A bibliometric analysis of 100 years of research on Himalayan cedar: research trends, gaps, and future implications
Frontiers in Forests and Global Change,
Journal Year:
2024,
Volume and Issue:
7
Published: Oct. 22, 2024
Himalayan
Cedar
(
Cedrus
deodara
),
a
member
of
the
family
Pinaceae
is
well-known
for
its
ecological,
economic,
and
cultural
significance.
It
native
to
Western
region
listed
as
Least
Concern
in
IUCN
list
threatened
species.
In
present
study,
bibliometric
analysis
more
than
hundred
years
research
on
C.
carried
out.
Total
616
documents
published
from
1916
2024
were
retrieved
Scopus
database
analyzed
using
biblioshiny
VoS
viewer.
A
comprehensive
overview
publication
trends,
country-wise
publications,
bibliographic
coupling,
citation
analysis,
keyword
collaborative
networks
are
presented.
The
findings
revealed
that
publications
have
increased
significantly
recent
decades
primarily
multidisciplinary.
Forest
ecology,
pharmacology,
phytochemistry,
climate
change,
environmental
science,
taxonomy
among
major
thrust
areas.
However,
studies
mostly
focused
carbon
stock,
biomass,
dendrochronology,
change.
Out
362
sources,
Bradford’s
law
identified
six
journals
core
sources
publication.
Lotka’
only
8%
authors
two
.
study
provides
evaluation
visualization
based
out
during
past
100
years.
Further,
collective
information
framework
scholars,
general
public,
decision-makers
by
identifying
gaps
future
Language: Английский
Global trends and research frontiers on machine learning in sustainable animal production in times of climate change: Bibliometric analysis aimed at insights and orientations for the coming decades
Environmental and Sustainability Indicators,
Journal Year:
2024,
Volume and Issue:
unknown, P. 100563 - 100563
Published: Dec. 1, 2024
Language: Английский
Vegetative propagation of Phytolacca acinosa Roxb. by rhizome cuttings: a step towards conservation and cultivation approach
Frontiers in Conservation Science,
Journal Year:
2024,
Volume and Issue:
5
Published: May 8, 2024
Introduction
Phytolacca
acinosa
Roxb.
is
a
highly
valuable
multipurpose
herb
native
to
the
Himalayan
region.
Unsustainable
harvesting
of
this
species
due
its
diverse
uses
has
resulted
in
rapid
decline
population
across
natural
habitats,
thereby
necessitating
propagation
and
conservation.
To
overcome
challenge,
potential
P.
rhizomes
for
ex
situ
regeneration
was
evaluated.
Methods
The
current
study
aims
develop
standard
protocol
.
Rhizome
cuttings
derived
by
splitting
whole
were
used
effect
various
hormones
soil
compositions
on
their
sprouting
growth
performance.
Results
Soil
SC10
SC5
consisting
soil,
sand,
pebbles,
vermicompost
(1:1:1:1)
(1:1:1),
respectively,
most
suitable
optimum
species.
rhizome
segments
treated
with
GA
3
(150ppm)
induced
highest
percentage
(91.67%),
minimum
time
23.25
days.
maximum
root
length
(9.25
cm),
shoot
(16.5
leaf
number
(11.25)
recorded
cuttings.
Conclutions
Overall,
results
present
helped
establishing
cost-effective,
rapid,
efficient,
simple
mass
method
target
will
serve
as
guide
large-scale
cultivation,
effective
conservation,
sustainable
utilization
economically
medicinal
herb.
Language: Английский
Exploring the Potential of Regenerative Agriculture for Climate Mitigation, Resource Efficiency and Sustainability
Ashutosh Kumar,
No information about this author
Mukesh Pandey,
No information about this author
Aparna Srivastava
No information about this author
et al.
American Journal of Environmental Science and Engineering,
Journal Year:
2024,
Volume and Issue:
8(4), P. 107 - 119
Published: Dec. 7, 2024
Regenerative
Agriculture
(RA)
represents
a
significant
approach
toward
sustainable
and
eco-friendly
practices,
provides
environmental,
economic,
social
benefits.
The
objective
of
the
review
is
to
evaluate
research
trends
gaps,
conduct
SWOT
analysis,
explore
potential
regenerative
agriculture
in
areas
like
energy
conservation,
food
security,
ecosystem
services,
soil
health,
circular
agriculture,
climate-smart,
resilient
farming
practices.
This
emphasizes
holistic
Agriculture,
analysis
reveals
that
RA
offers
benefits
environmental
sustainability
several
opportunities
carbon
market
security.
Despite
multiple
benefits,
bibliometric
showed
on
limited,
with
notable
increase
publications
only
emerging
recent
years.
contributes
better
practices
compared
other
agricultural
systems.
efforts
mitigate
climate
change
by
reducing
footprint,
enhancing
adaptability,
improving
providing
services.
It
also
addresses
challenges
such
as
biodiversity
loss,
waste,
Furthermore,
integrating
presents
economic
ecological
opportunities,
credits
economy.
increases
resource
efficiency,
minimizes
promotes
nature-based
solutions
for
conservation
healthier
ecosystems.
Based
our
findings,
we
recommend
should
focus
developing
credit
schemes
from
RA,
farmer’s
awareness
RA's
modifying
improve
economy
principles
sustainability.
Language: Английский