Environments,
Год журнала:
2024,
Номер
11(12), С. 269 - 269
Опубликована: Ноя. 27, 2024
This
paper
presents
a
streamlined
approach
to
describing
potential
habitats
for
red
deer
(Cervus
elaphus)
in
situations
where
situ
data
collected
through
observations
and
monitoring
are
absent
or
insufficient.
The
main
objectives
of
this
study
were
as
follows:
(a)
minimize
the
negative
effects
limited
data;
(b)
identify
landscape
features
with
functional
relationship
between
habitat
quality
structure;
(c)
use
imprecise
statistical
analyses
specify
these
relationships.
test
area
was
located
eastern
part
Mecklenburg-Western
Pomeriania
(Germany).
For
area,
remotely
sensed
forest
maps
used
determine
metrics
independent
variables.
Dichotomous
suitability
determined
based
on
hunting
distances
over
five-year
period.
Ecological
biological
requirements
derived
from
suitable
measures,
which
served
model
inputs.
Correlation
analysis
identified
most
relevant
metrics.
Logistic
regression
then
tested
various
metric
combinations
at
both
class
levels
assess
suitability.
Within
variants,
contagion
index,
edge
density,
percentage
forested
showed
largest
relative
impact
can
also
be
applied
other
mammals,
provided
there
appropriate
structural
preferences
empirical
The Science of The Total Environment,
Год журнала:
2025,
Номер
960, С. 178347 - 178347
Опубликована: Янв. 1, 2025
The
interactions
between
landscape
structure,
land
use
intensity
(LUI),
climate
change,
and
ecological
processes
significantly
impact
hydrological
processes,
affecting
water
quality.
Monitoring
these
factors
is
crucial
for
understanding
their
influence
on
Remote
sensing
(RS)
provides
a
continuous,
standardized
approach
to
capture
structures,
LUI,
changes
over
long-term
time
series.
In
this
study,
RS-based
indicators
from
Landsat
data
(2018-2021)
were
used
assess
change
study
area
in
northern
Germany,
applying
the
ESIS/Imalys
tool.
These
then
model
predict
quality
(Chl
Remote Sensing,
Год журнала:
2024,
Номер
16(13), С. 2425 - 2425
Опубликована: Июль 1, 2024
Changes
and
disturbances
to
water
diversity
quality
are
complex
multi-scale
in
space
time.
Although
situ
methods
provide
detailed
point
information
on
the
condition
of
bodies,
they
limited
use
for
making
area-based
monitoring
over
time,
as
aquatic
ecosystems
extremely
dynamic.
Remote
sensing
(RS)
provides
data
cost-effective,
comprehensive,
continuous
standardised
characteristics
changes
from
local
regional
scales
scale
entire
continents.
In
order
apply
better
understand
RS
techniques
their
derived
spectral
indicators
quality,
this
study
defines
five
that
can
be
monitored
using
RS.
These
traits,
genesis,
structural
water,
taxonomic
functional
water.
It
is
essential
record
traits
derive
other
four
Furthermore,
only
most
important
interface
between
approaches.
The
these
technologies
presented
detail
discussed
numerous
examples.
Finally,
current
future
developments
advance
trait
approach
modelling,
prediction
assessment
a
basis
successful
management
strategies.
Remote Sensing,
Год журнала:
2024,
Номер
16(7), С. 1139 - 1139
Опубликована: Март 25, 2024
One
of
the
greatest
challenges
our
time
is
monitoring
rapid
environmental
changes
taking
place
worldwide
at
both
local
and
global
scales.
This
requires
easy-to-use
ready-to-implement
tools
services
to
monitor
quantify
aspects
bio-
geodiversity
change
impact
land
use
intensification
using
freely
available
remotely
sensed
data,
derive
indicators.
Currently,
there
are
no
for
quantifying
raster-
vector-based
indicators
in
a
“compact
tool”.
Therefore,
main
innovation
ESIS/Imalys
having
remote
sensing
(RS)
tool
that
allows
RS
data
processing,
management,
continuous
discrete
quantification
derivation
one
tool.
With
project
(Ecosystem
Integrity
Remote
Sensing—Modelling
Service
Tool),
we
try
present
on
clearly
defined
reproducible
basis.
The
Imalys
software
library
generates
products
ESIS.
paper
provides
an
overview
functionality
library.
An
technical
background
implementation
library,
formats
user
interfaces
given.
Examples
RS-based
derived
pixel
level
zone
(vector
level)
presented.
Furthermore,
advantages
disadvantages
discussed
detail
order
better
assess
value
users
developers.
applicability
will
be
demonstrated
through
three
ecological
applications,
namely:
(1)
landscape
diversity,
(2)
structure
fragmentation,
(3)
intensity
its
ecosystem
functions.
Despite
integration
large
amounts
can
run
any
PC,
as
processing
has
been
greatly
optimised.
source
code
hosted
maintained
under
open
license.
Complete
documentation
all
methods,
functions
found
manual.
user-friendliness
Imalys,
despite
amount
makes
it
another
important
research,
modelling
application
from
scale.
Philosophical Transactions of the Royal Society A Mathematical Physical and Engineering Sciences,
Год журнала:
2024,
Номер
382(2269)
Опубликована: Фев. 12, 2024
Geodiversity'
defines
the
diversity
of
Earth's
surface
and
subsurface,
comprising
features
processes
across
geology
(including
soil),
hydrology
geomorphology
(i.e.geodiversity
elements).Geodiversity
underpins
systems
that
support
living
natural
world:
it
is
steadfast,
resolute
partnership
humans
biodiversity,
providing
what
planet
needs
to
life
many
materials
we
rely
on
in
our
daily
lives.Its
value
also
inherent,
with
geoheritage
sites
enjoyed
world.Humans
have
always
had
a
close
cultural
connection
geodiversity
its
elements,
important
role
was
highlighted
1990s
relation
'geoindicators'
[1].Yet
only
recently
importance
considering
has
been
more
widely
deeply
discussed.This
not
least
because
emerging
unsustainable
human
changes
threaten
globally.While
climate
biodiversity
are
now
routinely
included
international
conventions
policy
briefings
(e.g.
form
'essential
variables'),
abiotic
variables
other
than
largely
overlooked.This
risks
biased
or
inadequate
management
decisions
around
subsurface
resources,
as
well
incomplete
ecological
analyses
may
impair
conservation.To
move
these
discussions
forwards,
applied
for
Royal
Society
Hooke
Theo
Murphy
funding
meeting
experts
several
facets
research.We
were
awarded
2019,
hoping
spring
2020
meeting,
but
all
know
happened
then.Instead
transferring
online,
decided
wait
until
could
Remote
sensing
has
become
an
important
tool
and
service
for
environmental
research,
especially
landscape
analysis.
Moreover,
the
spatial
distribution
development
of
remotely
sensed
parameters
can
effectively
complement
extend
medical,
biological,
ecological
geographical
tasks.
However,
data
acquisition,
analysis
selection
appropriate
methods
are
still
time-consuming.
The
ESIS
(EcoSystem
Integrity
Service)
project
aims
to
establish
indicators
on
a
well-defined
reproducible
basis.
Imalys
software
library
is
designed
produce
specified
as
raster-
vector
products
from
remote
data.
These
include
various
diversity,
boundaries,
density
elements
structures,
basic
land
cover
types.
All
processes
sensor
independent,
scale
invariant
applicable
worldwide.
Nordia Geographical Publications,
Год журнала:
2024,
Номер
53(2), С. 1 - 70
Опубликована: Авг. 23, 2024
Despite
the
growing
recognition
of
geodiversity
in
recent
years,
it
remains
overshadowed
by
its
biotic
counterpart,
biodiversity.
The
objective
this
thesis
is
to
narrow
gap
advancing
quantitative
assessment
within
context
main
provide
a
theoretical
and
methodological
framework
for
study
landscape-scale
biodiversity
investigations,
with
some
insights
nature
conservation.
To
achieve
goal,
I
will
I)
review
theory
geodiversity–biodiversity
relationship,
II)
empirically
test
relationship
Finnish
freshwater
ecosystems,
III)
data
methods
Europe-wide
studies.
By
employing
geographical
research
inspired
ecological
traditions,
investigate
between
across
aquatic
terrestrial
ecosystems.
Empirical
investigations
revealed
positive
correlations
vascular
plant
species
richness
distinct
studies
conducted
Finland
Switzerland,
both
This
aligns
assumption
that
fosters
greater
Moreover,
produced
provides
ready-to-use
variables
future
continent
contributes
large-scale
general.
In
conclusion,
recommend
further
development
establishment
systematic
frameworks
various
contexts.
Such
actions
would
facilitate
implementation
standardized
reproducible
practices,
thereby
helping
unlock
geodiversity’s
potential
conservation
practice.
Integrating
systematically
into
policy
making
essential
fully
acknowledge
crucial
role
shaping
sustainable
future.
broadening
perspectives
on
natural
diversity
beyond
alone,
seeks
enhance
general
understanding
appreciation
geodiversity.
Remote Sensing,
Год журнала:
2024,
Номер
16(17), С. 3353 - 3353
Опубликована: Сен. 9, 2024
As
the
21st
century
advances,
demand
for
rare
earth
elements
(REEs)
is
rising,
necessitating
more
robust
exploration
methods.
Our
research
group
using
hyperspectral
remote
sensing
as
a
tool
mapping
REEs.
Unique
spectral
features
of
bastnaesite
mineral,
has
proven
effective
detection
REE
with
both
spaceborne
and
airborne
data.
In
our
study,
we
collected
data
Senop
camera
in
field
SPECIM
laboratory
settings.
Data
gathered
from
California’s
Mountain
Pass
district
revealed
bastnaesite-rich
zones
provided
detailed
insights
into
distribution
within
rocks.
Further
analysis
identified
specific
rock
grains.
results
indicated
higher
concentrations
carbonatite
rocks
compared
to
alkaline
igneous
Additionally,
Sulphide
Queen
mine
showed
richer
than
those
Birthday
shonkinite
stock.
Results
were
validated
thin-section
studies
geochemical
data,
confirming
reliability
across
different
modalities.
This
study
demonstrates
potential
drone-based
technology
augmenting
conventional
mineral
methods
aiding
mining
industry
making
informed
decisions
about
REEs
efficiently
effectively.
Advances in environmental engineering and green technologies book series,
Год журнала:
2024,
Номер
unknown, С. 188 - 207
Опубликована: Май 29, 2024
In
this
chapter,
the
authors
have
analyzed
important
role
of
different
strategies
such
as
satellite-based
monitoring,
remote
sensing
approach,
well
geographic
information
systems
(GIS)
in
biodiversity
conservation.
Through
exploration
multi-dimensional
satellites,
research
papers
emphasize
LiDAR
and
multispectral
imaging
effective
integration
GIS.
These
techniques
demonstrate
how
they
can
be
used
to
tackle
today's
problems.
Spatial
mapping
informed
decision-making
solve
complex
problems
created
by
loss
at
core
level.
And
lastly,
chapter
stresses
importance
all
protecting
ecosystems,
using
integrated
approaches
which
combine
advantages
preserve
for
a
long
time.
