Sustainability,
Journal Year:
2022,
Volume and Issue:
14(16), P. 10349 - 10349
Published: Aug. 19, 2022
Globally
Important
Agricultural
Heritage
Systems
(GIAHS)
territories
are
highly
relevant
to
achieving
sustainable
lifestyles
with
human
subsistence
in
balance
the
ecosystem.
The
Barroso
agro-sylvo-pastoral
system
is
a
clear
example
of
this
alignment
between
existing
society,
nature
and
natural
resources,
environment,
landscapes,
contextual
heritage.
Moreover,
use
excellent
environmental
conditions,
breath-taking
untouched
landscapes
represent
truly
factor
towards
development
region
economy
that
still
greatly
influenced
by
an
engraved
cultural,
patrimonial,
agricultural
Given
GIAHS
classification
attributed
territory,
need
arises
guarantee
conditions.
This
context
will
allow
maintenance
classification,
ensuring
quality
life
stimulating
its
socio-economic
overall
sustainability.
present
article
describes
proposal
for
digital
ecosystem
model
aimed
at
GIAHS,
composed
four
main
functional
hubs
actively
interact
each
other:
smart
government,
economy,
people.
Based
on
wireless
sensor
networks,
IoT,
artificial
intelligence,
data
analytics,
other
technological
solutions,
solution
real-time
control
territory’s
conditions
develop
more
efficient
well-supported
management
governance.
IEEE Internet of Things Journal,
Journal Year:
2020,
Volume and Issue:
7(8), P. 7648 - 7662
Published: April 16, 2020
Advancements
in
the
Internet
of
Things
(IoT)
have
led
to
revolutionary
potential
achieve
intelligent
environmental
monitoring.
However,
extreme
conditions
across
hard-to-reach
areas,
where
public
ground
networks
do
not
provide
sufficient
coverage,
resulted
difficult
backhaul
monitoring
data
from
remote
areas
interest.
Because
urgent
demand
for
low-cost
collection
such
this
article
proposes
a
novel
drone-enabled
IoT
relay
system
high-speed
support
The
ability
5-GHz
communication
technology
was
exploited
reduce
time
required
transmission
between
devices
and
drone.
Meanwhile,
long-range
(LoRa)
technology,
as
low-power
long-distance
wireless
is
adopted
wake-up
strategy
waking
up
high-power
module.
Based
on
5
GHz
LoRa
drone-based
onboard
terminal
are
designed.
An
application
used
demonstrate
feasibility
designed
system.
Numerous
real-world
experiments
validate
effectiveness
show
its
capability
collection.
field
that
collects
cached
with
stable
3.5-MB/s
throughput
at
an
altitude
140
m.
breakthroughs
facilitate
without
new
perspective
over
Bulletin of the American Meteorological Society,
Journal Year:
2021,
Volume and Issue:
102(11), P. E2062 - E2078
Published: June 15, 2021
Abstract
The
Tibetan
Plateau,
known
as
the
world’s
“Third
Pole”
due
to
its
high
altitude,
is
experiencing
rapid,
intense
climate
change,
similar
and
even
far
more
than
that
occurring
in
Arctic
Antarctic.
Scientific
data
sharing
very
important
address
challenges
of
better
understanding
unprecedented
changes
Third
Pole
their
impacts
on
global
environment
humans.
National
Plateau
Data
Center
(TPDC,
http://data.tpdc.ac.cn
)
one
first
20
national
centers
endorsed
by
Ministry
Science
Technology
China
2019
features
most
complete
scientific
for
surrounding
regions,
hosting
3,500
datasets
diverse
disciplines.
Fifty
featuring
high-mountain
observations,
land
surface
parameters,
near-surface
atmospheric
forcing,
cryospheric
variables,
high-profile
article-associated
over
frequently
being
used
quantify
hydrological
cycle
water
security,
early
warning
assessments
glacier
avalanche
disasters,
other
geoscience
studies
are
highlighted
this
manuscript.
TPDC
provides
a
cloud-based
platform
with
integrated
online
acquisition,
quality
control,
analysis,
visualization
capability
maximize
efficiency
sharing.
shifts
from
traditional
centralized
architecture
decentralized
deployment
effectively
connect
Pole–related
domestic
international
sources.
As
an
embryo
management
extreme
upcoming
“big
data”
era,
dedicated
filling
gaps
collection,
discovery,
consumption
Pole,
facilitating
activities,
particularly
those
extensive
interdisciplinary
use.
Geoscientific model development,
Journal Year:
2021,
Volume and Issue:
14(7), P. 4465 - 4494
Published: July 21, 2021
Abstract.
Subseasonal-to-seasonal
(S2S)
prediction,
especially
the
prediction
of
extreme
hydroclimate
events
such
as
droughts
and
floods,
is
not
only
scientifically
challenging,
but
also
has
substantial
societal
impacts.
Motivated
by
preliminary
studies,
Global
Energy
Water
Exchanges
(GEWEX)/Global
Atmospheric
System
Study
(GASS)
launched
a
new
initiative
called
“Impact
Initialized
Land
Surface
Temperature
Snowpack
on
Subseasonal
to
Seasonal
Prediction”
(LS4P)
first
international
grass-roots
effort
introduce
spring
land
surface
temperature
(LST)/subsurface
(SUBT)
anomalies
over
high
mountain
areas
crucial
factor
that
can
lead
significant
improvement
in
precipitation
through
remote
effects
land–atmosphere
interactions.
LS4P
focuses
process
understanding
predictability,
hence
it
different
from,
complements,
other
projects
focus
operational
S2S
prediction.
More
than
40
groups
worldwide
have
participated
this
effort,
including
21
Earth
system
models,
9
regional
climate
7
data
groups.
This
paper
provides
an
overview
history
objectives
LS4P,
first-phase
experimental
protocol
(LS4P-I)
which
effect
Tibetan
Plateau,
discusses
LST/SUBT
initialization,
presents
results.
Multi-model
ensemble
experiments
analyses
observational
revealed
hydroclimatic
LST
Plateau
limited
Yangtze
River
basin
may
large-scale
impact
summer
beyond
East
Asia
its
Preliminary
studies
analysis
shown
models
are
unable
preserve
initialized
producing
observed
largely
for
two
main
reasons:
(i)
inadequacies
arising
from
total
soil
depths
too
shallow
use
simplified
parameterizations,
both
tend
limit
memory;
(ii)
reanalysis
data,
used
initial
conditions,
large
discrepancies
mean
state
Plateau.
Innovative
approaches
been
developed
overcome
these
problems.
Diversity and Distributions,
Journal Year:
2021,
Volume and Issue:
27(5), P. 857 - 872
Published: Jan. 31, 2021
Abstract
Aim
Asian
forests
are
becoming
increasingly
degraded
and
fragmented
by
the
extensive
intensification
of
anthropogenic
activities;
these
activities
threaten
wildlife
ecosystem
sustainability.
Facing
a
defaunation
crisis,
managers
need
more
information
on
species
assemblages
to
guide
conservation
efforts.
We
tested
relative
influence
natural
factors
mammalian
richness
occupancy
in
temperate
Northeast
Asia.
Location
China.
Methods
Camera‐trapping
data
multispecies
models
were
used
estimate
terrestrial
mammal
community
working
landscape
assess
community‐,
group‐,
species‐specific
responses
features
while
accounting
for
imperfect
detection.
Species
grouped
based
body
size,
diet
activity
pattern.
Results
deployed
138
cameras
photographed
21
over
22,976
trap
days
across
China–Russia
border.
Both
correlates
varied
their
importance
predicting
presence
different
animals.
Vegetation
cover
cattle
found
have
significantly
positive
negative
influences
community‐level
occupancy,
respectively.
The
relationship
with
vegetation
was
most
evident
large
or
diurnal
species;
wild
ungulate
species.
Large
also
negatively
associated
human
settlements.
predicted
each
station
from
5
14
unique
species,
had
mean
probability
0.45
(95%
credible
interval
=
0.09–0.86).
generally
lowest
livestock
grazing
areas
close
Human
is
important
than
environmental
variables.
Main
conclusions
Our
results
highlight
that
primary
disturbance
impact
richness.
Multispecies
helped
identify
drivers
biodiversity
declines
will
inform
strategies
human‐dominated
landscapes
forests.
suggest
planning
seeks
maximize
forest
protection
services
such
as
carbon
storage.
Geography and sustainability,
Journal Year:
2021,
Volume and Issue:
2(2), P. 87 - 94
Published: April 19, 2021
Abstract
The
great
challenges
of
sustainable
development
highlight
an
urgent
need
to
systematically
understand
the
mechanisms
linking
humans
and
nature.
Resources
Environmental
Sciences
are
a
broad
practical
discipline
focused
on
coupled
human
natural
systems.
They
aim
study
formation
evolution
resources
in
earth
system,
drivers
various
environmental
problems,
processes
relationships
between
environment,
particularly
under
combined
impacts
conditions
activities.
major
problems
drive
development;
international
science
programmes
guide
direction
discipline;
interdisciplinary
transdisciplinary
integration
promotes
new
branches
technological
progress
results
research
paradigm
shift.
Facing
critical
requirements
strengthening
trans-
interdisciplinarity,
breaking
through
key
technology,
targeting
disaster
issues,
supporting
development,
nine
scientific
issues
should
be
climate
change
impact
adaptation,
petroleum
mineral
resources,
water
cycle
soil
land
ecosystems,
remote
sensing
geographic
information
science,
risk,
global
regional
development.
Suggestions
enhancing
funding
systems,
improve
talent
cultivation,
develop
platforms,
strength
cooperation
provided
this
support
policymaking.
promotion
enables
more
comprehensive
in-depth
understanding
economic
changes
relevant
assure
