 2 6 3 1
Law 1 1 1 2 1
Management 5 2 2 1
Medicine 1 11 9 7 11 12 9
Science 11 8 7 6 14 9
Social Sciences 9 28 15 7 6 9 2
Not Declared 1 1
Survey Question: Some research data cannot be shared because of legal or privacy restrictions or embargoes. Which of the following restrictions or embargoes may limit your ability to share your data with others? Select all that apply. If there are no restrictions or embargoes, choose ‘there are no restrictions or embargoes on sharing my data with other parties’.
No
res
tric
tio
ns
or
emb
argo
es
Pu
blic
saf
ety
or
sen
siti
ve n
atu
re
Pri
vacy
, co
nfi
den
tial
ity,
or
eth
ics
rest
rict
ion
s
Co
ntr
actu
al o
blig
atio
n
Co
mm
erci
al c
on
cern
s
I pla
n t
o f
ile f
or
a p
aten
t
May
jeo
par
diz
e in
telle
ctu
al p
rop
erty
rig
hts
I nee
d t
o p
ub
lish
my
dat
a fi
rst
I'm u
nsu
re if
I am
allo
wed
to
sh
are
my
dat
a
Oth
er
Arts 16 1 12 2 1 7 10 4 5
Education 5 1 2
Engineering 6 4 5 2 3 4 10 1
Health Sciences 3 4 2 2 1
Law 2 1
Management 2 2 2 2
Medicine 1 10 4 3 5 7 15 2
Science 7 3 1 1 5 11 1
Social Sciences 7 4 25 7 1 6 14 6 3
Not Declared 1
Survey Question: If your research data were not affected by restrictions or embargoes, with whom would you be willing to share them? Select all that apply:
No
bo
dy
Imm
edia
te c
olla
bo
rato
rs
Res
earc
her
s in
my
dep
artm
ent
Res
earc
her
s at
uO
ttaw
a
Res
earc
her
s in
my
fiel
d
Res
earc
her
s o
uts
ide
my
fiel
d
An
ybo
dy,
incl
ud
ing
the
gen
eral
pu
blic
Arts 2 13 9 7 19 6 20
Education 5 3 3 3 1 3
Engineering 1 8 1 2 5 1 9
Health Sciences 1 8 4 3 6 1 1
Law 1 1 1 1 3
Management 6 4 3 4 2
Medicine 17 12 8 12 9 5
Science 9 4 3 10 1 9
Social Sciences 1 28 12 8 22 9 9
Not Declared
Survey Question: What, if any, are the reasons you would not be willing to share your research data and associated methods/tools? Select all that apply. If you are willing to share, choose ‘I am willing to share them’.
I am
will
ing
to s
har
e
Inco
mp
lete
or
no
t fi
nis
hed
Still
wis
h t
o d
eriv
e va
lue
Do
no
t h
ave
tech
nic
al s
kills
or
kno
wle
dge
Do
no
t h
old
rig
hts
to
sh
are
Fun
din
g b
od
y d
oe
s n
ot
req
uir
e sh
arin
g
I bel
ieve
th
ey s
ho
uld
no
t b
e sh
are
d
I did
no
t kn
ow
I co
uld
sh
are
Insu
ffic
ien
t ti
me
Lack
of
stan
dar
ds
Lack
of
fun
din
g
No
pla
ce t
o p
ut
them
No
t u
sefu
l to
oth
ers
Pri
vacy
, leg
al o
r se
curi
ty c
on
cern
s
Co
uld
po
ten
tial
ly b
e u
sed
wit
ho
ut
pro
per
ci
tati
on
M
y d
ata
cou
ld p
ote
nti
ally
be
mis
use
d
Oth
er
Arts 11 11 6 1 9 1 2 2 4 4 4 3 3 9 9 6 4
Education 1 1 2 1 2 3 2 1 1 3 4 1 2
Engineering 11 5 5 1 3 3 3 1 1 1 3 3 3
Health Sciences
4 4 2 2 1 1 1 1 2 3 3 1
Law 1 2 1 1 1
Management 2 2 2 1 1 1 1 1 1 1 1
Medicine 7 5 6 2 5 2 1 6 4 3 5 1 9 7 3 2
Science 4 9 8 1 2 1 1 6 6 4 1 4 3 8 5 2
Social Sciences
3 14 12 6 6 4 6 2 9 4 5 3 2 24 11 13 2
Not Declared
Survey Question: What benefits do you see to sharing your research data? Select all that apply. If you see no benefits, choose ‘I see no benefits to sharing my data’.
No
ben
efit
s
Safe
guar
ds
agai
nst
mis
con
du
ct
Trai
nin
g n
ext
gen
erat
ion
res
earc
her
s
Enab
les
my
dat
a to
be
cite
d
Stre
ngt
hen
s m
y ac
adem
ic p
ort
folio
Incr
ease
d m
y ab
ility
to
ob
tain
fu
nd
ing
Enco
ura
ges
colla
bo
rati
ve s
cho
lars
hip
Enco
ura
ges
inte
rdis
cip
linar
y re
sear
ch
Mo
ves
my
fiel
d o
f re
sear
ch f
orw
ard
Red
uce
s re
du
nd
ant
dat
a co
llect
ion
Sup
po
rts
op
en a
cces
s to
kn
ow
led
ge
Hel
ps
veri
fy r
esu
lts
Hel
p d
ata
inte
grit
y
Oth
er
Arts 5 7 24 20 12 11 25 24 27 15 25 12 10 2
Education 1 1 3 2 1 1 4 3 2 2 3 2 1
Engineering 3 8 10 10 7 5 15 10 8 7 10 10 6 1
Health Sciences 1 1 5 4 1 6 6 7 6 4 4 2 1
Law 1 3 2 1 2 2 1 1 2 1
Management 1 2 2 2 1 4 2 2 2 1 2 2
Medicine 1 13 10 12 8 7 15 14 17 15 15 14 8
Science 11 10 8 1 12 7 11 5 8 8 8 1
Social Sciences 8 21 27 20 6 7 26 17 17 13 19 15 12 1
Not Declared 1
Survey Question: Data management plans typically address questions about research data types and formats: standards to be used for describing data; ethics and legal compliance; plans for preservation, access, sharing, and reuse; and responsibilities assigned and resources needed. If you were asked to draft a data management plan as part of a grant application, which of the following statements would best describe your situation? Select one:
I wo
uld
be
able
to
dra
ft a
dat
a m
anag
emen
t p
lan
wit
ho
ut
assi
stan
ce
I wo
uld
nee
d a
ssis
tan
ce a
nd
/or
guid
ed d
ocu
men
tati
on
I wo
uld
pre
fer
to h
ave
assi
stan
ce a
nd
/or
guid
ed d
ocu
men
tati
on
Arts 7 17 13
Education 5 2
Engineering 4 12 3
Health Sciences 1 3 6
Law 1 2
Management 3 3
Medicine 3 11 9
Science 3 12 7
Social Sciences 7 19 19
Not Declared 1
Survey Question: Do you include any of the following topics related to RDM in your teaching practice? Select all that apply. If you do not teach RDM topics, choose ‘I do not teach RDM topics’.
I do
no
t te
ach
RD
M t
op
ics
Dat
a se
curi
ty
Dat
a p
riva
cy
Dat
a ve
rsio
n c
on
tro
l
Dat
a b
acku
p
Dat
a et
hic
s
Dat
a sh
arin
g
Dat
a d
ocu
men
tati
on
Dat
a re
ten
tio
n
Dat
a ar
chiv
ing
Oth
er
Arts 26 3 7 3 5 6 5 5 4 3 1
Education 4 2 2 2 1
Engineering 13 4 4 3 2 5 3 3 3 3 2
Health Sciences 7 2 3 2 2 1 2 2
Law 3
Management 3 1 2 1 1 3 1 1 1 1
Medicine 17 3 5 4 6 1 3 3 3
Science 16 1 2 3 1 1 4 1 1 2
Social Sciences 28 8 13 3 5 16 4 7 7 7 2
Not Declared 1