Agriculture,
Journal Year:
2024,
Volume and Issue:
14(10), P. 1850 - 1850
Published: Oct. 21, 2024
The
soil
carbon
pool
is
the
largest
and
most
dynamic
reservoir
in
terrestrial
ecosystems.
Fertilization,
an
important
component
of
agricultural
management,
a
significant
factor
influencing
sequestration.
This
study
analyzed
literature
from
Web
Science
2008
to
2024
using
CiteSpace.
results
revealed
steady
increase
publications
on
this
topic,
with
surge
recent
four
years.
analysis
highlighted
key
collaborations
among
countries,
institutions,
authors,
identified
main
journal
sources
seminal
works
research
role
fertilization
sequestrations.
Keyword
indicated
that
current
hotspots
include
‘soil
organic
dynamics
matter
decomposition’,
‘microbial
community
cycling’,
‘agricultural
management
practices
sequestration’.
In
context
climate
change,
future
likely
focus
enhancing
sustainable
practices,
promoting
biochar
resource
utilization,
utilizing
microbial
communities
optimize
provides
comprehensive
overview
sequestration,
providing
insights
for
improving
sequestration
strategies.
Agriculture,
Journal Year:
2024,
Volume and Issue:
14(6), P. 900 - 900
Published: June 6, 2024
The
increasing
prominence
of
climate
change,
geopolitical
crises,
and
global
economic
slowdown
highlights
the
challenges
structural
deficiencies
traditional
cross-border
agro-food
supply
chains.
As
a
result,
there
has
been
growing
consensus
on
need
to
leverage
digital
technology
rebuild
innovate
safe,
stable,
sustainable
food
system.
This
study
assessed
knowledge
progress
development
trends
in
chains
enabled
by
technology.
A
total
352
authoritative
papers
from
core
Web
Science
database
were
selected
for
analysis.
Citespace
tool
was
utilized
visually
examine
research
elements.
findings
reveal
that
outcomes
this
territory
experienced
significant
period
rapid
growth,
particularly
after
2020.
Sustainability
IEEE
Access
are
journals
with
highest
second-highest
number
publications.
China
France
National
Institute
countries
institutions
largest
publications
field.
hotspots
mainly
application
technologies,
safety,
chain
system
model
innovation.
In
past
ten
years,
gone
through
three
stages:
precise
timeliness
orientation,
intelligent
strategic
decision-making
predictability
orientation.
We
further
construct
‘antecedent–practice–performance’
conceptual
framework
sustainability
technology-enabled
chain.
Finally,
paper
presents
potential
directions
territory,
focusing
four
aspects:
method,
mechanism,
topic,
frontier.
Sustainability,
Journal Year:
2025,
Volume and Issue:
17(4), P. 1348 - 1348
Published: Feb. 7, 2025
The
regulation
of
urban
solid
waste
management
services
has
become
increasingly
complex,
requiring
effective
performance
indicators
for
monitoring
and
evaluation.
This
study
conducted
a
bibliometric
analysis
to
understand
how
are
being
used
in
worldwide.
research
employed
the
Web
Science
database
analyze
scientific
production
from
2004
2024,
using
Biblioshiny
4.1
software
data
processing
analysis.
From
779
initially
identified
documents,
38
studies
were
selected
thoroughly
analyzed.
results
revealed
concentration
European
countries,
with
Portugal
leading
(20
publications),
followed
by
Italy
(12)
Netherlands
(7).
99
authors
an
average
3.26
co-authors
per
document
26.32%
international
co-authorship
rate.
articles
averaged
23.4
citations,
indicating
significant
academic
impact.
A
keyword
132
terms,
“regulation”,
“waste
management”,
“efficiency”
most
prominent.
bibliographic
coupling
demonstrated
strong
connections
between
efficiency,
particularly
Portugal’s
sunshine
model
through
ERSAR.
highlights
need
standardized
regulatory
frameworks
suggests
opportunities
increased
collaboration
developing
systems
services.
Chemical Communications,
Journal Year:
2024,
Volume and Issue:
60(55), P. 6977 - 6987
Published: Jan. 1, 2024
Artificial
intelligence
(AI)
offers
transformative
potential
for
chemical
research
through
its
ability
to
optimize
reactions
and
processes,
enhance
energy
efficiency,
reduce
waste.
AI-assisted
(AI
+
chem)
has
become
a
global
hotspot.
To
better
understand
the
current
status
of
"AI
chem",
this
study
conducted
scientific
bibliometric
investigation
using
CiteSpace.
The
web
science
core
collection
was
utilized
retrieve
original
articles
related
chem"
published
from
2000
2024.
obtained
data
allowed
visualization
knowledge
background,
status,
latest
structure
chem".
entered
stage
explosive
growth,
number
papers
will
maintain
long-term
high-speed
growth.
This
article
systematically
analyzes
progress
in
objectively
predicts
future
trends,
including
molecular
design,
reaction
prediction,
materials
drug
quantum
chemistry.
outcomes
provide
readers
with
comprehensive
understanding
overall
landscape
