Deleted Journal,
Journal Year:
2023,
Volume and Issue:
1(2), P. 71 - 85
Published: Dec. 31, 2023
Forests
are
important
habitats
that
support
an
ecosystem
consisting
of
various
types
plants
have
production
potential
and
litter
decomposition
rates.
This
research
aims
to
find
out
how
calculate
the
rate
in
homogeneous
forest
heterogeneous
terrestrial
ecosystems.
The
was
carried
areas
IPB
University
campus
area,
Bogor
Regency,
West
Java
Province.
sampling
process
seemed
be
using
1x1
m
nylon
mesh
trap
method
for
5
weeks.
results
show
composition
species
grow
is
Kisabun
(Filicium
decipien),
Sawo
kecik
(Manilkara
kauki),
Bisbul
(Diospyros
blancoy),
Water
guava
(Eugenia
aduea),
Matoa
(Pometia
pinnata),
Pinus
(Cupressus
lusitanica),
Meranti
(Shorea
sp),
while
rubber
tree
(Hevea
brasiliensis).
amount
waste
collected
ecosystems
greater
than
(Rubber
forests),
namely
98
grams
5.2
respectively
with
7.2
dry
weight
from
10
wet
weight,
whereas
(rubber
0.8
2
weight).
0.21
grams/year,
it
0.17
grams/year.
Energies,
Journal Year:
2023,
Volume and Issue:
16(20), P. 7209 - 7209
Published: Oct. 23, 2023
The
energy
use
of
residues
from
agriculture,
forestry,
and
solid
waste
can
foster
the
transition
towards
a
more
renewable
supply.
This
paper
analyzes
potential
above-mentioned
sources
for
applications
in
Kosovo.
analysis
is
based
on
statistical
data
different
studies
reports,
analyzing
calculating
them
to
determine
theoretical
biomass
potential.
Kosovo
increase
its
self-sufficiency
by
taking
advantage
rich
but
under-utilized
sources.
novelty
study
this
area,
considering
lignite-dominated
heat
electricity
consumption
available
special
literature.
According
our
estimates,
6.13
million
tons/year,
while
should
be
around
4.57
including
approximately
74.6%
biomass,
which
used
needs
(heating
electricity).
Based
calculations,
usable
shows
as
an
source
with
high
Kosovo;
share
very
low,
it
reasonable
grow
both
environmental
economic
reasons.
Energies,
Journal Year:
2024,
Volume and Issue:
17(8), P. 1779 - 1779
Published: April 9, 2024
This
article
compares
different
production,
economic,
and
selected
environmental
aspects
of
agroforestry
systems
in
a
standard
(alley
cropping)
newly
proposed
design
with
fast-growing
trees
grown
short-rotation
coppice.
Our
models
(AFSs)
are
as
follows:
(i)
alley
cropping
AFS
cherry
walnut
single
rows
(tree
strips)
28
m-wide
arable
fields
between
them
(crop
strips),
(ii)
coppiced
tree
belt
poplars
willows
25
strips).
To
evaluate
the
production
characteristics
trees,
we
used
yield
curves
from
experimental
plantations
conditions
Czech
Republic
previous
research
projects.
Cost
data
were
collected
long-term
combined
current
operation
energy
prices.
The
presents
an
economic
methodology
for
assessing
competitiveness
biomass
AFSs
under
identified
market
conditions.
results
show
that
coppice
can
have
similar
annual
crops
if
on
suitable
sites
appropriate
quality
agronomy.
In
comparison,
fruit
would
not
be
economically
viable
farmers
without
significant
subsidy
establishment
maintenance
first
years
after
establishment.
Concerning
latest
political
developments,
product
SRC
(energy
woodchips)
evaluated
strategic,
increasing
producer’s
independence
purchased
fuels.
Geomatics and Environmental Engineering,
Journal Year:
2023,
Volume and Issue:
17(5), P. 5 - 43
Published: Aug. 28, 2023
Renewable
energy
has
the
potential
to
power
global
economy
and
effective
business
models
will
significantly
aid
this
goal,
being
among
most
critical
factors
in
spurring
expansion
industry.
This
paper
reviews
articles
that
discuss
renewable
sector.
Longterm
economic,
social,
ecological
stability
is
concerned.
Previous
studies
have
neglected
environmental
sustainability
of
models,
focusing
on
their
technical,
economic
aspects,
primarily
for
access.
The
solar
home
pico
systems
relied
heavily
lowering
costs
through
creative
payment
plans
customers
be
commercially
viable.
demand
mini-grids
requires
end
users
launch
businesses
can
leverage
electrification
initiatives
success
a
mini-grid
depends
average
consumption
revenue
per
user.
Affordability,
unmet
needs,
low
electricity
demand,
lack
financing,
unfamiliar
immature
markets
impeded
access
Indonesia.
Our
analysis
revealed
future
field
must
include
provide
complete
picture
decision-makers.
needs
Indonesia
achieved
domain,
policy
makers
consult
evidence
set.
Energy Conversion and Management X,
Journal Year:
2023,
Volume and Issue:
20, P. 100465 - 100465
Published: Sept. 30, 2023
Perennial
energy
crops,
called
also
second-generation
can
make
a
significant
contribution
to
the
renewable
balance
in
Central
European,
land
locked
regions,
future.
When
estimating
biomass
potential
of
possible
impacts
ongoing
climate
change
must
be
considered.
Climate
European
conditions
will
result
an
increase
average
temperatures
and
especially
amount
distribution
precipitation.
This
reflected
type
region
assigned
each
plot.
leads
growing
conditions,
yields
conventional
crops
allocation
region.
Analysis
production
data
from
long-term
field
experiments
shows
that
varieties
are
capable
adapting
current
effects
over
next
two
decades.
Modelling
GIS
environment
between
short
rotation
coppice
Miscanthus.
The
manner
which
is
selected
for
has
impact
on
second
generation
crop.
paper
presents
methodology
perennial
using
Czech
Republic
as
example.
Agronomy,
Journal Year:
2024,
Volume and Issue:
14(11), P. 2508 - 2508
Published: Oct. 25, 2024
An
experiment
was
conducted
to
analyse
the
potential
for
obtaining
biomass
energy
purposes
and
tall
wheatgrass
(TWG)
seeds
grown
under
conditions
of
varying
pre-sowing
fertilisation
with
compost
mineral
nitrogen
on
sandy
soils.
Field
trials
were
between
2012
2015.
The
study
factors
from
municipal
green
areas
I-doses
0,
10
20
Mg∙ha−1
added
before
sowing
II-doses
40,
80
120
kg∙ha−1
each
year
in
form
ammonium
nitrate.
During
soils,
a
favourable
effect
morphological
parameters
above-ground
vegetative
generative
parts
found.
resulted
high
dry
matter
yields
(DMYs)
range
9.08–31.38
seed
(SYs)
(635
as
much
2397
kg∙ha−1),
which
depended
applied
variant.
levels
had
positive
obtained
SY.
Analysing
doses
(40,
kg∙ha−1)
yield
TWG
soil
conditions,
it
should
be
noted
that
this
factor
significantly
increased
DMY
SY
all
years
study.
At
same
time,
response
plants
over
varied
weather
conditions.
(192.50
GJ∙ha−1–408.93
GJ∙ha−1)
closely
related
indicates
suitability
new
grass
species
temperate
climate
production
possibility
harvest
when
adequately
cultivated.
Research Square (Research Square),
Journal Year:
2023,
Volume and Issue:
unknown
Published: June 30, 2023
Abstract
Fine
roots
(<
2
mm),
which
play
a
critical
role
in
water
and
nutrient
uptake,
are
an
important
component
of
the
ecosystem
carbon
cycle
often
have
higher
productivity
than
above-ground
parts.
The
objective
this
study
is
to
investigate
effect
soil
availability
on
distribution
fine
annual
production
turnover
rate.
was
conducted
throughfall
reduction
experiment
established
coppiced
plantation
at
Czech
Republic.
vertical
root
biomass
were
correlated
with
moisture
early
season.
Low
levels
(i.e.
20%)
corresponded
greater
proportion
depth.
Understanding
these
responses
may
be
beneficial
enhance
input
deeper
layers
thus
potentially
sequestration
by
manipulating
topsoil
through
introducing
phenology
understory
species
into
bioenergy
or
agroforestry
setups.
Deleted Journal,
Journal Year:
2023,
Volume and Issue:
1(2), P. 71 - 85
Published: Dec. 31, 2023
Forests
are
important
habitats
that
support
an
ecosystem
consisting
of
various
types
plants
have
production
potential
and
litter
decomposition
rates.
This
research
aims
to
find
out
how
calculate
the
rate
in
homogeneous
forest
heterogeneous
terrestrial
ecosystems.
The
was
carried
areas
IPB
University
campus
area,
Bogor
Regency,
West
Java
Province.
sampling
process
seemed
be
using
1x1
m
nylon
mesh
trap
method
for
5
weeks.
results
show
composition
species
grow
is
Kisabun
(Filicium
decipien),
Sawo
kecik
(Manilkara
kauki),
Bisbul
(Diospyros
blancoy),
Water
guava
(Eugenia
aduea),
Matoa
(Pometia
pinnata),
Pinus
(Cupressus
lusitanica),
Meranti
(Shorea
sp),
while
rubber
tree
(Hevea
brasiliensis).
amount
waste
collected
ecosystems
greater
than
(Rubber
forests),
namely
98
grams
5.2
respectively
with
7.2
dry
weight
from
10
wet
weight,
whereas
(rubber
0.8
2
weight).
0.21
grams/year,
it
0.17
grams/year.
