High
temperature
stress
affects
tomato
production
both
in
tropical
and
sub-tropical
environments
worldwide.
To
explore
genetic
variation
for
heat
tolerance
tomato,
329
transcontinental
varieties
were
evaluated
at
The
Ministry
of
Municipality
Environment
(MME)
greenhouses
near
Doha,
Qatar.
Preliminary
phenotypic
analysis
identified
a
diverse
set
71
hybrid
pure
line
more
detailed
studies.
selected
subset
was
examined
the
greenhouse
randomized
complete
block
design
under
stress.
materials
phenotyped
fruit
size,
weight,
hardness,
locules,
(%),
total
soluble
solids
(TSS),
yield.
Significant
differences
among
genotypes
observed
all
traits
assessed.
basis
genotyped
using
104
SNP
markers
previous
genome
wide
association
studies
(GWAS).
Nineteen
QTL
associated
could
reliably
select
tolerant
terms
better
yield,
set,
TSS.
These
are
located
on
Chromosome
1,
5,
6,
8,
9,
12.
Interestingly,
two
clusters
chromosome
6
linked
to
significant
effects
TSS
high
temperature.
Some
within
these
regions
also
reported
as
with
other
Eighteen
out
nineteen
mapped
gene
body.
Based
genotypic
analysis,
an
elite
five
approval
findings
have
significance
not
only
Qatar,
but
they
valuable
wider
application
locations
19
presented
here
be
adopted
by
breeders
marker-assisted
selection
(MAS)
tolerance.
International Journal of Plant Biology,
Год журнала:
2025,
Номер
16(1), С. 32 - 32
Опубликована: Март 3, 2025
Drought
and
salinity
are
major
factors
that
hinder
crop
cultivation
significantly
impair
agricultural
productivity,
particularly
in
(semi)arid
regions.
These
two
abiotic
constraints
cause
deterioration
soil
structure
reduced
fertility
hamper
plant
growth
by
limiting
access
to
mineral
elements
water,
thereby
threatening
global
food
security.
What’s
more,
the
excessive,
long-term
use
of
chemical
fertilizers
boost
productivity
can
disrupt
balance
ecosystems,
health.
Faced
with
these
challenges,
sustainable
exploitation
natural
resources,
particular
rhizospheric
microorganisms,
is
an
environmentally
friendly
solution.
Arbuscular
mycorrhizal
fungi
play
important
role
as
biofertilizers
due
their
symbiotic
relationship
roots
nearly
80%
plants.
They
promote
not
only
host
plants
but
also
resistance
stresses.
Among
fungi,
Glomus
genus
stands
out
for
its
predominance
plants’
rhizosphere
thanks
richness
high-performance
species
ecological
adaptability.
This
review
highlights
importance
within
this
soils,
terrestrial
ecosystems
subject
(semi-)arid
climates.
Molecular
mechanisms
underlying
tolerance
drought
salt
stress
symbiosis
explored.
Horticulturae,
Год журнала:
2025,
Номер
11(2), С. 178 - 178
Опубликована: Фев. 7, 2025
This
study
presents
four
new
records
of
Boesenbergia
species
(Zingiberaceae)
in
Cambodia:
parvula
(Wall.
ex
Baker)
Kuntze,
B.
petiolata
Sirirugsa,
siphonantha
(King
M.Sabu,
Prasanthk.
&
Škorničk.,
and
xiphostachya
(Gagnep.)
Loes.
Previously,
only
rotunda
(L.)
Mansf.
was
officially
recognized
Cambodia.
research
also
confirms
the
occurrence
natural
habitats.
provides
a
distribution
report
for
this
within
country,
lectotypification
We
studied
plant
specimens
collected
from
Cambodia,
using
calipers
stereomicroscope,
identified
them
based
on
protologue
descriptions
herbarium
records.
provide
detailed
morphological
descriptions,
complete
synonymy,
taxonomic
diagnoses,
comprehensive
identification
key.
In
addition,
we
present
data
habitat,
phenology,
vernacular
names,
traditional
uses,
provisional
conservation
statuses,
horticultural
potential,
cultivation
guidelines.
These
findings
substantially
expand
known
diversity
highlighting
their
ecological
significance,
cultural
value,
ornamental
potential.
By
advancing
understanding
regional
flora,
contributes
to
biodiversity
emphasizes
importance
continued
exploration
documentation
Southeast
Asia
preserve
integrity
and.
knowledge.
IntechOpen eBooks,
Год журнала:
2025,
Номер
unknown
Опубликована: Фев. 26, 2025
Poverty
remains
a
global
challenge,
exacerbated
by
economic
downturns,
national
debt,
and
systemic
inequalities,
particularly
in
developing
regions
like
Sub-Saharan
Africa.
South
African
President
Cyril
Ramaphosa’s
2024
G20
Summit
address
highlighted
the
urgent
need
to
these
interconnected
crises,
emphasising
Africa’s
disproportionate
vulnerability
challenges
such
as
stagnation,
debt
burdens,
climate
change.
This
study
critically
examines
poverty
inequality
Africa,
focusing
on
structural
barriers
that
perpetuate
socio-economic
divides
despite
country’s
classification
an
upper-middle-income
nation.
Drawing
multidisciplinary
sources,
including
public
reports,
academic
literature,
political
discourse,
research
highlights
disconnect
between
rhetoric
government
officials
on-the-ground
realities.
Findings
reveal
interventions
often
default
short-term
solutions
social
grants,
which,
while
providing
immediate
relief,
fail
roots
of
poverty,
limited
education,
inadequate
job
creation,
unequal
access
resources.
The
argues
for
paradigm
shift
from
rhetorical
commitments
actionable
strategies,
capacity
building,
equitable
resource
distribution.
calls
accountability,
transparency,
community
involvement
policy
implementation
bridge
gap
results.
By
addressing
inequality,
it
how
nations
Africa
can
drive
sustainable
empowerment
hold
leaders
accountable
meaningful
alleviation.
Journal of Experimental Botany,
Год журнала:
2024,
Номер
unknown
Опубликована: Июль 10, 2024
In
the
current
context
of
global
warming,
high
temperature
events
are
becoming
more
frequent
and
intense
in
many
places
around
world.
this
context,
understanding
how
plants
sense
respond
to
heat
is
essential
develop
new
tools
prevent
plant
damage
address
food
security,
as
threatening
agricultural
sustainability.
This
review
summarizes
integrates
our
underlying
cellular,
physiological,
biochemical
molecular
regulatory
pathways
triggered
under
moderately
extremely
conditions.
Given
that
temperatures
can
also
trigger
ferroptosis,
study
cell
death
mechanism
constitutes
a
strategic
approach
understand
might
overcome
otherwise
lethal
events.
Plants,
Год журнала:
2025,
Номер
14(3), С. 447 - 447
Опубликована: Фев. 3, 2025
The
stable
long-term
preservation
of
plant
cells
is
crucial
for
biopharmaceuticals
and
food
security.
Therefore,
the
cryopreservation
using
a
cryoprotective
agent
(CPA)
area
study.
However,
research
on
low-toxicity
CPAs
remains
limited.
We
analyzed
1643
abstracts
related
to
plant-cryopreservation
(PCP)
published
from
1967
May
2023,
spanning
56
years,
academic
citation
databases,
with
search
conducted
in
2023.
Grouping
these
by
five-year
intervals
revealed
an
increase
PCP
papers
until
2015,
followed
decline
2020s.
In
order
confirm
declining
trend,
we
performed
text-mining
analysis
Latent
Dirichlet
Allocation
(LDA)
algorithm,
which
identifies
underlying
topics
across
diverse
documents
aid
decision-making
classified
into
three
distinct
topics:
Topic
1,
“Seed
bank”;
2,
“Physiology”;
3,
“Cryopreservation
protocol”.
decline,
particularly
protocol”
research,
important
observation
this
At
same
time,
decrease
may
be
due
limited
scope
3.
expect
improvements
development
new
CPAs.
This
expectation
based
numerous
ongoing
studies
focused
developing
various
animal
medical
cell
lines,
particular
attention
polysaccharides
as
components
that
could
reduce
required
concentrations
existing
Frontiers in Sustainable Food Systems,
Год журнала:
2025,
Номер
9
Опубликована: Март 4, 2025
In
the
context
of
global
climate
change,
it
is
crucial
to
adopt
ecologically
sound
production
practices
promote
sustainable
agricultural
development.
Combined
rice–fish,
rice–crab,
and
Zizania
latifolia
(ZL)–shelduck
modes
are
increasingly
advocated
by
scholars
because
complex
farmland
landscapes
environmentally
friendly
nutrient
cycles
associated
with
these
modes.
this
study,
a
comprehensive
evaluation
ecological–economic
benefits
combined
planting–breeding
system
in
Jinyun,
Zhejiang,
China,
was
conducted
via
life
cycle
assessment
(LCA)
cost–benefit
analysis
on
basis
literature
review
field
research
data.
The
following
results
were
obtained.
(1)
single-season
total
carbon
footprint
for
ZL–shelduck
mode
4062.19
kg
CO
2
eq/ha,
whereas
4553.32
eq/ha
ZL
monoculture
mode.
Compared
those
mode,
emissions
decreased
10.79%,
inputs
identified
as
primary
source
both
(2)
net
ecological
economic
102,482.26
yuan/ha
70,423.60
yuan/ha,
respectively.
significantly
increased
45.52%
Notably,
sale
shelduck
products
reductions
labor
costs
important
factors
leading
income
gap
between
two
types
This
study
not
only
provides
quantitative
different
but
also
serves
an
reference
introduction
relevant
compensation
policies
promotion
win–win
future.
İletişim Kuram ve Araştırma Dergisi,
Год журнала:
2025,
Номер
69, С. 157 - 176
Опубликована: Март 18, 2025
Bireylerin
toplum
içerisindeki
davranışları
zamanla
değişmekle
birlikte
bu
davranışların
psikolojik
ve
sosyolojik
nedenlerden
dolayı
değişmesi
beklenir.
Birçok
insan
iletişim
yoluyla
davranışlarını
şekillendirmekte
olup
iletişimin
genel
olarak
bireyler
arasında
insanları
ilgilendiren
konular
hakkında
olduğu
söylenebilir.
Bu
kapsamda
çevresel
konuların
iletişime
dâhil
edilmesi
söz
konusudur
durumun
ölçülmesi
son
zamanlarda
bir
gereklilik
haline
gelmiştir.
Çevresel
konulara
dikkat
çekmek
iletişimi
ölçmek
amacıyla
Kassing
vd.,
(2010)
tarafından
geliştirilmiş
olan
İletişim
Ölçeği
(ÇİÖ)
Türkçeye
uyarlanmak
suretiyle
ulusal
literatüre
katkı
sağlamak
ölçeğin
literatürde
kullanılmasıyla
bireylerin
algılarını
ölçümlemek-ölçmek
amaçlanmaktadır.
araştırmanın
temel
sorusu
“çevresel
ardıl
öncülleri
nelerdir
Türkçeleştirilebilir
mi”
belirlenmiştir.
Araştırma
kapsamında
İstanbul’daki
üniversitelerde
görev
yapmakta
akademisyenlere
(N=424)
yönelik
uygulama
yapılmış,
toplanan
veriler
AMOS
26
SPSS
25
programlarıyla
analiz
edilmiştir.
Analiz
bulgularında
ilgili
20
maddelik
ölçüm
aracı
“uygulama,
reddetme
onaylama”
3
alt
boyuttan
oluşan
geçerli
güvenilir
ölçek
sonucunda
Ölçeği’nin
uyarlanabilir
belirlenerek
sağlanmış
özgün
araştırma
tamamlanmıştır.