Frontiers in Chemistry,
Journal Year:
2022,
Volume and Issue:
10
Published: May 9, 2022
Greenhouse
gases
released
by
agriculture
account
for
19%
of
global
greenhouse
gas
emission.
Moreover,
the
abuse
pesticides
and
fertilizers
is
a
fundamental
cause
soil
water
pollution.
Finding
sustainable
countermeasures
these
problems
requires
completely
new
approaches
integration
knowledge.
Precision
(PA)
technology
that
reduces
environmental
pollution
with
minimal
input
(e.g.,
fertilizer,
herbicides,
pesticides)
maximize
production
high-quality
crops
monitoring
conditions
environment
farmland
crops.
However,
lack
data—a
key
realizing
PA—remains
major
obstacle
to
large-scale
adoption
PA.
Herein,
we
discuss
important
research
issues,
such
as
data
managements
analysis
accurate
decision-making,
specific
acquisition
strategies.
systematically
review
electrochemical
sensors,
including
sensors
monitor
plant,
soil,
directly
affect
plant
growth.
Small,
Journal Year:
2021,
Volume and Issue:
17(50)
Published: Nov. 18, 2021
Abstract
The
excellent
stretchability
and
biocompatibility
of
flexible
sensors
have
inspired
an
emerging
field
plant
wearables,
which
enable
intimate
contact
with
the
plants
to
continuously
monitor
growth
status
localized
microclimate
in
real‐time.
Plant
wearables
provide
a
promising
platform
for
development
phenotype
construction
intelligent
agriculture
via
monitoring
regulating
critical
physiological
parameters
plants.
Here,
applications
together
their
pros
cons
from
four
aspects,
including
indicators,
surrounding
environment,
crop
quality,
active
control
growth,
are
highlighted.
Self‐powered
energy
supply
systems
signal
transmission
mechanisms
also
elucidated.
Furthermore,
future
opportunities
challenges
discussed
detail.
npj Flexible Electronics,
Journal Year:
2022,
Volume and Issue:
6(1)
Published: June 13, 2022
Abstract
Plant
wearable
sensors
have
potential
to
provide
continuous
measurements
of
plant
physiological
information.
However,
stable
and
high-fidelity
monitoring
plants
with
glandular
hairs
wax
is
challenging,
due
lacking
interface
adaptability
conventional
sensors.
Here,
inspired
by
adaptive
winding
tendrils,
an
integrated
system
(IPWS)
based
on
strain
(AWS)
sensor
for
pulse
was
developed.
The
IPWS
consists
three
modules,
i.e.
AWS
sensor,
a
flexible
printed
circuit,
smart
phone
APP
display
interface.
As
the
key
element,
can
adaptively
wrap
around
tomato
stem.
Importantly,
serpentine-patterned
laser-induced
graphene,
exhibits
excellent
resistance
temperature
interference
coefficient
0.17/°C.
demonstrated
be
pulse,
which
reflect
growth
water
state
in
real
time.
ACS Nano,
Journal Year:
2022,
Volume and Issue:
16(9), P. 14297 - 14307
Published: Aug. 31, 2022
As
a
class
of
important
artificial
olfactory
system,
the
colorimetric
sensor
array
possesses
great
potential
for
commercialization
due
to
its
cost-effectiveness
and
portability.
However,
when
applied
practical
applications,
humidity
interference
from
ambient
environment
dissatisfactory
sensitivity
trace
target
VOCs
are
largely
unsolved
problems.
To
overcome
problems,
we
developed
series
dye/MOFs@COFs
gas-sensing
materials
with
core-shell
structure
using
hydrophobization
strategy
by
encapsulation
dye/metal-organic
frameworks
(MOFs)
into
hydrophobic
covalent
organic
(COFs).
Benefiting
property
COF
shell,
composites
were
endowed
excellent
humidity-resistance
even
under
100%
relative
(RH).
Moreover,
uniform
distribution
dyes
on
porous
MOFs,
sensors
also
exhibited
improved
at
sub-ppm
level,
compared
conventional
dye
sensors.
On
basis
sensitivity,
an
based
was
proven
be
successful
application
in
early
accurate
detection
wheat
scab
(1
day
after
inoculation)
monitoring
released
VOC
markers.
The
synthetic
is
applicable
wide
range
arrays,
endowing
them
feasibility
applications.
Frontiers in Chemistry,
Journal Year:
2022,
Volume and Issue:
10
Published: May 9, 2022
Greenhouse
gases
released
by
agriculture
account
for
19%
of
global
greenhouse
gas
emission.
Moreover,
the
abuse
pesticides
and
fertilizers
is
a
fundamental
cause
soil
water
pollution.
Finding
sustainable
countermeasures
these
problems
requires
completely
new
approaches
integration
knowledge.
Precision
(PA)
technology
that
reduces
environmental
pollution
with
minimal
input
(e.g.,
fertilizer,
herbicides,
pesticides)
maximize
production
high-quality
crops
monitoring
conditions
environment
farmland
crops.
However,
lack
data—a
key
realizing
PA—remains
major
obstacle
to
large-scale
adoption
PA.
Herein,
we
discuss
important
research
issues,
such
as
data
managements
analysis
accurate
decision-making,
specific
acquisition
strategies.
systematically
review
electrochemical
sensors,
including
sensors
monitor
plant,
soil,
directly
affect
plant
growth.
