The academic impact of Open Science: a scoping review
Royal Society Open Science,
Journal Year:
2025,
Volume and Issue:
12(3)
Published: March 1, 2025
Open
Science
seeks
to
make
research
processes
and
outputs
more
accessible,
transparent
inclusive,
ensuring
that
scientific
findings
can
be
freely
shared,
scrutinized
built
upon
by
researchers
others.
To
date,
there
has
been
no
systematic
synthesis
of
the
extent
which
(OS)
reaches
these
aims.
We
use
PRISMA
scoping
review
methodology
partially
address
this
gap,
evidence
on
academic
(but
not
societal
or
economic)
impacts
OS.
identify
485
studies
related
all
aspects
OS,
including
Access
(OA),
Open/FAIR
Data
(OFD),
Code/Software,
Evaluation
Citizen
(CS).
Analysing
synthesizing
findings,
we
show
majority
investigated
effects
OA,
CS
OFD.
Key
areas
impact
studied
are
citations,
quality,
efficiency,
equity,
reuse,
ethics
reproducibility,
with
most
reporting
positive
at
least
mixed
impacts.
However,
also
identified
significant
unintended
negative
impacts,
especially
those
regarding
diversity
inclusion.
Overall,
main
barrier
OS
is
lack
skills,
resources
infrastructure
effectively
re-use
build
existing
research.
Building
synthesis,
gaps
within
literature
draw
implications
for
future
policy.
Language: Английский
Is there still a need for dental textbooks when doubts can be clarified by artificial intelligence and open access science?
Frontiers in Dental Medicine,
Journal Year:
2023,
Volume and Issue:
4
Published: Aug. 14, 2023
OPINION
article
Front.
Dent.
Med,
14
August
2023Sec.
Reconstructive
Dentistry
Volume
4
-
2023
|
https://doi.org/10.3389/fdmed.2023.1236861
Language: Английский
Open Science Infrastructure as a key component of Open Science
Septentrio Conference Series,
Journal Year:
2022,
Volume and Issue:
1
Published: Nov. 22, 2022
The
Open
Science
movement
is
a
response
to
the
accumulated
problems
in
scholarly
communication,
like
"reproducibility
crisis",
"serials
and
"peer
review
crisis".
European
Commission
defines
priorities
of
as
Findable,
Accessible,
Interoperable
Reproducible
(FAIR)
data,
infrastructure
services
Cloud
(EOSC),
Next
generation
metrics,
altmetrics
rewards,
future
scientific
research
integrity
reproducibility,
education
skills
citizen
science.
Infrastructure
also
one
four
key
components
defined
by
UNESCO.
Mainly
represented
among
Infrastructures
are
institutional
thematic
repositories
for
publications,
software
code.
Furthermore,
range
may
include
discovery,
mining,
publishing,
peer
process,
archiving
preservation,
social
networking
tools,
training,
high-performance
computing,
tools
processing
analysis.
Successful
should
be
based
on
community
values
responsive
needed
changes.
Preferably
distributed,
enabling
machine-actionable
services,
supporting
reusability
quality
FAIR
interoperability,
sustainability,
long-term
preservation
funding.
Language: Английский