Frontiers in Environmental Economics,
Год журнала:
2024,
Номер
3
Опубликована: Июль 2, 2024
Horticulture
has
the
potential
to
meet
development
agenda
of
agrarian
economies,
like
that
Cameroon,
through
cultivation
high-value
fruits
and
vegetables.
Bananas
pineapples
are
two
widely
grown
in
Cameroon
for
income,
employment,
foreign
earnings.
remains
an
important
global
player
banana
trade.
To
boost
production,
identifying
factors
drive
supply
response
such
crops
is
policy
question.
Here,
we
ask
if
non-price
determinants
horticultural
crops,
a
question
received
very
little
attention.
The
objective
this
study
thus
estimate
effect
on
bananas
pineapples.
do
this,
Nerlovian
function
directly
estimated
via
Error
correction
model
using
time
series
data,
capture
long-run
dynamics
production
supply.
results
show
as
rainfall,
temperature,
land
major
drivers
both
crops.
effects
these
factors,
however,
vary
with
We
provide
plausible
explanations
why
salient.
Our
suggest
improving
timely
availability
weather
climate
information,
input
subsidies
possible
areas
interventions.
Plants,
Год журнала:
2024,
Номер
13(21), С. 3055 - 3055
Опубликована: Окт. 31, 2024
Despite
its
rapid
growth
and
economic
success,
the
sustainability
of
floriculture
industry
as
it
is
presently
conducted
debatable,
due
to
huge
environmental
impacts
initiates
incurs.
Achieving
requires
joint
efforts
from
all
stakeholders,
a
fact
that
often
neglected
in
discussions
frequently
focus
upon
economically
driven
management
concerns.
This
review
attempts
raise
awareness
collective
responsibility
among
key
practitioners
by
discussing
context
soil
health,
foundation
agriculture
systems.
Major
challenges
posed
health
arise
acidification
salinization
stimulated
abusive
use
fertilizers.
The
poisoning
biota
pesticide
residues
plastic
debris
excessive
application
pesticides
disposal
plastics
another
significant
issue
concern.
consequence
continuous
cropping
obstacles
are
further
elucidated
concept
plant-soil
feedback.
Based
on
these
challenges,
we
propose
adoption
implementation
several
sustainable
practices
including
breeding
stress-resistant
nutrient-efficient
cultivars,
making
goal
production,
recycling
overcome
mitigate
decline
health.
problems
created
flower
waste
materials
highlighted
efficient
treatment
biochar
synthesis
suggested.
We
acknowledge
complexity
developing
implementing
proposed
there
limited
collaboration
research
operational
communities,
policymakers.
Additional
examining
has
soils
needed
develop
more
production
can
help
resolve
current
threats
bridge
understanding
gap
between
researchers
stakeholders
floriculture.